Mitsubishi Electric GOT1000 Graphic Operation Terminal User's Manual

Series
User's Manual (Extended Functions, Option Functions) for GT Works3
SAFETY PRECAUTIONS
(Always read these precautions before using this equipment.)
Before using this product, please read this manual and the relevant manuals introduced in this manual
carefully and pay full attention to safety to handle the product correctly.
The precautions given in this manual are concerned with this product.
In this manual, the safety precautions are ranked as "WARNING" and "CAUTION".
WARNING
Indicates that incorrect handling may cause hazardous
conditions, resulting in death or severe injury.
CAUTION
Indicates that incorrect handling may cause hazardous
conditions, resulting in medium or slight personal injury or
physical damage.
Note that the
caution level may lead to a serious accident according to the circumstances.
Always follow the instructions of both levels because they are important to personal safety.
Please save this manual to make it accessible when required and always forward it to the end user.
[DESIGN PRECAUTIONS]
WARNING
Some failures of the GOT, communication unit or cable may keep the outputs on or off.
An external monitoring circuit should be provided to check for output signals which may lead to a
serious accident.
Not doing so can cause an accident due to false output or malfunction.
If a communication fault (including cable disconnection) occurs during monitoring on the GOT,
communication between the GOT and PLC CPU is suspended and the GOT becomes inoperative.
For bus connection : The CPU becomes faulty and the GOT becomes inoperative.
For other than bus connection : The GOT becomes inoperative.
A system where the GOT is used should be configured to perform any significant operation to the
system by using the switches of a device other than the GOT on the assumption that a GOT
communication fault will occur.
Not doing so can cause an accident due to false output or malfunction.
Do not use the GOT as the warning device that may cause a serious accident.
An independent and redundant hardware or mechanical interlock is required to configure the device
that displays and outputs serious warning.
Failure to observe this instruction may result in an accident due to incorrect output or malfunction.
A-1
[DESIGN PRECAUTIONS]
WARNING
Incorrect operation of the touch switch(s) may lead to a serious accident if the GOT backlight is gone
out.
When the GOT backlight goes out, the display section dims, while the input of the touch switch(s)
remains active.
This may confuse an operator in thinking that the GOT is in "screensaver" mode, who then tries to
release the GOT from this mode by touching the display section, which may cause a touch switch to
operate.
Note that the following occurs on the GOT when the backlight goes out.
•
•
•
•
When using the GT1655-V, Handy GOT, GT15, GT14, GT12, GT11, or GT105
The POWER LED blinks (green/orange) and the monitor screen appears blank.
When using the GT1695, GT1685, GT1675, GT1672, GT1665, or GT1662
The POWER LED blinks (green/orange) and the monitor screen appears dimmed.
When using the GT104
The monitor screen appears blank.
When using the GT103 or GT102
The monitor screen appears dimmed.
The display section of the GT16 is an analog-resistive type touch panel.
If you touch the display section simultaneously in 2 points or more, the switch that is located around
the center of the touched point, if any, may operate.
Do not touch the display section in 2 points or more simultaneously.
Doing so may cause an accident due to incorrect output or malfunction.
When programs or parameters of the controller (such as a PLC) that is monitored by the GOT are
changed, be sure to reset the GOT or shut off the power of the GOT at the same time.
Not doing so can cause an accident due to false output or malfunction.
When the GOT is connected to the Ethernet network, the available IP address is restricted according
to the system configuration.
• When multiple GOTs are connected to the Ethernet network:
Do not set the IP address (192.168.0.18) for the GOTs and the controllers in the network.
• When a single GOT is connected to the Ethernet network:
Do not set the IP address (192.168.0.18) for the controllers except the GOT in the network.
Doing so can cause the IP address duplication. The duplication can negatively affect the
communication of the device with the IP address (192.168.0.18).
The operation at the IP address duplication depends on the devices and the system.
Turn on the controllers and the network devices to be ready for communication before they
communicate with the GOT.
Failure to do so can cause a communication error on the GOT.
A-2
[DESIGN PRECAUTIONS
CAUTION
Do not bundle the control and communication cables with main-circuit, power or other wiring.
Run the above cables separately from such wiring and keep them a minimum of 100mm apart.
Not doing so noise can cause a malfunction.
Do not press the GOT display section with a pointed material as a pen or driver.
Doing so can result in a damage or failure of the display section.
[MOUNTING PRECAUTIONS]
WARNING
Be sure to shut off all phases of the external power supply used by the system before mounting or
removing the GOT to/from the panel.
Not doing so can cause the GOT to fail or malfunction.
Be sure to shut off all phases of the external power supply used by the system before mounting or
removing the communication unit, option function board or multi-color display board onto/from the
GOT.
Not doing so can cause the unit to fail or malfunction.
Before mounting an optional function board or Multi-color display board, wear a static discharge wrist
strap to prevent the board from being damaged by static electricity.
CAUTION
Use the GOT in the environment that satisfies the general specifications described in the User's
Manual.
Not doing so can cause an electric shock, fire, malfunction or product damage or deterioration.
When mounting the GOT to the control panel, tighten the mounting screws in the specified torque
range.
Undertightening can cause the GOT to drop, short circuit or malfunction.
Overtightening can cause a drop, short circuit or malfunction due to the damage of the screws or the
GOT.
When loading the communication unit or option unit to the GOT (GT16, GT15), fit it to the extension
interface of the GOT and tighten the mounting screws in the specified torque range.
Undertightening can cause the GOT to drop, short circuit or malfunction.
Overtightening can cause a drop, failure or malfunction due to the damage of the screws or unit.
When mounting the multi-color display board onto the GOT (GT15), connect it to the corresponding
connector securely and tighten the mounting screws within the specified torque range.
Loose tightening may cause the unit and/or GOT to malfunction due to poor contact.
Overtightening may damage the screws, unit and/or GOT; they might malfunction.
A-3
[MOUNTING PRECAUTIONS]
CAUTION
When mounting the option function board onto the GOT (GT16), connect it to the corresponding
connector securely and tighten the mounting screws within the specified torque range.
When mounting an optional function board onto the GOT(GT15), fully connect it to the connector
until you hear a click.
When mounting an optional function board onto the GOT(GT11), fully connect it to the connector.
When inserting a CF card into the GOT(GT16, GT15, GT11), push it into the CF card interface of
GOT until the CF card eject button will pop out.
Failure to do so may cause a malfunction due to poor contact.
When inserting/removing a CF card into/from the GOT(GT16, GT15, GT11), turn the CF card access
switch off in advance.
Failure to do so may corrupt data within the CF card.
When inserting/removing a SD card into/from the GOT(GT14), turn the SD card access switch off in
advance.
Failure to do so may corrupt data within the SD card.
When removing a CF card from the GOT, make sure to support the CF card by hand, as it may
popout.
Failure to do so may cause the CF card to drop from the GOT and break.
When removing a SD card from the GOT(GT14), make sure to support the SD card by hand, as it
may pop out.
Failure to do so may cause the SD card to drop from the GOT and break.
When installing a USB memory to the GOT(GT16, GT14), make sure to install the USB memory to
the USB interface firmly.
Failure to do so may cause a malfunction due to poor contact.
Before removing the USB memory from the GOT(GT16, GT14), operate the utility screen for
removal.
After the successful completion dialog box is displayed, remove the memory by hand carefully.
Failure to do so may cause the USB memory to drop, resulting in a damage or failure of the memory.
For closing the USB environmental protection cover, fix the cover by pushing the
latch firmly to comply with the protective structure.
mark on the
Remove the protective film of the GOT.
When the user continues using the GOT with the protective film, the film may not be removed.
Operate and store the GOT in environments without direct sunlight, high temperature, dust, humidity,
and vibrations.
A-4
[MOUNTING PRECAUTIONS]
CAUTION
When using the GOT(GT16, GT15, GT11, GT10) in the environment of oil or chemicals, use the
protective cover for oil.
Failure to do so may cause failure or malfunction due to the oil or chemical entering into the GOT.
[WIRING PRECAUTIONS]
WARNING
Be sure to shut off all phases of the external power supply used by the system before wiring.
Failure to do so may result in an electric shock, product damage or malfunctions.
CAUTION
Please make sure to ground FG terminal and LG terminal and protective ground terminal of the GOT
power supply section by applying Class D Grounding (Class 3 Grounding Method) or higher which is
used exclusively for the GOT.
Not doing so may cause an electric shock or malfunction.
Be sure to tighten any unused terminal screws with a torque of 0.5 to 0.8N•m.
Failure to do so may cause a short circuit due to contact with a solderless terminal.
Use applicable solderless terminals and tighten them with the specified torque.
If any solderless spade terminal is used, it may be disconnected when the terminal screw comes
loose, resulting in failure.
Correctly wire the GOT power supply section after confirming the rated voltage and terminal
arrangement of the product.
Not doing so can cause a fire or failure.
Tighten the terminal screws of the GOT power supply section in the specified torque range.
Undertightening can cause a short circuit or malfunction.
Overtightening can cause a short circuit or malfunction due to the damage of the screws or the GOT.
Exercise care to avoid foreign matter such as chips and wire offcuts entering the GOT. Not doing so
can cause a fire, failure or malfunction.
The module has an ingress prevention label on its top to prevent foreign matter, such as wire offcuts,
from entering the module during wiring.
Do not peel this label during wiring.
Before starting system operation, be sure to peel this label because of heat dissipation.
Plug the bus connection cable by inserting it into the connector of the connected unit until it "clicks".
After plugging, check that it has been inserted snugly.
Not doing so can cause a malfunction due to a contact fault.
A-5
[WIRING PRECAUTIONS]
CAUTION
Plug the communication cable into the connector of the connected unit and tighten the mounting and
terminal screws in the specified torque range.
Undertightening can cause a short circuit or malfunction.
Overtightening can cause a short circuit or malfunction due to the damage of the screws or unit.
Plug the QnA/ACPU/Motion controller (A series) bus connection cable by inserting it into the
connector of the connected unit until it "clicks".
After plugging, check that it has been inserted snugly.
Not doing so can cause a malfunction due to a contact fault.
[TEST OPERATION PRECAUTIONS]
WARNING
Before performing the test operations of the user creation monitor screen (such as turning ON or
OFF bit device, changing the word device current value, changing the settings or current values of
the timer or counter, and changing the buffer memory current value), read through the manual
carefully and make yourself familiar with the operation method.
During test operation, never change the data of the devices which are used to perform significant
operation for the system.
False output or malfunction can cause an accident.
[STARTUP/MAINTENANCE PRECAUTIONS]
WARNING
When power is on, do not touch the terminals.
Doing so can cause an electric shock or malfunction.
Correctly connect the battery connector.
Do not charge, disassemble, heat, short-circuit, solder, or throw the battery into the fire.
Doing so will cause the battery to produce heat, explode, or ignite, resulting in injury and fire.
Before starting cleaning or terminal screw retightening, always switch off the power externally in all
phases.Not switching the power off in all phases can cause a unit failure or malfunction.
Undertightening can cause a short circuit or malfunction.
Overtightening can cause a short circuit or malfunction due to the damage of the screws or unit.
Do not disassemble or modify the unit.
Doing so can cause a failure, malfunction, injury or fire.
Do not touch the conductive and electronic parts of the unit directly.
Doing so can cause a unit malfunction or failure.
A-6
[STARTUP/MAINTENANCE PRECAUTIONS]
CAUTION
The cables connected to the unit must be run in ducts or clamped.
Not doing so can cause the unit or cable to be damaged due to the dangling, motion or accidental
pulling of the cables or can cause a malfunction due to a cable connection fault.
When unplugging the cable connected to the unit, do not hold and pull the cable portion.
Doing so can cause the unit or cable to be damaged or can cause a malfunction due to a cable
connection fault.
Do not drop or apply strong impact to the unit.
Doing so may damage the unit.
Do not drop or give an impact to the battery mounted to the unit.
Doing so may damage the battery, causing the battery fluid to leak inside the battery.
If the battery is dropped or given an impact, dispose of it without using.
Before touching the unit, always touch grounded metal, etc. to discharge static electricity from
human body, etc.
Not doing so can cause the unit to fail or malfunction.
Replace battery with GT15-BAT(GT16, GT15) or GT11-50BAT(GT11, GT10) by Mitsubishi electric
Co. only.
Use of another battery may present a risk of fire or explosion.
Dispose of used battery promptly.
Keep away from children. Do not disassemble and do not dispose of in fire.
[TOUCH PANEL PRECAUTIONS]
CAUTION
For the analog-resistive film type touch panels, normally the adjustment is not required.
However, the difference between a touched position and the object position may occur as the period
of use elapses.
When any difference between a touched position and the object position occurs, execute the touch
panel calibration.
When any difference between a touched position and the object position occurs, other object may be
activated.
This may cause an unexpected operation due to incorrect output or malfunction.
A-7
[BACKLIGHT REPLACEMENT PRECAUTIONS]
WARNING
Be sure to shut off all phases of the external power supply of the GOT (and the PLC CPU in the case
of a bus topology) and remove the GOT from the control panel before replacing the backlight (when
using the GOT with the backlight replaceable by the user).
Not doing so can cause an electric shock.
Replacing a backlight without removing the GOT from the control panel can cause the backlight or
control panel to drop, resulting in an injury.
CAUTION
Wear gloves for the backlight replacement when using the GOT with the backlight replaceable by the
user.
Not doing so can cause an injury.
Before replacing a backlight, allow 5 minutes or more after turning off the GOT when using the GOT
with the backlight replaceable by the user.
Not doing so can cause a burn from heat of the backlight.
[DISPOSAL PRECAUTIONS]
CAUTION
When disposing of the product, handle it as industrial waste.
When disposing of this product, treat it as industrial waste.
When disposing of batteries, separate them from other wastes according to the local regulations.
(For details of the battery directive in EU member states, refer to the User's Manual of the GOT to be
used.)
[TRANSPORTATION PRECAUTIONS]
CAUTION
When transporting lithium batteries, make sure to treat them based on the transport regulations.
(For details on models subject to restrictions, refer to the User's Manual for the GOT you are using.)
Make sure to transport the GOT main unit and/or relevant unit(s) in the manner they will not be
exposed to the impact exceeding the impact resistance described in the general specifications of the
User's Manual, as they are precision devices.
Failure to do so may cause the unit to fail.
Check if the unit operates correctly after transportation.
A-8
INTRODUCTION
Thank you for choosing Mitsubishi Graphic Operation Terminal (Mitsubishi GOT).
Read this manual and make sure you understand the functions and performance of the GOT thoroughly in
advance to ensure correct use.
CONTENTS
SAFETY PRECAUTIONS .........................................................................................................................A - 1
INTRODUCTION ......................................................................................................................................A - 9
CONTENTS ..............................................................................................................................................A - 9
MANUALS............................................................................................................................................... A - 19
QUICK REFERENCE ............................................................................................................................. A - 21
ABBREVIATIONS AND GENERIC TERMS ...........................................................................................A - 23
HOW TO READ THIS MANUAL ............................................................................................................. A - 28
1. OVERVIEW
1.1
Before Using Each Function ............................................................................................................ 1 - 2
1.1.1 Each function and related manuals ...................................................................................... 1 - 2
1.1.2 Hardware and OS’ required for each function ...................................................................... 1 - 3
1.1.3 Outline of procedure to the operation of each function....................................................... 1 - 11
1.1.4 Displayable languages for each function ............................................................................ 1 - 13
2. SYSTEM MONITOR
2.1
Features........................................................................................................................................... 2 - 1
2.2
Specifications................................................................................................................................... 2 - 5
2.2.1 System configuration ............................................................................................................ 2 - 5
2.2.2 Devices that can be monitored ........................................................................................... 2 - 13
2.2.3 Access range ...................................................................................................................... 2 - 13
2.2.4 Precautions......................................................................................................................... 2 - 14
2.3
Operation for Display ..................................................................................................................... 2 - 15
2.4
Operation Procedure Common to the System Monitor Screens.................................................... 2 - 17
2.4.1 Functional change menu screen ........................................................................................ 2 - 17
2.4.2 Entering monitor devices (specifying monitor stations and devices) .................................. 2 - 18
2.4.3 Key window setting columns and operation procedure ...................................................... 2 - 21
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display.................... 2 - 22
2.4.5 Quick test operation of monitor devices ............................................................................. 2 - 24
2.4.6 Changing screens............................................................................................................... 2 - 28
2.5
Entry Monitor ................................................................................................................................. 2 - 29
2.5.1 Information displayed on the Entry Monitor screen and key functions ............................... 2 - 29
2.5.2 Procedure for entry monitor basic operation ...................................................................... 2 - 32
2.5.3 Deleting entry devices ........................................................................................................ 2 - 33
2.6
Batch Monitor................................................................................................................................. 2 - 34
2.6.1 Information displayed on the Batch Monitor screen and key functions .............................. 2 - 34
2.6.2 Procedure for batch monitor basic operation...................................................................... 2 - 37
2.7
TC Monitor (Monitoring Timers and Counters) .............................................................................. 2 - 38
2.7.1 Information displayed on the TC Monitor screen and key functions ................................... 2 - 38
2.7.2 Procedure for TC monitor basic operation.......................................................................... 2 - 40
A-9
2.7.3
Procedure for canceling TC monitor keywords................................................................... 2 - 41
2.8
BM Monitor (Monitoring Buffer Memory) ....................................................................................... 2 - 42
2.8.1 Information displayed on the BM Monitor screen and key functions .................................. 2 - 42
2.8.2 Procedure for BM monitor basic operation ......................................................................... 2 - 44
2.9
Test Operation ............................................................................................................................... 2 - 45
2.9.1 Procedure for displaying the test menu screen and the setting key window screen .......... 2 - 45
2.9.2 Information displayed on the test menu screen and key functions ..................................... 2 - 46
2.9.3 Information and set items displayed on each setting key window screen .......................... 2 - 47
2.9.4 Test operation procedure.................................................................................................... 2 - 49
2.9.5 Test operation basic procedure .......................................................................................... 2 - 51
2.10 Error Messages and Corrective Action .......................................................................................... 2 - 52
3. LADDER MONITOR FUNCTION
3.1
Features........................................................................................................................................... 3 - 1
3.2
Specifications................................................................................................................................... 3 - 4
3.2.1 System configuration ............................................................................................................ 3 - 4
3.2.2 Devices and range that can be monitored ............................................................................ 3 - 9
3.2.3 Access range ...................................................................................................................... 3 - 11
3.2.4 Precautions......................................................................................................................... 3 - 11
3.3
Operation for Display ..................................................................................................................... 3 - 14
3.3.1 Setting and deleting media for saving ladder data.............................................................. 3 - 19
3.3.2 Display ................................................................................................................................ 3 - 20
3.3.3 Searching from the monitor screen..................................................................................... 3 - 30
3.3.4 Reading comment files from CF cards ............................................................................... 3 - 35
3.4
Operation Procedure Common ...................................................................................................... 3 - 37
3.4.1 Information and key functions displayed on the screen...................................................... 3 - 37
3.4.2 Hard copy output ................................................................................................................ 3 - 44
3.5
Switching the Display Format ........................................................................................................ 3 - 45
3.5.1 Display switching of 16-bit (one-word)/32-bit (two-word) modules ..................................... 3 - 45
3.5.2 Display switching of decimal numbers/hexadecimal numbers............................................ 3 - 46
3.5.3 Switching comment/no-comment display ........................................................................... 3 - 47
3.5.4 Displaying 32 characters of comments............................................................................... 3 - 48
3.5.5 Displaying notes ................................................................................................................. 3 - 50
3.5.6 Displaying statements......................................................................................................... 3 - 51
3.5.7 Language switching of the sequence program (MELSEC-Q/L/QnA ladder monitor).......... 3 - 52
3.6
Search Operation........................................................................................................................... 3 - 54
3.6.1 Device search ..................................................................................................................... 3 - 55
3.6.2 Contact point search........................................................................................................... 3 - 57
3.6.3 Coil search.......................................................................................................................... 3 - 59
3.6.4 Step search......................................................................................................................... 3 - 61
3.6.5 Ladder end search.............................................................................................................. 3 - 62
3.6.6 Defect search...................................................................................................................... 3 - 63
3.6.7 Touch search ...................................................................................................................... 3 - 67
3.7
Test Operation ............................................................................................................................... 3 - 69
3.7.1 Displaying the test menu screen......................................................................................... 3 - 69
3.8
Local Device Monitor ..................................................................................................................... 3 - 70
3.8.1 Operation procedure for local device monitor..................................................................... 3 - 70
3.9
Error Messages and Corrective Action .......................................................................................... 3 - 73
A - 10
4. MELSEC-A LIST EDITOR
4.1
Features........................................................................................................................................... 4 - 1
4.2
Specifications................................................................................................................................... 4 - 3
4.2.1 System configuration ............................................................................................................ 4 - 3
4.2.2 Access range ........................................................................................................................ 4 - 4
4.2.3 Precautions........................................................................................................................... 4 - 4
4.3
Operations for Display ..................................................................................................................... 4 - 5
4.3.1 Operation of keyword input................................................................................................... 4 - 7
4.4
Operation Methods .......................................................................................................................... 4 - 9
4.4.1 Key arrangement and a list of key functions......................................................................... 4 - 9
4.4.2 Display format of the display area ...................................................................................... 4 - 11
4.4.3 Switching valid keys (upper/lower functions) ...................................................................... 4 - 14
4.4.4 Selection and operation of modes ...................................................................................... 4 - 14
4.4.5 Command input procedures ............................................................................................... 4 - 15
4.4.6 Hard copy output ................................................................................................................ 4 - 18
4.4.7 Action if an incorrect key is input ........................................................................................ 4 - 18
4.4.8 List of functions................................................................................................................... 4 - 19
4.5
Basic Operation ............................................................................................................................. 4 - 20
4.5.1 Reading sequence programs ............................................................................................. 4 - 20
4.5.2 Changing (Overwriting) commands .................................................................................... 4 - 21
4.5.3 Adding (Inserting) commands............................................................................................. 4 - 22
4.5.4 Deleting commands ............................................................................................................ 4 - 23
4.5.5 Using the help function ....................................................................................................... 4 - 24
4.5.6 PLC memory all clear ......................................................................................................... 4 - 26
4.6
List of Operation Procedures ......................................................................................................... 4 - 27
4.6.1 Common operation ............................................................................................................. 4 - 27
4.6.2 Operation in write mode (W)............................................................................................... 4 - 28
4.6.3 Operation in read mode (R) ................................................................................................ 4 - 28
4.6.4 Operation in insert mode (I) ................................................................................................ 4 - 29
4.6.5 Operation in delete mode (D) ............................................................................................. 4 - 29
4.6.6 Operation in parameter mode (P) ....................................................................................... 4 - 30
4.6.7 Operation in other mode (O)............................................................................................... 4 - 31
4.7
Error Messages and Corrective Actions ........................................................................................ 4 - 32
4.7.1 Error messages and corrective actions in direct CPU connection...................................... 4 - 32
4.7.2 PLC CPU error messages and troubleshooting ................................................................. 4 - 34
4.7.3 Error using list editor function on the link system ............................................................... 4 - 35
5. MELSEC-FX LIST EDITOR
5.1
Features........................................................................................................................................... 5 - 1
5.2
Specifications................................................................................................................................... 5 - 3
5.2.1 System configuration ............................................................................................................ 5 - 3
5.2.2 Access range ........................................................................................................................ 5 - 5
5.2.3 Precautions........................................................................................................................... 5 - 5
5.3
Operations for Display ..................................................................................................................... 5 - 6
5.4
Operation Procedures...................................................................................................................... 5 - 9
5.4.1 Key arrangement and a list of key functions......................................................................... 5 - 9
5.4.2 Selection and operation of modes ...................................................................................... 5 - 11
5.4.3 Sequence program display ................................................................................................. 5 - 12
A - 11
5.4.4
5.4.5
5.4.6
5.4.7
5.4.8
5.4.9
5.4.10
5.4.11
5.4.12
5.4.13
5.4.14
5.5
Searching commands and devices..................................................................................... 5 - 14
Writing commands .............................................................................................................. 5 - 16
Changing operands, set values .......................................................................................... 5 - 19
Deleting commands ............................................................................................................ 5 - 20
Sequence program all clear................................................................................................ 5 - 21
PLC diagnostics.................................................................................................................. 5 - 22
Parameter setting ............................................................................................................... 5 - 24
Keywords ............................................................................................................................ 5 - 27
List monitor ......................................................................................................................... 5 - 29
Hard copy output ................................................................................................................ 5 - 31
Action for an incorrect key input ......................................................................................... 5 - 31
Error Messages and Corrective Actions ........................................................................................ 5 - 32
6. INTELLIGENT MODULE MONITOR
6.1
Features........................................................................................................................................... 6 - 1
6.2
Specifications................................................................................................................................... 6 - 3
6.2.1 System configuration ............................................................................................................ 6 - 3
6.2.2 Access range ........................................................................................................................ 6 - 7
6.2.3 Precautions........................................................................................................................... 6 - 9
6.3
Operations for Display ................................................................................................................... 6 - 12
6.4
Operation of Each Intelligent Module Monitor Screen ................................................................... 6 - 16
6.4.1 Composition of the system configuration screen and key functions ................................... 6 - 16
6.4.2 Setting method for other station monitoring........................................................................ 6 - 18
6.4.3 Composition of PC Information monitor screen and key functions .................................... 6 - 20
6.4.4 Composition of the unit detail info screen and key functions ............................................. 6 - 26
6.4.5 Composition of the intelligent module monitor screen and key functions ........................... 6 - 31
6.4.6 Specifying a module to monitor and selecting monitor menu ............................................. 6 - 32
6.4.7 Testing of the intelligent function module ........................................................................... 6 - 33
6.5
Intelligent Module Monitor Screens ............................................................................................... 6 - 35
6.5.1 A62DA-S1 module monitoring ............................................................................................ 6 - 35
6.5.2 A68AD module monitoring.................................................................................................. 6 - 36
6.5.3 A68ADN module monitoring ............................................................................................... 6 - 37
6.5.4 A68RD module monitoring.................................................................................................. 6 - 38
6.5.5 A84AD module monitoring.................................................................................................. 6 - 39
6.5.6 A616AD module monitoring................................................................................................ 6 - 41
6.5.7 A616TD module monitoring ................................................................................................ 6 - 43
6.5.8 A616DAV, A616DAI module monitoring ............................................................................. 6 - 46
6.5.9 A61LS module monitoring .................................................................................................. 6 - 47
6.5.10 A62LS module monitoring .................................................................................................. 6 - 48
6.5.11 AD61 module monitoring .................................................................................................... 6 - 49
6.5.12 AD70/A1SD70 module monitoring...................................................................................... 6 - 50
6.5.13 AD70D module monitoring.................................................................................................. 6 - 52
6.5.14 AD71 module monitoring .................................................................................................... 6 - 54
6.5.15 AD72/A1SD71 module monitoring...................................................................................... 6 - 57
6.5.16 AJ71PT32-S3/A1SJ71PT32-S3 module monitoring ........................................................... 6 - 60
6.5.17 A1SD61 module monitoring................................................................................................ 6 - 62
6.5.18 A1S64AD module monitoring ............................................................................................. 6 - 63
6.5.19 A1S62DA module monitoring ............................................................................................. 6 - 64
6.5.20 A1S62RD module monitoring ............................................................................................. 6 - 65
6.5.21 A1S63ADA module monitoring ........................................................................................... 6 - 66
A - 12
6.5.22
6.5.23
6.5.24
6.5.25
6.5.26
6.5.27
6.5.28
6.5.29
6.5.30
6.5.31
6.5.32
6.5.33
6.5.34
6.5.35
6.5.36
6.5.37
6.5.38
6.5.39
6.5.40
6.5.41
6.5.42
6.5.43
6.5.44
6.5.45
AD75P/A1SD75P module monitoring ................................................................................. 6 - 67
AJ71ID1(ID2)-R4/A1SJ71ID1(ID2)-R4 module monitoring................................................. 6 - 73
A1S68DAV/A1S68DAI module monitoring ......................................................................... 6 - 74
A1S68AD module monitoring ............................................................................................. 6 - 75
A1S64TCTT(BW)/A1S64TCRT(BW)-S1 monitoring........................................................... 6 - 76
Q68ADV/Q68ADI/Q64AD module monitoring .................................................................... 6 - 78
Q62DA/Q64DA module monitoring .................................................................................... 6 - 79
QD62D/QD62E/QD62 module monitoring .......................................................................... 6 - 80
QD65PD2 module monitoring............................................................................................. 6 - 81
QD73A1 module monitoring ............................................................................................... 6 - 87
QD75P [ ] (N)/QD75D [ ] (N) module monitoring .............................................................. 6 - 89
QD75M module monitoring................................................................................................. 6 - 99
QD75MH module monitoring ............................................................................................ 6 - 112
QD77MS4, QD77MS2 module monitoring ....................................................................... 6 - 125
QD77MS16 module monitoring ........................................................................................ 6 - 143
QD77GF16 module monitoring......................................................................................... 6 - 174
L60AD4 module monitoring .............................................................................................. 6 - 195
L60DA4 module monitoring .............................................................................................. 6 - 197
LD62D/LD62 module monitoring ...................................................................................... 6 - 199
LD75P/LD75D module monitoring .................................................................................... 6 - 200
LD77MH4 module monitoring ........................................................................................... 6 - 210
LD77MH16 module monitoring ......................................................................................... 6 - 223
LD77MS4 module monitoring ........................................................................................... 6 - 249
LD77MS16 module monitoring ......................................................................................... 6 - 267
6.6
Operating I/O Module Monitor Screen ......................................................................................... 6 - 298
6.6.1 Specifying the module to be monitored ............................................................................ 6 - 298
6.6.2 Monitor screen configuration and key functions ............................................................... 6 - 299
6.7
Error Messages and Corrective Action ........................................................................................ 6 - 300
7. NETWORK MONITOR
7.1
Features........................................................................................................................................... 7 - 1
7.2
Specifications................................................................................................................................... 7 - 3
7.2.1 System configuration ............................................................................................................ 7 - 3
7.2.2 Network information that can be monitored .......................................................................... 7 - 6
7.2.3 Access range ........................................................................................................................ 7 - 7
7.2.4 Precautions........................................................................................................................... 7 - 8
7.3
Operations for display.................................................................................................................... 7 - 10
7.4
Operation Procedures.................................................................................................................... 7 - 13
7.4.1 Line monitor ........................................................................................................................ 7 - 13
7.4.2 Detailed monitor ................................................................................................................. 7 - 16
7.4.3 Other station monitor .......................................................................................................... 7 - 25
7.4.4 Other station communication status monitor ...................................................................... 7 - 26
7.4.5 Other station data link status monitor ................................................................................. 7 - 27
7.4.6 Other station parameter status monitor .............................................................................. 7 - 28
7.4.7 Other station CPU operation status monitor ....................................................................... 7 - 29
7.4.8 Other station CPU RUN status monitor .............................................................................. 7 - 30
7.4.9 Other station loop status monitor........................................................................................ 7 - 31
7.5
Error Message and Corrective Action............................................................................................ 7 - 32
A - 13
8. Q MOTION MONITOR
8.1
Features........................................................................................................................................... 8 - 1
8.2
Specifications................................................................................................................................... 8 - 3
8.2.1 System configuration ............................................................................................................ 8 - 3
8.2.2 Access range ...................................................................................................................... 8 - 10
8.2.3 Precautions......................................................................................................................... 8 - 10
8.3
Operations for Display ................................................................................................................... 8 - 11
8.4
Operation Procedures.................................................................................................................... 8 - 14
8.4.1 System configuration screen layout.................................................................................... 8 - 14
8.4.2 Setting method for other station monitoring........................................................................ 8 - 15
8.4.3 Monitor Menu screen .......................................................................................................... 8 - 17
8.4.4 Present Value Monitor screen ............................................................................................ 8 - 18
8.4.5 SFC Error History screen.................................................................................................... 8 - 19
8.4.6 Error List screen ................................................................................................................. 8 - 20
8.4.7 Error List Designated-Axis screen ...................................................................................... 8 - 22
8.4.8 Positioning Monitor screen ................................................................................................. 8 - 24
8.4.9 Servo Monitor screen.......................................................................................................... 8 - 26
8.4.10 Present Value History Monitor screen ................................................................................ 8 - 27
8.4.11 Parameter setting screen.................................................................................................... 8 - 29
8.4.12 Hard copy output ................................................................................................................ 8 - 32
8.5
Error Messages and Corrective Action .......................................................................................... 8 - 33
9. SERVO AMPLIFIER MONITOR
9.1
Features........................................................................................................................................... 9 - 1
9.2
Specifications................................................................................................................................... 9 - 3
9.2.1 System configuration ............................................................................................................ 9 - 3
9.2.2 Access range ...................................................................................................................... 9 - 10
9.2.3 Precautions......................................................................................................................... 9 - 11
9.3
Operations of Display .................................................................................................................... 9 - 12
9.4
Operations of Servo Amplifier Monitor Screens............................................................................. 9 - 15
9.4.1 Servo amplifier monitor....................................................................................................... 9 - 15
9.4.2 Setup .................................................................................................................................. 9 - 16
9.4.3 Monitor functions ................................................................................................................ 9 - 17
9.4.4 Alarm function..................................................................................................................... 9 - 19
9.4.5 Diagnostics function............................................................................................................ 9 - 22
9.4.6 Parameter setting ............................................................................................................... 9 - 29
9.4.7 Test operations ................................................................................................................... 9 - 35
9.4.8 Hard copy output ................................................................................................................ 9 - 43
9.5
Error Messages and Corrective Action .......................................................................................... 9 - 44
10. CNC MONITOR FUNCTIONS
10.1
Features......................................................................................................................................... 10 - 1
10.2
Specifications................................................................................................................................. 10 - 2
10.2.1 System configuration .......................................................................................................... 10 - 2
10.2.2 Access range ...................................................................................................................... 10 - 4
10.2.3 Precautions......................................................................................................................... 10 - 4
10.3
Operations for Display ................................................................................................................... 10 - 5
A - 14
10.4
Operation Procedures.................................................................................................................... 10 - 7
10.5
Error Messages and Corrective Action .......................................................................................... 10 - 9
11. BACKUP/RESTORE
11.1
Features......................................................................................................................................... 11 - 1
11.2
Specifications................................................................................................................................. 11 - 3
11.2.1 System configuration .......................................................................................................... 11 - 3
11.2.2 Access range .................................................................................................................... 11 - 11
11.2.3 Precautions....................................................................................................................... 11 - 11
11.3
Operations for Display ................................................................................................................. 11 - 15
11.3.1 Setting storage location for backup data .......................................................................... 11 - 18
11.3.2 Security and password ..................................................................................................... 11 - 19
11.3.3 Trigger backup.................................................................................................................. 11 - 25
11.3.4 Network batch backup/restore .......................................................................................... 11 - 32
11.4
Operation Procedures.................................................................................................................. 11 - 36
11.4.1 Main menu ........................................................................................................................ 11 - 36
11.4.2 Progress screen (backup) ................................................................................................ 11 - 37
11.4.3 Data list (restoration) ........................................................................................................ 11 - 38
11.4.4 Progress screen (restoration) ........................................................................................... 11 - 39
11.4.5 Controller list screen ......................................................................................................... 11 - 40
11.4.6 Controller selection screen (Restoration) ......................................................................... 11 - 41
11.5
Backup Data Conversion Tool ..................................................................................................... 11 - 42
11.5.1 Operating environment ..................................................................................................... 11 - 42
11.5.2 How to install and start Backup Data Conversion Tool .................................................... 11 - 43
11.5.3 How to use Backup Data Conversion Tool ....................................................................... 11 - 43
11.5.4 Precautions....................................................................................................................... 11 - 45
11.6
Errors and Corrective Actions...................................................................................................... 11 - 46
12. CNC DATA I/O
12.1
Features......................................................................................................................................... 12 - 1
12.2
Specifications................................................................................................................................. 12 - 1
12.2.1 System configuration .......................................................................................................... 12 - 1
12.2.2 Access range ...................................................................................................................... 12 - 3
12.2.3 Precautions......................................................................................................................... 12 - 3
12.3
Operations for Display ................................................................................................................... 12 - 5
12.4
Operation Procedures.................................................................................................................... 12 - 7
12.5
Error Messages and Corrective Actions ...................................................................................... 12 - 19
13. SFC MONITOR
13.1
Features......................................................................................................................................... 13 - 1
13.2
Specifications................................................................................................................................. 13 - 4
13.2.1 System configuration .......................................................................................................... 13 - 4
13.2.2 Devices and range that can be monitored .......................................................................... 13 - 6
13.2.3 Access range ...................................................................................................................... 13 - 7
13.2.4 Precautions......................................................................................................................... 13 - 7
13.3
Operations for Display ................................................................................................................... 13 - 8
13.3.1 Setting SFC data storage location .................................................................................... 13 - 11
13.3.2 Reading comment files from CF card ............................................................................... 13 - 12
A - 15
13.4
Setting Display Format ................................................................................................................ 13 - 14
13.4.1 Switching languages of SFC programs ............................................................................ 13 - 14
13.4.2 Setting display mode of SFC programs ............................................................................ 13 - 14
13.4.3 Setting zoom comment display mode............................................................................... 13 - 14
13.4.4 Switching display formats between decimal and hexadecimal numbers .......................... 13 - 14
13.4.5 Setting automatic scroll mode........................................................................................... 13 - 15
13.5
How to Operate PLC Read Screen.............................................................................................. 13 - 16
13.5.1 Displayed contents ........................................................................................................... 13 - 16
13.5.2 Key functions .................................................................................................................... 13 - 19
13.6
How to Operate Block List Screen ............................................................................................... 13 - 22
13.6.1 Displayed contents ........................................................................................................... 13 - 22
13.6.2 Key functions .................................................................................................................... 13 - 23
13.6.3 Menus ............................................................................................................................... 13 - 23
13.7
How to Operate SFC Diagram Monitor Screen ........................................................................... 13 - 24
13.7.1 Displayed contents ........................................................................................................... 13 - 24
13.7.2 Key functions .................................................................................................................... 13 - 27
13.7.3 Menus ............................................................................................................................... 13 - 28
13.8
Test Operation ............................................................................................................................. 13 - 37
13.9
Error Messages and Corrective Action ........................................................................................ 13 - 39
14. LADDER EDITOR
14.1
Features......................................................................................................................................... 14 - 1
14.2
Specifications................................................................................................................................. 14 - 4
14.2.1 System configuration .......................................................................................................... 14 - 4
14.2.2 Devices and range that can be monitored .......................................................................... 14 - 6
14.2.3 Access range ...................................................................................................................... 14 - 7
14.2.4 Precautions......................................................................................................................... 14 - 7
14.3
Display Operation .......................................................................................................................... 14 - 9
14.3.1 Setting ladder data storage location ................................................................................. 14 - 16
14.3.2 Reading comment files from CF card ............................................................................... 14 - 17
14.3.3 Program update check...................................................................................................... 14 - 19
14.3.4 Setting the security ........................................................................................................... 14 - 20
14.4
Setting Display Format ................................................................................................................ 14 - 22
14.4.1 Switching languages of sequence programs .................................................................... 14 - 22
14.4.2 Switching comment display mode .................................................................................... 14 - 22
14.4.3 Switching display formats between decimal and hexadecimal numbers .......................... 14 - 22
14.5
How to Operate PLC Read Screen.............................................................................................. 14 - 23
14.5.1 Displayed contents ........................................................................................................... 14 - 23
14.5.2 Key functions .................................................................................................................... 14 - 25
14.6
How to Operate Ladder Monitor Screen ...................................................................................... 14 - 28
14.6.1 Displayed contents ........................................................................................................... 14 - 28
14.6.2 Key functions .................................................................................................................... 14 - 29
14.6.3 Menus ............................................................................................................................... 14 - 29
14.7
How to Operate Ladder Editor Screen......................................................................................... 14 - 34
14.7.1 Displayed contents ........................................................................................................... 14 - 34
14.7.2 Key functions .................................................................................................................... 14 - 42
14.7.3 Menus ............................................................................................................................... 14 - 42
14.8
Find/Replace Operation ............................................................................................................... 14 - 53
A - 16
14.8.1
14.8.2
14.8.3
14.8.4
14.9
Device/Contact/Coil search .............................................................................................. 14 - 53
Factor search.................................................................................................................... 14 - 55
Replace device ................................................................................................................. 14 - 57
Change open/close cantact .............................................................................................. 14 - 58
Test Operation ............................................................................................................................. 14 - 59
14.10 Error Messages and Corrective Action ........................................................................................ 14 - 61
15. MELSEC-L TROUBLESHOOTING
15.1
Features......................................................................................................................................... 15 - 1
15.2
Specifications................................................................................................................................. 15 - 2
15.2.1 System configuration .......................................................................................................... 15 - 2
15.2.2 Access range ...................................................................................................................... 15 - 2
15.3
Operation for Display ..................................................................................................................... 15 - 3
15.4
Operation Procedures.................................................................................................................... 15 - 5
15.5
Error Messages and Corrective Action .......................................................................................... 15 - 7
16. LOG VIEWER
16.1
Features......................................................................................................................................... 16 - 1
16.2
Specifications................................................................................................................................. 16 - 2
16.2.1 System configuration .......................................................................................................... 16 - 2
16.2.2 GOT Side Settings.............................................................................................................. 16 - 3
16.2.3 Access range ...................................................................................................................... 16 - 3
16.2.4 Precautions......................................................................................................................... 16 - 4
16.3
Operations for Display ................................................................................................................... 16 - 6
16.3.1 Changing screens when view logged device is selected.................................................... 16 - 7
16.3.2 Changing screens when manage log file is selected.......................................................... 16 - 8
16.4
How to Operate Various Selection Screens .................................................................................. 16 - 9
16.4.1 How to operate target setting window ................................................................................ 16 - 9
16.4.2 How to operate target selection screen ............................................................................ 16 - 10
16.4.3 How to operate Main Menu screen................................................................................... 16 - 14
16.4.4 How to operate file selection screen................................................................................. 16 - 15
16.5
How to Operate Data Log Viewer ................................................................................................ 16 - 18
16.5.1 Data log viewer screen ..................................................................................................... 16 - 18
16.5.2 Legend display ................................................................................................................. 16 - 20
16.5.3 Upper and lower limit values setting ................................................................................. 16 - 21
16.5.4 Cursor position information............................................................................................... 16 - 22
16.5.5 Selecting data ................................................................................................................... 16 - 23
16.5.6 Searching data ................................................................................................................. 16 - 24
16.5.7 Help .................................................................................................................................. 16 - 25
16.6
Error Messages and Corrective Actions ...................................................................................... 16 - 26
17. MOTION SFC MONITOR
17.1
Features......................................................................................................................................... 17 - 1
17.2
Specifications................................................................................................................................. 17 - 2
17.2.1 System configuration .......................................................................................................... 17 - 2
17.2.2 Devices and range that can be monitored .......................................................................... 17 - 3
17.2.3 Access range ...................................................................................................................... 17 - 3
17.2.4 Readable motion SFC programs ........................................................................................ 17 - 4
A - 17
17.2.5
17.2.6
Displayable character codes............................................................................................... 17 - 4
Precautions......................................................................................................................... 17 - 4
17.3
Operations for Display ................................................................................................................... 17 - 5
17.3.1 Setting motion SFC program storage location.................................................................... 17 - 8
17.4
Operation Procedures.................................................................................................................... 17 - 9
17.4.1 SFC diagram monitor screen.............................................................................................. 17 - 9
17.4.2 Detailed program window ................................................................................................. 17 - 13
17.4.3 Step list window ................................................................................................................ 17 - 15
17.4.4 Active step list window...................................................................................................... 17 - 16
17.4.5 Program batch monitor window ........................................................................................ 17 - 17
17.4.6 Communication setting window ........................................................................................ 17 - 18
17.4.7 Password input window .................................................................................................... 17 - 19
18. CNC MACHINING PROGRAM EDIT
18.1
Features......................................................................................................................................... 18 - 1
18.2
Specifications................................................................................................................................. 18 - 1
18.2.1 System configuration .......................................................................................................... 18 - 1
18.2.2 Access range ...................................................................................................................... 18 - 2
18.2.3 Recautions.......................................................................................................................... 18 - 2
18.3
Operations for Display ................................................................................................................... 18 - 3
18.4
Operation Procedures.................................................................................................................... 18 - 5
18.5
Error Messages and Corrective Actions ...................................................................................... 18 - 11
19. MOTION PROGRAM (SV43) EDITOR
19.1
Features......................................................................................................................................... 19 - 1
19.2
Specifications................................................................................................................................. 19 - 1
19.3
Operations for Display ................................................................................................................... 19 - 1
19.4
Operation Procedures.................................................................................................................... 19 - 1
19.5
Error Messages and Corrective Actions ........................................................................................ 19 - 1
20. MOTION PROGRAM (SV43) I/O
20.1
Features......................................................................................................................................... 20 - 1
20.2
Specifications................................................................................................................................. 20 - 1
20.3
Operations for Display ................................................................................................................... 20 - 1
20.4
Operation Procedures.................................................................................................................... 20 - 1
20.5
Error Messages and Corrective Actions ........................................................................................ 20 - 1
INDEX
REVISIONS
WARRANTY
A - 18
MANUALS
The following table lists the manual relevant to this product.
Refer to each manual for any purpose.
 Screen creation software manuals
Manual Name
Packaging
GT Works3 Version1 Installation Procedure Manual
Enclosed in product
GT Designer3 Version1 Screen Design Manual (Fundamentals) 1/2, 2/2
Stored in DVD-ROM
GT Designer3 Version1 Screen Design Manual (Functions) 1/2, 2/2
Stored in DVD-ROM
GT Simulator3 Version1 Operating Manual for GT Works3
Stored in DVD-ROM
GT Converter2 Version3 Operating Manual for GT Works3
Stored in DVD-ROM
Manual Number
(Model code)
SH-080866ENG
(1D7MB9)
SH-080867ENG
(1D7MC1)
SH-080861ENG
(1D7MB1)
SH-080862ENG
(1D7MB2)
 Connection manuals
Manual Name
Packaging
Manual Number
(Model code)
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
Stored in DVD-ROM
SH-080868ENG
(1D7MC2)
GOT1000 Series Connection Manual (Non-Mitsubishi Products 1) for GT Works3
Stored in DVD-ROM
SH-080869ENG
(1D7MC3)
GOT1000 Series Connection Manual (Non-Mitsubishi Products 2) for GT Works3
Stored in DVD-ROM
SH-080870ENG
(1D7MC4)
GOT1000 Series Connection Manual (Microcomputer, MODBUS Products, Peripherals) for GT
Works3
Stored in DVD-ROM
SH-080871ENG
(1D7MC5)
 Extended and option function manuals
Manual Name
Packaging
Manual Number
(Model code)
GOT1000 Series Gateway Functions Manual for GT Works3
Stored in DVD-ROM
SH-080858ENG
(1D7MA7)
GOT1000 Series MES Interface Function Manual for GT Works3
Stored in DVD-ROM
SH-080859ENG
(1D7MA8)
GOT1000 Series User's Manual (Extended Functions, Option Functions) for GT Works3
Stored in DVD-ROM
SH-080863ENG
(1D7MB3)
 GT SoftGOT1000 manuals
Manual Name
GT SoftGOT1000 Version3 Operating Manual for GT Works3
Packaging
Stored in DVD-ROM
Manual Number
(Model code)
SH-080860ENG
(1D7MA9)
A - 19
 GT16 manuals
Manual Name
Packaging
Manual Number
(Model code)
GT16 User's Manual (Hardware)
Stored in DVD-ROM
SH-080928ENG
(1D7MD3)
GT16 User's Manual (Basic Utility)
Stored in DVD-ROM
SH-080929ENG
(1D7MD4)
GT16 Handy GOT User's Manual
Stored in DVD-ROM
JY997D41201
JY997D41202
(09R821)
 GT15 manuals
Manual Name
GT15 User's Manual
Packaging
Stored in DVD-ROM
Manual Number
(Model code)
SH-080528ENG
(1D7M23)
 GT14 manuals
Manual Name
GT14 User's Manual
Packaging
Stored in DVD-ROM
Manual Number
(Model code)
JY997D44801
(09R823)
 GT12 manuals
Manual Name
GT12 User's Manual
Packaging
Stored in DVD-ROM
Manual Number
(Model code)
SH-080977ENG
(1D7ME1)
 GT11 manuals
Manual Name
Packaging
Manual Number
(Model code)
GT11 User's Manual
Stored in DVD-ROM
JY997D17501
(09R815)
GT11 Handy GOT User's Manual
Stored in DVD-ROM
JY997D20101
JY997D20102
(09R817)
 GT10 manuals
Manual Name
GT10 User's Manual
A - 20
Packaging
Stored in DVD-ROM
Manual Number
(Model code)
JY997D24701
(09R819)
QUICK REFERENCE
 Creating a project
Obtaining the specifications and operation methods of GT Designer3
Setting available functions on GT Designer3
Creating a screen displayed on the GOT
GT Designer3 Version1 Screen Design Manual
(Fundamentals) 1/2, 2/2
Obtaining useful functions to increase efficiency of drawing
Setting details for figures and objects
Setting functions for the data collection or trigger action
GT Designer3 Version1 Screen Design Manual (Functions)
1/2, 2/2
Setting functions to use peripheral devices
Simulating a created project on a personal computer
GT Simulator3 Version1 Operating Manual for GT Works3
 Connecting a controller to the GOT
Obtaining information of Mitsubishi products applicable to the GOT
Connecting Mitsubishi products to the GOT
GOT1000 Series Connection Manual (Mitsubishi Products) for
Connecting multiple controllersto one GOT (Multi-channel function)
GT Works3
Establishing communication between a personal computer and a
controller via the GOT (FA transparent function)
Obtaining information of Non-Mitsubishi products applicable to the GOT
• GOT1000 Series Connection Manual (Non-Mitsubishi
Products 1) for GT Works3
Connecting Non-Mitsubishi products to the GOT
Obtaining information of peripheral devices applicable to the GOT
Connecting peripheral devices including a barcode reader to the GOT
• GOT1000 Series Connection Manual (Non-Mitsubishi
Products 2) for GT Works3
GOT1000 Series Connection Manual (Microcomputer,
MODBUS Products, Peripherals) for GT Works3
 Transferring data to the GOT
Writing data to the GOT
Reading data from the GOT
GT Designer3 Version1 Screen Design Manual
(Fundamentals) 1/2, 2/2
Verifying a editing project to a GOT project
A - 21
 Others
Obtaining specifications (including part names, external dimensions, and
• GT16 User's Manual (Hardware)
options) of each GOT
• GT16 Handy GOT User's Manual
• GT15 User's Manual
• GT14 User's Manual
• GT12 User's Manual
Installing the GOT
• GT11 User's Manual
• GT11 Handy GOT User's Manual
• GT10 User's Manual
• GT16 User's Manual (Basic Utility)
• GT16 Handy GOT User's Manual
• GT15 User's Manual
Operating the utility
• GT14 User's Manual
• GT12 User's Manual
• GT11 User's Manual
• GT11 Handy GOT User's Manual
• GT10 User's Manual
Configuring the gateway function
Configuring the MES interface function
Configuring the extended function and option function
Using a personal computer as the GOT
A - 22
GOT1000 Series Gateway Functions Manual for GT Works3
GOT1000 Series MES Interface Function Manual for GT
Works3
GOT1000 Series User's Manual (Extended Functions, Option
Functions) for GT Works3
GT SoftGOT1000 Version3 Operating Manual for GT Works3
ABBREVIATIONS AND GENERIC TERMS
 GOT
Abbreviations and generic terms
GT1695M-X
Abbreviation of GT1695M-XTBA, GT1695M-XTBD
GT1685
GT1685M-S
Abbreviation of GT1685M-STBA, GT1685M-STBD
GT1675M-S
Abbreviation of GT1675M-STBA, GT1675M-STBD
GT1675
GT1675M-V
Abbreviation of GT1675M-VTBA, GT1675M-VTBD
GT1675-VN
Abbreviation of GT1675-VNBA, GT1675-VNBD
GT1672-VN
Abbreviation of GT1672-VNBA, GT1672-VNBD
GT1665M-S
Abbreviation of GT1665M-STBA, GT1665M-STBD
GT1665M-V
Abbreviation of GT1665M-VTBA, GT1665M-VTBD
GT1662
GT1662-VN
Abbreviation of GT1662-VNBA, GT1662-VNBD
GT1655
GT1655-V
Abbreviation of GT1655-VTBD
GT1595-X
Abbreviation of GT1595-XTBA, GT1595-XTBD
GT1585V-S
Abbreviation of GT1585V-STBA, GT1585V-STBD
GT1585-S
Abbreviation of GT1585-STBA, GT1585-STBD
GT1575V-S
Abbreviation of GT1575V-STBA, GT1575V-STBD
GT1575-S
Abbreviation of GT1575-STBA, GT1575-STBD
GT1672
GT1665
Abbreviation of GT1695, GT1685, GT1675, GT1672, GT1665, GT1662, GT1655, GT16 Handy GOT
GT16
GT1595
GT1585
GT157
GT156
GOT1000
Series
Description
GT1695
GT155
GT1575-V
Abbreviation of GT1575-VTBA, GT1575-VTBD
GT1575-VN
Abbreviation of GT1575-VNBA, GT1575-VNBD
GT1572-VN
Abbreviation of GT1572-VNBA, GT1572-VNBD
GT1565-V
Abbreviation of GT1565-VTBA, GT1565-VTBD
GT1562-VN
Abbreviation of GT1562-VNBA, GT1562-VNBD
GT1555-V
Abbreviation of GT1555-VTBD
GT1555-Q
Abbreviation of GT1555-QTBD, GT1555-QSBD
GT1550-Q
Abbreviation of GT1550-QLBD
GT1455-Q
Abbreviation of GT1455-QTBDE, GT1455-QTBD
GT15
GT145
Abbreviation of GT1595, GT1585, GT157 , GT156 , GT155
GT1450-Q
GT14
Abbreviation of GT1450-QMBDE, GT1450-QMBD, GT1450-QLBDE, GT1450-QLBD
Abbreviation of GT1455-Q, GT1450-Q
GT1275
GT1275-V
Abbreviation of GT1275-VNBA, GT1275-VNBD
GT1265
GT1265-V
Abbreviation of GT1265-VNBA, GT1265-VNBD
GT12
GT115
Abbreviation of GT1275, GT1265
GT1155-Q
Abbreviation of GT1155-QTBDQ, GT1155-QSBDQ, GT1155-QTBDA, GT1155-QSBDA,
GT1155-QTBD, GT1155-QSBD
GT1150-Q
Abbreviation of GT1150-QLBDQ, GT1150-QLBDA, GT1150-QLBD
GT11
GT105
GT104
Abbreviation of GT115 , GT11 Handy GOT,
GT1055-Q
Abbreviation of GT1055-QSBD
GT1050-Q
Abbreviation of GT1050-QBBD
GT1045-Q
Abbreviation of GT1045-QSBD
GT1040-Q
Abbreviation of GT1040-QBBD
GT1030
Abbreviation of GT1030-LBD, GT1030-LBD2, GT1030-LBL, GT1030-LBDW, GT1030-LBDW2,
GT1030-LBLW, GT1030-LWD, GT1030-LWD2, GT1030-LWL, GT1030-LWDW, GT1030-LWDW2,
GT1030-LWLW, GT1030-HBD, GT1030-HBD2, GT1030-HBL, GT1030-HBDW, GT1030-HBDW2,
GT1030-HBLW, GT1030-HWD, GT1030-HWD2, GT1030-HWL, GT1030-HWDW, GT1030-HWDW2,
GT1030-HWLW
GT1020
Abbreviation of GT1020-LBD, GT1020-LBD2, GT1020-LBL, GT1020-LBDW, GT1020-LBDW2,
GT1020-LBLW, GT1020-LWD, GT1020LWD2, GT1020-LWL, GT1020-LWDW, GT1020-LWDW2,
GT1020-LWLW
GT10
Abbreviation of GT105 , GT104 , GT1030, GT1020
A - 23
Abbreviations and generic terms
GOT1000
Series
GT16
Handy
GOT
Handy
GOT
GT11
Handy
GOT
Description
GT1665HS-V
Abbreviation of GT1665HS-VTBD
GT1155HS-Q
Abbreviation of GT1155HS-QSBD
GT1150HS-Q
Abbreviation of GT1150HS-QLBD
GT SoftGOT1000
Abbreviation of GT SoftGOT1000
GOT900 Series
Abbreviation of GOT-A900 series, GOT-F900 series
GOT800 Series
Abbreviation of GOT-800 series
 Communication unit
Abbreviations and generic terms
Description
Bus connection unit
GT15-QBUS, GT15-QBUS2, GT15-ABUS, GT15-ABUS2, GT15-75QBUSL, GT15-75QBUS2L,
GT15-75ABUSL, GT15-75ABUS2L
Serial communication unit
GT15-RS2-9P, GT15-RS4-9S, GT15-RS4-TE
RS-422 conversion unit
GT15-RS2T4-9P, GT15-RS2T4-25P
Ethernet communication unit
GT15-J71E71-100
MELSECNET/H communication unit
GT15-J71LP23-25, GT15-J71BR13
MELSECNET/10 communication unit
GT15-75J71LP23-Z*1, GT15-75J71BR13-Z*2
CC-Link IE Controller Network communication
unit
GT15-J71GP23-SX
CC-Link IE Field Network communication unit
GT15-J71GF13-T2
CC-Link communication unit
GT15-J61BT13, GT15-75J61BT13-Z*3
Interface converter unit
GT15-75IF900
Serial multi-drop connection unit
GT01-RS4-M
Connection Conversion Adapter
GT10-9PT5S
RS-232/485 signal conversion adapter
GT14-RS2T4-9P
*1
*2
*3
A9GT-QJ71LP23 + GT15-75IF900 set
A9GT-QJ71BR13 + GT15-75IF900 set
A8GT-J61BT13 + GT15-75IF900 set
 Option unit
Abbreviations and generic terms
Printer unit
Video input unit
Video/RGB unit
Description
GT15-PRN
GT16M-V4, GT15V-75V4
RGB input unit
GT16M-R2, GT15V-75R1
Video/RGB input unit
GT16M-V4R1, GT15V-75V4R1
RGB output unit
GT16M-ROUT, GT15V-75ROUT
Multimedia unit
GT16M-MMR
CF card unit
GT15-CFCD
CF card extension unit*1
GT15-CFEX-C08SET
External I/O unit
GT15-DIO, GT15-DIOR
Sound output unit
GT15-SOUT
*1
A - 24
GT15-CFEX + GT15-CFEXIF + GT15-C08CF set.
 Option
Abbreviations and generic terms
Description
CF card
GT05-MEM-16MC, GT05-MEM-32MC, GT05-MEM-64MC, GT05-MEM-128MC,
GT05-MEM-256MC, GT05-MEM-512MC, GT05-MEM-1GC, GT05-MEM-2GC,
GT05-MEM-4GC, GT05-MEM-8GC, GT05-MEM-16GC
SD card
NZ1MEM-2GBSD, NZ1MEM-4GBSD, NZ1MEM-8GBSD, NZ1MEM-16GBSD, L1MEM-2GBSD,
L1MEM-4GBSD
Memory card
Memory card adaptor
GT05-MEM-ADPC
Option function board
GT16-MESB, GT15-FNB, GT15-QFNB, GT15-QFNB16M,
GT15-QFNB32M, GT15-QFNB48M, GT11-50FNB, GT15-MESB48M
Battery
GT15-BAT, GT11-50BAT
For GT16
GT16-90PSCB, GT16-90PSGB, GT16-90PSCW, GT16-90PSGW,
GT16-80PSCB, GT16-80PSGB, GT16-80PSCW, GT16-80PSGW,
GT16-70PSCB, GT16-70PSGB, GT16-70PSCW, GT16-70PSGW,
GT16-60PSCB, GT16-60PSGB, GT16-60PSCW, GT16-60PSGW,
GT16-50PSCB, GT16-50PSGB, GT16-50PSCW, GT16-50PSGW,
GT16-90PSCB-012, GT16-80PSCB-012, GT16-70PSCB-012,
GT16-60PSCB-012, GT16-50PSCB-012, GT16H-60PSC
For GT15
GT15-90PSCB, GT15-90PSGB, GT15-90PSCW, GT15-90PSGW,
GT15-80PSCB, GT15-80PSGB, GT15-80PSCW, GT15-80PSGW,
GT15-70PSCB, GT15-70PSGB, GT15-70PSCW, GT15-70PSGW,
GT15-60PSCB, GT15-60PSGB, GT15-60PSCW, GT15-60PSGW,
GT15-50PSCB, GT15-50PSGB, GT15-50PSCW, GT15-50PSGW
For GT14
GT14-50PSCB, GT14-50PSGB, GT14-50PSCW, GT14-50PSGW
Protective Sheet
Protective cover for oil
For GT12
GT11-70PSCB, GT11-65PSCB
For GT11
GT11-50PSCB, GT11-50PSGB, GT11-50PSCW, GT11-50PSGW,
GT11H-50PSC
For GT10
GT10-50PSCB, GT10-50PSGB, GT10-50PSCW, GT10-50PSGW,
GT10-40PSCB, GT10-40PSGB, GT10-40PSCW, GT10-40PSGW,
GT10-30PSCB, GT10-30PSGB, GT10-30PSCW, GT10-30PSGW,
GT10-20PSCB, GT10-20PSGB, GT10-20PSCW, GT10-20PSGW
GT05-90PCO, GT05-80PCO, GT05-70PCO, GT05-60PCO, GT05-50PCO,
GT16-50PCO, GT10-40PCO, GT10-30PCO, GT10-20PCO
USB environmental protection cover
GT16-UCOV, GT16-50UCOV, GT15-UCOV, GT14-50UCOV, GT11-50UCOV
Stand
GT15-90STAND, GT15-80STAND, GT15-70STAND, A9GT-50STAND, GT05-50STAND
Attachment
GT15-70ATT-98, GT15-70ATT-87, GT15-60ATT-97, GT15-60ATT-96,
GT15-60ATT-87, GT15-60ATT-77, GT15-50ATT-95W, GT15-50ATT-85
Backlight
GT16-90XLTT, GT16-80SLTT, GT16-70SLTT, GT16-70VLTT, GT16-70VLTTA, GT16-70VLTN,
GT16-60SLTT, GT16-60VLTT, GT16-60VLTN, GT15-90XLTT, GT15-80SLTT, GT15-70SLTT,
GT15-70VLTT, GT15-70VLTN, GT15-60VLTT, GT15-60VLTN
Multi-color display board
GT15-XHNB, GT15-VHNB
Connector conversion box
GT11H-CNB-37S, GT16H-CNB-42S
Emergency stop sw guard cover
GT11H-50ESCOV, GT16H-60ESCOV
Wall-hanging fitting
GT14H-50ATT
Memory loader
GT10-LDR
Memory board
GT10-50FMB
Panel-mounted USB port extension
GT14-C10EXUSB-4S, GT10-C10EXUSB-5S
A - 25
 Software
Abbreviations and generic terms
Description
GT Works3
Abbreviation of the SW DND-GTWK3-E and SW DND-GTWK3-EA
GT Designer3
Abbreviation of screen drawing software GT Designer3 for GOT1000 series
GT Simulator3
Abbreviation of screen simulator GT Simulator3 for GOT1000/GOT900 series
GT SoftGOT1000
Abbreviation of monitoring software GT SoftGOT1000
GT Converter2
Abbreviation of data conversion software GT Converter2 for GOT1000/GOT900 series
GT Designer2 Classic
Abbreviation of screen drawing software GT Designer2 Classic for GOT900 series
GT Designer2
Abbreviation of screen drawing software GT Designer2 for GOT1000/GOT900 series
iQ Works
Abbreviation of iQ Platform compatible engineering environment MELSOFT iQ Works
MELSOFT Navigator
Generic term for integrated development environment software included in the SW DNC-IQWK (iQ
Platform compatible engineering environment MELSOFT iQ Works)
MELSOFT iQ AppPortal
SW DND-IQAPL-M type integrated application management software
GX Works3
Abbreviation of SW DND-GXW3-E and SW DND-GXW3-EA type programmable controller
engineering software
GX Works2
Abbreviation of SW DNC-GXW2-E and SW DNC-GXW2-EA type programmable controller
engineering software
Controller simulator
GX Simulator3
Abbreviation of GX Works3 with the simulation function
GX Simulator2
Abbreviation of GX Works2 with the simulation function
GX Simulator
Abbreviation of SW D5C-LLT-E(-EV) type ladder logic test tool function software packages
(SW5D5C-LLT (-EV) or later versions)
GX Developer
Abbreviation of SW D5C-GPPW-E(-EV)/SW D5F-GPPW-E type software package
GX LogViewer
Abbreviation of SW DNN-VIEWER-E type software package
PX Developer
Abbreviation of SW D5C-FBDQ-E type FBD software package for process control
MT Works2
Abbreviation of motion controller engineering environment MELSOFT MT Works2(SW DND-MTW2-E)
MT Developer
Abbreviation of SW RNC-GSV type integrated start-up support software for motion controller Q series
MR Configurator2
Abbreviation of SW DNC-MRC2-E type Servo Configuration Software
MR Configurator
Abbreviation of MRZJW -SETUP E type Servo Configuration Software
FR Configurator
Abbreviation of Inverter Setup Software (FR-SW -SETUP-WE)
NC Configurator
Abbreviation of CNC parameter setting support tool NC Configurator
FX Configurator-FP
Abbreviation of parameter setting, monitoring, and testing software packages for FX3U-20SSC-H
(SW D5C-FXSSC-E)
FX3U-ENET-L Configuration tool
Abbreviation of FX3U-ENET-L type Ethernet module setting software (SW1D5-FXENETL-E)
RT ToolBox2
Abbreviation of robot program creation software (3D-11C-WINE)
MX Component
Abbreviation of MX Component Version
(SW D5C-ACT-E, SW D5C-ACT-EA)
MX Sheet
Abbreviation of MX Sheet Version
CPU Module Logging Configuration Tool
Abbreviation of CPU Module Logging Configuration Tool (SW1DNN-LLUTL-E)
(SW D5C-SHEET-E, SW D5C-SHEET-EA)
 License key (for GT SoftGOT1000)
Abbreviations and generic terms
License
A - 26
Description
GT15-SGTKEY-U, GT15-SGTKEY-P
 Others
Abbreviations and generic terms
Description
IAI
Abbreviation of IAI Corporation
AZBIL
Abbreviation of Azbil Corporation (former Yamatake Corporation)
OMRON
Abbreviation of OMRON Corporation
KEYENCE
Abbreviation of KEYENCE CORPORATION
KOYO EI
Abbreviation of KOYO ELECTRONICS INDUSTRIES CO., LTD.
SHARP
Abbreviation of Sharp Manufacturing Systems Corporation
JTEKT
Abbreviation of JTEKT Corporation
SHINKO
Abbreviation of Shinko Technos Co., Ltd.
CHINO
Abbreviation of CHINO CORPORATION
TOSHIBA
Abbreviation of TOSHIBA CORPORATION
TOSHIBA MACHINE
Abbreviation of TOSHIBA MACHINE CO., LTD.
HITACHI IES
Abbreviation of Hitachi Industrial Equipment Systems Co., Ltd.
HITACHI
Abbreviation of Hitachi, Ltd.
FUJI
Abbreviation of FUJI ELECTRIC CO., LTD.
PANASONIC
Abbreviation of Panasonic Corporation
PANASONIC INDUSTRIAL DEVICES SUNX
Abbreviation of Panasonic Industrial Devices SUNX Co., Ltd.
YASKAWA
Abbreviation of YASKAWA Electric Corporation
YOKOGAWA
Abbreviation of Yokogawa Electric Corporation
ALLEN-BRADLEY
Abbreviation of Allen-Bradley products manufactured by Rockwell Automation, Inc.
GE
Abbreviation of GE Intelligent Platforms
LS IS
Abbreviation of LS Industrial Systems Co., Ltd.
MITSUBISHI INDIA
Mitsubishi Electric India Pvt. Ltd.
SCHNEIDER
Abbreviation of Schneider Electric SA
SICK
Abbreviation of SICK AG
SIEMENS
Abbreviation of Siemens AG
RKC
Abbreviation of RKC INSTRUMENT INC.
HIRATA
Abbreviation of Hirata Corporation
MURATEC
Abbreviation of Muratec products manufactured by Muratec Automation Co., Ltd.
PLC
Abbreviation of programmable controller
Temperature controller
Generic term for temperature controller manufactured by each corporation
Indicating controller
Generic term for indicating controller manufactured by each corporation
Control equipment
Generic term for control equipment manufactured by each corporation
CHINO controller
Abbreviation of indicating controller manufactured by CHINO CORPORATION
PC CPU module
Abbreviation of PC CPU Unit manufactured by CONTEC CO., LTD
GOT (server)
Abbreviation of GOTs that use the server function
GOT (client)
Abbreviation of GOTs that use the client function
Windows font
Abbreviation of TrueType font and OpenType font available for Windows
(Differs from the True Type fonts settable with GT Designer3)
Intelligent function module
Indicates the modules other than the PLC CPU, power supply module and I/O module that are mounted
to the base unit
MODBUS/RTU
Generic term for the protocol designed to use MODBUS protocol messages on a serial
communication
MODBUS/TCP
Generic term for the protocol designed to use MODBUS protocol messages on a TCP/IP network
A - 27
HOW TO READ THIS MANUAL
The following symbols are used in this manual.
Shows whether the GT16, GT15, GT14,
GT12, GT11, GT10, and GT SoftGOT1000
are applicable.
: Applicable
: Not applicable
[ ] : Shows the setting item displayed on
the software screen or the GOT screen.
Show the items including detailed explanation
(manual and the chapter, section, item).
POINT
Refers to the information
required.
HINT
Refers to the supplementary
explanations for reference.
Shows the operation steps.
Operate the steps from the step 1.
The above is different from the actual page, as it is provided for explanation only.
A - 28
POINT
(1) Precautions for using each function
Some functions are not available depending on the GOT used, target CPU or connection form.
For option function boards, functions available on each GOT, and restrictions on each target CPU and
connection form, see the appropriate chapter.
SYSTEM MONITOR
2
LADDER MONITOR
FUNCTION
3
4
MELSEC-A LIST
EDITOR
This manual describes the following functions available on a GOT system in which the standard monitor OS, an
Extended function OS, an Option OS, and the Communication driver are installed.
• System monitor
• Ladder monitor
• A list editor
• FX list editor
• Intelligent module monitor
• Network monitor
• Q motion monitor
• Servo amplifer monitor
• CNC monitor
• Backup/restore
• CNC data I/O
• SFC monitor
• Ladder editor
• MELSEC-L Troubleshooting
• Log viewer
• Motion SFC monitor
• CNC machining program edit
• Motion program (SV43) editor
• Motion program (SV43) I/O
The monitor functions explained herein are intended to troubleshoot the PLC system and to streamline maintenance
operations.
OVERVIEW
1
OVERVIEW
5
(2) Display examples in this manual
In this manual, with a few special exceptions, explanations are given primarily using the GT1675M-V screens.
MELSEC-FX LIST
EDITOR
1.
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
1-1
1.1 Before Using Each Function
1.1.1
Each function and related manuals
The difference between the extended and option functions of the GOT is shown below.
• Extended functions : Functions available by installing an Extended function OS.
• Option functions
: Functions available by connecting an option function board (including a board with add-on
memory).
Many of the option functions require an Option OS to be installed.
For a description of each function, see the appropriate manual listed below.
 Manuals describing functions and how to set them
Category
Function name
Stroke font
Operator authentication
USB mouse/keyboard function
Reference
GT Designer 3 Version1 Screen Design Manual
(Fundamentals)
Device data transfer
Bar code
RFID
Remote personal computer operation(serial)
Remote personal computer operation(Ethernet)
VNC® server function
Video display
GT Designer 3 Version1 Screen Design Manual (Functions)
Multimedia
External I/O/operation panel
Extended functions
RGB display
Report
Sound output
File transfer function (FTP client)
GOT1000 Series Gateway Functions Manual for GT Works3
SoftGOT-GOT link function
GT SoftGOT1000 Version3 Operating Manual for GT Works3
System monitor
2. SYSTEM MONITOR
Backup/restore
11. BACKUP/RESTORE
CNC data I/O
12. CNC DATA I/O
MELSEC-L Troubleshooting
15. MELSEC-L TROUBLESHOOTING
Log viewer
16. LOG VIEWER
CNC machining program edit
18. CNC MACHINING PROGRAM EDIT
Motion program (SV43) editor
19. MOTION PROGRAM (SV43) EDITOR
Motion program (SV43) I/O
20. MOTION PROGRAM (SV43) I/O
KANJI regions
GT Designer 3 Version1 Screen Design Manual
(Fundamentals)
Document display
Kana-kanji conversion
Kana-kanji conversion (enhanced version)
Historical data list display
Historical Trend Graph
Operation log
Option functions
GT Designer 3 Version1 Screen Design Manual (Functions)
Logging
Recipe
Advanced Recipe
Object Script
Multi-channel
GOT1000 Series Connection Manual (Mitsubishi Products) for
GT Works3
Gateway
GOT1000 Series Gateway Functions Manual for GT Works3
MES interface
GOT1000 Series MES Interface Function Manual for GT
Works3
(Continued to next page)
1-2
1.1 Before Using Each Function
Option OS
1
Ladder monitor
3. LADDER MONITOR FUNCTION
A list editor
4. MELSEC-A LIST EDITOR
FX list editor
5. MELSEC-FX LIST EDITOR
Intelligent module monitor
6. INTELLIGENT MODULE MONITOR
Network monitor
7. NETWORK MONITOR
Q motion monitor
8. Q MOTION MONITOR
Servo amplifer monitor
9. SERVO AMPLIFIER MONITOR
CNC monitor
10. CNC MONITOR FUNCTIONS
SFC monitor
13. SFC MONITOR
Ladder editor
14. LADDER EDITOR
Motion SFC monitor
17. MOTION SFC MONITOR
Maintenance timing setting
User's Manual for the GOT used
OVERVIEW
Reference
2
SYSTEM MONITOR
Function name
3
LADDER MONITOR
FUNCTION
 Manuals describing how to connect an option function board
User's Manual for the GOT used
 Manuals describing how to install each OS
OS
Reference manual
Extended function OS
1.1.2
4
GT Designer 3 Version1 Screen Design Manual (Fundamentals)
Option OS
Hardware and OS’ required for each function
To use each function, extended function OS, or option OS and option function board is required.
For installing the extended function OS or option OS on the GOT, make sure that the user area of the specified drive has
enough free space for the OS memory space shown on the next page.
For details of data transfer, refer to the following.
The following shows the option function boards applicable to each GOT.
GOT
Option function board
GT16-MESB
GT15
GT15-FNB, GT15-QFNB, GT15-QFNB16M, GT15-QFNB32M, GT15-QFNB48M, GT15-MESB48M
GT14
Not required
GT12
Not required
GT11
GT11-50FNB
GT10
Not required
6
INTELLIGENT
MODULE MONITOR
GT16
An option function board (GT15-FNB or GT11-50FNB) is built in the following GOTs.
GOT
GT1155-QTBDQ, GT1155-QTBDA,
GT1155-QSBDQ, GT1155-QSBDA,
GT1150-QLBDQ, GT1150-QLBDA
GT11
7
All models
Function version D or later
GT1155-QTBD
Hardware Version A or later
GT1155HS-QSBD, GT1150HS-QLBD
Hardware Version B or later
GT1155-QSBD, GT1150-QLBD
Hardware Version C or later
*1
NETWORK
MONITOR
GT15
Description*1
Model
5
MELSEC-FX LIST
EDITOR
GT Designer 3 Version1 Screen Design Manual (Fundamentals)
MELSEC-A LIST
EDITOR
Category
8
For how to confirm the function version or hardware version, refer to the following.
When using the GOTs mentioned above, option functions operated with the GT15-FNB or GT11-50FNB can be used
without installing an option function board.
For using functions operated with the GT16-MESB, GT15-QFNB( M), or GT15-MESB48M, and for adding more
memory to the GT15, install an applicable option function board.
An additional option function board can be installed on the GOT with a built-in option function board.
1.1 Before Using Each Function
1-3
Q MOTION
MONITOR
User's Manual for the GOT used
(However, an option function board inapplicable to the GOT, such as a GT15 option function board to the GT16, cannot
be used.)
 For GT16
: Required (Either one)
Function name
Stroke font*2
Extended function OS /
option OS name
OS memory space (user
area)*1
: Unusable
Option function board
Built-in flash
memory (ROM)
User memory
(RAM)
GT16-MESB
Stroke Font Support Data
300 KB
400 KB
Not required
Stroke Standard Font (JPN)
2160KB
2160KB
Not required
Stroke Standard Font
(JPN)(supporting Hangul)
3175KB
3175KB
Not required
Stroke Standard Font (China GB)
1474KB
1474KB
Not required
Stroke Standard Font (China
GB)(supporting Hangul)
2016KB
2016KB
Not required
Operator authentication
460KB
730KB
Not required
Fingerprint Authentication
270KB
616KB
Not required
USB mouse/keyboard function
USB Mouse/Keybord
80KB
200KB
Not required
Device data transfer
Device Data Transfer
50KB
100KB
Not required
Bar code
Bar code
50KB
84KB
Not required
RFID
RFID
50KB
166KB
Not required
Remote personal computer
Video/RGB
298KB
480KB
Not required
operation(serial)*6*8
PC Remote Operation (Serial)
50KB
84KB
Not required
PC Remote Operation (Ethernet)
860KB
5130KB
Not required
Video display*6*8
Video/RGB
298KB
480KB
Not required
Multimedia*6*8
Multimedia
298KB
1074KB
Not required
External I/O / Operation Panel
External I/O / Operation Panel
70KB
100KB
Not required
RGB display*6*8
Video/RGB
298KB
480KB
Not required
Report
150KB
235KB
Not required
Report
Printer (PictBridge)
552KB
1104KB
Not required
Printer (serial)
80KB
200KB
Not required
Sound Output
100KB
200KB
Not required
Operator Authentication
Remote personal computer
operation(Ethernet)*6
Sound Output
System monitor
Backup/restore*9
System monitor
450KB
692KB
Not required
Backup/Restore
420KB
766KB
Not required
Device name converter
400KB
800KB
Not required
CNC Data I/O
210KB
383KB
Not required
GOT Platform Library
77KB
200KB
Not required
CNC Machining Program Edit
220KB
738KB
Not required
GOT Platform Library
77KB
200KB
Not required
MELSEC-L Troubleshooting
MELSEC-L Troubleshooting
Function
340KB
770KB
Not required
SoftGOT-GOT link function
SoftGOT-GOT Link Function
100KB
200KB
Not required
Log viewer
Log viewer
1434KB
3882KB
Not required
CNC data I/O*3*8
CNC machining program edit*3*8
®
VNC server function
VNC server
512KB
8192KB
Not required
Motion program (SV43) editor
Motion program (SV43) editor
510KB
1010KB
Not required
Motion program (SV43) I/O
Motion program (SV43) I/O
210KB
383KB
Not required
(Continued to next page)
1-4
1.1 Before Using Each Function
: Required
1280KB
Not required
Standard Font (China Big5)
1920KB
1920KB
Not required
Standard Font (Japanese)
1280KB
1280KB
Not required
Stroke Font (JPN)
1037KB
1037KB
Not required
Stroke Font (China GB5)
1248KB
1248KB
Not required
Stroke Font (China Big5)
1680KB
1680KB
Not required
Document display
Document Display
150KB
3072KB
Not required
Kana-kanji conversion
(enhanced version)
KANA KANJI(JPN)
(Enhanced Version)
1242KB
2774KB
Not required
Historical data list display
Not required
-
-
Not required
Historical Trend Graph
Not required
-
-
Not required
Operation Log
384KB
1221KB
Not required
Device name converter
400KB
800KB
Not required
Logging
Logging
380KB
710KB
Not required
Recipe
Recipe
70KB
100KB
Not required
Advanced Recipe
Advanced Recipe
310KB
1187KB
Not required
Object Script
Object Script
180KB
360KB
Not required
Operation log
Multi-channel
Gateway
MES interface
Ladder monitor
Not required
-
-
Not required
Gateway (Server, Client)
50KB
100KB
Not required
Gateway (Mail)
50KB
100KB
Not required
Gateway (FTP server)
50KB
84KB
Not required
Not required
File transfer (FTP client)
300KB
1300KB
MES Interface
1598KB
13461KB
Ladder monitor for MELSEC-A
342KB
674KB
Not required
Ladder monitor for
MELSEC-FX
342KB
674KB
Not required
Ladder monitor for
MELSEC-Q/L/QnA
590KB
4170KB
Not required
A list editor
List editor for MELSEC-A
542KB
1024KB
Not required
List editor for MELSEC-FX
542KB
1024KB
Not required
Intelligent module monitor
Intelligent module monitor
390KB
770KB
Not required
Network monitor
Network monitor
210KB
370KB
Not required
Q motion monitor
Q motion monitor
390KB
770KB
Not required
Servo amplifier monitor
Servo amplifier monitor
390KB
770KB
Not required
CNC monitor
390KB
770KB
Not required
GOT Platform Library
77KB
200KB
Not required
SFC monitor
442KB
2108KB
Not required
SFC monitor (enhanced)*10
442KB
2108KB
Not required
GOT Function Expansion Library
4729KB
19381KB
Not required
9458KB
25840KB
Not required
GOT Function Expansion Library
(enhanced)*10
4
6
7
(Continued to next page)
8
Q MOTION
MONITOR
SFC monitor*4
3
5
FX list editor
CNC monitor*3*8
2
SYSTEM MONITOR
1280KB
LADDER MONITOR
FUNCTION
Standard Font (China GB)
MELSEC-A LIST
EDITOR
GT16-MESB
OVERVIEW
Option function board
User memory
(RAM)
MELSEC-FX LIST
EDITOR
OS memory space (user area)
Built-in flash
memory (ROM)
INTELLIGENT
MODULE MONITOR
KANJI regions
Extended function OS /
option OS name
1
NETWORK
MONITOR
Function name
: Unusable
1.1 Before Using Each Function
1-5
: Required
Extended function OS /
option OS name
Function name
OS memory space (user area)
*10
Ladder editor (enhanced)
Ladder editor*5*8
GOT Function Expansion Library
GOT Function Expansion Library
(enhanced)*10
Motion SFC monitor*7
Maintenance timing setting
*1
*2
Option function board
Built-in flash
memory (ROM)
User memory
(RAM)
GT16-MESB
77KB
200KB
Not required
2567KB
8192KB
Not required
2567KB
8192KB
Not required
4729KB
19381KB
Not required
9458KB
25840KB
Not required
GOT Platform Library
Ladder editor
: Unusable
GOT Platform Library
77KB
200KB
Not required
Motion SFC monitor
1240KB
12522KB
Not required
Not required
-
-
Not required
The OS memory space differs between the built-in flash memory (ROM) and the user memory (RAM).
When writing data, including the OS, communication drivers, and project data, from the built-in flash memory (ROM) to the user
memory (RAM), the OS data size increases. Make sure that the total data size does not exceed the user memory (RAM) capacity.
For using fonts, install option fonts if necessary.
For how to use fonts and the setting method, refer to the following manual.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
*3
*4
*5
*6
*7
*8
*9
*10
Inapplicable to the GT1675M-V, GT1675-VN, GT1672-VN, GT1665M-V, and GT1662-VN.
For using the SFC monitor, install all the OSs of [GOT Platform Library], [SFC monitor], and [GOT Function Expansion Library] on
the GOT.
For using the ladder editor, install all the OSs of [GOT Platform Library], [Ladder editor], and [GOT Function Expansion Library] on
the GOT.
Inapplicable to the GT1675-VN, GT1672-VN, and GT1662-VN.
For using the motion SFC monitor, install all the OSs of [GOT Platform Library] and [Motion SFC monitor] on the GOT.
Inapplicable to GT1655.
For using the trigger backup, install the backup/restore function and the device name converter.
For not using the trigger backup, install only the backup/restore function.
For using the Q00UJCPU-S8, QnUDVCPU, L06CPU, or L26CPU, install this function.
 For GT15
For GOTs with built-in option function boards, refer to the following.
1.1.2 Hardware and OS’ required for each function
: Required (Either one)
Function name
Stroke font*1
Operator Authentication
: Unusable
Option function board
Extended function OS /
option OS name
OS memory
space
(user area)
Stroke Font Support Data
400 KB
Not required
Stroke Standard Font (JPN)
2160KB
Not required
Stroke Standard Font
(JPN)(supporting Hangul)
3175KB
Not required
Stroke Standard Font (China GB)
1474KB
Not required
Stroke Standard Font (China
GB)(supporting Hangul)
2016KB
Not required
Operator authentication
784KB
Not required
GT15-FNB
GT15-QFNB
GT15-QFNB M
Fingerprint Authentication
616KB
Not required
Device data transfer
Device Data Transfer
100KB
Not required
Bar code
Bar code
84KB
Not required
RFID
RFID
166KB
Not required
Remote personal computer
Video/RGB
512KB
Not required
operation*2
PC Remote Operation
84KB
Not required
Video display*2
Video/RGB
512KB
Not required
External I/O / Operation Panel
External I/O / Operation Panel
100KB
Not required
GT15-MESB48M
(Continued to next page)
1-6
1.1 Before Using Each Function
: Required
OS memory
space
(user area)
RGB display*2
Video/RGB
512KB
Report
235KB
Not required
Report*10
Printer (PictBridge)
1104KB
Not required
Printer (serial)
200KB
Not required
Sound Output
200KB
Not required
System monitor
746KB
Not required
Backup/Restore
820KB
Not required
Document display
Kana-kanji conversion
*4
Not required
437KB
Not required
GOT Platform Library
100KB
Not required
SoftGOT-GOT Link Function
200KB
Not required
Standard Font (China GB)
1280KB
Standard Font (China Big5)
1920KB
Standard Font (Japanese)
1280KB
Stroke Font (JPN)
1037KB
Stroke Font (China GB5)
1248KB
Stroke Font (China Big5)
1680KB
Document Display
2048KB
KANA KANJI(JPN)
*4
Kana-kanji conversion
KANA KANJI(JPN)
(enhanced version)*4
(Enhanced Version)*4
Historical data list display
Not required
Historical Trend Graph
Operation log
Logging
Not required
-
Operation Log
1218KB
Device name converter
800KB
Logging
740KB
Recipe
100KB
1241KB
Object Script
Object Script
360KB
MES
*6
Ladder monitor
OVERVIEW
-
Advanced Recipe
interface*5
4
2774KB
Recipe
Gateway
3
1223KB
Advanced Recipe
Multi-channel
SYSTEM MONITOR
800KB
CNC Data I/O
LADDER MONITOR
FUNCTION
KANJI regions
Device name converter
2
MELSEC-A LIST
EDITOR
SoftGOT-GOT link function
Not required
Not required
-
Gateway (Server, Client)
100KB
Gateway (Mail)
100KB
Gateway (FTP server)
64KB
File transfer (FTP client)
1300KB
MES Interface
3196KB
Ladder monitor for MELSEC-A
523KB
Ladder monitor for
MELSEC-FX
592KB
Ladder monitor for
MELSEC-Q/L/QnA
1082KB
A list editor
List editor for MELSEC-A
1058KB
FX list editor
List editor for MELSEC-FX
1058KB
Intelligent module monitor*6
Intelligent module monitor
384KB
Network monitor
Network monitor
324KB
Q motion monitor
Q motion monitor
607KB
Servo amplifier monitor
Servo amplifier monitor
524KB
5
MELSEC-FX LIST
EDITOR
CNC data I/O*3
GT15-MESB48M
6
INTELLIGENT
MODULE MONITOR
Backup/restore*11
GT15-QFNB
GT15-QFNB M
Not required
7
NETWORK
MONITOR
System monitor
GT15-FNB
8
(Continued to next page)
1.1 Before Using Each Function
1-7
Q MOTION
MONITOR
Sound Output
1
Option function board
Extended function OS /
option OS name
Function name
: Unusable
: Required (Either one)
Extended function OS /
option OS name
Function name
CNC monitor*3
CNC monitor
588KB
GOT Platform Library
100KB
SFC monitor
SFC monitor (enhanced)
SFC monitor*6*7
GOT Function Expansion Library
(enhanced)*12
GOT Platform Library
Ladder editor
Ladder editor
(enhanced)*12
GOT Function Expansion Library
(enhanced)*12
Motion SFC monitor*6*10
Maintenance timing setting
GT15-FNB
GT15-QFNB
GT15-QFNB M
GT15-MESB48M
Not required
1373KB
*12
GOT Function Expansion Library
Ladder editor*6*8*9
OS memory
space
(user area)
: Unusable
Option function board
1373KB
4729KB
9458KB
100KB
Not required
5121KB
5121KB
9458KB
GOT Platform Library
100KB
Motion SFC monitor
2477KB
Not required
-
Not required
*1
For using fonts, install option fonts if necessary.
For how to use fonts and the setting method, refer to the following manual.
*2
*3
*4
*5
*6
*7
Applicable to the GT1585V-S and GT1575V-S only.
Applicable to the GT1595-X, GT1585V-S, GT1585-S, GT1575V-S, and GT1575-S only.
This function is dedicated to Japanese version.
A capacity of 8218KB in the add-on memory (48MB) of the GT15-MESB48M is used for the MES interface function operation.
Inapplicable to the GT1555-Q and GT1550-Q.
For using the SFC monitor function, a capacity of 6202KB or more is required in the user area of the specified drive for installing
the extended function OS and option OS. (For using the GOT with the built-in flash memory of 5MB, set the OS boot drive to [A:
Standard CF Card].)
For operating GOT Function Expansion Library (option OS), a capacity of 12920KB is required in the user area of the GOT
memory. (A total memory capacity of 14393KB is required for using the SFC monitor function.)
Therefore, the following settings are required depending on the GOT to be used.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
GOT
GT1575-VN,
GT1562-VN
GT1572-VN,
Other than the above
Required setting
• Setting the OS boot drive to [A: Standard CF Card]
• Memory expansion (Installing an option function board with add-on memory)
• Memory expansion (Installing an option function board with add-on memory)
For setting the OS boot drive, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
*8
*9
*10
*11
*12
1-8
The GT1555-V does not support the function.
For using the ladder editor function, a capacity of 9950KB or more is required in the user area of the specified drive for installing
the extended function OS and option OS.
A total memory capacity of 21212KB is required for using the ladder editor function.
Therefore, to use the ladder editor function, set the OS boot drive to [A: Standard CF Card] and mount an option function board
with 16MB or more memory on the GOT.
For using the motion SFC monitor, install all the OSs of [GOT Platform Library] and [Motion SFC monitor] on the GOT.
For using the motion SFC monitor function, a capacity of 2577KB or more is required in the user area of the specified drive for
installing the extended function OS and option OS.
A total memory capacity of 12622KB is required for using the motion SFC monitor function.
Therefore, to use the motion SFC monitor function, mount an option function board with 16MB or more memory on the GOT.
For using the trigger backup, install the backup/restore function and the device name converter.
For not using the trigger backup, install only the backup/restore function.
For using the Q00UJCPU-S8, QnUDVCPU, L06CPU, or L26CPU, install this function.
1.1 Before Using Each Function
1
 For GT14
Stroke Font Support Data
400KB
1300KB
Not required
Stroke Standard Font (JPN)
2160KB
2160KB
Not required
Stroke Standard Font
(JPN)(supporting Hangul)
3175KB
3175KB
Not required
Stroke Standard Font (China GB)
1474KB
1474KB
Not required
Stroke Standard Font
(China GB)(supporting Hangul)
2016KB
2016KB
Not required
Operation log
Operation Log
730KB
730KB
Not required
Bar code
Bar code
84KB
84KB
Not required
RFID
RFID
166KB
166KB
Not required
USB mouse/keyboard function
USB Mouse/Keybord
200KB
200KB
Not required
Device data transfer
Device Data Transfer
100KB
100KB
Not required
*1
Stroke font
System monitor
Backup/restore*2
692KB
692KB
Not required
766KB
766KB
Not required
Device name converter
800KB
800KB
Not required
VNC server
512KB
2048KB
Not required
Standard Font (China GB)
1280KB
1280KB
Not required
Standard Font (China Big5)
1920KB
1920KB
Not required
Standard Font (Japanese)
1280KB
1280KB
Not required
Stroke Font (JPN)
1037KB
1037KB
Not required
Stroke Font (China GB5)
1248KB
1248KB
Not required
Stroke Font (China Big5)
1680KB
1680KB
Not required
Kana-kanji conversion
(enhanced version)
KANA KANJI(JPN)
(Enhanced Version)
1228KB
2048KB
Not required
Logging
Logging
710KB
710KB
Not required
server function
KANJI regions
Recipe
Recipe
100KB
100KB
Not required
Advanced Recipe
Advanced Recipe
1187KB
1187KB
Not required
Object Script
Gateway*3
Object Script
360KB
360KB
Not required
Gateway (Server, Client)
100KB
100KB
Not required
Gateway (Mail)
100KB
100KB
Not required
Gateway (FTP server)
84KB
84KB
Not required
File transfer (FTP client)
1300KB
1300KB
Not required
A list editor
List editor for MELSEC-A
1024KB
1024KB
Not required
FX list editor
List editor for MELSEC-FX
1024KB
1024KB
Not required
*1
3
4
5
6
For using fonts, install option fonts if necessary.
For how to use fonts and the setting method, refer to the following manual.
7
GT Designer3 Version1 Screen Design Manual (Fundamentals)
*3
For using the trigger backup, install the backup/restore function and the device name converter.
For not using the trigger backup, install only the backup/restore function.
Can be used only with GT1455-QTBDE or GT1450-QLBDE.
8
Q MOTION
MONITOR
*2
NETWORK
MONITOR
VNC®
System monitor
Backup/Restore
2
SYSTEM MONITOR
Option function board
LADDER MONITOR
FUNCTION
User memory
(RAM)
MELSEC-A LIST
EDITOR
Built-in flash
memory (ROM)
OVERVIEW
OS memory space (user area)*1
MELSEC-FX LIST
EDITOR
Extended function OS /
option OS name
INTELLIGENT
MODULE MONITOR
Function name
1.1 Before Using Each Function
1-9
 For GT12
Function name
Extended function OS /
option OS name
OS memory space (user area)
Bar code
Bar code
50KB
RFID
RFID
50KB
System monitor
Backup/restore*1
Logging
System monitor
450KB
Backup/Restore
420KB
Device name converter
400KB
Logging
380KB
Recipe
Recipe
70KB
Gateway
Gateway (FTP server)
50KB
A list editor
List editor for MELSEC-A
542KB
FX list editor
List editor for MELSEC-FX
542KB
*1
Option function board
Built-in flash memory (ROM)
Not required
For using the trigger backup, install the backup/restore function and the device name converter.
For not using the trigger backup, install only the backup/restore function.
 For GT11
For GOTs with built-in option function boards, refer to the following.
1.1.2 Hardware and OS’ required for each function
: Required - : Unusable
OS memory
space
(user area)
Option function board
Function name
Extended function OS/
Option OS name
Bar code
Bar code
Not required
RFID
RFID
Not required
System monitor
System monitor
Recipe
A list
Recipe
editor*1
Not required
0KB
List editor for MELSEC-A
FX list editor*2
*1
*2
GT11-50FNB
List editor for MELSEC-FX
Inapplicable to the GT1155-QTBDQ, GT1155-QSBDQ, and GT1150-QLBDQ.
Inapplicable to the GT1155-QTBDQ, GT1155-QTBDA, GT1155-QSBDQ, GT1155-QSBDA, GT1150-QLBDQ, and GT1150QLBDA.
 For GT10
Function name
Extended function OS/
Option OS name
OS memory
capacity
(user area)
Option function board
Bar code
Not required
-
Not required
Not required
-
Not required
Not required
-
Not required
Recipe
FX list editor
*1
1 - 10
*1
Inapplicable to the GT1030 and GT1020.
1.1 Before Using Each Function
Before operating each function, download the required Extended function OS or Option OS into the GOT according to
the procedure shown below, and connect required hardware to the GOT.
Start
Mount the option function board or multi-color
display board.
(As necessary)
When transferring data from PC to
built-in flash memory and starting
GOT with built-in flash memory
When transferring data from CF card
to built-in flash memory and starting
GOT with built-in flash memory
Connect GOT and PC with a
USB cable or RS-232 cable.
Insert the CF card in the PC.
Write the OS and project data to
be installed on the GOT from
the PC to the CF card.
1) Write the standard monitor OS,
communication driver, extended
function OS, option OS, project
data in the CF card.
1) Set the OS boot drive to [A:
Standard CF Card]. *2
Turn on the CF card access
switch, and then install or
download the standard monitor
OS, communication driver,
option OS, extended function
OS, and project data.
Mount units to GOT.
4
Insert the CF card in the PC.
Write the OS and project data to
be installed on the GOT from
the PC to the CF card.
Check that the CF card access
switch is off, and insert the CF
card into the GOT.
SYSTEM MONITOR
When transferring data to CF card
and starting GOT with CF card
2) Write the standard monitor
OS, communication driver,
option OS, extended function
OS, project data, and special
data into the CF card.
GT Designer3
Version 1
Screen Design
Manual
(Fundamentals)
User's Manual for
the GOT used
Check that the CF card access
switch is off, and insert the CF
card into the GOT.
5
6
Turn on the CF card access
switch.
User's Manual for the GOT used
7
Check the Communication settings.
GOT1000 Series Connection Manual
Connect the GOT and controller with a cable.
NETWORK
MONITOR
2) Write the project data created
on a personal computer. *1
User's Manual for the GOT used
Turn on the power supply of GOT and
the system of the connection destination.
8
Start the monitor.
End
Q MOTION
MONITOR
Transfer the OS and project
data to be installed on the GOT
from the PC to the GOT.
1) Write the standard monitor OS,
communication driver,
extended function OS,
option function OS and
others to the GOT.
After writing is completed,
the GOT automatically restarts.
3
LADDER MONITOR
FUNCTION
Wire for the GOT power supply.
GT Designer3 Version 1
Screen Design Manual (Fundamentals)
GT Designer3 Version1
Screen Design Manual (Funtions)
User's Manual for the GOT used
MELSEC-A LIST
EDITOR
Create project data.
2
GT Works3 Version1
Installation Procedure Manual
INTELLIGENT
MODULE MONITOR
Install GT Works3 in the PC.
OVERVIEW
1
Outline of procedure to the operation of each function
MELSEC-FX LIST
EDITOR
1.1.3
1.1 Before Using Each Function
1 - 11
*1
Project data can be also downloaded/uploaded via Ethernet.
For download/upload of project data via Ethernet, BootOS and standard monitor OS should be installed in the GOT in advance so
that the GOT and PC can communicate with each other via Ethernet by setting Communication Settings.
Refer to the following manual for details.
*2
The B drive cannot be set as the OS boot drive.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
POINT
Precautions for setting OS boot drive to [A: Standard CF Card]
(1) GOT startup time
When the OS boot drive is set to [A: Standard CF Card], the GOT startup time with the A drive takes longer
than that with the C drive.
The GOT startup time with the A drive differs depending on the CF card type, the numbers of extended
function OSs and option OSs, and project data size.
(2) Handling CF card during booting OS
Do not remove the CF card and do not turn off the CF card access switch during booting the OS.
Doing so causes the boot to fail. As a result, the GOT does not start correctly.
(3) Corrective actions when OS cannot be booted
The OS cannot be booted in the following conditions.
Take the following corrective actions, and then boot the OS again.
1 - 12
Condition
Corrective action
The type of the GOT to be used differs from the GOT
type data set with GT Designer2 stored in the CF
card.
Select the same GOT type as the GOT to be used in the
Communicate with Memory Card screen. Select OSs and
project data to be downloaded, and then download the
selected data to the CF card.
The OS boot drive has insufficient free space.
Mount an option function board with add-on memory on
the GOT or delete unnecessary data.
The CF card access switch is off.
Turn on the CF card access switch.
1.1 Before Using Each Function
Languages available for each function are shown in the following table.
For details of font data and displayable language, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
Japanese
English
Chinese
(Simplified)
: Not displayed, Eng.: Displayed in English)
Chinese
(Traditional)
German
Korean
Utility function
System monitor
Ladder monitor
Ladder monitor for MELSEC-A
Ladder monitor for
MELSEC-Q/L/QnA
*1
Eng.
Ladder monitor for MELSEC-A
Eng.
Eng.
Ladder monitor for MELSEC-FX
4
Ladder monitor for
MELSEC-Q/L/QnA
Eng.
Eng.
Eng.
Eng.
Eng.
Eng.
Eng.
Eng.
Q motion monitor*3
Eng.
Eng.
Eng.
Eng.
Servo amplifier monitor*3
Eng.
Eng.
Eng.
Eng.
*2
*2
*2
*2
A list editor
FX list editor
Intelligent module monitor*3
5
Network monitor
CNC monitor
Monitor area
*2
*2
Other than the above
6
Backup/restore
CNC data I/O
MELSEC-A LIST
EDITOR
Other than the
above
Eng.
LADDER MONITOR
FUNCTION
3
Ladder monitor for MELSEC-FX
MELSEC-FX LIST
EDITOR
File name
Title
Comment
Note
Statement
Eng.
Eng.
Eng.
SFC monitor
Ladder editor
MELSEC-L Troubleshooting
7
Log viewer
Motion SFC monitor
CNC machining program edit
Eng.
Eng.
Eng.
NETWORK
MONITOR
•
•
•
•
•
2
INTELLIGENT
MODULE MONITOR
Function
: Displayed,
SYSTEM MONITOR
(
OVERVIEW
1
Displayable languages for each function
Motion program (SV43) editor
Motion program (SV43) I/O
*1
8
For further information, see the following:
3.5.7 Language switching of the sequence program (MELSEC-Q/L/QnA ladder monitor)
*2
*3
The displayable language depends on the setting of the CNC side. (The language used on the monitor area is not linked to the
language setting of [GOT setup].)
For the CNC settings, refer to the manual of CNC (C70, C6/C64) to be connected.
Special data is displayed in the language selected in GT Designer3.
1.1 Before Using Each Function
1 - 13
Q MOTION
MONITOR
1.1.4
1 - 14
1.1 Before Using Each Function
1
SYSTEM MONITOR
OVERVIEW
2.
The system monitor function is capable of monitoring and changing the devices within a target controller.
It is intended to troubleshoot the controller system and to streamline maintenance operations.
By installing the system monitor, an extended function OS, from GT Designer 2 into the GOT, you can monitor and test
the devices of the controller and the buffer memory of the intelligent function module.
 Any device on four dedicated screens can be monitored.
The system monitor function comprises four monitors - entry monitor, batch monitor, TC monitor, and BM monitor,
and you can monitor any device according to the application.
3
LADDER MONITOR
FUNCTION
2.1 Features
SYSTEM MONITOR
2
4
(On the GT15)
(On the GT15)
MELSEC-A LIST
EDITOR
Batch monitor
Entry monitor
The batch monitor function monitors up to 16 controller devices
from the device number specified by the user in a single window.
(
(
2.5 Entry Monitor)
TC monitor
2.6 Batch Monitor)
BM monitor (monitoring Buffer memory)
(On the GT15)
(On the GT15)
6
INTELLIGENT
MODULE MONITOR
The entry monitor function monitors up to 8 controller devices
entered by the user in a single window.
MELSEC-FX LIST
EDITOR
5
The TC monitor function monitors the present value, set value,
contact point, and coil of up to 8 controller timers (T)/counters (C)
from the device number specified by the user in a single window.
The BM monitor function monitors up to 16 devices from the initial
device number in the buffer memory of the intelligent function
module specified by the user in a single window.
(
(
8
2.8 BM Monitor (Monitoring Buffer Memory))
Q MOTION
MONITOR
2.7 TC Monitor (Monitoring Timers and Counters))
NETWORK
MONITOR
7
2.1 Features
2-1
POINT
(1) System monitor screen display of GT16, GT15, and GT12
Display methods differ depending on the GOT.
For the GOT with VGA or higher resolution, the monitor screen is divided into four windows. The GOT can
simultaneously display four different kinds of monitor screens.
For the GT1655-V and GT1555-V, the monitor screen can be switched between the full and quad modes with
the button for switching the number of monitor screens.
For the GOT with QVGA resolution, the GOT can display one of the four monitor screens as a full screen.
(GOT with VGA or higher resolution)
(GOT with QVGA resolution)
• For GT1655-V and GT1555-V
(a) Full mode
When starting the system monitor, the GOT displays the monitor screen in the full mode.
The GOT displays one of the four monitor screens.
The screen display size differs depending on the monitor screen to be displayed.*1
(b) Quad mode
With the button for switching the number of monitor screens, the monitor screen is divided into four
windows. The GOT can simultaneously display the four kinds of monitor screens.
(Full mode)
*1
(Quad mode)
The monitor screen in the full mode is four times bigger than each monitor screen in the quad mode.
For displaying screens commonly used in the system, including the key window, the monitor screen
size in the full mode is the same as each monitor screen size in the quad mode.
For details of switching the number of the monitor screens, refer to the following.
This subsection describes the flow until the system monitor function screen is displayed after
System monitor (Extended function OS) is installed in the GOT.
2-2
2.1 Features
1
OVERVIEW
(2) System monitor screen display of GT14 and GT11
The GOT can display one of the four monitor screens as a full screen.
SYSTEM MONITOR
2
3
LADDER MONITOR
FUNCTION
 Data can be changed by test operation.
For further information, see the following:
2.9 Test Operation
(Test example)
When turning ON MO
When changing the present value of DO
(On the GT15)
4
MELSEC-A LIST
EDITOR
(On the GT15)
MELSEC-FX LIST
EDITOR
5
(1) Testing a bit device
A device specified by the user is turned on and off.
(2) Testing a word device
6
A specified value is written to a device specified by the user.
INTELLIGENT
MODULE MONITOR
(3) Testing a timer/counter
Specified values are written as the present and set values of a device specified by the user.
(4) Testing buffer memory
A specified value is written to buffer memory specified by the user.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
2.1 Features
2-3
 The display format and device comment/no-comment display can be switched.
For further information, see the following:
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
When the entry monitor is displayed
When the entry monitor is displayed
(comment display)
(hexadecimal display)
(On the GT15)
(On the GT15)
(1) Switching the display format
Word device values are displayed in decimal or hexadecimal numbers on the entry, batch, TC, and BM
monitors.
(2) Device comment display
Comments written in the controller are displayed when a controller device is monitored.
 Other stations can be monitored.
You can monitor other stations in the data link system containing the GOT (or GOT-connected station), network
system or CC-Link system.
For further information about the connection forms that can be monitored, see the following:
2.2.1 System configuration
2-4
2.1 Features
2.2.1
System configuration
2
SYSTEM MONITOR
This subsection describes the controller names and the connection forms between the GOT and the controller that can
be covered by the system monitor function.
For further information about communication units and cables for each connection form, see the following:
OVERVIEW
1
2.2 Specifications
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Target controller
Controller
RCPU, motion controller CPU (MELSEC iQ-R Series)
3
LADDER MONITOR
FUNCTION
QCPU (Q mode), Q series motion controller CPU
QSCPU*1
LCPU
QnACPU
ACPU/QCPU (A mode), A series motion controller CPU
FXCPU
4
Remote I.O station (MELSECNET/H system)
MELSEC-A LIST
EDITOR
MELDAS C6/C64
Robot controller(CRnQ-700, CRnD-700)
CNC C70
The GOT cannot write data to devices in the QSCPU. (The test operation is not available.)
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
*1
2.2 Specifications
2-5
 Connection type
This function can be used in the following connection types.
(1) When GOT is connected to an RCPU, MELSEC iQ-R series motion controller CPU
(
Function
Bus connection
Name
Description
Entry
monitor
Batch
monitor
: Available,
Direct CPU
connection
Computer
link
connection
Ethernet
connection
-
GT16
GT14
GT16
GT14
MELSECNET/H
connection,
MELSECNET/10
connection
-
CC-Link IE
controller
connection*2,
CC-Link IE field
Quick test
Display
switching
GT16
Monitoring present values
by entering devices to be
monitored in advance
Monitoring the present
value of n devices from a
specified device
Setting/Resetting bit
devices
Changing the present
value of word devices and
buffer memory
Changing the present
value of TC (possible
during TC monitoring)
Changing the set value of
TC (possible during TC
monitoring)
Changing device values
by performing a quick test
Displaying device
comments
Displaying word device
and buffer memory values
in decimal or hexadecimal
*1
*2
*3
*4
2-6
: Unavailable)
ID*4
G4
Reference
section
GT14
GT16
GT14
2.5
2.6
2.7
2.8
*1
The present value of Z cannot be changed. None of the connection types supports V.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
2.2 Specifications
CC-Link connection
connection*3
Monitoring the present
value, set value, contact
TC monitor point, and coil of m
devices from a specified
device
Monitoring the present
value of x devices in
BM
specified buffer memory
monitor
of a specified intelligent
function module
Data
change by
test
operation
: Partly restricted,
Connection type between GOT and controller
2.9
2.4.5
2.4.4
1
(2) When the GOT is connected to a QCPU (Q mode), Q series motion controller CPU, QSCPU, or
LCPU
OVERVIEW
: Unavailable)
GT16
GT15
GT11
GT14
GT12
*10*12
GT16
GT15
GT14
GT12
GT11
Computer
link
connection
MELSECNET/H
Ethernet
connection
GT16
GT15
GT14
GT12
Monitoring present values
by entering devices to be
monitored in advance
Monitoring the present
value of n devices from a
specified device
Monitoring the present
value, set value, contact
TC monitor point, and coil of m
devices from a specified
device
Monitoring the present
value of x devices in
BM
specified buffer memory
monitor
of a specified intelligent
function module
Setting/Resetting bit
devices
Changing the present
value of word devices and
Data
buffer memory
change by
Changing the present
test
value of TC (possible
operation
during TC monitoring)
Changing the set value of
TC (possible during TC
MELSECNET/10
connection*11
*10
GT16
GT15
GT14
GT12
GT11
connection*11,
GT11
GT16
GT15
GT14
GT12
GT11
CC-Link IE
controller
connection*5*11,
CC-Link IE field
CC-Link connection
ID*7*10
G4*8*10
connection*1*6*11
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
Reference
section
2.5
*2
Batch
monitor
2.6
2.7
*1
*1
*1
*1
*2
*1
*1
2.8
*4
2.9
*4
*2*4
*4
*4
9
*3
*4
*5
*6
*7
*8
*9
*10
*11
*12
2.4.5
2.4.4
These items cannot be monitored when a motion controller (Q series) is monitored.
When the GOT is connected to the MELSECNET/10, use a QCPU and a network module (QJ71LP21, QJ71LP21-25,
QJ71LP21S-25, QJ71LP21G, QJ71BR11) of function version B or a later version.
The present value of Z cannot be changed. None of the connection types supports V.
When a motion controller (Q series) is connected, device comments cannot be displayed.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
When a QCPU redundant system is used, data of the set value cannot be changed.
The QSCPU does not support the connection type.
The LCPU does not support the connection type.
When the GOT is connected to LCPU, use L6ADP-R2.
5
6
INTELLIGENT
MODULE MONITOR
*1
*2
*4
7
NETWORK
MONITOR
Display
switching
monitoring)*
Changing device values
by performing a quick test
Displaying device
comments
Displaying word device
and buffer memory values
in decimal or hexadecimal
8
Q MOTION
MONITOR
Quick test
3
4
*4
*3
*4
2
SYSTEM MONITOR
Description
Direct CPU
connection
LADDER MONITOR
FUNCTION
*10*11
Entry
monitor
: Partly restricted,
MELSEC-A LIST
EDITOR
Bus connection
Name
: Available,
Connection type between GOT and controller
MELSEC-FX LIST
EDITOR
(
Function
2.2 Specifications
2-7
(3) When the GOT is connected to a QnACPU
(
Function
Description
GT16
GT15
GT11
Entry monitor
GT14
GT12
Direct
Computer
CPU
link
connection connection
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
Ethernet connection
GT16
GT15
GT14
GT12
Monitoring present values
by entering devices to be
monitored in advance
TC monitor
Monitoring the present
value, set value, contact
point, and coil of m
devices from a specified
device
BM monitor
Monitoring the present
value of x devices in
specified buffer memory
of a specified intelligent
function module
Setting/Resetting bit
devices
GT11
MELSEC
NET/10 connection
GT16
GT15
GT14
GT12
GT11
CC-Link connection
ID*4
GT16
GT15
G4*5
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
Reference
section
*2
2.6
2.7
* 1 *2
2.8
*3
Changing the present
value of word devices and
buffer memory
*3
*3
*3
*2
2.9
Changing the present
value of TC (possible
during TC monitoring)
Changing the set value of
TC (possible during TC
monitoring)
Quick test
: Unavailable)
2.5
Monitoring the present
Batch monitor value of n devices from a
specified device
Data change
by test
operation
: Partly restricted,
Connection form between GOT and controller
Bus
connection
Name
: Available,
Changing device values
by performing a quick test
* 2 *3
*3
2.4.5
Displaying device
comments
Display
switching
Displaying word device
and buffer memory values
in decimal or hexadecimal
*1
*2
*3
*4
*5
2-8
2.4.4
When the GOT is connected to the MELSECNET/10, use a QCPU and a network module (QJ71LP21, QJ71LP21-25,
QJ71LP21S-25, QJ71LP21G, QJ71BR11) of function version B or a later version.
The present value of Z cannot be changed. None of the connection forms supports V.
When the GOT is connected to a QnACPU whose date shown on the rating plate is earlier than 9707B, device comments cannot
be displayed.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
2.2 Specifications
1
(4) When the GOT is connected to a ACPU/QCPU (A mode) or A series motion controller CPU
(
: Unavailable)
Description
GT16
GT15
GT11
GT14
GT12
Computer
Direct CPU
link
connection
connection
GT16
GT15
GT14
GT12
GT11
Monitoring present values
Entry monitor by entering devices to be
monitored in advance
BM monitor
Monitoring the present
value of x devices in
specified buffer memory
of a specified intelligent
function module
GT16
GT15
GT14
GT12
GT11
ID*3
GT16
GT15
G4*4
GT11
GT16
GT15
GT14
GT12
GT11
Reference
section
2.5
*2
2.6
3
2.7
*1
*1
*1
*1
2.8
4
Setting/Resetting bit
devices
Changing the present
value of word devices and
Data change buffer memory
by test
Changing the present
operation
value of TC (possible
*2
2.9
during TC monitoring)
5
Changing the set value of
TC (possible during TC
monitoring)
Quick test
Changing device values
by performing a quick test
*2
2.4.5
Displaying device
comments
2.4.4
Displaying word device
and buffer memory values
in decimal or hexadecimal
6
INTELLIGENT
MODULE MONITOR
These items cannot be monitored when an A motion controller CPU is monitored.
V, Z, and A cannot be monitored, or their present values cannot be changed.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
7
NETWORK
MONITOR
*1
*2
*3
*4
8
Q MOTION
MONITOR
Display
switching
2
LADDER MONITOR
FUNCTION
TC monitor
Monitoring the present
value, set value, contact
point, and coil of m
devices from a specified
device
GT11
CC-Link connection
MELSEC-A LIST
EDITOR
Monitoring the present
value of n devices from a
specified device
GT16
GT15
GT14
GT12
MELSEC
NET/10 connection
MELSEC-FX LIST
EDITOR
Batch
monitor
GT16
GT15
GT14
GT12
GT11
Ethernet connection
OVERVIEW
Connection form between GOT and controller
Bus
connection
Name
: Partly restricted,
SYSTEM MONITOR
Function
: Available,
2.2 Specifications
2-9
(5) When the GOT is connected to an FXCPU
( : Available,
Function
: Unavailable)
Connection form between GOT and controller
Direct CPU connection
Name
: Partly restricted,
Description
Ethernet connection
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
Reference
section
GT11
Entry monitor
Monitoring present values by entering
devices to be monitored in advance
*1
*1
2.5
Batch monitor
Monitoring the present value of n devices
from a specified device
*1
*1
2.6
TC monitor
Monitoring the present value, set value,
contact point, and coil of m devices from a
specified device
2.7
BM monitor
Monitoring the present value of x devices
in specified buffer memory of a specified
special function unit/block
2.8
Setting/Resetting bit devices
Data change by test
operation
Changing the present value of word
devices and buffer memory
*1
*1*2
2.9
Changing the present value of
TC (possible during TC monitoring)
Changing the set value of TC (possible
during TC monitoring)
Quick test
Changing device values by performing a
quick test
*1
*1
*1
*1*2
2.4.5
Displaying device comments
Display switching
Displaying word device and buffer memory
values in decimal or hexadecimal
*1
*2
2 - 10
2.4.4
The monitor and values of V and Z cannot be changed.
Not compatible with buffer memory.
2.2 Specifications
1
(6) When the GOT is connected to a remote I/O station of MELSECNET/H system
(
: Unavailable)
Description
Bus connection
Direct CPU
connection
Computer link
connection
Ethernet
connection
MELSECNET/H
connection,
MELSEC
NET/10 connection
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
CC-Link connection
ID*2
G4*3
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
Reference
section
Entry
monitor
Monitoring present values
by entering devices to be
monitored in advance
2.5
Batch
monitor
Monitoring the present
value of n devices from a
specified device
2.6
Monitoring the present
value, set value, contact
TC monitor point, and coil of m
devices from a specified
device
2.7
Monitoring the present
value of x devices in
specified buffer memory
of a specified intelligent
function module
2.8
BM
monitor
OVERVIEW
Connection form between GOT and controller
2
SYSTEM MONITOR
Name
: Partly restricted,
3
LADDER MONITOR
FUNCTION
Function
: Available,
4
*1
2.9
Changing the present
value of TC (possible
during TC monitoring)
5
Changing the set value of
TC (possible during TC
monitoring)*4
Quick test
Changing device values
by performing a quick test
2.4.5
Displaying device
comments
The present value of V and Z cannot be changed.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
When a QCPU redundant system is used, data of the set value cannot be changed.
7
NETWORK
MONITOR
*1
*2
*3
*4
6
INTELLIGENT
MODULE MONITOR
2.4.4
Displaying word device
and buffer memory values
in decimal or hexadecimal
8
Q MOTION
MONITOR
Display
switching
MELSEC-FX LIST
EDITOR
Data
change by
test
operation
Changing the present
value of word devices and
buffer memory
MELSEC-A LIST
EDITOR
Setting/Resetting bit
devices
2.2 Specifications
2 - 11
(7) When the GOT is connected to a MELDAS C6/C64
(
Function
: Partly restricted,
: Unavailable)
Connection form between GOT and controller
Bus
connection
Name
: Available,
GT16
GT15
GT14
GT12
GT11
Description
Direct CPU
connection
GT16
GT15
GT14
GT12
GT11
Computer
link
connection
GT16
GT15
GT14
GT12
GT11
Ethernet connection
GT16
GT15
GT14
GT12
GT11
MELSECNET/10
connection
GT16
GT15
GT14
GT12
GT11
CC-Link connection
ID*1
GT16
GT15
G4*2
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
Reference
section
Entry
monitor
Monitoring present values
by entering devices to be
monitored in advance
2.5
Batch
monitor
Monitoring the present
value of n devices from a
specified device
2.6
TC monitor
Monitoring the present
value, set value, contact
point, and coil of m
devices from a specified
device
2.7
BM monitor
Monitoring the present
value of x devices in
specified buffer memory
of a specified intelligent
function module
2.8
Setting/Resetting bit
devices
Changing the present
value of word devices and
Data change buffer memory
by test
Changing the present
operation
value of TC (possible
2.9
during TC monitoring)
Changing the set value of
TC (possible during TC
monitoring)
Quick test
Changing device values
by performing a quick test
2.4.5
Displaying device
comments
Display
switching
Displaying word device
and buffer memory values
in decimal or hexadecimal
*1
*2
2 - 12
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
2.2 Specifications
2.4.4
1
 Required Extended function OS
About the extended function OS and the option boards, see the following:
OVERVIEW
1.1.2 Hardware and OS’ required for each function
(1) Install the Extended function OS.
Install System monitor (Extended function OS) in the GOT.
For a detailed installation procedure, see the following:
Before transferring data from GT Designer 2 to the GOT (installing OS', downloading project data), it is
necessary to confirm the free capacity of the user area in the specified drive and the size of the data to be
transferred.
For further information, see the following:
GT Designer3 Version1 Screen Design Manual (Fundamentals)
3
LADDER MONITOR
FUNCTION
Devices that can be monitored
For further information about the monitor device names that can be monitored and the scope, see the following:
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
2.2.3
Access range
4
With Universal model QCPU, the GOT can monitor up to 64 stations.
When the GOT is connected to the remote I/O station in MELSECNET/H network system, only the master station can be
monitored.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
MELSEC-A LIST
EDITOR
2.2.2
SYSTEM MONITOR
2
1.1.3 Outline of procedure to the operation of each function
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
2.2 Specifications
2 - 13
2.2.4
Precautions
(1) Monitoring and testing real number data
Real number data cannot be monitored and tested.
All word devices containing real number data are monitored in integer data (binary data).
(2) Monitoring devices in 32-bit (two-word) module
When monitoring word devices (T, C, D, W, etc.) in 32-bit (two-word) module, those with 32 bits of data
remaining are monitored.
Devices with 16 bits (one-word) of data remaining are not monitored.
If an odd number is specified for the first monitor device number, the last device number of the specified
controller will not be displayed.
(Example) When the data entry of the A2NCPU is monitored in units of 32 bits from odd numbers (D1, D3 ...)
D1017 D1018 D1019 D1020 D1021 D1022 D1023 (Device name)
Unit of monitor display
Nothing displayed
(3) Changing the T/C set values of large-size and small-size QnACPUs and displaying device
comments
The T/C set values of QnACPUs whose date on the CPU rating plate is after [9707B] can be changed, and
device comments can be displayed.
<Information on the rating plate>
PROGRAMMBLE CONTROLLER
DATE 9707 B
Function version
Date of manufacture
(4) Programs capable of changing timer/counter set values
• Only the main program can change the timer/counter set values of AnNCPUs, AnACPUs, and AnUCPUS.
• When executing multiple programs with the QCPU (Q mode) and QnACPU, setting values of timer/counter
can be changed only to the program (scan execution type program set at the lowest number among them in
parameter settings of GX Developer) whose file name is displayed on the TC Monitor screen.
Note that a file to be displayed cannot be changed on the GOT.
(5) Z0 of QCPUs and QnACPUs and Z0 and V0 of ACPUs
• Z0 of QCPUs and QnACPUs and Z0 and V0 of ACPUs are displayed as Z and V respectively.
2 - 14
2.2 Specifications
This subsection describes the flow until the system monitor function screen is displayed after System monitor (Extended
function OS) is installed in the GOT.
Start
Display the utility.
Touch the special function switch.
Starting from the
MELSEC-L
troubleshooting
Activate [System monitor] on the
MELSEC-L troubleshooting screen.
Touch
[System monitor].
Refer to the following manual for
how to set the special
GT Designer3 Version1Screen
Design Manual (Functions)
15.4 Operation Procedures
2. TOUCH SWITCH
4
MELSEC-A LIST
EDITOR
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor screens1]
[System monitor]
from the Main Menu.
For how to display the utility, refer to the
User's Manual for the GOT used.
3
LADDER MONITOR
FUNCTION
Starting from the special
function switch
(System Monitor) set in
the project data
SYSTEM MONITOR
2
Turn on the power to the GOT
Starting from
the utility
OVERVIEW
1
2.3 Operation for Display
Display the functional change menu screen of the system monitor function.
Depending on the model used, the GT16, GT15, and GT12 display the
functional change menu screen in four different screen displays.
5
Set the channel No.,
MELSEC-FX LIST
EDITOR
network No., station
No., etc.
Communication setting window
(GT16, GT15, and GT12)
INTELLIGENT
MODULE MONITOR
6
(GT14 and GT11)
Reads the PLC and
displays the
sequence program.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(Continued to next page)
2.3 Operation for Display
2 - 15
From previous page
Changing monitor screen from full mode to quad mode (For GT1655-V and GT1555-V)
For the GT1655-V and GT1555-V, the monitor screen can be switched between the full
and quad modes with the button for switching the number of monitor screens.
When the monitor screen is switched to the full mode, the GOT displays a monitor screen
displayed on the upper left in the quad mode in the full mode.*1
When starting the system monitor,
the GOT displays the monitor
screen in the full mode.
The button for switching the
number of monitor screens
The monitor screen is switched
between the full and quad modes
with the button for switching the
number of monitor screens.
*1 The monitor screen in the full mode is four times bigger than each monitor screen in the quad mode.
For displaying screens commonly used in the system, including the key window, the monitor screen
size in the full mode is the same as each monitor screen size in the quad mode.
POINT
(1) How to display the utility
For how to display the utility, refer to the following.
User's Manual for the GOT used
(2) Displaying the start screen on the GT16, GT15, GT14, and GT12
If you reactivate the system monitor function without turning off the power to the GOT, the last displayed
screen appears.
(3) Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the system
monitor only.
For displaying the communication setting window at the second or later startup, touch the ENTRY button on
the system monitor screen.
(4) If the project data has not been downloaded
The system monitor can be started from the utility even if the project data has not been downloaded to the
GOT.
2 - 16
2.3 Operation for Display
1
2.4.1
OVERVIEW
2.4 Operation Procedure Common to the System
Monitor Screens
Functional change menu screen
2
SYSTEM MONITOR
This subsection describes the configuration of the functional change menu screen and the functions of the keys
displayed on it.
LADDER MONITOR
FUNCTION
3
The table below describes the functions of the keys displayed on the functional change menu screen.
Key
4
Function
Performs entry monitoring in the Entry Monitor window.
2.5 Entry Monitor
MELSEC-A LIST
EDITOR
DEV MON
Performs batch monitoring in the Batch Monitor window.
BAT MON
2.6 Batch Monitor
Performs TC monitoring in the TC Monitor window.
TC MON
5
2.7 TC Monitor (Monitoring Timers and Counters)
Performs buffer memory monitoring in the BM Monitor window.
MELSEC-FX LIST
EDITOR
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
END
2.8 BM Monitor (Monitoring Buffer Memory)
The system monitor function is deactivated, and the screen returns to Main Menu of the
utility.
If the system is activated from the User screen, the screen returns to it.
8
Q MOTION
MONITOR
BM MON
2.4 Operation Procedure Common to the System Monitor Screens
2 - 17
2.4.2
Entering monitor devices (specifying monitor stations and devices)
This subsection describes how to specify network numbers, monitor stations, and monitor devices by taking the Entry
Monitor window as an example.
The procedure for specifying network numbers, monitor stations, and monitor devices is the same even if other items
than the "entry monitor."
(Example) Entering a monitor device when the entry monitor is used
Functional change menu screen
Touch
"DEV MON"
When no device
is entered
When devices are
already entered
Touch "SET"
Touch
"ENTRY"
(Continued to next page)
2 - 18
2.4 Operation Procedure Common to the System Monitor Screens
Touch "SET"
1
(From previous page)
Device entry screen when the
BM monitor is selected
OVERVIEW
Device entry screen when the entry monitor,
batch monitor or TC monitor is selected
1)
2)
3)
4)
SYSTEM MONITOR
2
3
9)
Set 1) to 9) as shown in the table below, and then touch the Enter key.
For the operation of key windows, see the following:
2.4.3 Key window setting columns and operation procedure
Description of setting
Item
Channel No.
2)
Network No.
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
CC-Link connection
ID*2
G4*3
Sets the channel number of the controller targeted to the system monitor.
0
1 to 239
0: Host loop
1 to 255: Specified loop
0
1 to 64
FF: When the host
station is selected
0: When the control
station is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the master
station is selected
1 to 64: When a local
station is selected
3)*4
Station No.
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
Data range
1: Indicates that the device value is a 32-bit (two-word) module.
0: Indicates that the device value is a 16-bit (one-word) module.
6)*1
Device name
7)*1
Device number
6
Set the name and number of the device to be monitored.
8)*
I/O number
9)*1
Initial device number
When the initial I/O signal of module is displayed with three digits, specify the first two digits.
Set the initial device number of the buffer memory in decimal.
*1
For devices that can be set, see the following:
*2
*3
*4
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
When the station No. is set to the host station (FF), set the network No. to 0.
5
GT Designer 3 Version1 Screen Design Manual (Fundamentals)
7
POINT
Displaying the data range
The Entry Monitor, Batch Monitor, TC Monitor, and BM Monitor screens display the data range as shown below.
• DW: 32-bit (two-word) module
• Nothing displayed: 16-bit (one-word) module
(Continued to next page)
2.4 Operation Procedure Common to the System Monitor Screens
NETWORK
MONITOR
1
FF
4
INTELLIGENT
MODULE MONITOR
1)*1
Bus
connection
8
Q MOTION
MONITOR
No.
Direct
CPU
connectio
n
LADDER MONITOR
FUNCTION
8)
MELSEC-A LIST
EDITOR
5)
MELSEC-FX LIST
EDITOR
7)
6)
2 - 19
(From previous page)
DEVICE ENTRY
Touch
" "
POINT
(1) Retaining entered information
If the system monitor function is reactivated without turning off the power to the GOT, the last displayed
information will be retained.
If the power to the GOT is turned on again and the system monitor function is reactivated, the last displayed
information will be deleted.
(2) Entry unit of monitor devices
Each monitor device is entered in a combination of a network number and a CPU station number. If the CPU
station number is changed, the entered monitor device will become invalid.
2 - 20
2.4 Operation Procedure Common to the System Monitor Screens
2.4.3
1
Key window setting columns and operation procedure
OVERVIEW
 Operating the key window
1. Using the
and
keys, move the cursor to the item you want to set.
The displayed keyboard depends on the position of the cursor as shown below.
2
SYSTEM MONITOR
Displayed position of cursor
Keyboard displayed when the cursor
is placed on the device name
LADDER MONITOR
FUNCTION
3
4
Keyboard displayed when the cursor
MELSEC-A LIST
EDITOR
is placed on the device number
5
If necessary, enter numbers or characters from the keyboard.
•
Del key: Used to delete a character of the entered information.
MELSEC-FX LIST
EDITOR
2.
• AC key: Used to delete all characters under the cursor.
• The
keys without a description do not function.
Entry is completed by touching the Enter key.
The keyboard closes by touching the
key.
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
3.
2.4 Operation Procedure Common to the System Monitor Screens
2 - 21
2.4.4
Switching the display format (DEC/HEX) and comment/no-comment display
This subsection describes how to switch the display format and comment/no-comment display.
The Entry Monitor window is taken here as an example to describe the specification of a monitor station and a monitor
device when the system monitor function is executed.
The procedure for switching the display format (DEC/HEX) and comment display when another item is selected.
(Example of switching when the entry monitor is selected)
Switching the display format from DEC to HEX
Switching no-comment display to comment display
Touch
"FORM"
Switching the display format from DEC to HEX
Switching no-comment display to comment display
Touch "HEX"
Touch
"DISPLAY"
2 - 22
Touch
Touch
"EXECUTE"
"EXECUTE"
2.4 Operation Procedure Common to the System Monitor Screens
1
(2) Switching the display format (DEC/HEX)
The present value of word devices and the present value and set value of timers/counters will be displayed in
decimal or hexadecimal numbers.
(3) Switching comment/no-comment display
The comments written to the target controller will be displayed or not be displayed.
(Priority of comment display: Extension comment > Comment)
(4) Comment/No-comment display
(b) Comments will not be displayed when any of the CPUs listed below is monitored.
• FXCPU
• QnACPU or Q series motion controller CPU whose date on the rating plate is earlier than 9707B
Comments will not be displayed when any of the devices listed below is monitored.
• Internal device of the GOT (GB, GD, GS)
• Host device (B, W, SB, SW) when the MELSECNET/H or MELSECNET/10 is connected
• Host device (X,Y, WW, WR) when a CC-Link is connected
4
MELSEC-A LIST
EDITOR
(d) Displaying the comments of QCPUs (Q02CPU, Q02HCPU, Q06HCPU, Q12HCPU, Q25HCPU,
Q12PHCPU, Q25PHCPU, Q12PRHCPU, Q25PRHCPU, Q02UCPU, Q03UDCPU, Q04UDHCPU,
Q06UDHCPU)
Comments will not be displayed when the following PLC parameters (PLC file settings) are set:
• When the comment file is set to "Not used"
• When the comment file is set to "Use the same file name as the program"
• When a password is set to the comment file
• When a comment file is stored in program memory
6
INTELLIGENT
MODULE MONITOR
Displaying the comments of QnACPUs
With a QnACPU whose date on the rating plate is earlier than 9707B, comments cannot be displayed.
Use a QnACPU whose date on the rating plate is 9707B or later.
Also, comments will not be displayed when the following settings are made to the PLC parameter (PLC
file setting) is set.
• When the comment file is not set "Not used"
• When the comment file is set to "Use the same file name as the program"
• When a keyword is entered for each memory
MELSEC-FX LIST
EDITOR
5
(e) Displaying the comments of QCPUs (Q00JCPU, Q00CPU, Q01CPU)
Comments will not be displayed when the following PLC parameter (PLC file setting) is set:
• When the comment file "MAIN" does not exist in the program memory
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(f)
LADDER MONITOR
FUNCTION
3
(a) The BM monitor does not display comments.
(c)
2
SYSTEM MONITOR
(1) Changing the comment or comment capacity of the controller
If you change a comment or comment capacity of the controller after the system monitor function is activated,
the comment may not be properly displayed on each monitor screen.
After a comment or comment capacity is changed, turn off the GOT and turn it on again.
OVERVIEW
POINT
2.4 Operation Procedure Common to the System Monitor Screens
2 - 23
2.4.5
Quick test operation of monitor devices
WARNING
• Before performing the quick test operations of the system monitor function (such as turning ON or OFF bit device,
changing the word device current value, changing the settings or current values of the timer or counter, and
changing the buffer memory current value), read through the manual carefully and make yourself familiar with the
operation method.
During quick test operation, never change the data of the devices which are used to perform significant operation for
the system.
False output or malfunction can cause an accident.
The quick test operation procedure for monitor devices is described below.
The Entry Monitor screen is taken as an example to describe quick test operation when the system monitor function is
executed.
The operation procedure is the same even if the batch monitor, TC monitor or BM monitor is selected.
(Example of quick test operation when the entry monitor is selected)
Touch "TEST"
Touch "OK"
This indicates that Quick
test operation is valid.
Quick test of bit devices
(1) To quick test of bit devices
2 - 24
Quick test of word devices
(2) To quick test of word devices
2.4 Operation Procedure Common to the System Monitor Screens
1
(1) Quick test of bit devices
OVERVIEW
(Operation example)
Change the status of bit device X001 from off ( ) to on ( ).
2
SYSTEM MONITOR
Touch the bit
device you want
to switch its
status to on or off.
LADDER MONITOR
FUNCTION
3
The device name and number of
the selected bit device are
highlighted.
MELSEC-A LIST
EDITOR
4
5
"
MELSEC-FX LIST
EDITOR
Touch
"
INTELLIGENT
MODULE MONITOR
6
The status of the selected
bit device is switched
(off) to
7
(on).
NETWORK
MONITOR
from
Q MOTION
MONITOR
8
2.4 Operation Procedure Common to the System Monitor Screens
2 - 25
(2) Quick test of word devices
(Operation example)
Change the device value of word device W200 from 43 to 100.
Conditions: Data range: 16 bits, device value display format: decimal number
Touch the device
you want to change
the device value.
Enter a new device value by operating
the key window.
In this example, enter "100."
For the operation of the key window,
see the following:Subsection
2.4.3 Key window setting columns
and operation procedure
Touch
"Enter"
DEVICE ENTRY
(Continued to next page)
2 - 26
2.4 Operation Procedure Common to the System Monitor Screens
1
OVERVIEW
(From previous page)
Touch
2
"
SYSTEM MONITOR
"
LADDER MONITOR
FUNCTION
3
4
The device value of W200
MELSEC-A LIST
EDITOR
is changed from 43 to 100.
POINT
5
MELSEC-FX LIST
EDITOR
Effective number of digits of device values that can be changed
If an entered value exceeds the corresponding number of digits specified below, the device value cannot be
changed.
[Decimal number]
16-bit (one-word) module
: Six digits (including a digit for a sign)
32-bit (two-word) module
: Ten digits (including a digit for a sign)
[Hexadecimal number]
16-bit (one-word) module
: Four digits
32-bit (two-word) module
: Eight digits
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
2.4 Operation Procedure Common to the System Monitor Screens
2 - 27
2.4.6
Changing screens
This subsection takes the entry monitor as an example to describe how to change screens.
Functional change menu screen
Section 2.3
Display of the
system monitor
function
The screen returns to the screen on which
the system monitor function was activated.
(Start from the utility screen)
The screen returns to the Main
END
Menu screen of the utility.
(Start from the user-created screen)
Touch
The screen returns to the
User-created screen.
DEV MON
END
Functional change
menu screen
Touch
Touch
CANCEL
Touch
DEV MON
Touch
MENU
Touch
SET
FORM
MENU
FORM
Touch
Touch
Touch
Touch
Device entry screen
Display format
change menu screen
MENU
Touch
CANCEL
SET
Touch
Touch
FORM
Touch
Touch
TEST
SET
Touch
Touch
CANCEL
Touch
Test menu screen
MENU
Touch
CANCEL
FORM
Touch
Touch
2 - 28
2.4 Operation Procedure Common to the System Monitor Screens
1
2.5 Entry Monitor
2.5.1
OVERVIEW
The device monitor is a function to enter devices to be monitored in advance and monitor only entered devices.
This section describes how to activate the entry monitor when the system monitor function is executed.
Information displayed on the Entry Monitor screen and key functions
2
SYSTEM MONITOR
(1) The information displayed on the Entry Monitor screen is described below.
For the key functions, see the page that follows.
1) Displays a channel No.
2) Displays a network No.
3) Displays a station No.
3
LADDER MONITOR
FUNCTION
4) Displays a CPU No.
e
(No comments
(Comments displayed)
displayed)
5) Displays a comment.
MELSEC-A LIST
EDITOR
4
5
6) Displays a data range.
MELSEC-FX LIST
EDITOR
7) Displays a word device value.
8) Displays bit device on/off.
9) Displays a device No.
10) Displays a device name.
11) Displays a monitor display area.
6
INTELLIGENT
MODULE MONITOR
For further information about items 1) to 11) shown above, see the page that follows.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
2.5 Entry Monitor
2 - 29
(2) The following table describes the key functions displayed on the Entry Monitor screen.
Key switch
Function
Activates the Quick test operation.
TEST
MENU
2.4.5 Quick test operation of monitor devices
Switches the screen to the functional change menu screen to activate another monitor function or terminate the system
monitor function.
2.4.6 Changing screens
FORM
Switches the screen to the display format switching screen to change the value display format (DEC/HEX) on the Entry
Monitor screen or comment/no-comment display.
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
Switches the screen to the Device entry screen to enter monitor devices or delete or test entry devices.
SET
• Entering monitor devices
:
2.4.2 Entering monitor devices (specifying monitor stations and devices)
• Deleting entry devices
:
2.5.3 Deleting entry devices
• Test operation
:
2.9 Test Operation
Scroll displayed information upward or downward by a line to display the preceding or next monitor device that is not
currently displayed. When five or more monitor devices are entered, these switches are available when their comments are
displayed.
: Scrolls information upward by a line.
: Scrolls information downward by a line.
2 - 30
2.5 Entry Monitor
1
(3) The following table below describes the range of display of items 1) to 11) displayed
Direct CPU
connection
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
1)
Channel No.
Sets the channel number of the controller targeted to the entry monitor.
2)
Network No.
0
CC-Link connection
ID*1
G4 *2
2
1 to 239
0: Host loop
1 to 255: Specified
loop
0
1 to 64
FF: When the host
station is selected
0: When the control
station is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the master
station is selected
1 to 64: When a
local station is
selected
3)
Station No.
FF
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
Comment
Displays a comment (maximum number of characters: 16 one-byte characters)
A comment is displayed when "DISPLAY" is selected for comment display on the display format switching screen.
6)
Data range
DW
: Indicates that the device value is a 32-bit (two-word) module.
Nothing displayed : Indicates that the device value is a 16-bit (one-word) module.
Word device value
[Decimal number]
16-bit (one-word) module
32-bit (two-word) module
[Hexadecimal number]
16-bit (one-word) module
32-bit (two-word) module
8)
Bit device ON/OFF
9)
Device No.
10)
Device name
11)
Monitor display area
: Four digits are displayed. (Display example: H AB12)
: Eight digits are displayed. (Display example: H ABCDE123)
5
: ON
: OFF
MELSEC-FX LIST
EDITOR
Up to eight devices can be monitored with regard to each CPU station number.
For further information about device numbers and names that can be entered:
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
When no comments are displayed
: Up to eight devices can be displayed.
: Up to four devices can be displayed.
6
INTELLIGENT
MODULE MONITOR
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
7
NETWORK
MONITOR
*1:
*2:
4
: Six digits (including a digit for a sign) are displayed. (Display example: -12345)
: Ten digits (including a digit for a sign) are displayed. (Display example: -123456789)
When comments are displayed
3
8
Q MOTION
MONITOR
7)
SYSTEM MONITOR
Bus
connection
LADDER MONITOR
FUNCTION
Item
MELSEC-A LIST
EDITOR
No.
OVERVIEW
Description of setting
2.5 Entry Monitor
2 - 31
2.5.2
Procedure for entry monitor basic operation
Touch
"DEV MON"
When no devices are entered
Display example when devices
are already entered
MENU
MENU
Touch
Touch
TEST
FORM
SET
Touch
Touch
Touch
If necessary, perform Quick test
operation.
If necessary, switch the screen display.
Subsection 2.4.4 Switching the
Subsection 2.4.5 Quick test
operation of monitor devices
display format (DEC/HEX) and
comment/no-comment display
If necessary, perform the following:
Entering monitor devices
Enter the name and number of the devices you want to monitor one by one.
Subsection 2.4.2 Entering monitor devices (specifying monitor
stations and devices)
Deleting entry devices
Test operation
Subsection 2.5.3 Deleting entry devices
Section 2.9 Test operation
POINT
If more than eight devices are registered
You can register up to eight entry devices.
If more than eight devices are registered, the oldest ones will be deleted one by one, and the eight latest entry
devices will be monitored.
If necessary, delete unnecessary entry devices and re-enter ones you want to monitor.
2 - 32
2.5 Entry Monitor
2.5.3
1
Deleting entry devices
OVERVIEW
This subsection describes how to delete entry devices.
Deleting entry devices with the system monitor function executed is described below.
2
SYSTEM MONITOR
Touch "SET"
3
When deleting devices at a time
LADDER MONITOR
FUNCTION
When specifying the device
name you want to delete
Touch
"DELETE"
"ALL CLR"
MELSEC-A LIST
EDITOR
4
Touch
5
MELSEC-FX LIST
EDITOR
(1)
(2)
INTELLIGENT
MODULE MONITOR
6
Enter the device name you
want to delete in (1).
Enter the device number you
want to delete in (2).
7
Touch the Enter key.
key. The window closes.
NETWORK
MONITOR
Touch the
For further information about key window
operation, see
Subsection 2.4.3
Key window setting columns and
operation procedure.
Q MOTION
MONITOR
8
2.5 Entry Monitor
2 - 33
2.6 Batch Monitor
The batch monitor is a function to specify the head device of any device range to perform monitoring.
This section describes how to operate the batch monitor when the system monitor function is executed.
2.6.1
Information displayed on the Batch Monitor screen and key functions
(1) The information displayed on the Batch Monitor screen is described below.
1) Displays a channel No.
2) Displays a network No.
3) Displays a station No.
4) Displays a CPU No.
Display example
of bit devices
(No comments displayed)
(Comments displayed)
6) Displays a comment.
5) Displays bit device on/off.
Display example of word devices (16-bit)
(No comments displayed)
(Comments displayed)
7) Displays a word device value.
8) Displays a device number.
9) Displays a device name.
2 - 34
2.6 Batch Monitor
1
OVERVIEW
Display example of word devices (32-bit)
(Comments displayed)
10) Displays a data range.
11) Monitor display area
Number of devices displayed on a single screen
The number of devices displayed on a single screen depends on the setting of the data range, as shown below.
Word devices (16-bit) : 16 devices (no comments displayed), eight devices (comments displayed)
Word devices (32-bit) : Eight devices (no comments displayed), four devices (comments displayed)
Bit devices
: 16 devices (no comments displayed), eight devices (comments displayed)
For further information about the setting of the data range, see the following:
2.4.2 Entering monitor devices (specifying monitor stations and devices)
Function
Activates the Quick test operation.
TEST
MENU
2.4.5 Quick test operation of monitor devices
Switches the screen to the functional change menu screen to activate another monitor function or terminate the system
monitor function.
2.4.6 Changing screens
FORM
Switches the screen to the display format switching screen to change the value display format (DEC/HEX) on the Batch
Monitor screen or comment/no-comment display.
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
Switches the screen to the Device entry screen to enter or test monitor devices.
• Entering monitor devices
:
2.4.2 Entering monitor devices (specifying monitor stations and devices)
• Test operation
:
2.9 Test Operation
Scroll displayed information upward or downward by a line to display the preceding or next monitor device that is not
currently displayed. When five or more monitor devices are entered, these switches are available when their comments are
displayed.
6
7
: Scrolls information upward by a line.
NETWORK
MONITOR
: Scrolls information downward by a line.
8
Q MOTION
MONITOR
SET
MELSEC-FX LIST
EDITOR
5
(2) The following table describes the key functions displayed on the Batch Monitor screen.
Key switch
4
MELSEC-A LIST
EDITOR
POINT
LADDER MONITOR
FUNCTION
3
For further information about items 1) to 11) shown above, see the page that follows.
INTELLIGENT
MODULE MONITOR
(No comments displayed)
SYSTEM MONITOR
2
2.6 Batch Monitor
2 - 35
(3) The following table below describes the range of display of items 1) to 11) displayed.
Description of setting
No.
Item
Bus
connection
Direct CPU
connection
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
1)
Channel No.
Sets the channel number of the controller targeted to the batch monitor.
2)
Net No.
0
CC-Link
connection
ID*1
G4*2
1 to 239
0: Host loop
1 to 255: Specified loop
0
1 to 64
FF: When the host station
is selected
0: When the control
station is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the
master station is
selected
1 to 64: When a
local station is
selected
3)
Station No.
FF
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
Bit device ON/OFF
6)
Comment
Displays a comment (maximum number of characters: 16 one-byte characters).
A comment is displayed when "DISPLAY" is selected for comment display on the display format switching screen.
Word device value
[Decimal number]
16-bit (one-word) module
32-bit (two-word) module
[Hexadecimal number]
16-bit (one-word) module
32-bit (two-word) module
7)
8)
Device No.
9)
Device name
: ON
: OFF
: Six digits (including a digit for a sign) are displayed. (Display example: -12345)
: Ten digits (including a digit for a sign) are displayed. (Display example: -123456789)
: Four digits are displayed. (Display example: H AB12)
: Eight digits are displayed. (Display example: H ABCDE123)
Up to 16 devices can be entered when the data range is word (16 bits).
Up to eight devices can be entered when the data range is two-word (32 bits).
For further information about device numbers and names that can be entered:
GOT1000 Series Connection Manual
10)
Data range
DW
: Indicates that the device value is a 32-bit (two-word) module.
Nothing displayed : Indicates that the device value is a 16-bit (one-word) module.
11)
Monitor display area
When no comments are displayed : Up to 16 devices can be displayed at a time (monitor module: one-word).
Up to eight devices can be displayed at a time (monitor module: two-word).
When comments are displayed
: Up to eight devices can be displayed at a time (monitor module: one-word).
Up to four devices can be displayed at a time (monitor module: two-word).
*1:
*2:
2 - 36
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
2.6 Batch Monitor
1
Procedure for batch monitor basic operation
OVERVIEW
2.6.2
2
SYSTEM MONITOR
Touch
"BAT MON"
When no devices
When devices are entered
are entered
MENU
MENU
Touch
Touch
LADDER MONITOR
FUNCTION
3
TEST
FORM
SET
Touch
Touch
Touch
display format (DEC/HEX) and
operation of monitor devices
comment/no-comment display
MELSEC-FX LIST
EDITOR
Subsection 2.4.4 Switching the
Subsection 2.4.5 Quick test
If necessary, perform the following:
Entering monitor devices
6
Enter the initial device name and a device number you want to monitor.
INTELLIGENT
MODULE MONITOR
Subsection 2.4.2 Entering monitor devices (specifying monitor
stations and devices)
Test operation
Section 2.9 Test operation
7
NETWORK
MONITOR
operation.
5
If necessary, switch the screen display.
8
Q MOTION
MONITOR
If necessary, perform Quick test
MELSEC-A LIST
EDITOR
4
2.6 Batch Monitor
2 - 37
2.7 TC Monitor (Monitoring Timers and Counters)
The TC monitor is a function to monitor only timers (T) and counters (C).
This section describes how to operate the TC monitor when the system monitor function is executed.
2.7.1
Information displayed on the TC Monitor screen and key functions
(1) The information displayed on the TC Monitor screen is described below.
1) Displays a channel No.
2) Displays a network No.
3) Displays a station No.
4) Displays a CPU No.
(10) Displays a file name.
(No comments displayed)
6) Displays a set value.
(Comments displayed)
5) Displays a comment.
7) Displays a present value.
8) Displays a device number.
11) Displays contact point and coil on/off.
9) Displays a device name.
12) Monitor display area
For further information about items 1) to 12) shown above, see the page that follows.
(2) The following table describes the key functions displayed on the TC Monitor screen.
Key switch
Function
Activates the Quick test operation.
TEST
MENU
2.4.5 Quick test operation of monitor devices
Switches the screen to the functional change menu screen to activate another monitor function or terminate the system
monitor function.
2.4.6 Changing screens
FORM
Switches the screen to the display format switching screen to change the value display format (DEC/HEX) on the TC
Monitor screen or comment/no-comment display.
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
Switches the screen to the Device entry screen to enter or test monitor devices.
• Entering monitor devices
SET
:
2.4.2 Entering monitor devices (specifying monitor stations and devices)
• Test operation
:
2.9 Test Operation
• Canceling keywords
:
2.7.3 Procedure for canceling TC monitor keywords
Scroll displayed information upward or downward by a line to display the preceding or next monitor device that is not
currently displayed. When five or more monitor devices are entered, these switches are available when their comments are
displayed.
: Scrolls information upward by a line.
: Scrolls information downward by a line.
2 - 38
2.7 TC Monitor (Monitoring Timers and Counters)
1
(3) The following table below describes the range of display of items 1) to 12) displayed.
3)
Channel No.
Direct CPU
connection
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
CC-Link connection
ID*1
G4*2
2
Sets the channel number of the controller targeted to the TC monitor.
Network No.
0
Station No.
FF
1 to 239
0: Host loop
1 to 255: Specified loop
0
1 to 64
FF: When the host station
is selected
0: When the control station
is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the master
station is selected
1 to 64: When a
local station is
selected
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
Comment
Displays a comment (maximum number of characters: 16 one-byte characters).
A comment is displayed when "DISPLAY" is selected for comment display on the display format switching screen.
6)
Set value
[Decimal number]
Four digits are displayed. (Display example: 1234)
[Hexadecimal number]
Four digits are displayed. (Display example: H AB12)
7)
Present value
[Decimal number]
Four digits are displayed. (Display example: 1234)
[Hexadecimal number]
Four digits are displayed. (Display example: H AB12)
8)
Device No.
9)
Device name
10)
File name
11)
Contact point and coil
on/off
MELSEC-A LIST
EDITOR
5
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
When the CPU is a QnACPU or QCPU : A program name will be displayed. When there are plural program
names, the initial file name to be executed will be displayed.
When the CPU is an ACPU or FXCPU : "MAIN PROGRAM" will always be displayed.
: On
: Off
6
: Up to eight devices can be displayed at a time.
: Up to four devices can be displayed at a time.
INTELLIGENT
MODULE MONITOR
When no comments are displayed
When comments are displayed
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
7
NETWORK
MONITOR
*1:
*2:
4
Up to eight devices can be entered.
For further information about device numbers and names that can be entered:
Monitor display area
3
8
Q MOTION
MONITOR
12)
SYSTEM MONITOR
2)
Bus
connection
LADDER MONITOR
FUNCTION
1)
Item
MELSEC-FX LIST
EDITOR
No.
OVERVIEW
Description of setting
2.7 TC Monitor (Monitoring Timers and Counters)
2 - 39
2.7.2
Procedure for TC monitor basic operation
Touch
"TC MON"
When no devices are entered
Display example when devices
are already entered
MENU
MENU
Touch
Touch
TEST
FORM
SET
Touch
Touch
Touch
If necessary, perform Quick test operation.
If necessary, switch the screen display.
Subsection 2.4.5 Quick test
Subsection 2.4.4 Switching
operation of monitor devices
the display format (DEC/HEX) and
comment/no-comment display
If necessary, perform the following:
Entering monitor devices
Enter the initial device name and a device number you want to
monitor.
Subsection 2.4.2 Entering monitor
devices (specifying monitor stations and devices)
Test operation
Canceling keywords
Section 2.9 Test operation
Subsection 2.7.3 Procedure
for canceling TC monitor keywords
2 - 40
2.7 TC Monitor (Monitoring Timers and Counters)
1
Procedure for canceling TC monitor keywords
When the target controller is a QCPU or FXCPU, and a keyword or password is entered in the sequence program, the
monitoring and the change of the set value of T (timer) and C (counter) are limited.
The monitoring and the change of the set value are enabled by canceling the keyword or password.
The canceling operation of the keyword or password differs according to the controller.
OVERVIEW
2.7.3
2
SYSTEM MONITOR
Touch "SET"
For the QCPU, when the password is registered for
the sequence program and therefore the set values
cannot be monitored, [KEY WORD ERR] will be displayed.
For the QnUDVCPU, [ACCESS ERR] will be displayed.
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
1.
(1)
2.
•
A-Z key :Touch this key to enter alphabetic
characters A to Z (uppercase).
•
a-z
key :Touch this key to enter alphabetic
characters a to z (lowercase).
•
0-9 key :Touch this key to enter numbers 1
to 9.
•
Del key :Use this key to delete an entered
character.
•
AC key :Use this key to delete all
characters under the cursor.
Entry is completed by touching the Enter key,
and the keyboard closes.
5
6
7
1.
NETWORK
MONITOR
• FXCPU
The keyword window is displayed.
For the keyword operation, refer to the
following.
User's Manual for the GOT
used
8
Q MOTION
MONITOR
Keyword Release screen
Enter the password entered in the sequence
program at 1).
MELSEC-FX LIST
EDITOR
• QCPU
INTELLIGENT
MODULE MONITOR
Touch "KEY WORD"
2.7 TC Monitor (Monitoring Timers and Counters)
2 - 41
2.8 BM Monitor (Monitoring Buffer Memory)
The BM monitor (buffer memory monitor) is a function to monitor the buffer memory of special function modules.
This section describes how to operate the BM monitor when the system monitor function is executed.
2.8.1
(1)
Information displayed on the BM Monitor screen and key functions
Information on the screen
1) Displays a channel No.
2) Displays a network No.
3) Displays a station No.
4) Displays a CPU No.
5) Displays a word device value.
6) Displays a device No.
7) Displays a device name.
8) Displays the initial I/O signal of the module.
2 - 42
2.8 BM Monitor (Monitoring Buffer Memory)
1
(2) Key functions
FORM
Switches the screen to the display format switching screen to change the value display format (DEC/HEX) on the BM
Monitor screen or comment/no-comment display.
2.4.6 Changing screens
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
Switches the screen to the Device entry screen to enter or test monitor devices.
SET
• Entering monitor devices
:
2.4.2 Entering monitor devices (specifying monitor stations and devices)
• Test operation
:
2.9 Test Operation
Scroll displayed information upward or downward by a line to display the preceding or next monitor device that is not
currently displayed. When five or more monitor devices are entered, these switches are available when their comments are
displayed.
: Scrolls information upward by a line.
: Scrolls information downward by a line.
(3) Display items
Item
Bus
connection
Direct CPU
connection
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
1)
Channel No.
Sets the channel number of the controller targeted to the BM monitor.
2)
Network No.
0
CC-Link connection
ID*1
G4 *2
1 to 239
0: Host loop
1 to 255: Specified loop
0
1 to 64
FF: When the host station
is selected
0: When the control
station is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the master
station is selected
1 to 64: When a
local station is
selected
5
Station No.
FF
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
Word device value
[Decimal number]
four digits (including a digit for a sign) are displayed. (Display example: 1234)
[Hexadecimal number]
four digits are displayed. (Display example: H AB12)
6)
Device No.
7)
Device name
Up to 16 devices can be entered. (When the CPU is an FXCPU, devices cannot be entered.)
For further information about device numbers and names that can be entered:
NETWORK
MONITOR
Sets the start I/O number of the module.
For the start I/O number, set the first two digits of the three digits.
When monitoring FXCPU, set the module No. 0 to 7.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
8
Q MOTION
MONITOR
*1:
*2:
7
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
Start I/O number
6
INTELLIGENT
MODULE MONITOR
3)
8)
3
4
Description of setting
No.
2
SYSTEM MONITOR
MENU
LADDER MONITOR
FUNCTION
2.4.5 Quick test operation of monitor devices
Switches the screen to the functional change menu screen to activate another monitor function or terminate the system
monitor function.
MELSEC-A LIST
EDITOR
TEST
OVERVIEW
Function
Activates the Quick test operation.
MELSEC-FX LIST
EDITOR
Key switch
2.8 BM Monitor (Monitoring Buffer Memory)
2 - 43
2.8.2
Procedure for BM monitor basic operation
Touch
"BM MON"
When no devices are entered
Display example when devices
are already entered
MENU
MENU
Touch
Touch
TEST
FORM
SET
Touch
Touch
Touch
If necessary, perform Quick test operation.
If necessary, switch the screen display.
Subsection 2.4.5 Quick test
Subsection 2.4.4 Switching the
operation of monitor devices
display format (DEC/HEX) and
comment/no-comment display
If necessary, perform the following:
Entering monitor devices:
Subsection 2.4.2 Entering monitor
devices (specifying monitor stations and devices)
As shown below, set a unit and buffer memory.
I/O No.[
]
[
]
Set the initial device number of
the buffer memory in decimal.
Set the first two digits of the
three-digit initial I/O signal
of the module.
Test operation
2 - 44
2.8 BM Monitor (Monitoring Buffer Memory)
Section 2.9 Test operation
You can specify and test any station and device that can be monitored during monitoring by the system monitor function.
This section describes how to test the bit or word devices of the controller or the buffer memory of the intelligent function unit.
Procedure for displaying the test menu screen and the setting key window
screen
This subsection describes how to display the test menu screen and the setting key window screen.
Touch SET
2.
Touch SET .
(When performing test operation from the Entry
Monitor screen)
4
MELSEC-A LIST
EDITOR
1.
3
Touch TEST .
MELSEC-FX LIST
EDITOR
5
3.
Touch any switch.
Setting key window screen
4.
The test menu screen appears.
Touch SET/RST , SET VAL , VALUE 16 ,
VALUE 32 , BM VAL 16 or BM VAL 32 .
Operation example: touch SET VAL .
For a detailed description of each key function,
see the following:
2.9.2 Information displayed on the test
menu screen and key functions
The setting key window screen appears.
Display example: set value operation screen of
T (timer) and C (counter)
For further infomation about each setting key
window, see the following:
2.9.3 Information and set items displayed
on each setting key window screen
For further information about the test operation
procedure, see the following:
2.9.4 Test operation procedure
2.9 Test Operation
2 - 45
6
INTELLIGENT
MODULE MONITOR
Test menu screen
7
NETWORK
MONITOR
Touch
TEST
8
Q MOTION
MONITOR
2.9.1
2
SYSTEM MONITOR
• Before performing the quick test operations of the system monitor functin (such as turning ON or OFF bit device,
changing the word device current value, changing the settings or current values of the timer or counter, and
changing the buffer memory current value), read through the manual carefully and make yourself familiar with the
operation method.
During test operation, never change the data of the devices which are used to perform significant operation for the
system. False output or malfunction can cause an accident.
LADDER MONITOR
FUNCTION
WARNING
OVERVIEW
1
2.9 Test Operation
2.9.2
Information displayed on the test menu screen and key functions
(1) Test menu screen
The table shown below describes the key functions.
Key
Function
Switches the screen to the functional change menu screen to activate another monitor function or terminate the system monitor function.
MENU
FORM
2.4.6 Changing screens
Switches the screen to the display format switching screen to change the value display format (DEC/HEX) or comment/no-comment
display.
2.4.4 Switching the display format (DEC/HEX) and comment/no-comment display
SET
Switches the screen to the Device entry screen.
SET/RST
Displays the screen for bit device on/off operation.
SET VAL
Displays the Set value operation screen for T (timers) and C (counters).
VALUE 16
Displays the Present value operation screen for word devices.
Data range: 16-bit (one-word) module
VALUE 32
Displays the Present value operation screen for word devices.
Data range: 32-bit (two-word) module
BM VAL 16
Displays the Present value operation screen for buffer memory.
Data range: 16-bit (one-word) module
BM VAL 32
Displays the Present value operation screen for buffer memory.
Data range: 32-bit (two-word) module
CANCEL
Terminates the test menu screen and displays each monitor screen.
2 - 46
2.9 Test Operation
2.9.3
1
Information and set items displayed on each setting key window screen
OVERVIEW
The information and set items on the setting key window screen to be used for each test are described below.
(1) Information displayed on each setting key window screen
1) Displays a channel No.
2
2) Displays a network No.
SYSTEM MONITOR
3) Displays a station No.
4) Displays a CPU No.
5) Sets on/off
6) Sets a device number.
7) Sets a device name.
Displays whether decimal or
hexadecimal is selected.
D: Decimal
H: Hexadecimal
4
SET VAL
Set value operation screen for timers and counters
3
8) Sets a T/C set value.
MELSEC-A LIST
EDITOR
Screen for bit device on/off operation
LADDER MONITOR
FUNCTION
SET/RST
VALUE 16
VALUE 32
Present value operation screen for word devices
(16-bit (one-word) module/32-bit (two-word) module)
9) Sets the present
value of a word
6
INTELLIGENT
MODULE MONITOR
device.
MELSEC-FX LIST
EDITOR
5
7
10) Sets the initial I/O signal of a module.
11) Sets the initial device number of the buffer memory.
BM VAL 32
NETWORK
MONITOR
BM VAL 16
Present value operation screen for buffer memory
(16-bit (one-word) module/32-bit (two-word) module)
Q MOTION
MONITOR
8
2.9 Test Operation
2 - 47
(2) Set items on the setting key window screen
The table shown below describes details of the set items mentioned on the preceding page.
Description of setting
No.
Item
Bus
connection
Direct CPU
connection
Computer
link
connection
MELSECNET/H
connection,
MELSECNET/10
connection
Ethernet
connection
1)
Channel No.
Sets the channel number of the controller targeted to the test operation.
2)
Net No.
0
CC-Link
connection
ID *1
G4 *2
1 to 239
0: Host loop
1 to 255: Specified loop
0
1 to 64
FF: When the host
station is selected
0: When the control
station is selected
1 to 64: When a normal
station is selected
FF: When the host
station is selected
0: When the
master station is
selected
1 to 64: When a
local station is
selected
3)
Station number
FF
4)
CPU No.
0 to 4: This item must be set only when the system is connected to multiple QCPUs. It is not necessary when the
system is connected to another CPU.
5)
On/Off setting
Set "1": On, Set "0": Off
6)
Device No.
For further information about device numbers and names that can be entered:
7)
Device name
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
T/C set value
[Decimal number]
16-bit (one-word) module : Six digits (including a digit for a sign) are set. (Entry example: -12345)
32-bit (two-word) module : Ten digits (including a digit for a sign) are set. (Entry example: -123456789)
[D] displayed in the number entry box indicates that the entry is decimal.
[Hexadecimal number]
16-bit (one-word) module : Four digits are set. (Entry example: H AB12)
32-bit (two-word) module : Eight digits are set. (Entry example: H ABCDE123)
[H] displayed in the number entry box indicates that the entry is hexadecimal.
9)
Word device present
value
[Decimal number]
16-bit (one-word) module : Six digits (including a digit for a sign) are set. (Entry example: -12345)
32-bit (two-word) module : Ten digits (including a digit for a sign) are set. (Entry example: -123456789)
[D] displayed in the number entry box indicates that the entry is decimal.
[Hexadecimal number]
16-bit (one-word) module : Four digits are set. (Entry example: H AB12)
32-bit (two-word) module : Eight digits are set. (Entry example: H ABCDE123)
[H] displayed in the number entry box indicates that the entry is hexadecimal.
10)
Initial I/O signal of
module
Set the first two digits of the three-digit initial I/O signal of the module.
11)
Initial device number of
buffer memory
Set the number in a decimal number.
8)
*1:
*2:
2 - 48
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
2.9 Test Operation
1
Test operation procedure
Test operation takes place by setting on the setting key window screen the name and number of a device, initial device
number of the buffer memory, and the initial I/O of the module or entering change values.
This subsection takes a change of set values as an example to describe the test operation procedure.
2.
Touch the SET VAL key on the test menu screen.
The setting key window screen appears.
2
Using the
and
keys, move the cursor to the item you want to set.
The keyboard displayed depends on the position of the cursor, as shown below.
SYSTEM MONITOR
1.
OVERVIEW
2.9.4
The position of the cursor displayed
3
LADDER MONITOR
FUNCTION
Keyboard displayed when the cursor is
placed in the device name box
MELSEC-A LIST
EDITOR
4
Keyboard displayed when the cursor is
placed in the device number box
If necessary, enter numbers or characters on the keyboard.
•
6
Del key : Use the Del key to delete an entered character.
INTELLIGENT
MODULE MONITOR
3.
MELSEC-FX LIST
EDITOR
5
• AC key : Use the AC key to delete all characters under the cursor.
• The
and the keys on which nothing is displayed are not available.
• For further information about the setting ranges, see the following:
2.9.3 Information and set items displayed on each setting key window screen
4.
Entry is completed by touching the Enter key.
5.
The keyboard closes by touching the
7
NETWORK
MONITOR
key.
Q MOTION
MONITOR
8
2.9 Test Operation
2 - 49
POINT
Operating the set values of timers and counters
(1) Time-up/Count-up status
Even if a set value or present value is changed after a timer or counter is up, the time-up or count-up status
does not change. The present status is retained.
(2) Changing an index qualifier
Only the constant part of a T/C set value with a qualifier can be changed. The index qualifier cannot be
changed.
(Example) Change the set value of T5 from 300 to 200.
5
200
Change the set value of
T5 from K300 to K200.
Program before change
K300
T5
Program after change
Z2
K200
T5
Z2
Constant part
The index qualifier cannot be changed.
(3) Operation when a password is entered for the controller
When the target controller is a QCPU, the Keyword Release screen appears. Enter the password.
1)
1.
2.
2 - 50
2.9 Test Operation
Enter the password entered in the sequence program at 1).
•
A-Z key : Touch this key to enter alphabetic characters
A to Z (uppercase).
•
a-z
•
0-9 key : Touch this key to enter numbers 1 to 9.
•
Del key
: Use this key to delete an entered character.
•
AC key
: Use this key to delete all characters under the
cursor.
key : Touch this key to enter alphabetic characters
a to z (lowercase).
Entry is completed by touching the Enter key, and the
keyboard closes.
1
OVERVIEW
Test operation basic procedure
SYSTEM MONITOR
2
Touch any switch.
Device entry screen
3
Device Entry screen
LADDER MONITOR
FUNCTION
SET
Touch
4
Touch
MELSEC-A LIST
EDITOR
"TEST"
Test menu screen
5
MELSEC-FX LIST
EDITOR
CANCEL
Touch
SET/RST
SET VAL
VALUE 16
VALUE 32
Touch
Touch
Touch
Touch
BM VAL 16
BM VAL 32
Touch
Touch
If necessary, change bit device on/off or word device values on the setting key window screen.
INTELLIGENT
MODULE MONITOR
6
7
For further information about each setting key window screen, see the following:
NETWORK
MONITOR
Subsection 2.9.3 Information and set items displayed on each setting key window screen
8
Q MOTION
MONITOR
2.9.5
2.9 Test Operation
2 - 51
2.10 Error Messages and Corrective Action
This section describes the error messages displayed when the system monitor function is executed, and
corrective action.
Error message
PLC communications error
Description
Communication could not be established
with the PLC CPU.
Corrective action
(1) Connections between the PLC CPU and the
GOT(disconnected or cut cables).
(2) Has an error occurred in the PLC CPU?
(3) Refer to the following manual for confirming whether the
error has occurred in network.
User's Manual for the GOT used
2 - 52
2.10 Error Messages and Corrective Action
1
LADDER MONITOR FUNCTION
OVERVIEW
3.
SYSTEM MONITOR
2
The ladder monitor enables you to monitor the sequence program within the target controller and change device values.
It is intended to troubleshoot and maintain the PLC system efficiently.
The features of the ladder monitor are shown below.
 The program with ladder symbols can be monitored
You can monitor PLC CPU programs in ladder diagram format and save displayed screens in BMP or JPEG format.
(
3.4 Operation Procedure Common)
(Display example)
3
LADDER MONITOR
FUNCTION
3.1 Features
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
6
INTELLIGENT
MODULE MONITOR
 The display format, device comment display and language can be switched
The following can be switched. (
3.5 Switching the Display Format)
• Display format of device values, timer and counter values
• Comment display/non-display of the target device
• Language used for items of the sequence program such as file name and comments
(Display example)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.1 Features
3-1
(1) Switching the display format
The present value of a word device is displayed in a decimal of hexadecimal number in the lower area of the
screen.
3.5.2 Display switching of decimal numbers/hexadecimal numbers
(2) Device comment display
Comments of the devices used in the sequence program (comments written in the controller) are displayed.
3.5.3 Switching comment/no-comment display
Comment file data stored in a CF card can also be displayed when the MELSEC-Q/L/QnA ladder monitor is
used.(3.3.4 Reading comment files from CF cards)
(3) Language switching (for MELSEC-Q/L/QnA ladder monitor only)
In the MELSEC-Q/L/QnA ladder monitor, language switching (Japanese/Korean/Simplified Chinese) is available
for displaying the following items of a sequence program.
(To switch the language, register the following items with the language (Japanese/Korean/Simplified Chinese)
used for the PLC READING DATA DISPLAY. To display Korean, for example, register the following items with
Korean on GX Developer.)
• File name
• Title
• Comment
• Note
• Statement
Items other than the above (such as menu) are displayed with the system language.
3.5.7 Language switching of the sequence program (MELSEC-Q/L/QnA ladder monitor)
 Other stations can be monitored
You can use the ladder monitor on other station in the data link system containing the GOT (or GOT-connected
station), network system or CC-Link system.
For further information about the connection forms available for the ladder monitor, see the following:
3.2.1 System configuration
 Enhanced interaction with objects (for the MELSEC-Q/L/QnA ladder monitor only)
(1) One-touch ladder jump function
Only by touching an object on a user-created screen, a target device can be searched and displayed.
In addition, in the case of the MELSEC-Q/L/QnA ladder monitor, searching is performed only when the monitor
target of the sequence program that has been read and the monitor target that is set on the object match,
enabling more accurate search.
Even a person who is not the operator familiar with the equipment inside can trace the source of the equipment
error without fail by simple operations, reducing time to stop the error.
3-2
3.1 Features
1
Example) Coil searching by touching a touch switch
Lifter down
Hand close
Hand open
Lifter up
Lifter up
Forward
Back
2
Lifter lower end
X13
Hand close
M52
SYSTEM MONITOR
Lifter down
M54
M53
Lifter up
M53
3
Lifter upper end Lifter up
X10
M53
LADDER MONITOR
FUNCTION
Touch the button of error process
M55
M54
Forward
M54
"Forward operation M54" was not turned
on since the lifter upper-end sensor (X10)
was not turned on.
4
(2) Real-time program searching from advanced alarm display, touch switch
PLC data can be read automatically and programs to be read can be specified.
When a Japanese or English file name is specified, the corresponding program can be read.
Accordingly, the specified program can be read to be searched and the search result is displayed on the monitor
screen by a simple operation as selecting a displayed alarm and then touch the key code switch.
MELSEC-A LIST
EDITOR
Home position
The ladder monitor starts
and searchs for coil "M53"
automatically.
5
 Multiple files can be read
By reading multiple PLC CPU files in advance, reading of another program from the PLC CPU is not needed every
time the program display is switched, and comment display can be switched automatically.
In addition, when ladder data of multiple destinations are stored in a CF card, they can be switched to be displayed
without reading the data from PLC.
This enables more efficient ladder monitoring, reducing the operation time.
MELSEC-FX LIST
EDITOR
Operation flow screen
OVERVIEW
(User-created screen)
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.1 Features
3-3
3.2 Specifications
3.2.1
System configuration
This section describes the system configuration of the ladder monitor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Target controller
Controller
QCPU (Q mode)*1*2, motion controller (Q series)*3
QSCPU*4
LCPU
QnACPU
ACPU/QCPU (A mode), motion controller (A series)
FXCPU*5
CNC (C70, C6/C64)*6
*1
*2
*3
*4
*5
*6
3-4
When the GOT is connected to a QCPU set on a redundant type extension base unit, the ladder monitor function cannot be used.
When the GT15 is connected to QCPU(Q03UDVCPU, Q04UDVCPU, Q06UDVCPU, Q13UDVCPU, Q26UDVCPU), the ladder
monitor function cannot be used.
For the motion controller CPU (Q series), only the PLC CPU area (CPU No.1) in the Q170MCPU and Q170MSCPU can be
monitored.
The GOT cannot write data to devices in the QSCPU.
FX3U or FX3UC is connectable.
Use the function version A2 or later.
3.2 Specifications
1
 Connection type
Display
switching
: Unavailable)
Description
Bus
connection
Direct CPU
connection
*7*8
*7*9*11
Computer link
Ethernet
connection*7
connection*10
MELSECNET/H
CC-Link IE controller
connection,*8
MELSECNET/10
connection*3*8,
CC-Link IE field
connection*8
connection*4
Device search, defect
search, etc.
*1
Displaying word
devices in DEC or
HEX
*1
Displaying device
comments, etc.
*1
CC-Link connection
ID*5*7
G4*6*7
Reference
section
3.6
3.5
Changing device
Test operation
values, etc.
*2
*1*2
3
*2
3.7
Local device
monitor
Monitoring local
devices
*1
3.8
Hard copy
Storing ladder
monitor screen in
BMP/JPEG format or
printing it with a
printer
*1
3.4.2
5
6
INTELLIGENT
MODULE MONITOR
*10
*11
4
7
NETWORK
MONITOR
*2
*3
*4
*5
*6
*7
*8
*9
For the MELSECNET/10 connection, use a QCPU and network module (QJ71LP21, QJ71LP21-25, QJ71LP21S-25, and
QJ71BR11) with the function version B or later.
The present value of Z cannot be changed. V cannot be turned ON or OFF.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
The QSCPU does not support the connection type.
The LCPU does not support the connection type.
When the GOT is connected to the following CPUs, use L6ADP-R2.
L02CPU, L02CPU-P, L02CPU-CM, L06CPU, L06CPU-P, L26CPU, L26CPU-P, L26CPU-PBT, L26CPU, L26CPU-BT-CM
Ladder monitor cannot be used when using CC-Link IE field network Ethernet adapter.
When multiple CPUs are connected, the QnUDE(H)CPU and QnUDVCPU can be connected by using the serial port of the
QCPU.
8
Q MOTION
MONITOR
*1
2
LADDER MONITOR
FUNCTION
Search
operation
: Partly restricted,
MELSEC-A LIST
EDITOR
Name
: Available,
Connection type between GOT and controller
MELSEC-FX LIST
EDITOR
(
Function
SYSTEM MONITOR
(1) When the GOT is connected to a QCPU (Q mode), a motion controller (Q series), a QSCPU, or a
LCPU
OVERVIEW
This function can be used in the following connection types.
3.2 Specifications
3-5
(2) When the GOT is connected to a QnACPU
(
Function
Name
: Partly restricted,
: Unavailable)
Connection form between GOT and controller
Bus
connection
Description
Search
operation
: Available,
Direct CPU
connection
Computer link
connection
Ethernet connection
MELSECNET/10
connection
CC-Link connection
(intelligent device station)
Device search, defect
search, etc.
Reference
section
3.6
Displaying word devices in
DEC or HEX
Display
switching
3.5
Displaying device
comments, etc.
Test
operation
Changing device values,
etc.
Local device
monitor
Monitoring local devices
Hard copy
Storing ladder monitor
screen in BMP/JPEG format
or printing it with a printer
*1
*1
*1
*1
3.7
-
3.4.2
The present value of Z cannot be changed. V cannot be turned on or off.
(3) When the GOT is connected to an ACPU/QCPU (A mode) and an A series motion controller CPU
(
Function
Name
Bus
connection
Description
Device search, defect
search, etc.
Display
Displaying word devices in
DEC or HEX
: Unavailable)
Direct CPU
connection
Computer
link
connection
Ethernet
connection
MELSECNET/10
connection
CC-Link connection
(intelligent device station)
Reference
section
3.6
*3
3.5
Displaying device
comments, etc.
Test
operation
Changing device values,
etc.
Hard copy
Storing ladder monitor
screen in BMP/JPEG
format or printing it with a
printer
*1
*2
*3
3-6
: Partly restricted,
Connection form between GOT and controller
Search
operation
switching*1
: Available,
*2
*2
*2
3.7
3.4.2
If the total capacity of parameters, sequence programs, T/C set values, comments, and extension comments is 144 Kbytes or
over, comments cannot be correctly displayed.
The present value of V and Z cannot be changed.
Subprograms 2 and 3 of the A4UCPU (in computer link connection) cannot be ladder-monitored.
3.2 Specifications
1
(4) When the GOT is connected to an FXCPU
Reference
section
Ethernet connection
Device search, defect search,
etc.
3.6
Displaying word devices in
DEC or HEX
3.5
Displaying device comments,
etc.
Test
operation
Changing device values, etc.
Hard copy
Storing ladder monitor screen
in BMP/JPEG format or
printing it with a printer
*1
*2
*1*2
*1*2
3.7
3.4.2
(5) When the GOT is connected to a CNC
(a) When the GOT is connected to a CNC C70
Use CNC C70 of software version B1 or later (BND-1006W000-B1 or later).
(
: Unavailable)
Description
Bus
connection
Direct CPU
*1
connection
Computer link
connection
Ethernet
connection
*6
MELSECNET/H
connection,
MELSECNET/10
connection
Device search, defect
search, etc.
*2
Displaying word
devices in DEC or
HEX
*2
Displaying device
comments, etc.
*2
Test
operation
Changing device
values, etc.
Hard copy
Storing ladder
monitor screen in
BMP/JPEG format or
printing it with a
printer
*1
*2
*3
*4
*5
*6
*7
*8
*9
CC-Link IE
controller
connection*3*4,
CC-Link IE field
connection*5
CC-Link
connection
4
ID*6*8
Reference
section
G4*7*8
3.6
3.5
*3
*2 *3
*3
*2
3.7
3.4.2
5
6
INTELLIGENT
MODULE MONITOR
Display
switching
: Partly restricted,
Available with the multiple CPU system including a QCPU (Q mode).
For the MELSECNET/10 connection, use a QCPU and network module (QJ71LP21, QJ71LP21-25, QJ71LP21S-25, and
QJ71BR11) with the function version B or later.
The present value of Z cannot be changed. V cannot be turned ON or OFF.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Available with the Display I/F connection only.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
7
NETWORK
MONITOR
Search
operation
: Available,
Connection form between GOT and controller
8
Q MOTION
MONITOR
Name
2
3
The present value of V and Z cannot be changed.
The set values of T and C cannot be changed.
Function
OVERVIEW
Direct CPU connection
LADDER MONITOR
FUNCTION
Display
switching
Connection form between GOT and controller
Description
: Unavailable)
MELSEC-A LIST
EDITOR
Search
operation
: Partly restricted,
MELSEC-FX LIST
EDITOR
Function
Name
: Available,
SYSTEM MONITOR
(
3.2 Specifications
3-7
(b) When the GOT is connected to a MELDAS C6/C64
(
Function
Name
: Available,
Description
Bus connection
Direct CPU
connection
Computer link
connection
Ethernet
connection
MELSECNET/10
connection
Search
operation
Device search, defect
search, etc.
*1
Displaying word devices in
DEC or HEX
*1
Display
switching*1
: Partly restricted,
: Unavailable)
Connection form between GOT and controller
CC-Link connection
ID*4
G4*5
3.6
3.5
Displaying device
comments, etc.
Test operation
Changing device values,
etc.
Hard copy
Storing ladder monitor
screen in BMP/JPEG
format or printing it with a
printer
*1
*2
*3
*4
*5
Reference
section
*2 *3
*2 *3
*1 *2 *3
*2 *3
*1
3.7
3.4.2
For the MELSECNET/10 connection, use a QCPU and network module (QJ71LP21, QJ71LP21-25, QJ71LP21S-25, and
QJ71BR11) with the function version B or later.
The present value of Z cannot be changed. V cannot be turned ON or OFF.
The set values of T and C cannot be changed.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
 Required option OS' and option function boards
The option function OS' and option function boards shown in the table below are required.
1.1.2 Hardware and OS’ required for each function
(1) Extended function OS and option OS
Install the option OS in the above table to the GOT.
When executing the test operation, install the system monitor (extended function OS) to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) OS memory space
For installing the extended function OS and option OS, the available space shown in the above table is required
in the user area.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(3) Option function board
(a) For GT16
No option function board is required.
(b) For GT15
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
 Display screen for the ladder monitor
A sequence program of up to 8 lines (one line: up to 11 contacts (12 or more contacts will be looped back)) is
displayed on a single screen.
In addition, the current values of up to 8 word devices (9 or more devices are displayed by switching the display with
the arrow key) etc. are displayed.
For the GT1695M-X, GT1685M-S, GT1675M-S, GT1665M-S, GT1595-X, GT1585V-S, GT1585-S, GT1575V-S, or
GT1575-S, the MELSEC-Q/QnA ladder monitor displays a sequence program of up to 15 lines (one line: up to 11
contacts (12 or more contacts will be looped back)) on a single screen.
3-8
3.2 Specifications
3.2.2
1
Devices and range that can be monitored
(
Output
Y000 to YFFF (hexadecimal)
Internal relay
M0 to M8191
Latch relay
L0 to L8191
Step relay
S0 to S8191
Special internet relay
M9000 to M9255
Link relay
B0000 to B1FFF (hexadecimal)
Timer
T0 to T2047
Counter
C0 to C1023
Data register
D0 to D8191
Special data register
D9000 to D9255
Link register
W0000 to W1FFF (hexadecimal)
Annunciator
F0 to F2047
File register
R0 to R8191
Accumulator
A0 to A1
Index register
V to V1 to V6
Index register
Z to Z1 to Z6
Nesting
N0 to N7
Pointer
P0 to P255
Interrupt pointer
I0 to I31
2
SYSTEM MONITOR
X000 to XFFF (hexadecimal)
Search operation
3
LADDER MONITOR
FUNCTION
Input
Ladder display
4
MELSEC-A LIST
EDITOR
Device range
: Impossible)
5
(2) MELSEC-FX ladder monitor
(
X000 to X337 (octadecimal)
Output
Y000 to Y337 (octadecimal)
Auxiliary relay
M0 to M8511
State
S0 to S4095
Timer contact
T0 to T511
Counter contact
C0 to C255
Data register
D0 to D8511
Index register
V0 to V7
Index register
Z0 to Z7
Nesting
N0 to N7
Pointer
P0 to P4095
Interrupt pointer
I00* to I30* (four points) : Fx0
I00* to I50* (six points) : Fx1, Fx2
I6** to I8** (three points) : Fx1, Fx2
I010 to I060 (six points) : Fx1, Fx2
Extension register
R0 to R32767
Device monitor
display
Search operation
6
INTELLIGENT
MODULE MONITOR
Input
Ladder display
7
NETWORK
MONITOR
Device range
: Impossible)
8
Q MOTION
MONITOR
Device
: Possible,
MELSEC-FX LIST
EDITOR
Device
: Possible,
Device monitor
display
OVERVIEW
(1) MELSEC-A ladder monitor
3.2 Specifications
3-9
(3) MELSEC-Q/L/QnA ladder monitor
(
Device
Device range
Input
X0 to 1FFF, DX0 to 1FFF
Output
Y0 to 1FFF, DY0 to 1FFF
Internal relay
M0 to 32767
Latch relay
L0 to 8191
Link relay
B0 to 7FFF
Timer
T0 to 2047
Retentive timer
ST0 to 2047
Counter
C0 to 1023
Data register
D0 to 12287
Link register
W0 to 1FFF
Annunciator
F0 to 2047
Edge relay
V0 to 2047
Ladder display
: Possible,
Device monitor
display
: Impossible)
Search operation
R0 to 32767
File register
ZR0 to 32767
ZR32768 to 4184063
Extended data register
D0 to 32767
*1
Extended link register
W0 to 7FFF
*1
Link special relay
SB0 to 7FF
Link special register
SW0 to 7FF
Step relay
S0 to 8191
Z0 to 15
Index register
Z16 to 19
*1
ZZ0 to 18
*2
Special relay
SM0 to 2047
Special data register
SD0 to 2047
Function input
FX0 to F
Function output
FY0 to F
Function register
FD0 to 4
Link direct device
J
¥
U
¥
Intelligent function module
U3En
Nesting
N0 to 14
Pointer
P0 to 4095
Interrupt pointer
I0 to 255
SFC block device
BL0 to 319
SFC transition device
TR0 to 511
Network No. device
J0 to 255
U0 to FF
I/O No. device
3E0 to 3E3
Macro registration device
*1
*2
3 - 10
¥
VD0 to
For searching devices with the menu for the ladder monitor, the device number cannot be specified.
Search ZZ by specifying Z. (For searching ZZ0, specify Z0. For searching ZZ1, specify Z1.)
ZZ0 is not searched by specifying Z1.
When a sequence program has Z and ZZ, specifying Z searches both Z and ZZ.
3.2 Specifications
For the FXCPU in Ethernet connection, the GOT can monitor only the host station.
The access range other than the above is the same as the access range when the GOT is connected to a controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
2
SYSTEM MONITOR
Precautions
(1) Inapplicable GOT
The ladder monitor cannot be used with the GOTs shown below.
Inapplicable GOT
GT15
GT1555-Q, GT1550-Q
3
(2) Precautions to be taken while the ladder monitor is activated
While the ladder monitor is activated, do not perform the following for the GOT.
Otherwise, the stored data may be deleted or the ladder monitor may not operate normally.
• Turning the CF card access switch (ON, OFF)
• Installing/removing the CF card
(3) Ladder display
Up to 24 lines can be displayed per ladder block.
If a sequence program is written in which 24 or more lines are used in a ladder block, the ladder cannot be
correctly displayed. It is advisable to divide such programs.
(4) When the system is connected to an FXCPU
(a) During PLC reading, only the host station is read.
(b) An STL (step ladder) command, a dedicated command for the FXCPU, is displayed as shown below.
Ladder monitoring by GOT
Display example of
STL command
Y0000
X0000
SET S20
X0000
SET S21
5
6
How an INV command is displayed
INTELLIGENT
MODULE MONITOR
(c)
4
MELSEC-FX LIST
EDITOR
STL S0
LADDER MONITOR
FUNCTION
GOT
MELSEC-A LIST
EDITOR
3.2.4
OVERVIEW
1
Access range
Ladder monitoring by GOT
X000
Y0000
7
(d) When searching an STL command, use "S (state)" in a device search.
(e) The 32-bit counters are displayed in 32-bit fixed display in the device monitor.
(f)
When using FX3U(C), if the memory capacity is set to 32,000 or higher with the GX Developer PLC
parameters, sequence programs cannot be displayed.
When displaying a sequence program with the GOT, set the memory capacity to 16,000 or less.
8
Q MOTION
MONITOR
(g) Changes to T/C set values are reflected on the ladder monitor display only when they are made with the
system monitor or test function.
When a value is changed by numerical input or other object, the change is reflected on the display after the
GOT is restarted.
NETWORK
MONITOR
3.2.3
3.2 Specifications
3 - 11
(5) When reading multiple files
(a) Continuous searching in multiple sequence programs is allowed only for device search, contact search, coil
search, and touch search.
(b) For searching in multiple sequence programs, the GOT can display search results of the previously
Sea.
searched program by touching the Back key.
The GOT cannot display search results of multiple programs on one screen.
When programs are switched, the currently displayed search results of the program disappear from the
screen.
(c)
Sea.
For returning to the search results of the previously searched program by touching the Back key during
searching in multiple sequence programs, the touch operation is canceled when the previously searched
program is deleted.
(d) For defect search, when multiple sequence programs have been read, searching is performed continuously
in the program that is searched and displayed first.
Continuous searching in multiple programs is not performed.
(e) Automatical reading and seaching of a specified sequence program is allowed only for the special function
switch and advanced alarm display.
(f)
If the monitor target is changed to another PLC, all the files that have been stored in the drive of the GOT
are deleted when data are read from the PLC.
(g) Without changing the monitor target PLC CPU, files stored in the drive of the GOT will not be deleted by
changing the read target drive.
When all files are read from the monitor target PLC CPU with the automatic PLC read setting made,
therefore, the programs to be searched and the monitor target programs may not match.
In such a case, delete unnecessary files on the file list window.
(h) Up to 512 files of ladder data including those displayed on the GOT (up to 3 files) can be stored in the
storage destination drive.
When 511 files of ladder data are stored and another ladder data is displayed on the GOT, therefore,
storing a new ladder data is not allowed.
(6) Reading comment files
(a) Comment data can be read from a CF card only with the MELSEC-Q/L/QnA ladder monitor.
(b) Only files with the file names (program names) with one-byte alphanumeric characters are applicable to the
GOT.
When project data are created on GX Developer, use only one-byte alphanumeric characters for file names
(program names).
(c)
When the data save location is set to [None], save only one comment file in a CF card.
Multiple comment files cannot be read.
(7) Monitoring local devices
(a) When a sequence program stored in a PLC CPU is changed, be sure to read the program with the GOT.
When the sequence program in the PLC CPU is changed after reading the sequence program with the
GOT, the GOT may not correctly monitor local devices.
(b) For monitoring local devices, do not monitor the same local device in the same PLC CPU simultaneously
with multiple GOTs and GX Developer.
(c)
When the same local device in the same PLC CPU is simultaneously monitored with multiple GOTs and GX
Developer, the GOT cannot correctly monitor the devices.
(8) Changing set values of timer and counter when monitoring multiple programs
For monitoring multiple programs, set values of all the target programs can be changed by switching displayed
programs when the test menu screen is opened from the ladder monitor screen.
3 - 12
3.2 Specifications
1
2
SYSTEM MONITOR
Reflecting value changes in display of ladder monitor screen
For opening the test menu screen from the system monitor screen or user-created screen, even if the set values of
the timer and counter are changed, the changed values are not reflected in the display of the ladder monitor
screen.
For reflecting the changed values in the display of the ladder monitor screen, read the program again.
OVERVIEW
POINT
Even though Universal model QCPU processes 64-bit data, the GOT cannot monitor the 64-bit data.
(10) Precautions for QSCPU
(a) The GOT cannot write data to the devices in the QSCPU.
(b) For a safety function block, only the FB definition name is displayed in the application instruction format.
The program in the safety function block is not displayed.
3
LADDER MONITOR
FUNCTION
(9) Precautions for Universal model QCPU
4
MELSEC-A LIST
EDITOR
safety function block
Search operation
GOT operation
The GOT adds and displays the ladder block that shows the FB definition name in the
application instruction format in the last row.
For the continuous search, when the program in the safety function block has multiple target
devices, the ladder block is added to the last row only one time.
Step search
The GOT displays the ladder block that shows the FB definition name in the application
instruction format corresponding to the searched step.
Defect search
The GOT adds and displays the ladder block that shows the FB definition name in the
application instruction format in the last row and ends the defect search.
(The operaiton is the same as that when all the defective devices are searched.)
6
INTELLIGENT
MODULE MONITOR
Device search
Contact point search
Coil search
5
MELSEC-FX LIST
EDITOR
The following shows the GOT operation when the program in a safety function block has the target of the
search operation.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(c)
3.2 Specifications
3 - 13
3.3 Operation for Display
This section describes the operation procedure from turning on the power to the GOT to ladder monitor function display.
For the ladder monitor start operation when using one-touch ladder jump function, refer to the following.
Start operation when using the One-touch Ladder Jump function (for the MELSEC-Q/L/QnA
ladder monitor only)
 Start operation for the Ladder Monitor
(1) Normal operation
This subsection describes the flow until the ladder monitor operation screen is displayed after a ladder monitor
(Option OS) is installed in the GOT.
Start
Turn on the power to the GOT.
Starting from the special
function switch (ladder monitor)
set in the project data
Starting from
the utility
Display the utility.
Touch the special function switch.
Starting from
the MELSEC-L
troubleshooting
Activate [Ladder monitor] on the
MELSEC-L troubleshooting screen.
Touch
[Ladder monitor].
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor screens1]
[Ladder monitor]
from the Main Menu.
For how to display the utility, refer to the
User's Manual for the GOT used.
Refer to the following manual for how to
set the special function switch.
GT Designer3 Version1
Screen Design Manual (Functions)
2. TOUCH SWITCH
15.4 Operation Procedures
Set the channel No., network No.,
station No., etc.
3.3.2 Display
Communication setting window
Read the PLC and display the
sequence program.
3.3.2 Display
End
3 - 14
3.3 Operation for Display
1
POINT
OVERVIEW
(1) How to display the utility
For how to display the utility, refer to the following.
(
3.3.1 Setting and deleting media for saving ladder data)
(3) If the project data has not been downloaded
The ladder monitor can be started from the utility even if the project data has not been downloaded to the
GOT.
 Start operation when using the One-touch Ladder Jump function (for the MELSEC-Q/L/
QnA ladder monitor only)
By using the special function switch, advanced user alarm display, or others, start the Ladder Monitor, and sequence
program files can be read automatically and devices can be searched automatically.
The following shows objects which can use the One-touch Ladder Jump function.
2
SYSTEM MONITOR
(2) How to make PLC reading unnecessary when turning the GOT power on again
With the MELSEC-Q/L/QnA ladder monitor, you can save ladder monitor data to a memory card or internal
flash memory.
If you save the data beforehand, it is not necessary to read the PLC when switching the GOT power on again.
3
LADDER MONITOR
FUNCTION
User's Manual for the GOT used
4
MELSEC-A LIST
EDITOR
Object
Before executing the automatic PLC read
(1) Setting the automatic PLC read
When reading a sequence program file or a comment file from controllers, the automatic PLC read have to be
set on GT Designer3 or in the utility.
For the setting of automatic PLC read, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 4.9 GOT Display and Operation
Setting
User's Manual for the GOT used
(2) Specifying an automatic PLC read file
With the special function switch or advanced user alarm display, the target sequence program of automatic
PLC read can be specified in each object setting.
However, the operation differs depending on the automatic PLC read setting on GT Designer3 or in the utility.
Operation
7
Done
The specified sequence program file is read automatically.
None
All sequence program files are read automatically.
Done
No sequence program file is read.
To search automatically, if a sequence program file of the specified
file name among the sequence program files read in the GOT
exists, it is executed.
None
No sequence program file is read.
To search automatically, if a sequence program file read in the GOT
exists, it is executed to all files.
None
NETWORK
MONITOR
Done
File name specification in
objects
6
8
Q MOTION
MONITOR
Automatic PLC read setting of
GT Designer3/utility
5
MELSEC-FX LIST
EDITOR
POINT
INTELLIGENT
MODULE MONITOR
Special function switch, advanced user alarm display, alarm history display, user alarm display
3.3 Operation for Display
3 - 15
(2) Starting from the special function switch
Select [Ladder Monitor] in [Switch Action], and the [Use One-touch Ladder Jump] check box of the special
function switch. By touching this switch, Ladder Monitor can be started.
Operation at start differs depending on the setting contents of the special function switch.
For the setting items for the special function switch, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions) 2. TOUCH SWITCH
(
Setting
Search Method
Specify Search File
: Set,
: Not set)
Operation for touching the special function
switch
(a)
Specify Search Device*1
(b)
(c)
Specify Connected Station*2
(d)
*1
*2
When [Specify Search Device] is selected, set [Ladder Search Device] and [Ladder Search Mode].
The setting of PLC station number is included in the [Ladder Search Device] setting.
When [Specify Connected Station] is selected, set [CH No.] and [Network].
If [Other] in [Network] is selected, also set [N/W No.], [PC Station No.] and [CPU Machine].
(a) Operations for searching a device with specifying the file name
Start Ladder Monitor
Automatic PLC read
(The set sequence
program file)
Automatic search for
Ladder Search Device
(Coil/Factor)
Ladder monitor screen
(The search result is
displayed.)
(b) Operations for searching a device without specifying the file name
Start Ladder Editor
(c)
Automatic PLC read
(All sequence program
files)
Automatic search for
Ladder Search Device
(Coil/Factor)
Ladder monitor screen
(The search result is
displayed.)
Operations for searching a connected station with specifying the file name
Start Ladder Editor
Automatic PLC read
(The set sequence
program file)
Ladder monitor screen
(d) Operations for setting a connected station without specifying the file name
Start Ladder Editor
PLC read screen
HINT
Operations for the special function switch when not using the One-touch Ladder Jump function
When the [Use One-touch Ladder Jump] is not selected, the operation for touching the special function switch is
the same as when starting from the utility.
In this case, the automatic PLC read is not executed.
Start operation for the Ladder Monitor
3 - 16
3.3 Operation for Display
GT Designer3 Version1 Screen Design Manual (Functions) 11.3 Advanced User Alarm Display
(
Ladder search setting*1
: Not set)
Operation for touching the special function
switch
Specify Search File
(a)
(b)
The setting of PLC station number is included in the target device.
3
(a) Operations for setting the Ladder Search Mode and file name
Start Ladder Editor
Automatic PLC read
(The set sequence
program file)
Automatic search for
Ladder Search Device
(Coil/Factor)
Ladder monitor screen
(The search result is
displayed.)
Automatic search for
Ladder Search Device
(Coil/Factor)
Ladder monitor screen
(The search result is
displayed.)
(b) Operations for setting the Ladder Search Mode
Start Ladder Editor
Automatic PLC read
(All sequence program
files)
(4) Starting from the alarm history display or user alarm display
By selecting an alarm in the alarm history display or user alarm display and touching the key code switch
(setting the key code of [Display Ladder]), the Ladder Monitor can be started and the device of alarm can be
coil-searched.
Automatic PLC read
(All sequence program
files)
Automatic search for
Ladder Search Device
(Coil)
4
5
Ladder monitor screen
(The search result is
displayed.)
MELSEC-FX LIST
EDITOR
Start Ladder Editor
LADDER MONITOR
FUNCTION
*1
2
MELSEC-A LIST
EDITOR
Ladder Search Mode
: Set,
SYSTEM MONITOR
By selecting an alarm in the advanced user alarm display and touching the key code switch (setting the key
code of [Display Ladder]), the Ladder Monitor can be started and the device of alarm can be searched.
Operation at start differs depending on the setting contents of the advanced user alarm observation.
For the setting items for advanced user alarm observation, refer to the following.
OVERVIEW
1
(3) Starting from the advanced user alarm display
For the alarm history display, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions) 11.5 Alarm History Display
For the user alarm display, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions) 11.6 User Alarm Display
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.3 Operation for Display
3 - 17
 Changing screens
The following describes screen changes of (1) Normal operation using an example of the MELSEC-Q/L/QnA ladder
monitor.
Screen changes of the A/FX ladder monitor is the same.
<MELSEC-Q/L/QnA ladder monitor>
When ladder data is stored on a memory
card or in the built-in flash memory after
the power to the GOT is turned on
Start the ladder monitor.
For further information, refer to the following.
"Operation for display"
<MELSEC-Q/L/QnA ladder monitor>
When no ladder data is stored after
the GOT is started
<MELSEC-A/FX ladder monitor>
When performing the ladder monitor
first after starting the GOT
(
<MELSEC-Q/L/QnA/A/FX ladder monitor>
When ladder data has already been read
after the GOT was started
3.3.3 Display)
Menu
Display format change/
search/Menu window
screen display
Menu
Connect
list
File list
Touch
(
(
3.3.3 Display)
Connect
List/switch of targets
list
3.3.3 Display)
Exit
Enter
Exit
Ladder
PLCRD.
Touch
Touch
Touch
Touch
Touch
PLC reading setting
window display
Touch
PLC reading screen
File list List/switch of
ladder data
PLCRD.
Touch
Touch
(
(
3.3.3 Display)
3.3.3 Display)
Exit
Touch
When the ladder monitor has
been started from the utility
Exit
Touch
Switches to the
Menu screen.
user-created screen.
3.3 Operation for Display
3.5 Switching the Display
Format,
3.6 Search Operation)
Exit
Touch
When the ladder monitor has been started
by the special function switch
Switches to the Main
3 - 18
(
(1) Setting for the MELSEC-Q/L/QnA ladder monitor
Up to 512 files of data used for the ladder monitor function (sequence programs, device comments) can be
stored in a selected drive.
The ladder data storable capacity differs according to the ladder data storage destination.
Storage destination
A: Standard CF Card
B: Extended Memory Card
C: Built-in Flash Memory
Capacity
Up to the installed CF card available space.
4MB
Storing ladder data eliminates the need to read ladder data from the PLC CPU every time powering on the GOT,
reducing the time before executing the ladder monitor.
If the CF card is designated as a destination for storing data, ladder data of multiple destinations can be stored
simultaneously.
For the ladder data storage destination setting, refer to the following.
When setting with the utility
User's Manual for the GOT used
2
SYSTEM MONITOR
 Setting the ladder data storage destination
OVERVIEW
1
Setting and deleting media for saving ladder data
3
LADDER MONITOR
FUNCTION
3.3.1
4
When setting with GT Designer3
MELSEC-A LIST
EDITOR
GT Designer3 Version1 Screen Design Manual (Fundamentals)
POINT
Precautions when the ladder data storage destination is set to [None]
• Only one sequence file and comment file of ladder data can be read in the GOT.
• When searching program files using the one-touch ladder jump function, specify a file to be searched.
(2) Setting for the A/FX ladder monitor
Ladder data cannot be stored.
For the A/FX ladder monitor, data for ladder monitoring are deleted every time the GOT is powered on again.
 Deleting ladder data
MELSEC-FX LIST
EDITOR
5
6
INTELLIGENT
MODULE MONITOR
Ladder data can be deleted with the ladder monitor screen or the utility.
When deleting the ladder data with the utility, the GOT clears all the stored ladder data.
To delete only the specific data, delete them on the ladder monitor screen.
For deletion of ladder data, refer to the following.
When deleting with the ladder monitor screen
3.3.2 Display
7
When deleting with the utility
NETWORK
MONITOR
User's Manual for the GOT used
Q MOTION
MONITOR
8
3.3 Operation for Display
3 - 19
3.3.2
Display
This subsection describes the procedure for reading the PLC to read the sequence program from the target controller
when the ladder monitor is executed, and until the ladder monitor screen is displayed.
The operation of reading the PLC depends on the controller type.
 When the MELSEC-A/FX ladder monitor is executed
The MELSEC-A ladder monitor is taken as an example to describe the operation procedure.
Utility display
procedure
Subsection 3.3.1
1.
2.
The communication setting window is displayed.
• The name of the Communication driver installed in the
GOT is displayed.
• Touch "ChNo." on the communication setting window
and set the channel number of the controller targeted to
the ladder monitor.
Touch the
key, and move the cursor to "NETWK No [ ]."
Set the network number of the target controller and the
CPU station number according to the table shown below.
Connection form
Setting
NETWK No
STATION*1
Bus
connection
Direct
CPU
connection
0
FF
Computer
link
connection
Ethernet
connection
CC-Link
(intelligent
device
station)
MELSEC
NET/10
connection
1 to 239
0
0: Host loop
1 to 255:
Specified
loop
1 to 64
0: Master
station
1 to 64:
Local
station
0: Control
station
1 to 64:
Normal
station
*1 When the station No. is set to the host station (FF), set the network No. to 0.
(Continued to next page)
3 - 20
3.3 Operation for Display
For the operation of the key window, see the following:
2.4.3 Key window setting columns and operation
procedure
Entry is completed by touching the Enter key, and the key
window closes.
1
PLC reading screen
Touch the
,
,
, and
keys to specify the
following items listed under "READ SECTION."
• Sequence program
(In the case of the MELSEC-A ladder monitor)
Main program
Subprogram 1
Subprogram 2 (A4U)
Subprogram 3 (A4U)
(In the case of the MELSEC-FX ladder monitor)
Main program (fixed)
• SETTING/NON SETTING for comment reading
2
SYSTEM MONITOR
3.
OVERVIEW
(From previous page)
3
LADDER MONITOR
FUNCTION
In the case of the FXCPU
POINT
Displaying the ladder monitor screen
The MELSEC-FX ladder monitor screen displays the
sequence program that was executed when the PLC was
read. If any of the set values of the sequence program is
changed, re-read the PLC.
Changes to set values are displayed on the screen when
the MELSEC-A ladder monitor is executed.
It is not necessary to re-read the PLC.
5
MELSEC-FX LIST
EDITOR
After the items under "READ SECTION" are specified,
touch the
key.
6
INTELLIGENT
MODULE MONITOR
4.
MELSEC-A LIST
EDITOR
4
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
(Continued to next page)
3.3 Operation for Display
3 - 21
5.
(From previous page)
When no keyword is registered
in the target controller
Enter the keyword registered in the target controller.
(In the case of the MELSEC-A ladder monitor)
The data entered can be corrected with the following keys:
Del key :Used to delete a character of the entered
information.
AC key :Used to delete all characters entered.
When a keyword is
registered in the
target controller
(In the case of the MELSEC-FX ladder monitor)
Touch the Keyword key to enter the keyword registered in the
target PLC CPU.
For the FX CPU keyword, refer to the following.
User's Manual for the GOT used
(Continued to next page)
3 - 22
3.3 Operation for Display
The sequence program is read.
• The message "EXECUTING" is displayed.
• The entire size of the program and the portion already read
are displayed.
Portion already read/entire program size
• The reading of the PLC stops by touching the Break key.
2
SYSTEM MONITOR
6.
OVERVIEW
1
(From previous page)
7.
The reading of the sequence program is completed.
The message "OPERATION COMPLETE" is displayed.
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
5
Ladder
Touch
MELSEC-FX LIST
EDITOR
EXIT
Touch
When the ladder monitor is activated
When the ladder monitor is activated
from the utility
by the special function switch
The screen switches to
main menu.
the user-created screen.
INTELLIGENT
MODULE MONITOR
The screen switches to the
6
Ladder monitor screen
NETWORK
MONITOR
7
Reading the PLC in the following operations
Once the PLC is read, you do not have to read it in the following operations.
However, it must be re-read after you read it and then downloaded project data and when the power to the GOT is
turned on again.
3.3 Operation for Display
3 - 23
8
Q MOTION
MONITOR
POINT
 When the MELSEC-Q/L/QnA ladder monitor is executed
The MELSEC-Q ladder monitor is taken as an example to describe the operation procedure.
With regard to the MELSEC-QnA ladder monitor, if any keyword is entered in the target controller, it must be entered
after procedure 5.
Utility display
procedure
Subsection 3.3.1
When no ladder data
is stored
When ladder data
is already stored
1.
Select and touch YES or NO as described below.
• To use stored ladder data, touch YES .
• To delete stored ladder data and read new ladder data,
touch NO .
YES
NO
Touch
Touch
2.
Select and touch YES or NO as described below.
• To delete stored ladder data, touch YES .
• To keep stored ladder data, touch NO .
Ladder monitor screen
YES
(Continued to next page)
3 - 24
3.3 Operation for Display
1
The communication setting window is displayed.
• The name of the Communication driver installed in the
GOT is displayed.
• Set the channel number of the controller targeted to the
ladder monitor.
Touch the
key, and move the cursor to "NETWK No [ ]."
2
SYSTEM MONITOR
3.
OVERVIEW
(From previous page)
Set the network number of the target controller, the CPU
station number, and the CPU number according to the table
shown below.
Setting range
STATION*1
CPU No
0
1 to 239
0: Host loop
1 to 255:
Specified
loop
1 to 64
0: Control
station
1 to 64:
Normal
station
FF
MELSECNET/
H connection,
MELSECNET/
10 connection
CC-Link IE
controller
connection
CC-Link IE
field
network
connection
CC-Link
(intelligent
device
station)
1 to 239
1 to 239
0
1 to 120
0: Master
station
1 to 120:
Local
station
0: Master
station
1 to 64:
Local
station
0 to 4 (Set this item only for the MELSEC-Q ladder monitor.)
6
*1 When the station No. is set to the host station (FF), set the network No. to 0.
For the operation of the key window, see the following:
2.4.3 Key window setting columns and operation
procedure
(Continued to next page)
Entry is completed by touching the Enter key, and the key
window closes.
7
POINT
In the case of Ethernet connection
Set a monitor target using GT Designer2 in advance.
For further information about the setting of monitor target,
see the following:
GOT1000 Series Connection Manual
8
Q MOTION
MONITOR
5.
5
MELSEC-FX LIST
EDITOR
NETWK No
Ethernet
connection
INTELLIGENT
MODULE MONITOR
Setting
Bus
connection,
Direct CPU
connection,
Computer
link
connection
MELSEC-A LIST
EDITOR
4
Connection form
NETWORK
MONITOR
4.
LADDER MONITOR
FUNCTION
3
3.3 Operation for Display
3 - 25
(From previous page)
PLC reading screen
6.
The PLC reading screen is displayed.
Touch the SetUp key. The setting window appears.
POINT
Displaying the ladder monitor screen
When the drive for storing ladder data is set to [C: Flash
Memory], the ladder monitor screen displays the sequence
program at the time of reading data from the PLC.
If any of the set values of the sequence program is
changed, re-read the PLC.
When the drive for storing ladder data is set to [A: Built-in
CF card] or [B:Memory card], changes of the set values
are reflected in the screen display.
Rereading data from the PLC is not required.
7.
The setting window appears. Make settings for the initial
activation of the ladder monitor.*
The settings shown below switch each time you touch the
MEMORY
key.
DISPLAY USE OF EXISTING DATA,
SELECT USE OF CLEAR.
CLEAR EXISTING DATA.
USE OF EXISTING DATA.
*
8.
(Continued to next page)
3 - 26
3.3 Operation for Display
This setting is invalid when the automatic PLC read
setting is made or a searched file is specified, when
performing coil search or defect search from the key
code switch or the special function switch set for the
advanced alarm display.
The After the setting is completed, touch the
button to
close the Setting window.
Using the Drive key, select the target drive (applicable
memory) in which the ladder data to be monitored is saved.
(Continued to next page)
POINT
SYSTEM MONITOR
LADDER MONITOR
FUNCTION
Using the keys shown below, select the file data you want to
read.
key
:Moves the cursor upward.
key
:Moves the cursor downward.
Page key
:Displays the preceding page.
Page key
:Displays the following page.
:Select/Cancel is switched by moving the
SEL. key
cursor and touching this key.
Select All key :Selects all the files in the drive.
Cancel All key :Cancels all the file selections.
:Starts the reading of the file data selected.
READ key
CF Cmnt. Read key
:Starts reading a comment file from a CF
card.
Set the drive to be used for reading the comment file in [Q/L/
QnA ladder monitor] of the utility or [GOT Setup] of GT
Designer3.
User's Manual for the GOT used
For reading comment files from CF cards, refer to the
following.
3.3.4 Reading comment files from CF cards
3
4
MELSEC-A LIST
EDITOR
10. A list of the files stored in the selected drive is displayed.
2
5
MELSEC-FX LIST
EDITOR
The drive selection window is displayed. Enter the target
drive (applicable memory).
Drive number setting range: 0 to 4
:Used to delete a character of the entered
Del key
information.
AC key
:Used to delete all characters under the cursor.
Enter key :Registers the entered information.
When any keyword is set for the selected drive, enter the
keyword.
If canceling the entry, reading of the drive is canceled.
6
INTELLIGENT
MODULE MONITOR
9.
OVERVIEW
1
(From previous page)
7
NETWORK
MONITOR
Multiple ladder data storable
Multiple sequence and comment programs can be read.
For the PLC read setting, refer to the following.
User's Manual for the GOT used
GT Designer3 Version1 Screen Design Manual (Fundamentals)
Q MOTION
MONITOR
8
3.3 Operation for Display
3 - 27
(From previous page)
When no password is entered
in the target controller
When a password is entered
in the target controller
11. Enter the password entered in the target controller.
In the case of the QCPU, a password is entered in the
sequence and comment files.
POINT
When entering passwords for multiple files
When reading multiple files with passwords set, enter
passwords for respective programs.
Canceling an entry cancels the reading of the file.
A-Z key
:Uppercase alphabetic characters
a-z key
:Lowercase alphabetic characters
The data entered can be corrected with the following keys:
:Used to delete a character of the entered
Del key
information.
AC key
:Used to delete all characters entered.
12. The sequence program is read.
• The message "READING PROGRAM" is displayed.
• The entire size of the program and the portion already read
are displayed.
Portion already read/entire program size
• The reading of the PLC stops by touching the Break
key.
13. After sequence programs are read,
the message "OPERATION COMPLETE" is displayed.
(Continued to next page)
3 - 28
3.3 Operation for Display
Select the File list key to delete one specific file.
When it is touched, the program files and comment files
stored in the GOT or in the CF card are displayed in a list.
Connect list
Operations can be performed by touching a key or the display
part directly.
:Select/cancel is switched by moving the
SEL. key
cursor and touching this key.
Select All key :Selects all files.
Cancel All key :Cancels all selections.
Delete key
:Deletes the file selected.
key
:Moves the cursor upward.
key
:Moves the cursor downward.
Page key
:Displays the preceding page.
Page key
:Displays the following page.
File list
SYSTEM MONITOR
If the Q/L/QnA ladder monitor is set as the following, this key
is not displayed.
• [Setting to save ladders] is set as [Save a ladder program].
• [Data save location] is set as [C: Flash Memory] or [Not
store].
2
3
LADDER MONITOR
FUNCTION
Connect list key
and File list key.
Select the Connect list key to delete all the files in one
destination.
When it is touched, the sources from which program files and
comment files are read are displayed in a list.
4
MELSEC-A LIST
EDITOR
14. To delete the read ladder data, touch the
OVERVIEW
1
(From previous page)
Ladder
Touch
Touch
When the ladder monitor is activated
When the ladder monitor is activated
from the utility
by the special function switch
The screen switches to the
The screen switches to
main menu.
the user-created screen.
6
INTELLIGENT
MODULE MONITOR
EXIT
MELSEC-FX LIST
EDITOR
5
Ladder monitor screen
NETWORK
MONITOR
7
Reading the PLC in the following operations
Once the PLC is read with the power to the GOT turned on, you do not have to read it in the following operations.
3.3 Operation for Display
3 - 29
Q MOTION
MONITOR
8
POINT
3.3.3
Searching from the monitor screen
When starting a ladder monitor with object, coil-search/defect search can be automatically performed to the read
sequence program and the result can be displayed on the monitor.
 Usable objects and functions list
The following table shows the types of objects can be searched from a monitor screen and functions usable in each
object.
For object setting to display searching result on ladder monitor, refer to the following manual.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
(1) MELSEC-Q/L/QnA ladder monitor
(
: Applicable
: Inapplicable)
Function
Object
Automatic PLC read
Special Function Switch
*1
Advanced Alarm Display
*1
Specify Search File
Coil
Factor
Alarm List
History
*1
For reading comment files from CF cards, refer to the following.
3.3.4 Reading comment files from CF cards
(2) MELSEC-A/FX ladder monitor
(
: Applicable
: Inapplicable)
Function
Object
Automatic PLC read
Specify Search File
Coil
Factor
Special Function Switch
Advanced Alarm Display
Alarm List
History
 Searching operation
(1) When displaying searching result with the Advanced Alarm Display or Special Function Switch
The following explains the procedure from touching the Key Code Switch for advanced alarm display or Special
Function Switch and performing coil-search or defect search to display of a ladder block.*
The following flowchart explains the operation when the destination to save the ladder block data is specified.
*
3 - 30
When performing MELSEC-A/FX ladder monitor, the operation is the same when displaying the searching result with Alarm List
or History explained (2) .
3.3 Operation for Display
1
The following explains the operation taking MELSEC-Q ladder monitor as an example.
(b) When [Specify Search File] is not selected
Reads all sequence programs in the program
memory of the target controller.
For the setting method of Automatic PLC read,
refer to the following.
When the automatic
PLC read setting is
not made
When the
automatic
PLC read
setting is
made
The monitor target
to be searched is
checked.
GT Designer3 Version1 Screen Design
Manual (Fundamentals)
3
(2) When the Automatic PLC read setting is not
made
Searching starts only when the monitor target of the
sequence program that has been read and the monitor
target that is set for searching on the object match.
When they are mismatch, an error message appears.
Read again to match the monitor target for searching on
the PLC reading screen.
Matches.
Not match.
When a keyword is registered to the read target drive, enter
the keyword.
To read a file to which a password is registered, enter the
password.
If canceling the entry, reading of the drive or file is
canceled.
After the read program is searched, the result is displayed.
When the searched
device is found
Exit
Touch
When the searched Touch
device is not found
Touching the
Touching the
Exit
button searches consecutively.
button completes searching halfway.
5
6
The user-created
screen is
displayed.
(Continued to next page)
* After coil-search, monitoring of the displayed ladder starts
automatically. (During MELSEC-A/FX ladder monitor,
touching the monitor key starts the same operation.)
4.
If the searched device is not found in the read program, the
message "DEVICE NOT FOUND" appears and searching
is completed.
After searching, the program that has been read first is
displayed on the ladder monitor screen.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
The ladder
monitor screen
is displayed.*
3.
4
MELSEC-A LIST
EDITOR
An error message is
displayed.
2.
2
LADDER MONITOR
FUNCTION
Touch
OVERVIEW
(a) When [Specify Search File] is selected
Reads the specified sequence program.
SYSTEM MONITOR
(1) When the Automatic PLC read setting is made
MELSEC-FX LIST
EDITOR
Equipment
Touch a key in monitor screen.
The operation differs depending on object setting.
INTELLIGENT
MODULE MONITOR
1.
3.3 Operation for Display
3 - 31
(From previous page)
5.
When multiple read programs exist, the dialog box which
asks about searching for other programs appears.
Touching the OK button starts searching to all other read
programs.
Cancel
The ladder
monitor screen
is displayed.*
6.
OK
7.
According to the order of the programs that have been read
first, searching is started to the next file and the result is
displayed.
Touching the
Touching the
Exit
searches consecutively.
button completes searching halfway.
POINT
Ladder display during consecutive search
When displaying the ladder block in the next sequence file,
the previous search results are cleared. (
3.6.3 Coil search)
Exit
When the searched
device is found
Touch
Touch
When the searched
device is not found
The ladder
monitor screen
is displayed.*
The user-created
screen is
displayed.
* After coil-search, monitoring of the ladder displayed is
started automatically.
3 - 32
3.3 Operation for Display
8.
Section
If the searched device is not found in all read programs, the
message "DEVICE NOT FOUND" appears and searching
is completed.
After searching, the program that has been read first is
displayed on the ladder monitor screen.
1
(2) When displaying searching result with Alarm List/History
OVERVIEW
The following explains the procedure from touching the Key Code Switch for user alarm display and performing
coil-search of sequence program to display of a ladder block.
Program to be searched
In Alarm List/History, coil-search is performed to the sequence program that has been displayed on the ladder
monitor last among the read sequence programs.
However, when no ladder programs have not been displayed, coil-search is performed to the sequence program
that has been read first.
Therefore, the file to be searched has to be read from the PLC reading screen beforehand.
For setting from the PLC reading screen, refer to the following section.
3.3.3 Display
2
SYSTEM MONITOR
POINT
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.3 Operation for Display
3 - 33
The following explains the operation taking MELSEC-Q ladder monitor as an example.
1.
Touch a key in monitor screen.
Equipment
Touch
Not match.
The monitor target
to be searched is
checked.
Matches.
2.
3.
Searching stats only when the monitor target of the
sequence program that has been read and the monitor
target that is set on the object match.
When they are mismatch, an error message appears. Read
again to match the monitor target for searching on the PLC
reading screen.
In MELSEC-A/FX ladder monitor, an error message does
not appear even they are mismatch, and searching
continues.
Searching result is displayed.
When the searched
device is found
Exit
When the searched Touch
device is not found
The ladder
monitor screen
is displayed.*
The user-created
screen is
displayed.
* After coil-search, monitoring of the ladder displayed is
started automatically. (For the A/FX ladder monitor,
touching the Mon. key provides the same operation.)
3 - 34
4.
Touch
3.3 Operation for Display
5.
Touching the
button searches consecutively.
Touching the Exit button completes searching halfway.
If the searched device is not found, the message "DEVICE
NOT FOUND" appears and searching is completed.
After searching, the normal ladder monitor screen is
displayed.
1
Reading comment files from CF cards
OVERVIEW
A comment file to be used for the ladder monitor can be read from a CF card installed on the GOT.
Using a comment file stored in a CF card has the following advantages.
• The processing time is shorter than the one for reading a comment file from a PLC CPU.
• Writing comment file data into a PLC CPU is not required, so less memory of the PLC CPU is used.
 Procedure for using comment files stored in CF cards
1.
Create a folder with the folder name of
CIRCMNT in a CF card.
When the CIRCMNT folder already exists,
creating a new CIRCMNT folder is not required.
SYSTEM MONITOR
2
The following shows the procedure for using a comment file stored in a CF card.
3.
A comment file (.wcd) is created when the
project data is saved in the GX Developer
format.
For project data that cannot be saved in the GX
Developer format, export the data using [Write
IC memory card] in GX Works2 and change the
extension of the comment file from [.qcd] to
[.wcd].
Copy the comment file (.wcd).
5
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4.
4
MELSEC-A LIST
EDITOR
To read a comment from the project data of GX
Works2, save the project data again in the GX
Developer format. A comment cannot be read
from the project data of GX Works2.
For how to save the project data of GX Works2
in the GX Developer format, refer to the
following.
GX Works2 Version1 Operating Manual
(Common)
MELSEC-FX LIST
EDITOR
2.
LADDER MONITOR
FUNCTION
3
INTELLIGENT
MODULE MONITOR
3.3.4
3.3 Operation for Display
3 - 35
5.
6.
Copy a comment file (.wcd) from the project
data of GX Developer.
Save the copied comment file in the CIRCMNT
folder created in the CF card.
Install the CF card with the comment file on the
GOT.Read the comment file with the ladder
monitor.
POINT
When using comment files stored in CF cards
When comment files exist both in a CF card and a PLC, the comment file to be used may not be read.
For using a comment file stored in a CF card, do not write comment file data into a PLC.
HINT
Displaying/hiding comments
The display/hide selection of comments can be set in the utility screen or in GT Designer3.
The status is reflected to the ladder monitor screen by setting the display/hide selection of comments in advance.
User's Manual for the GOT used
GT Designer 3 Version1 Screen Design Manual (Fundamentals)
3 - 36
3.3 Operation for Display
This section describes the information and key functions displayed on the ladder monitor screen.
The display screen of the ladder monitor varies slightly with the GOT used. This chapter mainly uses the screen of the
GT1575-V for explanation.
POINT
After executing PLC reading, if the controller comment or comment capacity is changed, the comment may not be
correctly displayed on the ladder monitor screen.
When changing the comment or comment capacity, re-start the GOT.
(1) When the MELSEC-A/FX ladder monitor is executed
(a) Display monitor
4)
3
LADDER MONITOR
FUNCTION
The ladder monitor screen depends on the controller type.
SYSTEM MONITOR
2
Information and key functions displayed on the screen
4
:maximum 8 lines
:maximum 3 lines
MELSEC-A LIST
EDITOR
When comment is not displayed
When comment is displayed
ON/OFF status display for ladder monitor
1)
ON status
OFF status
* The MCR command is normally displayed as
5
.
MELSEC-FX LIST
EDITOR
2)
3)
6
The information shown in the table below is displayed.
No.
1)
Description
Sequence program is displayed.
A maximum of 11 contact points is displayed in one line of a ladder; for 12 contact points or more, move to the next line.
When a comment display is specified, a comment is also displayed; expanded comments are given priority.
For the method of displaying comments, see the following:
3.5.3 Switching comment/no-comment display
2)
A maximum of eight devices is displayed for the word device current value, timer and counter current value (upper row), and
set value (lower row). When the set value is an indirect specification, the value of the indirectly specified device is displayed.
To switch between decimal and hexadecimal for the displayed value, see the following:
INTELLIGENT
MODULE MONITOR
3.4.1
OVERVIEW
1
3.4 Operation Procedure Common
7
Display the keys used with the operation on the ladder monitor screen shown in (b)
(Touch input).
4)
The display step number (left) and the remaining step number (right) are displayed.
8
Q MOTION
MONITOR
3)
NETWORK
MONITOR
3.5.2 Display switching of decimal numbers/hexadecimal numbers
3.4 Operation Procedure Common
3 - 37
(b) Key functions (when the MELSEC-A/FX ladder monitor is executed)
Key
Exit
PLCRD.
Function
Returns the screen to the one displayed when the ladder monitor was activated.
Switches the screen to the PLC reading screen to read from the controller the sequence program to be monitored.
For further information about PLC reading, see the following:
3.3.2 Display
Mon.
Starts monitoring the displayed sequence program.
Menu
Displays the Menu window for ladder monitor (
(3) Menu window for the ladder monitor).
Starts the list editor for A/FX.
For details on the A/FX list editor, refer to the following.
List
4. MELSEC-A LIST EDITOR
5. MELSEC-FX LIST EDITOR
Scrolls the information upward by a ladder block.
Scrolls the information downward by a ladder block.
When the number of devices whose present and set values are within the display range shown in 2) on the preceding
page is nine or more, the devices to be displayed are switched.
Scrolls the information downward by a screen.
In search operation, a search is continuously performed under the same conditions.
Print
Screen
Cancel
Print
3 - 38
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, see the following:
3.4.2 Hard copy output
The operation of this key is invalid.
3.4 Operation Procedure Common
1
(2) When the MELSEC-Q/L/QnA ladder monitor is executed
(GOT with VGA resolution)
6)
7)
5)
8)
6)
7)
8)
4)
2
SYSTEM MONITOR
5)
(GOT with SVGA or higher resolution)
OVERVIEW
(a) Display screen
The screen display varies depending on the resolution of the GOT.
1)
1)
3
LADDER MONITOR
FUNCTION
2)
3)
2)
3)
4)
4
ON/OFF status display for ladder monitor
For the number of characters of comments
and comment display, see the following:
• ON status :
• OFF status :
* The MCR command is normally displayed as
MELSEC-A LIST
EDITOR
3.5.4 Displaying 32 characters of comments
.
The information shown in the table below is displayed.
No.
1)
5
Function
Sequence program is displayed.
A maximum of 11 contact points is displayed in one line of a ladder; for 12 contact points or more, move to the next line.
When [Comment Display] is specified, comments are also displayed.
For the method of displaying comments, see the following:
3.5.3 Switching comment/no-comment display.
3.5.2 Display switching of decimal numbers/hexadecimal numbers.
3)
6
INTELLIGENT
MODULE MONITOR
2)
A maximum of eight devices is displayed for the word device current value, timer and counter current value (upper row), and
set value (lower row). When the set value is an indirect specification, the value of the indirectly specified device is displayed.
To switch between decimal and hexadecimal for the displayed value, see the following:
MELSEC-FX LIST
EDITOR
3.5.3 Switching comment/no-comment display
The current status of monitoring local devices is displayed.
"*" blinks just to the right of the local device monitor status display during communicating with a PLC CPU.
Nothing is displayed without monitoring.
• Auto setting(program names).
: A local device is monitored. (The active program name is displayed.)
• Local device monitor not executed.
: A local device is not monitored.
• Local device monitor is not supported. : The PLC CPU being used is inapplicable to the local device.
For switching the local device monitor between execution and non-execution states, refer to the following.
7
4)
Display the keys used with the operation on the ladder monitor screen shown in (b)
(Touch input).
5)
The Ch No., the network No., the station No. and CPU No. are displayed. (Only when the MELSEC-Q ladder monitor function
is executed.)
6)
The drive is displayed.
7)
The file name of the PLC program is displayed.
8)
The total number of steps in the current monitor PLC program is displayed.
NETWORK
MONITOR
(3) Menu window for the ladder monitor
Q MOTION
MONITOR
8
3.4 Operation Procedure Common
3 - 39
(b) Key functions (when the MELSEC-Q/L/QnA ladder monitor is executed)
No.
Exit
PLCRD.
Function
Returns the screen to the one displayed when the ladder monitor was activated.
Switches the screen to the PLC reading screen to read from the controller the sequence program to be monitored.
For further information about PLC reading, see the following:
3.3.2 Display
Mon.
Starts monitoring the displayed sequence program.
Menu
Displays the Menu window for ladder monitor (
(3) Menu window for the ladder monitor).
When the number of devices whose present and set values are within the display range shown in 2) on the
preceding page is nine or more, the devices to be displayed are switched.
Scroll the information upward and downward by a ladder block.
Scrolls the information downward by a screen.
In search operation, a search is continuously performed under the same conditions.
Sea.
Back
Print
Screen
Cancel
Print
Displays back past device/contact point/coil searches or touch searches by one.
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, see the following:
3.4.2 Hard copy output
The operation of this key is invalid.
JUMP
Jump the information upward and downward by ten ladder blocks.
JUMP
3 - 40
Program
list
Displays the program list window (
(4) Program list window)
Connect
list
Displays the connect list window (
(5) Connect list window)
3.4 Operation Procedure Common
1
OVERVIEW
POINT
key
Sea.
Immediately after the Back key has been pressed to go back in the history, a continuous device search
using the
key cannot be executed.
(2) Number of histories that can be gone back
Sea.
Using the Back key, you can go back into the history up to 100 ladders.
(3) Clearing search history
When any of the following operations is performed, the search history is cleared to return to the normal ladder
display.
• When the
key is touched.
(When a single ladder block takes up more than one screen, scrolling can be made within the block.)
JUMP key is touched.
• When the JUMP
• When a step search, END search or defect search is executed.
• When a comment display is changed.
2
SYSTEM MONITOR
(1) Continuous device search by
3
LADDER MONITOR
FUNCTION
Sea.
About the Back key (Only when the MELSEC-Q/L/QnA ladder monitor is executed.)
4
(a) Displaying search results
For searching in multiple sequence programs, the GOT can display search results of the previously
Sea.
searched program by touching the Back key.
The GOT cannot display search results of multiple programs on one screen.
When programs are switched, the currently displayed search results of the program disappear from the
screen.
(b) When searching program is deleted
6
INTELLIGENT
MODULE MONITOR
Sea.
For returning to the search results of the previously searched program by touching the Back key during
searching in multiple sequence programs, the touch operation is canceled when the previously searched
program is deleted.
5
MELSEC-FX LIST
EDITOR
(4) Returning search results during searching in multiple sequence programs
MELSEC-A LIST
EDITOR
• When a new file is read by touching PLCRD. .
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.4 Operation Procedure Common
3 - 41
(3) Menu window for the ladder monitor
(a) Display screen
(b) Key functions
Key
Dev.Sea.
Cont.Sea
Function
Displays the ladder block containing the specified device.
3.6.1 Device search
Displays the ladder block containing the specified device.
3.6.2 Contact point search
Displays the ladder block containing the specified coil.
Coil.Sea.
Search
operation
3.6.3 Coil search
Displays the ladder block containing the specified step number.
Step.Sea
3.6.4 Step search
Displays the last ladder block of the sequence program.
End.Sea.
Xref.
3.6.5 Ladder end search
Searches the ladder blocks for the status of continuity/non-continuity of the contact point that turned
on or off the coil on the sequence program.
3.6.6 Defect search
16/32Bit
Switches the word device and timer/counter values displayed on the ladder monitor
screen to the 16-bit (one-word) or 32-bit (two-word) module.
3.5.1 Display switching of 16-bit (one-word)/32-bit (two-word) modules
Dec.Hex.
Cmnt.
Display
format
switching
Switches the word device and timer/counter values displayed on the ladder monitor screen to decimal
or hexadecimal numbers.
3.5.2 Display switching of decimal numbers/hexadecimal numbers
Switches whether to display the comments added to the word and bit devices displayed on the ladder
monitor screen.
3.5.3 Switching comment/no-comment display
Displays the 32 characters of the comments to the word and bit devices displayed on the ladder
Cmnt.32
monitor screen. For further information, see
3.5.4 Displaying 32 characters of comments
This key is not displayed when the MELSEC-A and MELSEC-FX ladder monitor.
Switches whether to display integrated notes on the sequence program.
Note
Peripheral notes are represented by *.
3.5.5 Displaying notes
This key is not displayed when the MELSEC-A and MELSEC-FX ladder monitor.
Switches whether to display integrated statements on the sequence program.
Statement
Peripheral statements are represented by *.
3.5.6 Displaying statements
This key is not displayed when the MELSEC-A and MELSEC-FX ladder monitor.
Test
operation
Local device
monitor
3 - 42
TEST
Changes device values on the screen when the ladder monitor is executed. For further information,
see the following:
3.7 Test Operation
Switches the local device monitor between execution and non-execution states.
Local Dev.
3.8 Local Device Monitor
The key is not displayed with the MELSEC-QnA ladder monitor.
3.4 Operation Procedure Common
1
(4) Program list window
OVERVIEW
(a) Display screen
1)
SYSTEM MONITOR
2
2)
The following table shows the display details.
3
Function
1)
Displays saved sequence program name.
2)
Displays the keys used in the program list window's operation. (Touch input)
Besides key touch, a program name can be selected by touching the program name directly.
LADDER MONITOR
FUNCTION
No.
(b) Key functions
Key
Function
Switch
4
Switch the monitoring target in the ladder monitor screen to the selected sequence program.
MELSEC-A LIST
EDITOR
Scrolls the display upward or downward by a file.
JUMP
Scrolls the display upward or downward by a page.
JUMP
5
(5) Connect list window
MELSEC-FX LIST
EDITOR
(a) Display screen
1)
INTELLIGENT
MODULE MONITOR
6
2)
The following table shows the display details.
Function
1)
The source from which the sequence program is read (destination) is displayed.
2)
Displays the keys used in the Connect list window's operation. (Touch input)
Besides key touch, a destination can be selected by touching the destination directly.
7
NETWORK
MONITOR
No.
(b) Key functions
Key
Switch
Function
8
Switch the monitoring target in the ladder monitor screen to the sequence program of the selected destination.
Scrolls the display upward or downward by a file.
JUMP
Q MOTION
MONITOR
Scrolls the display upward or downward by a page.
JUMP
3.4 Operation Procedure Common
3 - 43
3.4.2
Hard copy output
This section describes how to store a ladder monitor screen to the memory card in BMP/JPEG file format or print it with
a printer.
Touch [Print
Screen]
A BMP/JPEG file will be stored on the
The ladder monitor screen will be printed
standard CF card inserted in the GOT.
with the printer connected to the GOT.
POINT
• Install the extended function OS (Printer) to the GOT when printing a ladder monitor screen.
• The output target (memory card/printer) of hard copy can be set in Hard Copy of GT Designer2.
For details of hard copy setting, refer to the following.
User's Manual for the GOT used
• When outputting a hard copy, the display can be inverted between white and black.
For invert colors setting, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions) 40. HARD COPY FUNCTION
3 - 44
3.4 Operation Procedure Common
You can switch the display format (16-bit (one-word) module/32-bit (two word) module or decimal number/hexadecimal
number) of word device and timer/counter values displayed on the ladder monitor screen, and whether to display the
comments to the target devices.
module. These modules switch alternately each time you press the 16/32Bit
key.
POINT
Displaying timers and counters
You cannot switch the 16-bit (one-word) or 32-bit (two-word) module with regard to the present and set values of
timers and counters. The GOT automatically selects to display them in the 16-bit (one-word) or 32-bit (two-word)
module.
(Operation example: Switch 16-bit (one-word) module display to 32-bit (two-word) module display.)
1. Touch Mon. .
3
LADDER MONITOR
FUNCTION
During monitoring, the present values of word devices (except timers and counters) are displayed in the 16-bit or 32-bit
SYSTEM MONITOR
2
Display switching of 16-bit (one-word)/32-bit (two-word) modules
MELSEC-A LIST
EDITOR
4
Touch "Mon."
Device values displayed
5
Touch Menu .
MELSEC-FX LIST
EDITOR
2.
Touch "Menu"
Menu window
3.
INTELLIGENT
MODULE MONITOR
6
Touch 16/32Bit .
7
Touch
"16/32Bit"
The word devices are displayed in the 32-bit (twoword) module.
8
Q MOTION
MONITOR
4.
NETWORK
MONITOR
3.5.1
OVERVIEW
1
3.5 Switching the Display Format
3.5 Switching the Display Format
3 - 45
3.5.2
Display switching of decimal numbers/hexadecimal numbers
During monitoring, the present values of word devices and the present values (upper values) and set values (lower
values) of timers/counters are displayed in decimal or hexadecimal numbers. The display formats switch alternately each
time you press the Dec.Hex.
key.
(Example of operation: Switching the decimal display to the hexadecimal display.)
1.
Touch Mon. .
2.
Touch Menu .
3.
Touch Dec.Hex. .
Touch "Mon."
Device values displayed
Touch "Menu"
Menu window
Touch
"Dec.Hex."
4.
3 - 46
3.5 Switching the Display Format
The values are displayed in hexadecimal
numbers.
3.5.3
1
Switching comment/no-comment display
OVERVIEW
Comments written in the target controller are displayed. Comment display and no-comment display switch alternately
each time you press the Cmnt. key.
1.
Touch Menu .
SYSTEM MONITOR
2
Touch "Menu"
2.
Touch Cmnt. .
3
LADDER MONITOR
FUNCTION
Touch "Cmnt."
3.
Comments are displayed.
Each comment is displayed in five characters on
three lines.
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
POINT
Priority of comment display
(1) For the MELSEC-Q/L/QnA ladder monitor
Either of Common Comment or Comment by program can be selected.
For the setting of comment display priority, refer to the following.
7
User's Manual for the GOT used
Comment in Kanji or kana
8
Q MOTION
MONITOR
Extension comment
NETWORK
MONITOR
(2) For the MELSEC-A ladder monitor
The comment display priority is as follows.
3.5 Switching the Display Format
3 - 47
3.5.4
Displaying 32 characters of comments
Comments can be displayed in 32 characters when the MELSEC-Q/L/QnA ladder monitor is executed.
They are not displayed when the MELSEC-A/FX ladder monitor is executed.
(1) Procedure for displaying 32 characters of comments
1.
Touch Menu .
2.
Touch Cmnt.32 .
Touch "Menu"
Menu window
Touch "Cmnt.32"
3.
Display example of 32 characters of comment
A comment is displayed in eight characters on four lines.
3 - 48
3.5 Switching the Display Format
Comments are displayed in 32 characters.
A comment is displayed in eight characters on four
lines.
1
(2) Comment display when the MELSEC-Q/L/QnA ladder monitor is executed
Touch the
Cmnt.
Touch the
Cmnt.32
Touch the
Cmnt.
Touch the
Cmnt.32
Comment display after key operation
Comments displayed
key.
No comments displayed
2
SYSTEM MONITOR
32 characters of comments displayed
key.
No comments displayed
key.
Comments displayed
Touch the
Cmnt.
32 characters of comments displayed
key.
Comments displayed
key.
32 characters of comments displayed
Cmnt.32
No 32 characters of comments displayed
key.
(3) Numbers of lines and contact points that can be displayed when the MELSEC-Q/L/QnA ladder
monitor is executed
The table below shows the numbers of lines and contact points that can be displayed in the statuses of no
comments displayed, comments displayed, and 32 characters of comments displayed.
No comments displayed
Number of lines
displayed
Maximum number
of contact points
displayed
Number of lines
displayed
Maximum number
of contact points
displayed
21
11
8
11
7
6
5
15
11
6
11
5
6
MELSEC-FX LIST
EDITOR
GT1675M-V
GT1675-VN
GT1672-VN
GT1665M-V
GT1662-VN
GT1655-V
GT1575-V
GT1575-VN
GT1572-VN
GT1565-V
GT1562-VN
GT1555-V
Maximum number
of contact points
displayed
6
8
11
3
11
2
INTELLIGENT
MODULE MONITOR
GT1685M-S
GT1675M-S
GT1665M-S
GT1585V-S
GT1585-S
GT1575V-S
GT1575-S
Number of lines
that can be
displayed
4
6
7
NETWORK
MONITOR
GT1695M-X
GT1595-X
32 characters of comments displayed
8
Q MOTION
MONITOR
GOT
Comments displayed
3
LADDER MONITOR
FUNCTION
Key operation
MELSEC-A LIST
EDITOR
Present comment display status
OVERVIEW
Comments are displayed as shown below when you touch each of the Cmnt. and Cmnt.32 keys.
3.5 Switching the Display Format
3 - 49
3.5.5
Displaying notes
Notes in the sequence program can be displayed when the MELSEC-Q/L/QnA ladder monitor is executed. This
subsection describes the operation procedure for displaying notes.
Notes cannot be displayed when the MELSEC-A/FX ladder monitor is executed.
Peripheral notes are represented by "*."
1.
Touch Menu .
2.
Touch Note .
3.
Peripheral/Integrated notes are displayed.
Touch "Menu"
Menu window
Touch
"Note"
Peripheral note
" * " is displayed.
3 - 50
Integrated note
3.5 Switching the Display Format
1
Displaying statements
Statements in the sequence program can be displayed when the MELSEC-Q/L/QnA ladder monitor is executed. This
subsection describes the operation procedure for displaying statements.
Statements cannot be displayed when the MELSEC-A/FX ladder monitor is executed.
The following statements cannot be displayed and are represented by "*."
• Peripheral statements
• I statements (peripheral) and P statements (peripheral)
Touch Menu .
2
SYSTEM MONITOR
1.
OVERVIEW
3.5.6
Touch "MENU"
3
2.
LADDER MONITOR
FUNCTION
Menu window
Touch Statement .
Touch "Statement."
3.
Integrated statement
Peripheral/Integrated statements are displayed.
Peripheral statements are represented by "*."
5
MELSEC-FX LIST
EDITOR
Peripheral statement
MELSEC-A LIST
EDITOR
4
7
I/P statements are displayed.
I statements (peripheral) and P statements
(peripheral) are represented by "*."
NETWORK
MONITOR
4.
8
Q MOTION
MONITOR
P statement (peripheral)
I statement (peripheral)
P statement (integrated)
I statement (integrated)
INTELLIGENT
MODULE MONITOR
6
3.5 Switching the Display Format
3 - 51
3.5.7
Language switching of the sequence program (MELSEC-Q/L/QnA ladder
monitor)
In the MELSEC-Q/L/QnA ladder monitor, language switching (Japanese/Korean/Simplified Chinese) is available for
displaying the following items of a sequence program.
(To switch the language, register the following items with the language (Japanese/Korean/Simplified Chinese) used for
the PLC READING DATA DISPLAY. To display Korean, for example, register the following items with Korean on GX
Developer.)
• File name
• Title
• Comment
• Note
• Statement
Items other than the above (such as menu) are displayed with the system language.
File name
Statement
Note
File name
Title
Comment
Example) PLC reading screen
Example) Ladder monitor screen
Display procedure for the
PLC reading screen
Subsection 3.3.3
PLC reading screen
(Continued to next page)
3 - 52
3.5 Switching the Display Format
1.
Touch the SetUp key. The setting window
appears.
The setting window appears. Perform the PLC
READING DATA DISPLAY.
The settings shown below switch with every
touching of the
CODE
key.
2
SYSTEM MONITOR
2.
OVERVIEW
1
(From previous page)
SYNCHRONIZED WITH LANGUAGE *
(Default)
3
LADDER MONITOR
FUNCTION
Japanese (S-JIS)
Korean (KS)
Simplified Chinese
* The language set at [GOT setup] is displayed.
MELSEC-A LIST
EDITOR
4
After completing the setting, touch the
to close the setting window.
The display is switched.
button
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
3.
MELSEC-FX LIST
EDITOR
5
3.5 Switching the Display Format
3 - 53
3.6 Search Operation
This section describes device search, contact point search, coil search, step search, ladder end search, defect search,
and touch search.
POINT
(1) Searching among multiple programs
Search can be performed to multiple sequence programs read from PLC CPU.
For searchable items among multiple programs, refer to the following section.
3.2 Specifications
(2) Searching in the specified program (only for the MELSEC-Q/L/QnA ladder monitor)
Search can be automatically performed to a program by specifying the file to be searched with a object such
as the Special Function Switch.
3.3.3 Searching from the monitor screen
3 - 54
3.6 Search Operation
3.6.1
1
Device search
OVERVIEW
Device search displays the ladder block that contains a specified device.
<Operation procedure>
1.
Touch Menu .
SYSTEM MONITOR
2
Touch "MENU"
Touch Dev.Sea. .
3
LADDER MONITOR
FUNCTION
2.
Touch "Dev.Sea."
Using the
and
keys, switch the input
area, and enter a device name and its number. *1
Example: Specify D0.
After the device name and its number are entered,
touch the Enter key. Input is completed, and the
keyboard closes.
*1
The data entered can be corrected with the
following keys:
Del
AC
key : Used to delete all characters
entered.
The ladder block containing the specified device is
displayed.
The device is highlighted as shown in the display
example below.
(Display example)
D0
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4.
key: Used to delete a character of the
entered information.
5
MELSEC-FX LIST
EDITOR
3.
MELSEC-A LIST
EDITOR
4
INTELLIGENT
MODULE MONITOR
Menu window
3.6 Search Operation
3 - 55
POINT
(1) Continuous read based on the same device
After a search, a continuous search can be performed based on the same device by touching
screen.
If you touch
on the
another key, the continuous read function will be canceled.
(2) Ladder monitor display after a search
The ladder block containing the searched device is displayed.
Example) 1) When the entered device you want to search is "D0"
2) When the same search is continued
The ladder is displayed
on the following line.
When searching multiple files with the MELSEC-Q/L/QnA ladder monitor, displaying
the ladder block of the subsequent sequence file clears the previous display.
Only the ladder block(s) found
in the subsequent sequence
file is displayed.
(3) Indirect specification device read
Indirect specification devices (index register (Z)) cannot be specified and read when the MELSEC-Q/L/QnA
ladder monitor is executed.
3 - 56
3.6 Search Operation
3.6.2
1
Contact point search
OVERVIEW
Contact search displays the ladder block that contains a specified contact point.
<Operation procedure>
1.
Touch Menu .
SYSTEM MONITOR
2
Touch "MENU"
3
Touch Cont.Sea .
LADDER MONITOR
FUNCTION
2.
Touch
"Cont. Sea."
Using the
and
keys, switch the input area,
and enter a device name and its number. *1
Example: Specify X1.
After the device name and its number are entered,
touch the Enter key. Input is completed, and the
keyboard closes.
*1
The data entered can be corrected with the
following keys:
Del
key: Used to delete a character of the
entered information.
AC
key: Used to delete all characters
entered.
5
MELSEC-FX LIST
EDITOR
3.
MELSEC-A LIST
EDITOR
4
6
The ladder block containing the specified contact
point is displayed.
The contact point is highlighted as shown in the
display example below.
(Display example)
X1
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4.
INTELLIGENT
MODULE MONITOR
Menu window
3.6 Search Operation
3 - 57
POINT
(1) Continuous read based on the same contact point
After a search, a continuous search can be performed based on the same contact point by touching
the screen.
If you touch another
on
key, the continuous read function will be canceled.
(2) Ladder monitor display after a search
The ladder block containing the searched contact point is displayed.
Example) 1) When the entered contact point you want to search is "X1"
2) When the same search is continued
The ladder is displayed
on the following line.
When searching multiple files with the MELSEC-Q/L/QnA ladder monitor, displaying
the ladder block of the subsequent sequence file clears the previous display.
Only the ladder block(s) found
in the subsequent sequence
file is displayed.
3 - 58
3.6 Search Operation
3.6.3
1
Coil search
OVERVIEW
Coil search displays the ladder block that contains a specified coil.
<Operation procedure>
1.
Touch Menu .
SYSTEM MONITOR
2
Touch "MENU"
Menu window
3
Touch Coil.Sea. .
LADDER MONITOR
FUNCTION
2.
Touch
"Coil Sea."
Using the
and
keys, switch the input
area, and Enter a device name and its number.*1
Example: Specify T0.
After the device name and its number are entered,
touch the Enter key. Input is completed, and the
keyboard closes.
*1
The data entered can be corrected with the
following keys:
Del
AC
key: Used to delete a character of the
entered information.
key : Used to delete all characters
entered.
5
MELSEC-FX LIST
EDITOR
3.
MELSEC-A LIST
EDITOR
4
The ladder block containing the specified coil is
displayed.
The coil name is highlighted as shown in the
display example below.
(Display example)
T0
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4.
INTELLIGENT
MODULE MONITOR
6
3.6 Search Operation
3 - 59
POINT
(1) Continuous read based on the same coil
After a search, a continuous search can be performed based on the same coil by touching
screen.
on the
If you touch another key, the continuous read function will be canceled.
(2) Ladder monitor display after a search
The ladder block containing the searched coil is displayed.
Example) 1) When the entered coil you want to search is "M120"
2) When the same search is continued
The ladder is displayed
on the following line.
When searching multiple files with the MELSEC-Q/L/QnA ladder monitor, displaying
the ladder block of the subsequent sequence file clears the previous display.
Only the ladder block(s) found
in the subsequent sequence
file is displayed.
3 - 60
3.6 Search Operation
3.6.4
1
Step search
OVERVIEW
Step search displays the ladder block that contains a specified step number.
<Operation procedure>
1.
Touch Menu .
SYSTEM MONITOR
2
Touch "MENU"
2.
Touch Step.Sea. .
3
LADDER MONITOR
FUNCTION
Menu window
Touch
*1
The data entered can be corrected with
the following keys:
Del
key: Used to delete a character of
the entered information.
AC
The ladder block is displayed with the specified
step number at the top.
(Display example)
The ladder block of step No. 40 is displayed.
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4.
key : Used to delete all characters
entered.
5
MELSEC-FX LIST
EDITOR
Enter a step number.*1
Example: Specify step No. 40.
After the step number is entered, touch the
Enter key. Input is completed, and the keyboard
closes.
INTELLIGENT
MODULE MONITOR
3.
MELSEC-A LIST
EDITOR
4
"Step.Sea."
3.6 Search Operation
3 - 61
3.6.5
Ladder end search
Ladder end search displays the last ladder block of the sequence program.
<Operation procedure>
1.
Touch Menu .
2.
Touch End.Sea. .
Touch "MENU"
Menu window
Touch
"End.Sea."
3.
3 - 62
3.6 Search Operation
The last ladder block of the sequence program is
displayed.
• MELSEC-Q/L/QnA ladder monitor
The ladder block of the end command is
displayed.
• MELSEC-A/FX ladder monitor
The last ladder block is displayed (the end
command is not displayed).
The message "CIRCUIT_END" will be displayed.
Defect search searches the ladder block for the status of conductive/non-conductive of the contact point that turned on or
off the coil on the sequence program.
<Operation procedure>
1.
Touch Mon. .
2.
Touch Menu .
3.
Touch Xref. .
OVERVIEW
1
Defect search
SYSTEM MONITOR
2
Touch "Mon."
LADDER MONITOR
FUNCTION
3
Touch "MENU"
Select a coil, if necessary.
Using the
and
keys, switch the input area,
and enter the device name and its number of the
selected coil.*1
Example: Specify M120.
After the device name and its number are entered,
touch the Enter key. Input is completed, and the
keyboard closes.
*1
The data entered can be corrected with
the following keys:
Del
key: Used to delete a character of
the entered information.
AC
A search for the device begins, and the research
result is displayed.
To cancel a defect search, touch ESC .
During a defect search, all key operations except
ESC and Exit are invalid.
6
7
8
Q MOTION
MONITOR
5.
key : Used to delete all characters
entered.
5
MELSEC-FX LIST
EDITOR
4.
INTELLIGENT
MODULE MONITOR
Touch "Xref."
MELSEC-A LIST
EDITOR
4
NETWORK
MONITOR
3.6.6
3.6 Search Operation
3 - 63
POINT
Operation before a defect search
In the case of the MELSEC-A/FX ladder monitor, touch Mon. before starting a defect search.
If you touch Xref. without touching Mon. , the message "NO MONITORING" will be displayed.
(1) Search result
Search results reveal any occurrences of the search device. They are useful when you determine whether a
defective device is conductive or nonconductive.
If any occurrence of the search device is not found as a result of the search, a message appears on-screen,
telling that "PROGRAM NOT FOUND."
(a) When an occurrence of the search device is found:
If an occurrence of the search device is found as a result of the search, the search for another defective
device will automatically be started.
Example: After searching for Device M120 that is in the OFF state, "M669" will be displayed as a device
that caused a failure.
After searching for Coil M120 that is in the OFF state,
"M669" is displayed as a device that is not conductive.
Example:
* After searching for a device that is in the ON state, a
device that is conductive is displayed. The entire field of
the device name and number is highlighted on-screen.
Example:
After searching for Coil M669 that is in the OFF state,
"M111" is displayed as a device that is not conductive.
Example:
When there is no more defect, the "FACTOR SEARCH
STOP" will be displayed, and the defect search will end.
The next defect is automatically
searched.
3 - 64
3.6 Search Operation
Example: After searching for Device M120 that is in the OFF state, "M669" and "M23" will be displayed as
devices that caused a failure.
After searching for coil M120 that is in the OFF state, “M669“ and “M23” are
displayed as devices that are not conductive.
2
,
* After searching for a device that is in the ON state, devices that are conductive
are displayed. The entire field of the device name and number is highlighted onscreen.B
Example:
,
SYSTEM MONITOR
Example:
1
OVERVIEW
(b) When two occurrences of the search device are found.
If there are two or more devices that caused a failure, the "the defect search is interrupted" message
appears and the defect search is terminated.
Precautions for making defect search
(1) When the contact point searched is a b contact point
If a B-contact is found defective as a result of the defect search, a search for the cause of the ON/OFF state
will be automatically switched.
(2) Screen display after a defect search
After the end of the defect search, the GOT stops monitor and displays the search result.
Hence, the monitor screen of the GOT shows the result retained during the defect search.
(3) Display of defect search results
While the search result is displayed after the end of the defect search, the searched ladder can be displayed
JUMP (10 ladder block jump
backwards by pressing
(single ladder block scroll) or JUMP
(available for only the MELSEC-Q/L/QnA ladder monitor)).
Up to 100 ladders can be displayed on-screen. The following messages will appear at the start or the end of
the search results.
• When viewing the start of search results: "This is the start of search results."
• When viewing the end of the search results: "This is the end of search results."
(4) Display of contact point and coil ON/OFF
1) During automatic search execution
• MELSEC-A/FX ladder monitor: Displays ON/OFF in the entire ladder displayed on the screen.
• MELSEC-Q/L/QnA ladder monitor: Displays ON/OFF in the ladder displayed last.
2) During search result display
The ON/OFF of the ladder block searched last and the monitor results of word devices are displayed.
4
MELSEC-A LIST
EDITOR
POINT
5
MELSEC-FX LIST
EDITOR
to change it into Menu , execute the defect search.
6
INTELLIGENT
MODULE MONITOR
When resuming the defect search, specify either of the found contacts M669 and X0025. After touching ESC
LADDER MONITOR
FUNCTION
3
7
(5) Switching the Menu / ESC key switch
When the defect serch starts, Menu change into ESC .
3.6 Search Operation
3 - 65
8
Q MOTION
MONITOR
Further, touch ESC to change ESC into Menu and display the normal ladder.
(6) Screen display during a defect search
1) If the display data exceeds one screen during the defect search
The screen is scrolled automatically.
2) If the ladder step searched during the defect search exceeds one screen
• MELSEC-A/FX ladder monitor: The screen is scrolled automatically to the last line of the ladder step.
• MELSEC-Q/L/QnA ladder monitor ladder monitor: The screen is not scrolled automatically to display
the ladder step.
NETWORK
MONITOR
Touch ESC during the defect search to stop the defect search and display the search result.
(7) Screen display when you touch the ESC key
Touching ESC can stop the defect search. Search results are continuously displayed on-screen until ESC
is touched.
The ladder step searched last is displayed as described below.
• MELSEC-A/FX ladder monitor: ON/OFF display is not provided.
• MELSEC-Q/L/QnA ladder monitor ladder monitor: ON/OFF display is provided.
3 - 66
3.6 Search Operation
Touch search is a function to search the coil of the same device by touching a contact point displayed on the ladder
monitor screen, or to search the contact point of the same device by touching a coil.
You can search sequence program from the first to last steps.
This function is valid whenever a ladder monitor is normally displayed.
2
SYSTEM MONITOR
POINT
• Touch search is not available when the MELSEC-A/FX ladder monitor is executed.
• Touch search is not available for commands or word devices except contact points and coils.
• Touch search is not available when defect search is used.
(To use touch search, touch ESC to deactivate defect search.)
3
coil search
1.
LADDER MONITOR
FUNCTION
(1) Contact point search
OVERVIEW
1
Touch search
Touch a contact point on the screen.
Touch example: M120
MELSEC-A LIST
EDITOR
4
The coil of the same device in which the contact point exists
is searched, and the ladder block containing the searched
coil is added to the ladder blocks displayed.
(The searched device is highlighted.)
Display example: M120
5
MELSEC-FX LIST
EDITOR
2.
3.
You can continuously search the ladder in the downward
direction by touching
.
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
4.
The next coil is displayed.
When there is no more contact point of the same device in
which the touched contact point exists, the message
"DEVICE NOT FOUND" will be displayed.
3.6 Search Operation
3 - 67
Q MOTION
MONITOR
3.6.7
(2) Operation procedure (coil touch
contact point search)
1.
2.
3.
Touch a coil on the screen.
The contact point of the same device in which the coil exists
is searched, and the ladder block containing the searched
contact point is added to the ladder blocks displayed.
(The searched device is highlighted.)
You can continuously search the ladder in the downward
direction by touching
When searching multiple files with the MELSEC-Q
/L/QnA ladder monitor, displaying the ladder block
of the subsequent sequence file clears the previous
display.
Only the ladder block(s)
found in the subsequent
sequence file is displayed.
next contact point is displayed.
3 - 68
3.6 Search Operation
4.
When there is no more contact point of the same device in
which the touched coil exists, the message "DEVICE NOT
FOUND" will be displayed.
You can change device values and turn on and off bit devices on the screen when the ladder monitor is executed. This
section describes how to display the test menu screen.
For the procedure for changing device values and turning on and off bit devices, see the following.
2.9 Test Operation
2
SYSTEM MONITOR
POINT
Before test operation
With the MELSEC-Q/L/QnA ladder monitor function, the GOT cannot write data to the devices in the QSCPU.
3
Displaying the test menu screen
LADDER MONITOR
FUNCTION
3.7.1
OVERVIEW
1
3.7 Test Operation
(1) Displaying the test menu screen
The procedure for displaying the test menu screen during ladder monitoring is described below.
1.
Touch Menu .
4
2.
MELSEC-A LIST
EDITOR
Touch "MENU"
Touch TEST .
Touch "Test"
6
3.
The test menu screen is displayed.
Change device values by operating the window.
For further information about the operation
procedure, see the following:
2.9 Test Operation
INTELLIGENT
MODULE MONITOR
Word device values displayed
MELSEC-FX LIST
EDITOR
5
7
The present and set values of word devices are
hidden behind the test menu screen.
You can display hidden present and set values by
scrolling them to the right or left using the
key.
8
Q MOTION
MONITOR
Test menu screen
or
NETWORK
MONITOR
POINT
3.7 Test Operation
3 - 69
3.8 Local Device Monitor
The GOT can monitor local devices with the MELSEC-Q ladder monitor.
For local devices, refer to an applicable programmable controller manual.
POINT
Monitoring local devices
Local devices can be monitored only with the ladder monitor.
Operations for monitoring local devices cannot be executed on the user-created screen.
3.8.1
Operation procedure for local device monitor
Every time the Local Dev. key is pressed, the local device monitor is switched between execution and non-execution
states.
 Starting local device monitor
The following shows how to start the local device monitor.
1.
Touch Mon. .
2.
Touch Menu .
3.
Touch Local Dev. .
Touch "Mon."
Touch "MENU"
Menu window
Touch "Local Dev."
(Continued to next page)
3 - 70
3.8 Local Device Monitor
1
4.
OVERVIEW
(From previous page)
The local device monitor is started.
SYSTEM MONITOR
2
5.
For changing a sequence program to be
monitored, touch File list , and then change
sequence programs on the program list window.
LADDER MONITOR
FUNCTION
3
6.
MELSEC-A LIST
EDITOR
4
The local device monitor is started with the
changed sequence program.
MELSEC-FX LIST
EDITOR
5
6
INTELLIGENT
MODULE MONITOR
POINT
How to monitor local devices when ladder monitor starts
With setting the GOT setup, the GOT can start monitoring local devices when the ladder monitor starts.
For settings for monitoring local devices when the ladder monitor starts, refer to the following.
User's Manual for the GOT used
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
3.8 Local Device Monitor
3 - 71
 Ending local device monitor
The following shows how to end the local device monitor.
1.
Touch Menu .
2.
Touch Local Dev. .
Touch "MENU"
Menu window
Touch "Local Dev."
3.
End the local device monitor.
The local device monitor is ended with the
following operations.
• When touching
Exit
key
• When touching PLCRD. key
POINT
When ladder monitor screen is switched to other screens during executing local device monitor
When the ladder monitor screen is switched to other screens because of communication errors and others during
monitoring local devices, the GOT keeps monitoring local devices.
For switching the local device monitor to non-execution state, restart the ladder monitor, and then switch the local
device monitor to non-execution state.
3 - 72
3.8 Local Device Monitor
Corrective action
ENTRY CODE MISMATCH
Check the keyword that is registered in the object PLC CPU
and specify again.
FILE NOT FOUND
(1) An attempt was made to switch to the
ladder monitor screen when a sequence
program had not been read.
(2) When the file is selected and the "Read"
key is pressed, the selected file does not
exist in the PLC drive.
Read the sequence program that written in the object PLC
CPU.
(Ex.) A sub-sequence program can only be specified as A3
CPU/A4UCPU.
PLC COMMUNICATION ERROR
(1) Cannot communicate with PLC CPU of
the specified network No. or station No.
(2) The specified drive does not exist.
Check and correct the following:
(1) Does the specified PLC CPU exist?
(2) Is it online? (Data communication status?)
(3) Has an error occurred?
(4) Is CPU No. correct?
(5) Power on the GOT again.
and so on.
LOCK ON OTHER MACHINE.
PLEASE CANSEL
File is locked with the peripheral equipment
(GX Developer, GPPQ).
After reading and writing with the peripheral equipment (GX
Developer, GPPQ), read the file again.
NOT EXISTING DRIVE,
DRIVE ERROR
(1) The specified drive does not exist.
(2) The specified drive is faulty.
(1) Check whether the specified drive exists or not.
(2) Check whether the specified drive is faulty or not.
ENTRY CODE
MISMATCH
The specified file password differs from the
one registered as the file password of the
corresponding PLC CPU.
Confirm the file password registered to the drive of the
corresponding PLC CPU, and specify it again.
FILE NOT FOUND
(1) When reading file from PLC CPU
• After selecting a file and pressing the
"Read" key, the selected file does not exist
in the PLC CPU drive.
• When starting ladder monitor from the
monitor screen, the selected file does not
exist in the PLC CPU drive.
(2) When reading file from CF card
• No CF cards are inserted in the specified
drive.
• No comment files are stored in the CF
card.
(1) When reading file from PLC CPU
• Perform [Read from PLC] on the network No./station
number input screen to update the file list.
Change the specified drive (Target memory).
• Check the sequence program in the PLC CPU.
(2) When reading file from CF card
• Check if a CF card is inserted in the specified drive.
• Check if comment files are stored in the CF card.
USE BY OTHER MACHINE.
PLEASE CANCEL
The sequence or comment is being used
by the peripheral device (GX Developer).
Perform file read again after completion of read/write from/to
the peripheral device (GX Developer).
2M bytes of comments
were read since they
exceeded 2M bytes.
Only 2M bytes of the comment file was
read because its size is greater than 2M
bytes.
Reduce the comments to bring the size of the comment file
down below 2 Mbytes.
Outside CPU reset/device range/special
module illegal access
The accessed special module is faulty or
does not exist.
Check the system configuration.
FILE ACCESS ERROR.
CONFIRM DRIVE.
The access error to file has occurred.
When the storage location of ladder data is set to [A:
Standard CF Card] or [B: Extended Memory Card], check
that the CF card is properly inserted.
• Check if the CF card is properly inserted in the drive set
for reading comment files.
INSUFFICIENT SAVING DRIVE
CAPACITY.
Capacity of free disk of saving destination is
insufficient.
Confirm the capacity of free disk of saving destination,
increase the amount of free disk.
FILE ACCESS..<DO NOT PULL OUT
THE PLUG>
File being accessed.
2
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
6
INTELLIGENT
MODULE MONITOR
Description
The specified keyword is different from the
keyword that is registered in the object
PLC CPU.
7
Do not turn off the power during message display.
NETWORK
MONITOR
Error message
SYSTEM MONITOR
This section describes the error messages displayed when the ladder monitor function is executed, and corrective
action.
OVERVIEW
1
3.9 Error Messages and Corrective Action
8
Wait until the message display goes out.
Q MOTION
MONITOR
(Continued to next page)
3.9 Error Messages and Corrective Action
3 - 73
Error message
Description
Corrective action
No END instruction.
The sequence program has no END
instruction.
Check the sequence program with the peripheral device (GX
Developer).
Instruction code abnormal.
The sequence program has an abnormal
command code.
Check the sequence program with the peripheral device (GX
Developer).
Ladder creation bad.
The sequence program has an abnormal
circuit.
Check the sequence program with the peripheral device (GX
Developer).
Please release the keyword.
Communication is not possible because a
keyword is registered in the target PLC. (For
FX3U(C) only)
Release the keyword for the target PLC.
The keyword is registered.
A keyword is set to the PLC that is targeted
to the PLC reading on the PLC reading
screen.
Release the keyword for the target PLC.
Cannot read multiple files.
Data Save Location is set to [None].
(1) When reading file from PLC CPU
• Read only one program file or one comment file.
(2) When reading file from CF card
• No CF cards are inserted in the specified drive.
• No comment files are stored in the CF card.
Number of files exceeds 512.
Aborting
The number of read file exceeds the
maximum number of files can be treated in
ladder monitor (512).
Delete superfluous files and perform reading again.
This is not a specified program.
When starting ladder monitor from a monitor,
the monitor target of the specified device and
that of the program already read to the GOT
do not match.
Read the program again.
The specified file does not exist.
An invalid program is specified during
monitoring local devices.
Check the sequence program in the PLC CPU, and then
read the program again.
Local device monitor error.
An error occurs during monitoring local
devices.
Check the settings in the PLC CPU, and read the program
again.
Local device monitor is not supported.
The PLC CPU does not support the local
device monitor function.
Check manuals for the PLC CPU.
PLC is protected.
The sequence program is protected by a
block password at the PLC reading. (For
FXCPU only)
Release the block password for the sequence program.
3 - 74
3.9 Error Messages and Corrective Action
1
MELSEC-A LIST EDITOR
OVERVIEW
4.
The MELSEC-A list editor enables you to change the sequence program in the ACPU/QCPU (A mode).
This function is intended to troubleshoot the PLC system and to streamline maintenance operations.
By installing list editor for MELSEC-A, an Option OS, from GT Designer2 into the GOT, you can edit the ACPU/QCPU (A
mode) PLC program.
The features of the MELSEC-A list editor are described below.
 Parameters and sequence programs are easy to maintain.
You can check or partly correct, change or add PLC CPU parameters and sequence programs simply by operating
keys.
You can easily edit sequence programs without preparing any peripheral unit other than the GOT.
X0
Y20
X1
Changed
X0
LD
MOV D0
X1
LD
D1
·
5
 Combination with the ladder monitor
You can open the MELSEC-A List Editor window from the Ladder Monitor screen with a single touch, and can edit
PLC program while checking the ladder.
You can also display a list from the step line displayed by the ladder monitor.
MELSEC-FX LIST
EDITOR
LD
OUT
LD
4
MELSEC-A LIST
EDITOR
Example of changing sequence program commands
3
LADDER MONITOR
FUNCTION
4.1 Features
SYSTEM MONITOR
2
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
4.1 Features
4-1
 Other stations are accessible.
You can edit the sequence program for other stations in the data link system containing the GOT (or GOT-connected
station), network system or CC-Link system.
 Help function
A convenient help function is supported, which enables you to read, write, insert, and delete data as you select
menus.
 Comment for each device can be displayed.
Comment of the device at the cursor position can be displayed.
W
4-2
9 OUT
M50
1 0 MOV
D1
10
Current value
4.1 Features
Comment of D1 is displayed.
System configuration
ACPU/QCPU (A mode)*1*2
Motion controller CPUs cannot be connected. The message "MOTION CONTROLLER NOT SUPPORTED" will be displayed
when the MELSEC-A list editor function is activated.
When the PLC is A2USH-S1, it operates within the range of A3U; when the PLC is the A2SH-S1, A2SH, A1SH, or A1SJH, it
operates within the range of A3N.
 Connection forms
This function can be used in the following connection types.
When the GOT is connected to an ACPU/QCPU (A mode)
(
: Available,
: Unavailable)
Connection form between GOT and PLC
Bus
connection*1*3
Function name
GT16
GT15
GT11
GT14
GT12
Direct CPU
connection
GT16
GT15
GT14
GT12
GT11
Ethernet connection*4
GT16
GT15
GT14
GT12
GT11
MELSEC NET/10
CC-Link connection
connection*1*2
(intelligent device station)*1*2
GT16
GT15
GT14
GT12
GT11
GT16
GT15
GT14
GT12
GT11
MELSEC-A list
editor
*2
*3
*4
When the PLC is the A2SH-S1/A2SH/A1SH/A1SJH, use a CPU of version E or a later version. Programs cannot be written to
CPUs of version D or an earlier version.
When the PLC is A3N, A2N-S1, A2N, or A1N, it can not be used.
When the PLC is QCPU (A mode), it cannot be used.
MELSEC-A list editor cannot be used when using CC-Link IE field network Ethernet adapter.
5
6
INTELLIGENT
MODULE MONITOR
*1
4
 Required option OS and option function board
The option OS and option function board shown below are required.
1.1.2 Hardware and OS’ required for each function
(1) Option OS
7
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version 1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) OS memory space
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
4.2 Specifications
4-3
NETWORK
MONITOR
*2
3
LADDER MONITOR
FUNCTION
PLC
MELSEC-A LIST
EDITOR
 Targeted PLC
MELSEC-FX LIST
EDITOR
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
*1
2
SYSTEM MONITOR
This subsection describes the PLC CPU series names and the connection forms between the GOT and the PLC for
which the MELSEC-A list editor is available.
For further information about communication units and cables for each connection form, see the following:
8
Q MOTION
MONITOR
4.2.1
OVERVIEW
1
4.2 Specifications
(3) Option function board
(a) For GT16, GT14, and GT12
No option function board is required.
(b) For GT15 and GT11
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
4.2.2
Access range
The access range is the same as the access range when the GOT is connected to a controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
4.2.3
Precautions
The points of precaution when using MELSEC-A list editor are described.
(1) Reading the MELSEC-A list editor by specifying a command
The MELSEC-A list editor cannot be ready by specifying a dedicated command.
(2) Using the MELSEC-A list editor together with the ladder monitor
Even if you execute the MELSEC-A list editor with the ladder monitor activated, edited information will not be
reflected on the Ladder Monitor screen.
To reflect such edited information, perform the PLC reading of the ladder monitor again.
(3) Executing the MELSEC-A list editor
Execute the MELSEC-A list editor when the target PLC is not running.
It cannot be executed when the PLC is running.
(4) Changing sequence programs/parameters using another peripheral equipment
When using the MELSEC-A list editor, do not change programs or parameters in the PLC CPU from other
peripheral equipment.
If you change programs or parameters, either reset the GOT main unit or set the PLC No. again.
If you carelessly change the program on one PLC from multiple units of peripheral equipment (including GOT),
the contents of the program in the PLC CPU and the peripheral equipment may not be the same, resulting in an
unintended operation of the PLC CPU.
(5) Writing sequence programs
Sequence programs cannot be written when the target CPU is operating EEPROM.
4-4
4.2 Specifications
This subsection describes an outline until the system monitor screen is displayed after List editor for MELSEC-A (Option
OS) is installed in the GOT.
2
SYSTEM MONITOR
Start
Turn on the power to the GOT.
Starting from the
ladder monitor
Touch the special function switch.
Display the utility.
Activate the MELSEC-A list editor
3
Example) For GT16
After the utility is displayed, touch
[Debug]
[Monitor screens1]
[MELSEC-A List editor] from the Main
Menu.
For how to display the utility, refer to
the User's Manual for the GOT used.
Touch "List"
Refer to the following manual for
how to set the special function switch.
GT Designer3 Version1
Screen Design Manual
(Functions)
2. TOUCH SWITCH
LADDER MONITOR
FUNCTION
on the Ladder monitor function screen.
Subsection 3.4.1 Information and key
functions displayed on the Ladder monitor
screen
4
MELSEC-A LIST
EDITOR
Starting from the special function
switch (MELSEC-A List editor)
set in the project data
Starting from the
utility
OVERVIEW
1
4.3 Operations for Display
MELSEC-FX LIST
EDITOR
5
Set the Channel No.
Communication setting
window *1
INTELLIGENT
MODULE MONITOR
6
(GT16, GT15, and GT12)
Read the PLC and display the
sequence program.
(GT14 and GT11)
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(Continued to next page)
4.3 Operations for Display
4-5
(Continued from previous page)
When no keyword is entered
When a keyword is entered
in the target PLC
in the target PLC
Enter the keyword.
Subsection 4.3.2 Utility display procedure
(Initial information displayed in the display area)
*** MODE SELECTION ***
(READ) (INS) (PARAM)
PRESS MODE KEY
*1
The communication setting window is not displayed when starting from the ladder monitor.
POINT
(1) How to display the utility
For how to display the utility, refer to the following.
User's Manual for the GOT used
(2)
Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the MELSEC-A
list editor only.
For displaying the communication setting window at the second or later startup, touch the Ch:
MELSEC-A list editor screen.
button on the
(3) If the project data has not been downloaded
The A list editor can be started from the utility even if the project data has not been downloaded to the GOT.
4-6
4.3 Operations for Display
If a keyword is registered in the ACPU when the connected ACPU or the ACPU PLC No.
No. corresponding to the operation is changed, the GOT requests for input of the registered keyword. Input the keyword
registered in the ACPU and press the GO key.
If a keyword is not registered in the ACPU, this operation is not required.
2
<Key operation>
SYSTEM MONITOR
Procedure for inputting the keyword for the MELSEC-A list editor
<Display>
<Description of operation>
* NOW READING PLC
Start the list editor function.
(* shows communication status
with the PLC CPU.)
PLESE WAIT A MOMENT
MOTION CONTOROLLER
NOT SUPPORTED
3
LADDER MONITOR
FUNCTION
Input of the keyword is requested.
KEYWORD= [
]
When the keyword
(040411) is input
4
0
4
1
When the input keyword
is correct
1
GO
4
Input the keyword to 6 letters
maximum with the device
No./constant setting key.
("0" to "9", "A" to "F")
MELSEC-A LIST
EDITOR
0
Input the keyword registered in
the connected
ACPU and press the GO key.
The GOT checks the input keyword
and displays the result.
KEYWORD= [ OK ]
5
The check result display time
is about 2 seconds.
MELSEC-FX LIST
EDITOR
KEYWORD= [******]
OVERVIEW
1
Operation of keyword input
To Mode Selection
Subsection 4.4.4
selection and operation of modes
*** MODE SELECTION ***
(READ)(INS)(PARAM)
PRESS MODE KEY
6
KEYWORD= [ NG ]
When the input keyword does not match with the registered keyword, only the following operations in subsection 4.6.7 can be
allowed.
Error step reading
Buffer memory overall monitor
NETWORK
MONITOR
Other modes
7
Time monitor
PLC No. setting
Main/sub switching
8
Q MOTION
MONITOR
*1
When the input keyword
is not correct *1
INTELLIGENT
MODULE MONITOR
4.3.1
4.3 Operations for Display
4-7
POINT
When you forgot the keyword entered in the ACPU
• Even if you are unsure of the keyword entered in the ACPU, you cannot delete it independently. If deleting user
data, including sequence programs, does not cause any inconvenience to you, clear (delete) the entered
keyword by <PLC memory all clear.>
Note that <PLC memory all clear> clears user data, including sequence programs, as well.
For further information about PLC memory all clear, see the following:
4.5.6 PLC memory all clear
• When you know the keyword and want to change it or add a new keyword, see the following:
4.6.1 Common operation
4-8
4.3 Operations for Display
(a) Key arrangement and functions for GT16, GT15, and GT12
READ
WRITE
INSERT
DELETE
PARAM
OTHER
Switch the upper and lower lines with SHIFT .
3) Help key
HELP
The key that can operate the help function.
4) Command/
Device key
END
Z
RST
0
3)
~
4)
MC
F
4.4.4
4.6.6
4.6.7
The key that specifies parameter or other mode.
Displays a Communication Ch No.
~
5)
Switch the valid key with SHIFT .
Ch:
FROM
A
4.4.4
4.6.4
4.6.5
The key that specifies insert or delete mode.
2) Ch no.
1)
2)
Switch the valid key with SHIFT .
-
4.5.5
Key that inputs K/H at the input of command, device name
and constant input.
Only when the valid key of upper/lower character needs to be
switched, switching is allowed with input of the SHIFT and
SET keys.
Key that inputs the command, device number and constant.
Only when the valid key of upper/lower character needs to be
switched, switching is allowed with input of the SHIFT and
SET
4.4.4
SHIFT
Switch key that makes the upper character valid on each key
with dual functions.
Whether upper or lower character is valid can be checked on
the display.
4.4.4
In the Parameter mode, the process is cancelled.
After restarting, continue the operation.
5)
CLEAR
SP
-
4.4.7
In the Other mode, the screen returns to the previous display.
-
Key that provides blank space at the command and at
between device names.
-
,
) or
Press this key at the last of a series of key operations to
execute the operation.
Check the details of key operations on the display before
pressing this key.
6
7
4.4.3
8
4.4.5
Q MOTION
MONITOR
GO
-
If the Clear key is pressed when the system is not in the
Parameter mode, Other mode or Help function, the screen
returns to the initial status of the mode selection.
(The input commands or device numbers except for the
mode are cleared.)
This is used for repeating the procedure if incorrect keys are
pressed.
Key that moves the cursor on the display (
determines scroll directions.
4
5
Key that declares start of step number input or automatic
scroll.
Switch key that makes the lower character valid on each key
with dual functions.
Whether upper or lower character is valid can be checked on
the display.
display at the input of the HELP key.
5) Control key
-
SET keys.
When the Help function is used, the screen returns to the
4)
-
3
INTELLIGENT
MODULE MONITOR
Display area
4.4.4
4.6.2
4.6.3
The key that specifies read or write mode.
NETWORK
MONITOR
1) Mode key
Reference
section
Summary of function
MELSEC-A LIST
EDITOR
Key name
2
SYSTEM MONITOR
(1) The arrangement and functions of the keys displayed on the MELSEC-A List Editor window are
described below.
LADDER MONITOR
FUNCTION
Key arrangement and a list of key functions
MELSEC-FX LIST
EDITOR
4.4.1
OVERVIEW
1
4.4 Operation Methods
4.4 Operation Methods
4-9
(b) Key arrangement and functions for GT14 and GT11
5) Control keys
1) Mode keys
3) Help key
5) Control key
4) Command/Device keys
The functions of these keys are the same as those of the keys for the GT15. For a summary of the
functions, see the preceding page.
(2) How to express keys and key operation descriptions
The keys for the MELSEC-A list editor and operation procedures are described in text in a simplified manner as
shown below.
(a) Some keys, such as RST
and MOV
0
M , are available for two different purposes.
Operate such keys with either the upper or lower function indicated on them valid according to the
operation. In descriptions, only the necessary functions are indicated on keys.
(Example of description)
When entering the character "M," the
MOV
M
key is indicated as
M
in the description.
Make upper or lower functions valid by using the SHIFT key or the SET key.For further information
about the procedure for making upper or lower functions valid, see the following:
4.4.3 Switching valid keys (upper/lower functions)
(b) The expression Key 1
(Example of description)
...
Key 2
Key n
means touching keys from
Key 1
The example of description shown below indicates that SET must be touched first,
third, and GO finally.
SET
4 - 10
F
4.4 Operation Methods
0
R
SP
K
5
GO
to
F
Key n
in order.
second,
0
4.4.2
1
Display format of the display area
OVERVIEW
The following describes the position and content of each data field in the MELSEC-A list editor display area
Current mode display
Valid key display
The 4th line displays data (program
name, device name, etc.) entered
by the user.
(1) Mode and valid key display
The following describes the mode and valid key display.
The mode display shows the MELSEC-A list editor mode selected by the user.
The valid key display shows which of the two functions assigned to each key is currently available: the function
indicated at the upper part of the key or the function indicated at the lower part of the key.
Current mode display
R
4
MELSEC-A LIST
EDITOR
(Display)
(Mode)
R ..................Read mode
W .................Write mode
I ....................Insert mode
D ..................Delete mode
P ...................Parameter mode
O ..................Other mode
5
Valid key display (This display is not always available.)
With regard to keys framed in dotted lines in the figure
shown at the left, the valid key display indicates which
of the two functions assigned to each key is valid:
SHIFT
READ
WRITE
INSERT
PARAM
DELETE
OTHER
FROM
A
B
B
TO
C
D
D
INC
E
F
F
*
G
/
H
CALL
I
RET
J
DEC
K
MRD
L
MOV
M
>
N
_
<
O
P
P
=
Q
MPP
R
T
BCD
U
BIN
V
W
W
MPS
X
LD
C
AND
D
OR
E
MC
F
NOP
Y
END
Z
LDI
8
ANI
9
ORI
A
MCR
B
SET
(
)
SET
4
ANB
5
ORB
6
PLS
7
CLEAR
(
)
RST
0
SFT
1
CJ
2
OUT
3
SP
: Function indicated at the upper part of each key is available.
: Function indicated at the lower part of each key is available.
FROM
key
A
6
INTELLIGENT
MODULE MONITOR
Function indicated at the upper part of the key is
available. ...... FROM
Function indicated at the lower part of the key is
available. ...... A
7
GO
NETWORK
MONITOR
+
S
HELP
Example:
3
LADDER MONITOR
FUNCTION
Program list etc.
MELSEC-FX LIST
EDITOR
Step number;
device name and number
SYSTEM MONITOR
2
POINT
8
To switch between two functions of keys (functions indicated at upper and lower
Q MOTION
MONITOR
parts of the keys), press the SHIFT and SET keys.
4.4.3 Switching valid keys (upper/lower functions)
4.4 Operation Methods
4 - 11
(2) The cursor appears
The cursor appears
and is highlighted during data input.
(3) Indication of the selected line
When a program list is displayed, the line currently selected for editing is indicated by "
immediately after the step number.
" appearing
The 3rd line in the display area is selected for editing.
You can use the
X 0 0 0 5
M 2
T 0
L D
A N D
O U T
K 1 2 3
0
1
2
3
R
and
keys to move "
" up and down.
(4) Step number display
A step number is displayed as a decimal number.
On the 1st and 2nd lines in the display area, significant digits in the lower four digits of a step number are
displayed.
On the 3rd and 4th lines in the display area, up to five significant digits in a step number are displayed.
Mode
Line 1
to
Line 4
R 2
2
1 2
1 2
3
3
3
3
4
4
4
4
L D
MO V
D 1 0 0
D 2 0 0
5
6
6
6
Displays significant digits in the lower
four digits of a step number.
X 0 0 0 0
Displays up to five significant digits in
a step number.
Step number
(5) Device display
Two or more device specifications attached to a basic or application instruction are displayed using the same
step number.
For information on the step numbers, see Paragraph (4) above.
(6) Display of data input from the keys
Data input from the keys will appear at the cursor position. As more characters are input, the cursor moves to
the right.
The cursor appears as "
Example: The user enters
R
".
SET
0
1
2
3
SET
R
1 0
4 - 12
4.4 Operation Methods
0
1
2
1
L
0
0
L
0
X
M
M
M
D
R
U T
D
1
L D
0 R
0 U T
0
1
1
1
0 0 0
0
0 0
0 0
0
X 0 0 0 0
M 1 0
M 1 0 0
When the user inputs a program, the codes entered before a touch on the GO key will appear on the 4th
(bottom) line of the display area.
If the codes cannot appear on a single line, the display on the 4th line only will shift by a single character position
to the left each time the user touches a key. (Each character that goes out of the display area by the left-shift
operation is retained in the memory.)
OVERVIEW
1
(7) Shifting of data to the left during the input of a program
2
1
2
2
2
5
M 5
X 0 0 0 5
0
L D
M 3
1
N 0 P
1 4 7 4 8 3 6 4 7
D 1 0 0 0
SYSTEM MONITOR
P
1
1
1
K
The user has entered "DMOVP K2147483647 D1000".
You can move "
" in the specified direction (right or left) with the (
) or (
) key.
3
(8) Display of an error message
An error message will appear on the 4th line of the display area.
An error message on the display is cleared when you press any key. Then the display resumes the state before
the appearance of the error message.
When an error message is displayed, take action according to the procedure described in the following section:
LADDER MONITOR
FUNCTION
W
4
MELSEC-A LIST
EDITOR
4.7 Error Messages and Corrective Actions
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
4.4 Operation Methods
4 - 13
4.4.3
Switching valid keys (upper/lower functions)
Make valid the upper or lower function of keys available for two different purposes to operate the MELSEC-A list editor.
(1) Switching the upper and lower functions of mode keys
In general, the upper functions of mode keys are valid.
To make the lower function of a mode key valid, touch the SHIFT key and then the mode key.
During switching of the upper and lower functions of mode keys, the mark on the valid keys remains
.
(2) Switching the upper and lower functions of command/device keys
Switch the upper and lower functions of command/device keys using the keys shown below, if necessary.
SHIFT : Makes the upper function valid.
: Makes the lower function valid.
SET
* The keys shown below can be operated even if the lower function of a key is valid.
(You do not need to operate the SHIFT key.)
• Comparison symbol keys at the input of comparison operation commands:
,
,
• Minus key in command source data:
For further information about the display of valid keys, see the following:
4.4.2 Display format of the display area
(3) Valid command/device keys after setting each mode
Valid command/device keys after setting each mode are shown below.
(a) Valid keys after setting read, write, and insert modes.
The upper functions of the command/device keys are valid.
If necessary, switch the upper and lower functions of necessary keys for operation.
(b) Valid keys after setting parameter, other, and help modes.
The lower functions of the command/device keys are valid.
If necessary, switch the upper and lower functions of necessary keys for operation.
4.4.4
Selection and operation of modes
Select appropriate modes of the MELSEC-A list editor for the operations described in Sections 4.5 and 4.6.
You can change modes as you desire during any of the operations described in Sections 4.5 and 4.6, so that you can
continue operations while changing modes.
READ ..................
WRITE ................
INSERT ..............
DELETE ..............
PARAM ..............
OTHER ................
Read mode
Write mode
Insert mode
Delete mode
Parameter mode
Other mode
HINT
Mode key input is always valid.
Input of the mode key clears the input data except for the step numbers. The display returns to the initial status of
the mode selection.
4 - 14
4.4 Operation Methods
4.4.5
1
Command input procedures
OVERVIEW
Command input procedures can be classified as follows:
1) Input the command key to use the command on the key.
2) Input the alphanumeric keys corresponding to each character of command sequentially.
3) Select and input the command to be used from the Help function.
2
SYSTEM MONITOR
Command input procedures for 1) and 2) above are as follows.
For command input procedure 3) from the Help function, refer to 4.4.5 Command input procedures
When the command is input, the input details are displayed at the 4th line (the bottom line) on the display.
In the following description, the input of SP key may be omitted when a blank space between the input command
and the cursor position is automatically inserted. Refer to the example in each description.
(1) For command code only
(a) When the command available on the keyboard is input
Command
GO
3
LADDER MONITOR
FUNCTION
POINT
4
1
1
1
1
1
1
1
1
2
2
3
4
0 U
K
N 0
N 0
1
1
1
1
1
1
1
1
2
3
4
5
T 0
5
GO
END
W
T
1 2 3
P
P
MELSEC-FX LIST
EDITOR
W
MELSEC-A LIST
EDITOR
(Ex) When END is input
K 1 2 3
E N D
N 0 P
N 0 P
(b) When the command not available on the keyboard is input
(Ex) When FOR K5 is input
0
N
N
N
U
0
0
0
F
SET
W
5
5
5
5
1
1
4
5
F 0
K
N 0
N 0
6
Y 0 0 2 2
T
P
P
P
0
R
SP
K
5
INTELLIGENT
MODULE MONITOR
0
1
2
3
GO
7
R
5
P
P
NETWORK
MONITOR
5
5
5
5
8
Q MOTION
MONITOR
W
4.4 Operation Methods
4 - 15
(2) For command code and device (1)
Command
DEVICE No.
DEVICE
SP
GO
(Ex) When LD X0 is input
W
1
1
1
1
1
1
1
1
2
2
3
4
0 U
K
N 0
N 0
LD
W
1
1
1
1
1
1
1
1
T 0
T
1 2 3
P
P
X
0
GO
K 1 2 3
L D
N 0 P
N 0 P
2
3
4
5
X 0 0 0 0
(3) For commands other than above
Input the SP key between the command and the device, the source data, and the destination data.
(Ex 1) When FMOV K2 DO K5 is input
W
1
1
1
1
1
2
2
2
5
0
1
2
M 5
L D
N 0 P
N 0 P
F
W
1
1
1
1
2
2
3
3
1
1
0
1
M 3
MOV
D
K
N 0
N 0
K
2
SP
D
0
SP
0
5
P
P
(Ex 2) When OUT T1 K10 is input
W
1
1
1
1
1
1
1
1
K 1 2 3
L D
N 0 P
N 0 P
2
3
4
5
OUT
W
4 - 16
1
1
1
1
1
1
1
1
4
4
5
6
T
0 U
K
N 0
N 0
4.4 Operation Methods
1
T
1 0
P
P
X 0 0 0 0
SP
T 1
K
1
0
GO
K
5
GO
1
(Ex 3) When MC N3 M5 is input
0 U
K
N 0
N 0
4
4
5
6
MC
W
1
1
1
1
1
1
2
2
5
5
0
1
T 1
T
1 0
P
P
N
3
M
SP
5
OVERVIEW
1
1
1
1
GO
2
N 3
M C
M 5
N 0 P
N 0 P
SYSTEM MONITOR
1
1
1
1
(Ex 4) When LD = K10 D10 is input
2
2
3
3
0 U
K
N 0
N 0
9
9
0
1
LD
W
1
1
1
1
3
3
3
3
0
0
5
6
=
K
3
T 1 0
T
1 0 0
P
P
1
0
SP
D
1
0
LADDER MONITOR
FUNCTION
1
1
1
1
GO
1 0
1 0
P
P
K
D
N 0
N 0
4
MELSEC-A LIST
EDITOR
W
(Ex 5) When ANDD<=H7FFFF D20 is input
W
1
1
1
1
1
1
1
1
3
3
3
3
3
3
4
4
0
0
5
6
5
5
6
7
K
D
N 0
N 0
1 0
1 0
P
P
5
AND
D
<
2
0
GO
H
D
N 0
N 0
=
H
7
F
F
F
F
SP
D
MELSEC-FX LIST
EDITOR
W
0 0 0 7 F F F F
2 0
P
P
6
(4) Handling of devices M, L and S
Devices M, L and S in the Test, Monitor, Write and Insert modes change the display depending on the set
parameters.
If LD L0 is input for the parameter setting of M0 to 999 and L1000 to L2047, the result is LD M0.
INTELLIGENT
MODULE MONITOR
W
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
4.4 Operation Methods
4 - 17
(5) For extension timer/extension counter of AnA and AnUCPU
When the extension timer (T256 to T2047) and the extension counter (C256 to C1023) are input as the first
device of the command, input the first device and the device number.
(Ex) When OUT T256 D500 is input
W
9 9
1 0 0
1 0 1
1 0 2
0
L
N
N
OUT
W
1
1
1
1
0
0
0
0
1
2
3
4
M 1 0
U T
D
0 P
0 P
0 U
D
N 0
N 0
T
2
T
5 0 0
P
P
5
6
GO
T 2 5 6
The device (D500) for the T256 setting value
on the parameter is automatically displayed.
POINT
When the extension timer and the extension counter are used, be sure to set the 257 points or more and the setting
value device (D, W, R) on the parameter for both the timer and the counter.
4.4.6
Hard copy output
Screens of the MELSEC-A list editor can be stored to a memory card in BMP/JPEG file format or printed with a printer.
Refer to the following for the hard copy.(GT16/GT15 only)
• Starting the MELSEC-A list editor from the ladder monitor (
3.4.2 Hard copy output)
• Setting the hard copy with GT Designer3.
GT Designer3 Version1 Screen Design Manual (Functions) 40. HARD COPY FUNCTION
4.4.7
Action if an incorrect key is input
If an incorrect key is input, cancel the input contents.
 Operation
(1) Before touching the GO key (before reading/writing the input contents)
Before touching the GO key, touch the CLEAR key.
(2) After touching the GO key (after reading/writing the input contents)
Write the command again. (
5.4.5 Writing commands)
Commands finalized by writing and inserting operations are revised (overwritten) with the program writing.
HINT
When the CLEAR key is input in the parameter mode, the GOT stops the process.
To continue the operation, carry on the key input.
4 - 18
4.4 Operation Methods
4.4.8
1
List of functions
Function
Writes, adds, or modifies a program.
2
Changes a device used at the selected step in the program.
SYSTEM MONITOR
Write (W)
Displays a list of instructions that start with the specified character and allows the user to choose from them.
Reads a program after allowing the user to specify a step number.
Declares the specified part of the program NOP.
Displays a comment for the specified device.
Reads a program after allowing the user to specify a step number.
3
Reads a program after allowing the user to specify an instruction used.
LADDER MONITOR
FUNCTION
Read (R)
Reads a program after allowing the user to specify a device used.
Automatically scrolls the display of a program that has been read up to a specified step.
Corresponds to program read and automatic scroll functions described above.
Displays a comment for the specified device.
Inserts a new program into the displayed program.
4
Displays a list of instructions that start with the specified character and allows the user to choose from them.
Moves the selected part of the program to a specified part of the program.
MELSEC-A LIST
EDITOR
Insert (I)
Reads a program after allowing the user to specify a step number.
Copies the selected part of the program to a specified part of the program.
Displays a comment for the specified device.
Deletes a program at the specified step.
Deletes the specified block in the program.
5
Deletes all NOP instructions found in program codes described before the END instruction. (NOPLF instructions will not be
deleted.)
MELSEC-FX LIST
EDITOR
Delete (D)
Displays a comment for the specified device.
Clears all parameters in the ACPU only.
Parameter (P))
Sets or changes various parameters like those for the memory capacity, timer/counter, and latching range.
Sets or changes a keyword.
6
Changes values set to timer/counter devices.
Displays details of an error in the ACPU and the associated step number.
Checks duplex coils, instruction codes, and other elements in the program.
With regard to a special function unit of the specified I/O number, monitors the contents of the buffer memory at the specified
address.
Monitors the ACPU clock (D9025 through D9027).
7
Clears all contents of the ACPU memory and resets it to the initial state.
Clears the program (Main/Sub) currently selected.
Clears all device memories except for special-D, special-M, and R.
NETWORK
MONITOR
Switches the target ACPU in GOT operations in each mode.
Switches the target program (Main/Sub) in GOT operations in each mode.
Forcibly changes the ACPU running status between RUN and STOP.
8
Performs a read or write operation to the ACPU memory in the machine language.
Q MOTION
MONITOR
Others (O)
INTELLIGENT
MODULE MONITOR
Mode (mode display)
OVERVIEW
The table below shows the functions available for each mode.
4.4 Operation Methods
4 - 19
4.5 Basic Operation
This section takes an easy operation example to describe the basic operation of the MELSEC-A list editor.
4.5.1
Reading sequence programs
[Operation exaple]
<Key operation>
Select the "Read" mode.
<Display>
R
READ
Read the 0th step.
SET
0
R
0
1
2
3
LD
OR
A NI
OUT
X0 0 0 0
Y0 0 1 0
X0 0 0 1
Y0 0 1 0
R
3 OUT
4 OUT
4 K10
5 LD
Y0 010
T0
GO
GO
7 D20
1 4 E ND
1 5 NOP
1 6 NOP
T0
Scroll the screen with the GO key.
4 - 20
4.5 Basic Operation
4.5.2
1
Changing (Overwriting) commands
OVERVIEW
The example shown below is used to describe how to change sequence program commands.
Before change
2
Y010
T0 K10
X000
X001
0
Y010
K100
Y010
T0
Change the timer setting
value from K10 to K100.
After change
Y010
T0 K100
3
Change the timer setting
value from K10 to K100.
LADDER MONITOR
FUNCTION
3 OUT
4 OUT
SYSTEM MONITOR
3 OUT
4 OUT
[Operation example]
<Key operation>
<Display>
7 K80
7 K5
7 D2 0
1 4 END
W
3 OUT
4 OUT
4 K10
5 LD
Y0 010
T0
3 OUT
4 OUT
4 K10
Y0 010
T0
WRITE
Read the 4th step that changes
the setting value.
4
SET
W
GO
Move the cursor to setting
value "K10" of T0.
W
GO
5
MELSEC-FX LIST
EDITOR
Select the "Write" mode.
SHIFT
MELSEC-A LIST
EDITOR
4
T0
6
0
0
GO
W
4 OUT
T0
4 K1 00
5 LD
T0
6 A NI
M0
The setting value of timer T0
was changed from "K10" to "K100".
7
NETWORK
MONITOR
1
8
Q MOTION
MONITOR
K
INTELLIGENT
MODULE MONITOR
K10
4.5 Basic Operation
4 - 21
4.5.3
Adding (Inserting) commands
The example shown below is used to describe how to add sequence program commands.
Before addition
7 +P K80 K5 D20
14 END
T0 M0
5
+P K80 K5 D20
MOV D20 K2Y018
After addition
7 +P K80 K5 D20
14 MOV D20 K2Y018
19 END
Add the MOV
command.
[Operation example]
<Key operation>
<Display>
Select the "Insert" mode.
I
INSERT
Read the 14th step to insert
the command.
1
4
GO
SET
I
7 D2 0
1 4 END
1 5 NOP
1 6 NOP
Input the "MOV D20 K2Y0018"
I
1 4 D2 0
1 4 K2 Y0018
1 9 E ND
2 0 NOP
2
D
MOV
K
2
0
Y
GO
4 - 22
4 OUT
T0
4 K1 00
5 LD
T0
6 ANI
M0
4.5 Basic Operation
SP
1
8
The command of "MOV D20 K2Y0018" was
added to Step 14.
Add the MOV
command.
4.5.4
1
Deleting commands
OVERVIEW
The example shown below is used to describe how to delete sequence program commands.
Before deletion
2
Delete the ANI
MO command.
5 LD T0
6 ANI M0
7 +P K80 K5 D20
5
SYSTEM MONITOR
T0 M0
+P K80 K5 D20
MOV D20 K2Y018
After deletion
3
LADDER MONITOR
FUNCTION
Delete the ANI
MO command.
5 LD T0
7 +P K80 K5 D20
[Operation example]
<Key operation>
<Display>
5 LD
6 ANI
7 +P
7 K80
T0
M0
D
5 LD
6 +P
6 K80
6 K5
T0
GO
5
MELSEC-FX LIST
EDITOR
D
The GO key deletes the command
at the cursor position.
The step number is brought forward.
6
The "ANI MO" command was deleted.
7
NETWORK
MONITOR
GO
6
1 4 D2 0
1 4 K2 Y0018
1 9 END
2 0 NOP
INTELLIGENT
MODULE MONITOR
DELETE
Read the 6th step
SET
D
8
Q MOTION
MONITOR
Select the "Delete" mode.
SHIFT
MELSEC-A LIST
EDITOR
4
4.5 Basic Operation
4 - 23
4.5.5
HELP
Using the help function
is input to use the Help function.
Input of HELP
displays the Help function menus in each mode. Select the corresponding item for execution.
(1) Reading the command in the sequence program
Example of reading the area using the "MOV" command in the sequence program.
[Operation example]
<Key operation>
Input the HELP key in the Read mode.
READ
HELP
1: Select "Read".
1
2: Select "INSTRUCTION".
2
Set the "MOV" command.
<Display>
* * *HELP MENU * * *
1 : READ
2 : COMMENT DISPLAY
CLEAR:END
* * * READ * * *
1/ 2
1 : STEP
2 : INSTRUCTION
CLEAR:END HELP:MENU
* * * READ * * *
KEY IN INSTRUCTION
[
]
CLEAR:END HELP:MENU
MOV
* * * READ * * *
KEY IN STEP NO.
[ MOV
]
CLEAR:END HELP:MENU
GO
R
GO
R
6 D2 0
1 3 MOV
1 3 D2 0
1 3 K2 Y0018
6 D2 0
1 3 MOV
1 3 D2 0
NOT FOUND
Reading "MOV D20 K2Y0018"
of the 13th step.
Message when the "MOV"
command is not present after
the 13th step.
Now, reading the command with the Help function
command specification is completed.
4 - 24
4.5 Basic Operation
1
(2) Displaying comment
The following example shows the procedure of displaying the comment in the Read mode.
R
0 LD
X0 0 0 0
1 OUT
Y0 0 2 0
2 LD
X0 0 0 0
Motor start limit
R
0 LD
X0 0 0 0
1 OUT
Y0 0 2 0
2 LD
X0 0 0 0
Motor start check
1
Move the cursor to the following step.
SYSTEM MONITOR
3
Display the comment of
the device at the cursor position.
LADDER MONITOR
FUNCTION
Select "1: YES".
* * *COMMENT DISP.* * *
1 : YES
2 : NO
CLEAR:END HELP:MENU
4
MELSEC-A LIST
EDITOR
2
5
MELSEC-FX LIST
EDITOR
Select "2: COMMENT DISPLAY".
* * *HELP MENU * * *
1 : READ
2 : COMMENT DISPLAY
CLEAR:END
6
INTELLIGENT
MODULE MONITOR
HELP
2
<Display>
7
NETWORK
MONITOR
Input the HELP key in the Read mode.
8
Q MOTION
MONITOR
<Key operation>
OVERVIEW
[Operation example]
4.5 Basic Operation
4 - 25
4.5.6
PLC memory all clear
When input of a keyword is requested, all parameters and sequence programs can be cleared together with the keyword
registered in the ACPU using the operation below.
[Operation example]
1.
Display the keyword input request.
KEYWORD= [
2.
3.
Stop operation of ACPU
Set the target ACPU to the stop status.
Operation of PC memory all clear
Input "ALLCLR" and press the GO key.
A
4.
]
L
L
C
L
R
GO
Display of PC memory all clear process
When the GOT starts clearing the process, the display in the left appears. "*" column and the total number of bytes
change sequentially.
*
ALL CLEAR
20KB
**********
"*" (maximum 10 per process) is displayed according to the memory capacity to be cleared
As the clearing process proceeds, each "*" is deleted.
One "*" shows 10% of memory capacity.
The memory capacity (total number of bytes) to be cleared is displayed in kbytes.
As the clearing process proceeds, 1 kbyte is decreased.
5.
Completion of PC memory all clear process
When the GOT completes the clearing process, the screen in the left appears.
(status before the mode selection)
** MODE SELECTION **
(READ) (INS) (PARAM)
PRESS MODE KEY
6.
4 - 26
If necessary, start the next operation.
4.5 Basic Operation
1
4.6 List of Operation Procedures
2
Input of keyword at
start-up
Mode selection
Switching of valid
key
Select the mode.
Switching of valid
key
Switch the valid key
(function indicated
at the upper/lower
part of the key) by a
user.
SHIFT
Action for incorrect
input
Perform the
operation for
incorrect key input.
CLEAR , Mode key or SHIFT
Operation of
command help
function
Perform operation
with the Help
function command
specification.
Keyword
GO
Mode key
( READ , INSERT , PARAM )
SYSTEM MONITOR
Procedures (key input sequence)
Input when the
keyword is
registered in the
ACPU.
Mode key ( WRITE , DELETE , OTHERS )
SHIFT
SET
Mode key
HELP
Perform program display
operation in the Write/Insert mode.
GO
1
1
1
Input the capital
letter of the command.
1
1
Input the capital letter
of the command.
Input the corresponding
command number.
Display of Comment
Display the
comment stored in
the ACPU.
HELP
Perform program display operation
in the Write/Read/Insert/Delete mode.
Command code
only
Input the command
code only.
Command
GO
Command code and
1 device
Input the command
code and 1 device.
Command
SP
Other than above
(command key
input)
Input the command
other than above
with the command
key.
Input the SP between the device, the source data and the destination.
Other than above
(device key input)
Input the command
other than above
without the
command key.
Input the SP between the command, the device, the source data and the destination.
Device
Device No.
2
GO
1
2
4
MELSEC-A LIST
EDITOR
or
LADDER MONITOR
FUNCTION
3
5
MELSEC-FX LIST
EDITOR
Basic operation
GO
6
7
NETWORK
MONITOR
Command
input operation
Purpose
INTELLIGENT
MODULE MONITOR
Details
OVERVIEW
Common operation
8
Q MOTION
MONITOR
4.6.1
4.6 List of Operation Procedures
4 - 27
4.6.2
Operation in write mode (W)
Details
Purpose
Continuous write in NOP
Write/modify (change) of
program
4.6.3
Set the specified range in the
program to NOP.
Write the new program/modify
(change)
Procedures (key input sequence)
Program display
in the Write mode
SHIFT
HELP
2
1
Start step specification
GO
2
Start step specification
GO
WRITE
SET
Final step
specification
Step number
GO
Operation in read mode (R)
Details
Purpose
Command reading with the
specified step number
Read the command of the
specified step number in the
program.
Read the command with the
specified command.
Read the specified command in
the program.
Read the command with the
specified device.
Read the command with the
specified device used in the
program.
Procedures (key input sequence)
READ
READ
SET
Step number
Command
Device
Automatic scroll
Display the program with
automatic scroll.
4.6 List of Operation Procedures
GO
GO
Device number
GO
GO
READ
SET
Device
Device number
GO
GO
Read operation above
4 - 28
1
SET
SET
Step number
SET
SP
GO
Com
mand
GO
1
Operation in insert mode (I)
INSERT
SET
Display the program
in the Insert mode.
Move the program.
1
Specify the movement
end step.
Display the program
in the Insert mode.
Com
mand
2
GO
2
Specify the movement
start step.
HELP
GO
Specify the movement
destination step.
1
3
GO
3
Specify the
copy start step.
Copy the program.
GO
Specify the
copy end step.
GO
Specify the copy
destination step.
GO
Operation in delete mode (D)
Delete a command from the
program.
Delete the specified range of
the program.
Specify the range of the
program for deletion.
Delete the whole NOP.
Delete the whole NOP in the
program.
Procedures (key input sequence)
SHIFT
DELETE
SET
Step number
GO
GO
5
Display the program
in the Delete mode.
GO
HELP
1
1
Specify the deletion
end step.
GO
HELP
1
Display the program
in the Delete mode.
Specify the
deletion start step.
MELSEC-FX LIST
EDITOR
Delete a command from the
program.
MELSEC-A LIST
EDITOR
Purpose
6
2
INTELLIGENT
MODULE MONITOR
Details
4
7
NETWORK
MONITOR
4.6.5
HELP
GO
Move the whole program.
GO
Copy the program.
Step number
OVERVIEW
Insert a command in the
program.
Procedures (key input sequence)
SYSTEM MONITOR
Insert a command in the
program.
Purpose
LADDER MONITOR
FUNCTION
Details
8
Q MOTION
MONITOR
4.6.4
4.6 List of Operation Procedures
4 - 29
4.6.6
Operation in parameter mode (P)
Details
Purpose
Procedures (key input sequence)
Clearing all parameters
Return the parameters to the
initial setting status.
PARAM
Parameter setting
(for A0J2HCPU)
Set the parameters for the
A0J2HCPU.
PARAM
Setting of latch range
Select the latch range from "No
latch", "1/2 latch" and "All
latch".
Setting of step relay
Completion of setting
Parameter setting
(other than A0J2HCPU)
Setting of memory capacity
1)
1
Set the availability (S1536 to
2047) of the step relay.
1)
2
When the parameter setting is
complete, write the PLC CPU.
2)
GO
END
2)
GO
2)
GO
END
CLEAR
PARAM
GO
1)
2
Setting for multiple items is
also available.
Set the parameters other than
A0J2HCPU.
Set the main sequence
program capacity and the file
register capacity.
1
GO (End of writing is displayed.)
1)
2
1)
1
1)
1
Capacity
GO
END
2) (For sub,
1)
1
points
GO
END
2) (For file register,
GO
Capacity
END
2)
(For main,
input unit: 1K step)
input unit: 1K step)
input unit: 1K point)
M, L, S setting (other than
AnA, AnUCPU)
Set the top device number used
in the latch relay/step relay.
M, L, S setting
(AnA, AnUCPU only)
Set the top device number used
in the latch relay/step relay/
internal relay.
Timer setting
(other than AnACPU)
Set the top device used in the
low speed/high speed/retentive
timers.
Timer setting
(AnACPU))
Set the number of timers used,
the top device number that
stores the setting value after
T256, and the top device used
in the low speed/highspeed/
retentive timers.
Counter setting
(AnACPU only)
Set the number of counters
used, and the top device
number that stores the setting
value after C255.
Setting of latch range WDT
setting
Set the range of the device for
latch setting.
1)
2
Top number of L
GO
Top number of S
GO
1)
2
Top number of L
GO
Top number of S
GO
3
Top number of timer
GO
1)
3
No. of timers
GO
Top device for storage
of setting values
GO
Top number of timer
1)
4
1)
5
GO
No. of counters
Set the value of the watchdog
timer in the unit of 10 ms.
Setting of I/O control
system (only for A3HCPU
and A3MCPU)
Set the I/O control system.
Completion of setting
(write)
When parameter setting is
complete, write the PLC CPU.
4 - 30
4.6 List of Operation Procedures
2)
GO
Top device for storage
of setting values
Top number of latch
GO
6
1)
7
WDT value
GO
GO
GO
GO
2) (input unit: 10 ms)
2)
2)
CLEAR
Setting for multiple items is
also available.
2)
GO
END
1)
2)
2)
End number of latch
WDT setting
(other than AnA, AnU)
GO
Top number of M
1)
2)
END
GO (End of writing is displayed.)
2)
1
Operation in other mode (O)
Program check
Check the program(double coil,
command code, END
command).
SHIFT
SHIFT
OTHER
2
1
(Except AnA, AnUCPU)
2
1
(AnA, AnUCPU)
2
2
2
GO
Step number
SHIFT
Buffer memory batch
monitoring
OTHER
OVERVIEW
Operation that checks the error
step number/error code for the
current error in the ACPU.
(other than AnA and AnUCPU)
Monitor the buffer memory
details of the special function
unit.
H
K
1
3
OTHER
Buffer memory
address
2
Y
Top I/O
number of unit
SP
3
GO
Clock monitor
Monitor the clock data of the
ACPU.
SHIFT
OTHER
3
1
3
Clearing of all PC memories
Clear all memories in the
ACPU.
SHIFT
OTHER
3
2
GO
Clearing of all programs
Clear all sequence program,
microcomputer program and T/
C setting value areas.
SHIFT
OTHER
3
2
2
GO
Clearing of all device memories
Clear all details of the bit device
and the word device in the
ACPU.
SHIFT
OTHER
3
2
3
GO
SHIFT
OTHER
3
3
1
PLC No. setting
Set the PLC No. of other
stations for access on the
MELSECNET II (/B) or
MELSECNET/10.
LADDER MONITOR
FUNCTION
Error check
Procedures (key input sequence)
GO
1
4
5
END
2
PC No.
3
Network No.
GO
GO
SYSTEM MONITOR
Purpose
MELSEC-A LIST
EDITOR
Details
Station No.
MELSEC-FX LIST
EDITOR
4.6.7
GO
Select the main/sub- program
displayed on the list edit
screen.
SHIFT
OTHER
3
3
2
GO
Remote run/stop
Operate the run/stop status of
the ACPU from the GOT.
SHIFT
OTHER
3
4
1
GO
3
SET
Read/write of machine
language
Specify the memory address
(absolute address) of the
ACPU. Read the memory
details and write the machine
language to the memory.
6
INTELLIGENT
MODULE MONITOR
Main/sub-program switching
3
SET
4
Address
GO
(hexadecimal)
Address
(hexadecimal)
GO
GO
Machine
language code
GO
7
GO
NETWORK
MONITOR
OTHER
8
Q MOTION
MONITOR
SHIFT
4.6 List of Operation Procedures
4 - 31
4.7 Error Messages and Corrective Actions
4.7.1
Error messages and corrective actions in direct CPU connection
If an error is detected with the MELSEC-A list editor during operation of each mode, an error message appears at the 4th
line of the display.
Error messages, display conditions and corrective actions are displayed below. If an error message appears, take the
following actions to resume operation.
1.
Check the error message.
2.
Remove the cause of the error.
3.
Input the corresponding key.
(The error message disappears. The screen returns to the status before error.)
(Example)
R
0
1
2
3
L
0
A
0
RST
R
X
Y
M
Y
D
R
N I
U T
M
0
L D
1
0 R
2
A N I
NOT FOUND
0
0
0
1
0
0
0
0
0
0 0
2 0
0
2 0
GO
X 0 0 0 0
Y 0 0 2 0
M 1 0 0
Display the error message.
SET
R
0
1
2
L D
0 R
A N I
Reading the step with the RST command.
Delete the error message.
X 0 0 0 0
Y 0 0 2 0
M 1 0 0
The error message disappears.
The next operation is resumed.
Error message
Description
Corrective action
Address error
In machine language writing, the address which was tried to
be written was at the write-protect area.
Set the correct address.
No corresponding program
The specified command was not found.
Check the program.
Memory cassette check
In communication with the CPU for clearing the keyword or
writing the parameter, the memory cassette is insufficient or
not mounted.
(1) Mount the memory cassette properly.
(2) Replace the memory cassette with a new one.
Step over error
The set step number is larger than the maximum step
number.
Set the correct step number.
Setting error
Setting value is not correct.
Set the correct value.
Not selectable
The function which cannot be executed was selected.
Select other function.
Operation error
The set device symbol is incorrect.
Perform the correct key operation.
Device error
The specified command was not found.
The device number exceeds the range.
(1) Set the correct device symbol.
(2) Set the number within the range of CPU
device.
Identical coil
The identical coil is found in the sequence program.
Proceed to the next operation if it does not affect
the control.
Correct the program if it affects the control.
When the program is read, it cannot be converted to the
proper command.
When the CPU has detected the error, stop
running of the operation. After resetting the CPU,
check the command around the error.
Write the correct command. (For check of the
error step, refer to 4.6.7.)
Command error
(Continued to next page)
4 - 32
4.7 Error Messages and Corrective Actions
1
Memory protect
When writing in the Write or the Insert/Delete mode, the
memory protect switch in the memory cassette is ON.
Turn OFF the memory protect switch in the
memory cassette.
Capacity over
Memory assignment set in the parameter exceeded the
capacity of the memory cassette.
Set the parameter within the capacity of the
memory cassette.
There is no END command.
Write the END command at the last step of the
program.
When the list editor function is started, proper
communication with the PLC is not made.
Restart the list editor function. If communication is
not made properly, check the following:
(1) GOT main unit
(2) Connection of the cable
(3) CPU main unit (if any error has occurred)
When the editor for MELSEC-A is started, proper
communication with the CPU is not made.
Close and restart the editor for MELSEC-A.
If communication is not made properly, check the
following:
(1) GOT main unit
(2) Connection of the cable
(3) CPU main unit
PC write error
Correct writing was not made in the Write or Insert mode.
(1) Check the setting of RAM/ROM.
(2) Check the RAM mounting.
(3) Check the setting of the memory protect switch
in the CPU.
PLC is running
Writing, insertion or deletion was attempted during running of
the CPU.
Stop the CPU.
PC No. error
The PLC number is set to other station.
Change the PLC number and set the station for
access to the host.
**KS over
The value exceeding the range of the program capacity by
**K steps was attempted to be set.
Reduce the program capacity by **K steps for
setting.
**KP over
The value exceeding the range of the file register capacity by
**K points was attempted to be set.
The value exceeding the range of the file register
capacity by **K points was attempted to be set.
Not available for QnACPU.
Set the PLC No.
The CPU at the list edit destination is QnACPU.
Set the PLC number and change the station for
access.
The keyword is not input.
Set the PLC No.
The "GO" key was pressed without input of the keyword on
the keyword input screen.
Set the PLC number and change the station for list
edit. Or select the same station and input the
keyword.
The PLC parameter was changed.
Read the ladder monitor again.
The PLC parameter exceeding the file (R) register capacity
was set.
Restart the GOT system if required.
The PLC parameter was changed.
Restart the GOT system.
The capacity of the file (R) register was set.
Read the ladder monitor on the PLC again if
required.
The PLC program was edited.
Read the ladder monitor again.
Edit the PLC program.
Read the ladder monitor on the PLC again if
required.
PLC COMM ERROR
PLEASE CLOSE
3
4
5
6
7
NETWORK
MONITOR
PLC communication error
8
Q MOTION
MONITOR
No END command
2
SYSTEM MONITOR
Set the correct command.
LADDER MONITOR
FUNCTION
The command set at the time of read, write or insert is not
correct.
MELSEC-A LIST
EDITOR
Command setting error
OVERVIEW
Corrective action
MELSEC-FX LIST
EDITOR
Description
INTELLIGENT
MODULE MONITOR
Error message
4.7 Error Messages and Corrective Actions
4 - 33
4.7.2
PLC CPU error messages and troubleshooting
When the error step read in other mode is performed, the error message and the error step of the current error in the
ACPU are displayed.
Error messages, error details and corrective actions are displayed below. If an error message appears, take the following
actions to resume operation.
1.
2.
3.
Check the error message.
If the erro5r code is not displayed, check the error code of special register D9008 with the system monitor function
(Refer to Chapter 2.).
Remove the cause of the error.
(Display)
(1)
Example of display for an error in the CPU other than AnA and AnU
0
E R R .
S T E P =
S P . U N I T
D OW N
E R R .
C O D E =
2 5
4 1
Mode is displayed (other mode).
Error step number is displayed
(step number of D9010).
Error message is displayed.
Error code is displayed
(error code of D9008).
(2) Example of display for an error in the AnA or AnUCPU
0
E
S
E
E
R
P
R
R
R
.
R
R
S T E P =
.
U N I T
D OW N
C O D E =
.
.
I N F O =
2 5
4 1
4 1 1
Mode is displayed (other mode).
Error step number is displayed
(step number of D9010).
Error message is displayed.
Error code is displayed
(error code of D9008).
Error detail code is displayed
(error code of D9091).
Error history if available is displayed.
(3) Example of next display for the display of " " above (error history is available)
0
E
1 A
E
9
R R .
S T E P =
C
D O WN
R R .
C O D E =
9 / 0 7 / 1 2
1 1 :
0
9
0
5 5 : 1 0
Mode is displayed (other mode).
Error history number is displayed
(history control No. of ACPU).
Error step number is displayed.
Error message is displayed.
Error code is displayed.
Error detail code is displayed.
Second, minute, hour, date, month
and year of the error are displayed.
Displayed if other error history is available.
POINT
When an error message of the PLC CPU appears, refer to the ACPU programming manual (Common Command)
and the user's manual for each CPU for corrective actions.
4 - 34
4.7 Error Messages and Corrective Actions
1
Error using list editor function on the link system
Corrective action
Check the cable wiring.
4
Process cancel:
New process request was given to the list editor function while the
CPU is processing.
Perform correct key operations on the GOT.
5
Sum check error:
A sum check error from the link communication has occurred.
There may be noise interference.
Check the system again.
16
PLC No. error:
There is no station corresponding to the PLC number.
Check the PLC number setting.
Set the correct number.
19
This error may occur when the ACPU is reset during monitoring.
Perform the monitor setting again.
24
Remote error:
Although remote stop/pause is performed from the computer link unit,
remote run/stop is additionally performed.
Perform the remote run/stop/pause from either unit.
25
Refer to the next page for error messages and actions.
After confirming the device value explained at the next page with the system monitor function, take action.
32
Link error:
While the slave station is monitoring the master station, the master
station is reset.
Perform the monitor setting again.
34
EEPROM failure:
The EEPROM, cannot be written due to EEPROM failure.
Replace the EEPROM with a new one.
2
SYSTEM MONITOR
Time-out error: No response to the request
3
LADDER MONITOR
FUNCTION
2
4
MELSEC-A LIST
EDITOR
Error message
[Detailed description of error No. "25"]
If error number "25" appears, the following causes are possible. Check the details and the corrective actions.
5
(1) When connected to the master station
M9224
M9227
Details
Link card error
(for master station)
OFF : Normal
ON : Error
The control depends on whether there is an error at the
hardware of the link card. The link card in the CPU link unit is
judged at the CPU. Replace the link unit.
Link status
OFF : Online
ON : Offline, station-tostation test, or selfloopback test
The control depends on whether the master station itself is
online or offline, or in the station-to-station mode or the selfloopback mode. Check the mode switch.
Loop test status
OFF : Not executed
ON : Forward loop test and
reverse loop test are
being executed.
The control depends on whether the master station itself is
executing the forward loop test or the reverse loop test.
6
7
NETWORK
MONITOR
M9210
Description
8
Q MOTION
MONITOR
Device
number
MELSEC-FX LIST
EDITOR
Error No.
OVERVIEW
When the MELSEC-A list editor is used on the link system, the "PLC communication error (**)" may appear.
In this case, check the error details and the corrective actions.
INTELLIGENT
MODULE MONITOR
4.7.3
4.7 Error Messages and Corrective Actions
4 - 35
(2) When connected to the local station
Device
number
M9211
M9240
M9257
Description
Details
Link card error
(for local station)
OFF : Normal
ON : Error
The control depends on whether there is an error at the
hardware of the link card. The link card in the CPU link unit is
judged at the CPU. Replace the link unit.
Link status
OFF : Online
ON : Offline, station-tostation test, or selfloopback test
The control depends on whether the local station itself is online
or offline, or in the station-to-station mode or the self-loopback
mode. Check the mode switch.
Loop test status
OFF : Not executed
ON : Forward loop test and
reverse loop test are
being executed.
The control depends on whether the local station itself is
executing the forward loop test or the reverse loop test.
(3) When connected to the CPU in MELSECNET/10
An error in the MELSECNET/10 is reported using a four digit (hexadecimal) error number.
For details of the errors and corrective actions, see the MELSECNET/10 Network System Reference Manual.
If an error code not listed in the previous page is displayed, contact the nearest of our system service centers,
agents, and branch offices.
4 - 36
4.7 Error Messages and Corrective Actions
1
MELSEC-FX LIST EDITOR
OVERVIEW
5.
SYSTEM MONITOR
2
5.1 Features
The MELSEC-FX list editor enables you to change the sequence program in the FX PLC.
This function is intended to troubleshoot the PLC system and to streamline maintenance operations.
By installing list editor for MELSEC-A, an Option OS, from GT Designer3 into the GOT, you can edit the FX PLC
program.
The features of the MELSEC-FX list editor are described below.
LADDER MONITOR
FUNCTION
3
 Parameters and sequence programs are easy to maintain.
You can check or partly correct, change or add FX PLC CPU parameters and sequence programs simply by
operating keys.
You can easily edit sequence programs without preparing any peripheral unit other than the GOT.
4
MELSEC-A LIST
EDITOR
(Example of changing sequence program commands)
Changed
LD
X000
OUT Y020
LD
X001
LD
OUT
LD
X000
Y030
X001
5
 Combination with the ladder monitor
MELSEC-FX LIST
EDITOR
You can open the MELSEC-FX List Editor window from the Ladder Monitor screen with a single touch.
You can edit PLC program while checking the ladder.
You can also display a list from the step line displayed by the ladder monitor.
(GT16/GT15 only)
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.1 Features
5-1
 Errors that occur during list editing can be checked easily.
Error messages, error codes, and number of steps for errors that occur in the FX PLC can be checked.
Details can be checked immediately even for errors that occur during list editing.
 Commands and devices can be searched and displayed.
Commands and devices used in sequence programs can be searched.
The correction position can be searched for cases such as when you want to correct a specific device.
Searched device
M800
Displays the searched device.
LD
OUT
LD
5-2
5.1 Features
M 800
T
10
K
100
X 002
System configuration
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Controllers that can be edited with the MELSEC-FX list editor
Target controller
FXCPU*1
 Connection forms
This function can be used in the following connection types.
(
Function name
Description
MELSEC-FX list editor
GT16
GT15
GT14
GT12
GT11
GT10
Ethernet connection*2
GT16
GT15
GT14
GT12
Sequence program writing, parameter setting,
PLC diagnostics and keyword registration, etc.
GT11
GT10
*1
4
5
Available only when using FX3U or FX3UC.
MELSEC-FX list editor cannot be used when using CC-Link IE field network Ethernet adapter.
MELSEC-FX LIST
EDITOR
*1
*2
: Unavailable)
Connection form between GOT and PLC
Direct CPU connection
Name
: Available,
LADDER MONITOR
FUNCTION
3
Available only when using FX3U or FX3UC.
MELSEC-A LIST
EDITOR
*1
2
SYSTEM MONITOR
This section describes the system configuration of the MELSEC-FX list editor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
 Required option OS and option function board
The option OS and option function board shown below are required.
1.1.2 Hardware and OS’ required for each function
6
(1) Option OS
(a) For GT16, GT15, GT14, GT12, and GT11
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH GOT
(b) For GT10
Installing the option OS is not required.
INTELLIGENT
MODULE MONITOR
5.2.1
OVERVIEW
1
5.2 Specifications
7
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
8
Q MOTION
MONITOR
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH GOT
NETWORK
MONITOR
(2) OS memory space
5.2 Specifications
5-3
(3) Option function board
(a) For GT16, GT14, GT12, and GT10
No option function board is required.
(b) For GT15 and GT11
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
 Functions list and monitor conditions
The following shows the memory that can be monitored by the MELSEC-FX list editor and the FX PLC status
conditions.
(
: Can be monitored
: Can be monitored under certain conditions
Memory that can be monitored
Function
Built-in memory
RAM memory
cassette
EEPROM
memory
cassette, flash
memory
cassette
Displaying sequence
programs
Reading
sequence
programs
FX PLC
status
Reference
Section
5.4.3
Section
5.4.4
Writing commands
Section
5.4.5
Changing operands/set
values
Section
5.4.6
*1
Inserting commands
For Stop
only
Section
5.4.5
Deleting commands
Section
5.4.7
Sequence program all clear
Section
5.4.8
PLC diagnostics
RUN/
STOP
Display
Parameter setting
Set
*1
For Stop
only
RUN/
STOP
Keyword
*1
*2
The operation is available only when the protect switch is OFF.
The available memory differs depending on the FX PLC being used.
For further information, see the following.
The hardware manual of the FX PLC being used
5-4
EPROM
memory
cassette
RUN/
STOP
Searching commands/
devices
Writing
sequence
programs
: Cannot be monitored)
*2
5.2 Specifications
Section
5.4.9
Section
5.4.10
Section
5.4.11
For the FXCPU in Ethernet connection, the GOT can monitor only the host station.
The access range other than the above is the same as the access range when the GOT is connected to a controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
2
SYSTEM MONITOR
Precautions
(1) Inapplicable GOT
The MELSEC-FX list editor cannot be used with the GOTs shown below.
GOT
GT10
Inapplicable GOT
3
GT1030, GT1020
(2) Using other peripheral equipment for sequence program/parameter change
When using the MELSEC-FX list editor, do not change programs or parameters in the PLC CPU from other
peripheral equipment.
If you make a change, temporarily exit the MELSEC-FX list editor after the change is made, then start the
MELSEC-FX list editor again.
If you carelessly change the program on one PLC from multiple units of peripheral equipment (including GOT),
the contents of the program in the PLC CPU and the peripheral equipment may not be the same, resulting in an
unintended operation of the PLC CPU.
(3) Sequence program change
Stop the FX PLC before changing (writing, inserting, deleting) a sequence program or changing parameters.
Operation is not possible with the FX PLC running.
(4) If you press the GO key but the system does not proceed to the next operation (for example, a
search)
Check the input contents (applied instruction number, device value, etc.).
LADDER MONITOR
FUNCTION
5.2.3
OVERVIEW
1
Access range
4
MELSEC-A LIST
EDITOR
5.2.2
5
Even if you execute the MELSEC-FX list editor with the ladder monitor activated, edited information will not be
reflected on the Ladder Monitor screen.
To reflect such edited information, perform the PLC reading of the ladder monitor again.
(6) When using list monitor
Only devices to be used for basic instructions can be monitored.
The status of devices (word, bit) to be used for application instructions cannot be monitored.
MELSEC-FX LIST
EDITOR
(5) When used together with the ladder monitor
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.2 Specifications
5-5
5.3 Operations for Display
This subsection describes an outline until the system monitor screen is displayed after List editor for MELSEC-FX
(Option OS) is installed in the GOT.
Start
Turn on the power to the GOT.
When starting the List
editor for MELSEC-FX
from the ladder monitor
Starting from the special function
switch (MELSEC-FX list editor)
set in the project data
Starting from the
utility
Display the utility.
Example) For GT16
After the utility is displayed, touch
[Debug]
[Monitor screens1]
[MELSEC-FX List editor] from the
Main Menu.
For how to display the utility, refer
to the User's Manual for the GOT
used.
Touch the special function switch.
Activate the MELSEC-FX list editor
on the Ladder monitor screen.
Touch "List"
Refer to the following manual for
how to set the special function switch.
GT Designer3 Version1
Screen Design Manual
(Functions)
2. TOUCH SWITCH
Subsection 3.3 Display
Set the Channel No.
Set the channel number of
the controller targeted to the
MELSEC-FX list editor.
Communication
setting window
When no keyword
is registered in the
connected FX PLC
When a keyword is
registered in the
connected FX PLC
Enter the keyword.
5.4.11 Keywords
The MELSEC-FX list editor is started.
End
5-6
5.3 Operations for Display
1
POINT
OVERVIEW
(1) How to display the utility
For how to display the utility, refer to the following.
(2)
Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the MELSECFX list editor only.
For displaying the communication setting window at the second or later startup, touch [ChNo.] on the
MELSEC-FX list editor screen. (
5.4 Operation Method)
3
LADDER MONITOR
FUNCTION
(3) If the project data has not been downloaded
The MELSEC-FX list editor can be started from the utility even if the project data has not been downloaded to
the GOT.
2
SYSTEM MONITOR
User's Manual for the GOT used
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.3 Operations for Display
5-7
 Change screens
This section describes how to change the screen.
Start
Utility Main Menu
or
user-created monitor screen
Communication setting window
[ChNo.]
MORE
MORE
OP
CLR
OP
CLR
[PLC
diagnostics]
GO
[Parameter
setting]
GO
[Keyword
setup]
GO
*1
[List
Monitor]
*1
GO
With setting special function switches (FX list monitor), the list monitor can be started on the monitor screen.
When the list monitor is started on the monitor screen, the list editor cannot be used.
For how to set special function switches, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions)
5-8
5.3 Operations for Display
This section describes the contents of the MELSEC-FX list editor and the key functions displayed on the screen.
The display screen of the MELSEC-FX list editor varies slightly with the GOT used. This chapter mainly uses the screen
of the GT1575-V for explanation.
2
Key arrangement and a list of key functions
SYSTEM MONITOR
5.4.1
The arrangement and functions of the keys displayed on the MELSEC-FX List Editor window are described below.
Displayed contents
2)
3
LADDER MONITOR
FUNCTION
1)
3)
4)
MELSEC-A LIST
EDITOR
4
5)
Item
Description
1)
Channel No.
(Compatible with GT16/
GT15/GT14/GT12
only)
Displays the currently selected channel number.
Touching "ChNo." displays the communication setting window.
The communication setting window is not displayed if the MELSEC-FX list editor is started from the ladder
monitor.
2)
Mode
5.4.2 Selection and operation of modes)
[Monitor] is displayed when the list monitor is executed.(
6
5.4.12 List monitor)
3)
Error message
Displays the contents of errors that occur with the MELSEC-FX list editor.
(5.5 Error Messages and Corrective Action)
4)
List display area
Displays the sequence program in list format (12 digits).
The position (line) that can be edited is displayed with a bar.
5)
Key area
Displays the keys that can be used with the MELSEC-FX list editor.
INTELLIGENT
MODULE MONITOR
Displays a mode for MELSEC-FX list editor. (
MELSEC-FX LIST
EDITOR
5
No.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR

OVERVIEW
1
5.4 Operation Procedures
5.4 Operation Procedures
5-9
 Key functions
The table below shows the functions of the keys that are used for the operation on the MELSEC-FX list editor screen.
Key
Function
(Compatible with GT16/GT15/GT14/
GT12 only)
Displays the communication setting window.
The communication setting window is not displayed if the MELSEC-FX list editor is started from
the ladder monitor.
Selects a mode for MELSEC-FX list editor. (
5.4.2 Selection and operation of modes)
Displays the PLC diagnostics, parameter setting, and keyword selection menu.
Switches between command keyboard 1 and command keyboard 2.
(
Keyboard switching)
When inputting commands: Cancels the key input when only part of the command has been input.
(
5.4.14 Action for an incorrect key input)
When option menu is displayed: Closes the option menu.
Commands cannot be deleted with this key. (
5.4.7 Deleting commands)
Space key.
This key is used when setting timers and counters, writing applied commands, etc.
Displays the list from a specified step No. when the step No. is input.
Moves the list display area bar up and down and switches the line being edited.
Determines the key operation.
to
,
to
, etc.
Inputs commands, device names, etc.
The key contents depend on the input contents.
The commands that can be used differ depending on the target FX PLC.
Refer to the manual for the FX PLC to be used.
Exits the MELSEC-FX list editor.
 Keyboard switching
Touching the MORE button switches the command keyboard 1 and command keyboard 2.
When you touch the button for a keyboard function, the optimum keyboard for input for that function is displayed
automatically.
Command keyboard 1
Command keyboard 2
Touch
Touch
5 - 10
5.4 Operation Procedures
5.4.2
1
Selection and operation of modes
OVERVIEW
The MELSEC-FX list editor has four modes: READ, WRITE, INSERT, and DELETE.
Select an appropriate mode for the intended operation.
For more information on the mode to select, refer to the function operations from subsection 5.4.3 onward.
 How to change modes
2
Touch the
SYSTEM MONITOR
Touch the MODE button.
Each time you touch this button, the mode changes.
button.
3
LADDER MONITOR
FUNCTION
The current mode is displayed.
4
MELSEC-A LIST
EDITOR
 In the case the mode cannot be changed
In the following cases, only READ mode is allowed.
If you try to change to other than READ mode, an error message is displayed.
To change to other than READ mode, take the action below.
Stop the FX PLC.
The protect switch of the EEPROM memory cassette
is on.
Switch off the protect switch of the EEPROM
memory cassette.
The EPROM memory cassette is enabled.
Set a memory other than EPROM as the memory to
write to.
MELSEC-FX LIST
EDITOR
The FX PLC is in the RUN status.
6
INTELLIGENT
MODULE MONITOR
Can not write.
5
Corrective action
7
NETWORK
MONITOR
PLC is running
Description
8
Q MOTION
MONITOR
Error Message
5.4 Operation Procedures
5 - 11
5.4.3
Sequence program display
Sequence programs are read from the FX PLC to the GOT and displayed.
There are two displaying methods: specifying the step number, and scrolling one screen at a time.
 Display using cursor keys
(1) Operation
Scroll with
or
.
(2) Example
Scroll one line upward or downward.
128
129
MPP
DIV
23
D56
K200
Scrolling one line upward
128
129
MPP
DIV
Scrolling one line downward
128
129
23
D56
K200
MPP
DIV
23
D56
K200
 Display specifying the step number
(1) Operation
STEP
Input the step number.
GO
(2) Example
Displaying step number 123.
0
1
2
3
LD
OUT
LDI
MOV
X 000
Y 000
M 100
12
STEP
Step number
123
3
MOV
Input the step number
12
GO
123
MOV
12
K 200
D 58
128
MPP
HINT
When the specified step number is the operand of an applied instruction
If the specified step number is a timer (T) or counter (C) set value or the operand of an applied instruction, that
command section is displayed at the head.
5 - 12
5.4 Operation Procedures
1
 Display scrolling one screen at a time
MODE
(Read mode)
OVERVIEW
(1) Operation
GO
2
(2) Example
SYSTEM MONITOR
Displaying with scrolling one screen at a time.
< WRITE >
ChNo.[1]
MODE
< READ >
LADDER MONITOR
FUNCTION
ChNo.[1]
3
Set the READ mode.
GO
MOV
12
K 200
D 58
MELSEC-A LIST
EDITOR
MPP
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
128
4
Displaying with scrolling
one screen at a time.
8
Q MOTION
MONITOR
123
5.4 Operation Procedures
5 - 13
5.4.4
Searching commands and devices
Displays a command or device by searching it in sequence program from Step 0.
 Command search
(1) Operation
*1
*1
*2
*3
Input the device name and
device number.
Select the command
to search for.
MODE
(Read mode)
GO
GO
If the command you want to search for is not on the keyboard, touch the MORE key to switch to the other keyboard.
When searching for an applied instruction, touch the FNC key and input the applied instruction number.
When searching for a label, touch P or I and input the pointer number.
(
5.4.5 Writing applied instructions
*2
Input only when searching for commands requiring a device name and device number.
*3
After the search results are displayed, you can continue searching with the same conditions by touching the GO key.
Touching any key other than the GO key ends the search.
(2) Example
Searching for LD M8000
Search command
< WRITE >
ChNo.[1]
LD
3
MOV
12
MODE
M
ChNo.[1]
< READ >
Set the
READ mode.
8
8 LD
9 OUT
0
M
T
K
LD
(
Select the command
to search for.
)
12
LD
GO
24
25
LD
OUT
28
OUT
X
Pointer (P, I) searches
For pointer searches, only labels are searched.
Pointers specified as operands in applied instructions are not searched.
5 - 14
5.4 Operation Procedures
0
GO
8000
10
100
002
(Continue to search with the
same conditions)
M
T
K
POINT
0
T
8000
0
100
1
1
 Device search
OVERVIEW
(1) Operation
*1
MODE
Input the device name and
device number.
SP
GO
GO
(Read mode)
*1
2
After the search results are displayed, you can continue searching with the same conditions by touching the GO key.
SYSTEM MONITOR
Touching any key other than the GO key ends the search.
(2) Example
Searching for LD M8000
Search device
< WRITE >
3
M8000
3
MOV
LADDER MONITOR
FUNCTION
ChNo.[1]
12
MODE
GO
< READ >
8 LD
9 OUT
12 LD
SP
M
8
0
0
M 8000
10
K
100
X
002
T
4
0
GO
24 LD
25 OUT
OUT
(Continue to search with the
same conditions)
M 8000
0
K
100
T
1
T
5
MELSEC-FX LIST
EDITOR
28
MELSEC-A LIST
EDITOR
ChNo.[1]
Set the
READ mode.
POINT
Devices that cannot be searched
The following devices cannot be searched.
• Pointers, interrupt pointers
• Constant K, constant H, constant E
• Bit devices with specifying numbers only
• Special function unit/block buffer memory
• Devices specified with the operand of an applied instruction
INTELLIGENT
MODULE MONITOR
6
Pointers and interrupt pointers can be searched for with command searches.
Command search )
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(
5.4 Operation Procedures
5 - 15
5.4.5
Writing commands
Writes a sequence program to the FX PLC. (Overwrite/Insert)
 Writing basic commands
(1) Operations
(a) Inputting command only (Ex.: ANB, ORB command etc.)
Stop the FX PLC
Input the command
MODE
GO
For overwriting: (WRITE mode)
For insertion: (INSERT mode)
(b) Inputting command and device (LD, AND commands etc.)
Stop the FX PLC
Input the command
MODE
For overwriting: (WRITE mode)
For insertion: (INSERT mode)
Input the device name and device number
(c)
GO
Inputting command, No. 1 device, No. 2 device (MC, OUT (T, C) commands, etc.)
Stop the FX PLC
Input the command
MODE
Input the device name and device number
For overwriting: (WRITE mode)
For insertion: (INSERT mode)
Input the device name and device number
SP
GO
POINT
Moving the cursor to the position to write the command
When starting to write a command, place the cursor on the command line (the line on which the step number is
displayed).
You cannot write a command with the cursor on an operand or set value line.
2
3
LDI
MOV
M
100
Command line (Place the cursor on this line.)
12
D
D
0
10
Operand, set value line (Cannot operate on this line.)
(2) Example
(a) Writing ORB command
Stop the FX PLC
4
5
6
7
< WRITE >
ChNo.[1]
LDI
AND
NOP
NOP
X
X
004
005
MODE
ORB
ChNo.[1]
< READ >
With
or
, move the
cursor to the position to
overwrite/insert the command.
5 - 16
5.4 Operation Procedures
Set the
WRITE or
INSERT
mode
4
5
6
7
LDI
AND
ORB
NOP
GO
X
X
004
005
(b)
1
Inputting LD X000
NOP
NOP
NOP
NOP
2
SYSTEM MONITOR
0
1
2
3
< WRITE >
ChNo.[1]
OVERVIEW
Stop the FX PLC
MODE
LD
ChNo.[1]
< READ >
Set the
WRITE or
INSERT
mode.
0
1
2
3
(c)
LD
NOP
NOP
NOP
X
0
GO
000
3
LADDER MONITOR
FUNCTION
With
or
, move the
cursor to the position to
overwrite/insert the command.
X
Inputting OUT T100 K19
Stop the FX PLC
OUT
NOP
NOP
NOP
M
4
100
MELSEC-A LIST
EDITOR
100
101
102
103
< WRITE >
ChNo.[1]
T
OUT
100
MODE
< READ >
100
101
OUT
OUT
103
NOP
M
T
SP
With
or
, move the
cursor to the position to
overwrite/insert the command.
100
101
OUT
OUT
104
NOP
K
M
T
19
GO
100
100
19
6
INTELLIGENT
MODULE MONITOR
K
5
100
100
MELSEC-FX LIST
EDITOR
ChNo.[1]
Set the
WRITE or
INSERT
mode.
 Writing applied instructions
(1) Operations
*1
Stop the FX PLC
MODE
FNC
D
7
Applied instruction number
For overwriting: (WRITE mode)
For insertion: (INSERT mode)
SP
Input the device name and
device number.
GO
NETWORK
MONITOR
*1
P
*2
*1
D (double word command) and P (pulse execution format command) can also be input after the applied instruction number is
input.
Inputting in the order P
D is also possible.
When a command specifies multiple devices for operations, input the SP key followed by the device name and device number.
Q MOTION
MONITOR
*2
8
5.4 Operation Procedures
5 - 17
POINT
(1) Moving the cursor to the position to write the command
When starting to write a command, place the cursor on the command line (the line on which the step number
is displayed).
You cannot write a command with the cursor on any other line.
2 LDI
3 MOV
M
100
Command line (Place the cursor on this line.)
12
D
D
0
10
Operand, set value line (Cannot operate on this line.)
(2) Commands using a text string constant for a command operand (such as ASC command)
With the MELSEC-FX list editor, text string constants cannot be written as operands. (such as ASC
commands)
Use GX Developer for writing such commands.
(2) Example
Input "DMOVP D0 D2".
Stop the FX PLC
200
201
202
203
< WRITE >
ChNo.[1]
FNC
NOP
NOP
NOP
*1
MODE
D
ChNo.[1]
< READ >
Set the
WRITE or
INSERT
mode.
With
or
, move the
cursor to the position to
overwrite/insert the command.
200
DMOVP
203
NOP
D
200
201
202
203
NOP
NOP
NOP
NOP
200
5 - 18
2
The MOV command is FNC12.
5.4 Operation Procedures
209
SP
P
12
0
SP
DMOVP
NOP
D
12
D
D
FNC
*1
1
0
2
2
GO
5.4.6
1
Changing operands, set values
OVERVIEW
Changes the operand section of an applied instruction and OUT (T, C) command set value.
 Operation
Input the device name and device number
SP
GO
2
*1
SYSTEM MONITOR
Read mode
For decimal numbers, input K, then the number.
For hexadecimal numbers, input H, then the number.
POINT
Moving the cursor to the line on which the operand or set value is to be changed
When starting to change an operand or a set value, place the cursor on the line of the operand or set value to be
changed (the line on which the step number is not displayed).
If you place the cursor on the command line, the input operation is not possible.
LDI
MOV
M
100
12
D
D
0
10
Command line (Cannot
operate on this line.)
Operand, set value line
(Place the cursor on this line.)
4
MELSEC-A LIST
EDITOR
2
3
 Example
Changing "MOV D0 D10" to "MOV D0 D123"
5
3
MOV
8
12
D
D
M
< WRITE >
LD
MELSEC-FX LIST
EDITOR
Stop the FX PLC
ChNo.[1]
0
10
10
MODE
3
8
D
MOV
LD
1
2
6
3
INTELLIGENT
MODULE MONITOR
Move the cursor to the changed
location with
or
SP
12
D
0
D
123
M 10
7
NETWORK
MONITOR
< READ >
Set the
WRITE or
INSERT
mode.
8
Q MOTION
MONITOR
ChNo.[1]
3
LADDER MONITOR
FUNCTION
MODE
Stop the FX PLC
5.4 Operation Procedures
5 - 19
5.4.7
Deleting commands
Deletes one command at a time from a sequence program.
 Operation
Stop the FX PLC
MODE
GO
Move the cursor to the command to be deleted.
(DELETE mode)
POINT
When moving the cursor to the position where the command is to be deleted.
Place the cursor on the command line (the line on which the step number is displayed).
You cannot delete the command if the cursor is placed on the line of an operand or set value.
2 LDI
3 MOV
M
100
12
D
D
0
10
Command line (Place the cursor on this line.)
Operand, set value line (Cannot operate on this line.)
 Example
Deleting "OUT T10 K100"
Stop the FX PLC
8
9
< WRITE >
ChNo.[1]
MODE
LD
X
10
10
100
002
GO
< READ >
Set the
WRITE or
INSERT
mode.
Move the cursor to the command to be
deleted with
,
or the STEP key. *1
5 - 20
M
T
K
12
ChNo.[1]
LD
OUT
5.4 Operation Procedures
8
9
10
13
LD
LD
OR
AND
M
X
X
D
10
002
020Z1
1500.F
5.4.8
1
Sequence program all clear
OVERVIEW
Clears all the sequence programs.
 Operation
Stop the FX PLC
MODE
NOP
A
GO
2
SYSTEM MONITOR
(WRITE mode)
 Example
Clears all the sequence programs.
Stop the FX PLC
3
MODE
OK
ChNo.[1]
< READ >
000
100
12
5
GO
POINT
Items cleared when All Clear for a sequence program is performed
When All Clear is executed, the parameters before program execution are initialized and Latch Clear is executed.
The memory space becomes the default value, the comment area a 0 block, the file register space a 0 block, and
keywords unregistered.
After All Clear, set the above parameters etc. again.
MELSEC-FX LIST
EDITOR
A
Y
M
NOP
NOP
NOP
NOP
6
INTELLIGENT
MODULE MONITOR
NOP
OUT
LDI
MOV
4
OK
0
1
2
3
NOP
0
1
2
3
Set the
WRITE
mode.
Cancel
MELSEC-A LIST
EDITOR
< WRITE >
ChNo.[1]
LADDER MONITOR
FUNCTION
! Caution
The program will be erased.
Press "OK" to continue.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.4 Operation Procedures
5 - 21
5.4.9
PLC diagnostics
Displays the FX PLC error message, error code, and step at which the error occurred.
 Operation
[PLC diagnostics]
OP
GO
OP
Select [PLC diagnostics] with
or
GO
 PLC diagnostics screen
The following describes the contents displayed on the PLC diagnostics screen and the function of on-screen key.
(1) Displayed contents
1)
No.
5 - 22
Item
2)
3)
Display contents
1)
Error message
Displays the error message. (I/O configuration error/PLC hardware error/PC/HPP
communication error/Serial communication error/Parameter error/Syntax error/Circuit error/
Operation error)
2)
Detail
Displays the error code.
3)
Step
Displays the step number in the sequence program at which the error occurred.
(This is displayed only for a syntax error, circuit error, or operation error.)
5.4 Operation Procedures
1
OVERVIEW
HINT
Error details
For details on an FX PLC error, refer to the following.
Programming manual for the FX CPU used
(2) Key functions
The table below shows the functions of the keys that are used for the operation on the PLC diagnostics screen.
Key
Function
SYSTEM MONITOR
2
3
LADDER MONITOR
FUNCTION
Exits the PLC diagnostics.
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.4 Operation Procedures
5 - 23
5.4.10
Parameter setting
Sets FX PLC parameters.
 Parameters that can be changed and change targets
(1) Parameters that can be changed
The parameters that can be changed with the MELSEC-FX list editor and the target FX PLCs are as follows.
(
: Can be set/changed
: Cannot be set/changed)
Target CPU
Item
FX0(S)
/FX0N
FX1
FX2(C)
FX1S
FX1N(C)
FX2N(C)
FX3S
FX3G(C)
FX3U(C)
Memory space setting
File register space setting
*1
Latch range setting
*2
*2
*2
RUN terminal setting
Initialization of parameters
*1
*2
When connecting an FX0(S), set "0".
Setting other than "0" causes a parameter error.
When the parameters are initialized, the display on the MELSEC-FX list editor is different from the FX PLC default values, but do
not change the latch range. Changing the latch range causes an error.
(2) Change targets
When a memory cassette is mounted, the parameters in the memory cassette are targeted for changes.
 Operation
*1
Stop the FX PLC
OP
[Parameter setting]
GO
*1
Stop the FX PLC
OP
Select [Parameter setting] with
GO
*1
5 - 24
When checking parameters (not changing), it is not necessary to stop the PLC.
5.4 Operation Procedures
or
.
1
 Parameter setting screen
The following describes the contents displayed on the PLC diagnostics screen and the function of on-screen keys.
OVERVIEW
(1) Displayed contents
1)
2
SYSTEM MONITOR
2)
3)
4)
5)
1)
Memory capacity
2)
File reg. capacity
3)
Latch range
4)
RUN terminal input
5)
Default
LADDER MONITOR
FUNCTION
Item
Display contents
Sets the memory space (number of steps).
If you touch the *K
section, you can change the memory space.
Sets the memory space (number of blocks) allocated to the file register.
Touch the
section and input the number of blocks.
4
Sets the latch range (power failure hold area).
Touch the number display section and input the value.
Sets whether or not to use one of the FX PLC input terminals for RUN input.
Touch the
MELSEC-A LIST
EDITOR
No.
3
section and set the device to be set for the RUN terminal.
Initializes the parameters
POINT
Kana comment space (steps) after setting change =
6
INTELLIGENT
MODULE MONITOR
Memory space for kana comments after changing memory space, file register space
If the memory space is set smaller than the total of the file register space and kana comment space, the kana
comment space is automatically reduced.
(With the MELSEC-FX list editor, the kana comment space is not displayed.)
Note that if any setting as described below is made, the kana comment space is reduced.
(Settings that reduce kana comment space and the kana comment space after setting change)
Settings resulting in Nm < Nf 500 + Nk 500 + 500
MELSEC-FX LIST
EDITOR
5
Nm - Nf x 500 - 500
500
Nm : Memory space after change (steps)
Nf : File register space after change (blocks)
Nk : Comment space before change (blocks)
7
NETWORK
MONITOR
HINT
Settable range and default value
The settable range and the default value depend on the FX PLC type.
For details of the settable range and the default value, refer to the following.
8
Q MOTION
MONITOR
Programming manual for the FX PLC used
5.4 Operation Procedures
5 - 25
(2) Key functions
The table below shows the functions of the keys that are used for the operation on the parameter setting screen.
Key
Function
Initializes the parameters
Completes the changed setting contents.
Ends parameter setting.
5 - 26
5.4 Operation Procedures
5.4.11
1
Keywords
: Available,
: Unavailable)
Keyword protection level
All operation protect
(All on-line
Function
operation protect)
Reading
sequence
programs
Writing
sequence
programs
*2
Read/Incorrect write
protection (Read/
write protect)
Incorrect write
protect (Write
*2
protect)
Keyword not
registered/keyword
protection canceled
*2
Reference
Displaying sequence
programs
5.4.3
Searching commands/
devices
5.4.4
Writing commands
5.4.5
Changing operands/set
values
5.4.6
Inserting commands
5.4.5
Deleting commands
5.4.7
Sequence program all clear
5.4.8
*1
PLC diagnostics
5.4.9
Parameter setting
5.4.10
*1
When the 2nd keyword is set to an FX PLC that supports 2nd keyword, it becomes "
*2
The names within the parentheses ( ) are for when a keyword + 2nd keyword is set.
" (cannot be used).
4
OP
Select [Keyword setup] with
or
MELSEC-FX LIST
EDITOR
GO
.
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
GO
8
Q MOTION
MONITOR
[Keyword setup]
3
5
 Operation
OP
2
SYSTEM MONITOR
(
LADDER MONITOR
FUNCTION
The functions that can be used with the MELSEC-FX list editor depend on the keyword protection level.
MELSEC-A LIST
EDITOR
 Function usability of the MELSEC-FX list editor for keyword protection levels
OVERVIEW
Registers, deletes, releases protection for, and sets protection for the FX PLC keywords.
5.4 Operation Procedures
5 - 27
 Keyword screen and protection level
When [Keyword setup] is selected with the MELSEC-FX list editor, the keyword screen is displayed.
For the keyword operation, refer to the following.
User's Manual for the GOT used
HINT
Keywords
For details of the keyword, refer to the following.
Programming manual for the FX PLC used
5 - 28
5.4 Operation Procedures
5.4.12
1
List monitor
OVERVIEW
The status of contacts and coils in a sequence program is displayed.
 Operation
[ List Monitor ]
2
GO
OP
Select [List Monitor] with
or
SYSTEM MONITOR
OP
.
LADDER MONITOR
FUNCTION
3
GO
When the list monitor is started on the FX list editor screen,
the step numbers displayed on the FX list editor screen is
displayed on the list monitor screen.
MELSEC-A LIST
EDITOR
4
Starting list monitor with special function switches (FX list monitor)
With setting special function switches (FX list monitor), the list monitor can be started on the monitor screen.
When the list monitor is started on the monitor screen, the list editor cannot be used.
For how to set special function switches, refer to the following.
GT Designer3 Version1 Screen Design Manual (Functions)
6
INTELLIGENT
MODULE MONITOR
POINT
MELSEC-FX LIST
EDITOR
5
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
5.4 Operation Procedures
5 - 29
 Displays and key functions
The following describes the displays for the list monitor.
3)
1)
2)
No
Item
1)
List display
area*1
2)
Keys
Display contents
The status of contacts and coils is displayed on the left of device displays.
The same operations as in the READ mode of the FX list editor can be executed.
5.4.3 Sequence program display
Ends the list monitor.
When the list monitor is executed on the FX list editor screen, the screen is switched to the FX
list editor screen.
3)
*1
The status of contacts and coils is displayed as below.
Status
Type of instructio
Description
Displayed
LD, AND, ORC(ontact instruction (Normal open))
LDI, ANI, ORI(Contact instruction (Normal close))
OUT, SET
ON
OFF
Contact
OFF
ON
TC: Coil
ON
OFF
Except TC: Contact
ON
OFF
TC: Reset
ON
OFF
Value: 0
Value: Except 0
Except TC and word device:
Contac
OFF
ON
MC, STL
Contact
ON
OFF
LDP, ANDP, ORP, LDF, ANDF, ORF
(Rise or fall contact instruction)
Not monitored
RST
5 - 30
Contact
Not displayed
5.4 Operation Procedures
Word device
Always
not displayed
Screens of the MELSEC-FX list editor can be stored to a memory card in BMP/JPEG file format or printed with a printer.
Refer to the following for the hard copy. (Saving to a memory card is available with GT16/GT15/GT14/GT12. Printing
with a printer is only available with GT16/GT15.)
• Starting the MELSEC-FX list editor from the ladder monitor
3.4.2 Hard copy output
• Setting the hard copy with GT Designer3
GT Designer3 Version1 Screen Design Manual (Functions) 40. HARD COPY FUNCTION
2
SYSTEM MONITOR
5.4.14
Action for an incorrect key input
3
If an incorrect key is input, cancel the input contents.
LADDER MONITOR
FUNCTION
 Operation
(1) Before touching the GO key (before reading/writing the input contents)
Before touching the GO key, touch the CLR key.
After touching the GO key (after reading/writing the input contents)
Write the command again. (
5.4.5 Writing commands)
Commands finalized by writing and inserting operations are revised (overwritten) with the program writing.
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(2)
OVERVIEW
1
Hard copy output
MELSEC-A LIST
EDITOR
5.4.13
5.4 Operation Procedures
5 - 31
5.5 Error Messages and Corrective Actions
This section describes the error messages displayed when the MELSEC-FX list editor is executed, and corrective action.
Error Messeage
Can not display while protected.
Can not operate while
protected.
Description
The all-operation protect, anti-plagiarism, or
incorrect write protect keyword is set.
PLC parameter error.
An FX PLC parameter is defective.
PLC communications error.
The communication with the FX PLC is
defective.
PLC is running.
A writing operation etc. has been made
while the FX PLC is running.
• The memory to write to is EPROM.
• The protect switch of the EEPROM is on.
Can not write.
Corrective action
• Check the protected operation.
• Clear the keyword protection or delete the keyword.
5.4.11 Keywords
Set correct parameters in the FX PLC.
• Check the FX PLC, cable, and GOT for abnormality.
• Check whether the communication settings are correct or
not.
Stop the FX PLC.
• Set other than EPROM for the memory to write to.
• Switch off the protect switch of the EEPROM.
Step number is out of a range.
The specified step number exceeded the
maximum number.
Specify a step number below the maximum value.
Not found.
The specified command cannot be found.
Proceed to the next operation.
Not found.
The specified device cannot be found.
Proceed to the next operation.
Step overflow.
The program may exceed the available
space. (Writing is not executed.)
Check the program memory space and delete commands to
keep it within the space.
5.4.7 Deleting commands
Command error.
An invalid command (non-existent
command) was specified.
Input the correct command.
Protected by a block password.
The sequence program is protected by a
block password at the PLC reading.
Release the block password for the sequence program.
POINT
How to erase an error message
An error message is not erased even if the cause of the error is eliminated.
To erase an error message, touch a key on the MELSEC-FX list editor screen.
5 - 32
5.5 Error Messages and Corrective Actions
1
INTELLIGENT MODULE MONITOR
OVERVIEW
6.
SYSTEM MONITOR
2
6.1 Features
With the intelligent module monitor, you can use dedicated screens to monitor the buffer memory of the intelligent
function module and make changes to the data.
In addition, you can monitor the signal statuses of the I/O modules.
The features of the intelligent module monitor are described below.
 Realized monitoring with dedicated screens
You can monitor the intelligent function module(s) and I/O module(s) and make changes to the data using dedicated
screens.
There is no need to create screens for monitoring or data changes, thereby reducing the drawing workload.
LADDER MONITOR
FUNCTION
3
As a menu of monitor items is displayed, select an item from the menu, and the corresponding monitor screen is
then displayed.
Details of the buffer memory and the I/O signal statuses between the buffer memory and the PLC CPU are
displayed in text, numerical values, and graphs on the monitor screens.
Monitor screen
5
MELSEC-FX LIST
EDITOR
Select a monitor from the menu
MELSEC-A LIST
EDITOR
4
(1) For intelligent function module
Select a menu
INTELLIGENT
MODULE MONITOR
6
(2) For I/O module
The status of I/O signals to and from an external module is monitored.
Monitor screen
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.1 Features
6-1
 Enabled data change by write operations
The values are written into the buffer memory of the intelligent function module by writing values from the monitor
screen.
(Writing example)
Monitor screen
When changing a change-permitted channel
Select writing
 Enabled project data reusing for the intelligent module monitor
Intelligent module monitor data is saved in the following directory in a personal computer with GT Designer3 installed.
(Saved as a G1 file)
Because the following data can be edited with GT Designer3, you can use part of the data for project data. (It is
recommended that you copy the data to prevent accidental deletion of the data.)
6-2
6.1 Features
System configuration
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Targeted equipments for the intelligent module monitor
(1) PLC CPU
PLC
3
LADDER MONITOR
FUNCTION
QCPU (Q mode), motion controller (Q series)*1
QnACPU*2
ACPU/QCPU (A mode)
*2
For the motion controller CPU (Q series), only the PLC CPU area (CPU No.1) in the Q170MCPU and Q170MSCPU can be
monitored.
You cannot use Q4ARCPU.
(2) Intelligent function module
PLC CPU
Intelligent function module
Q64AD, Q68ADV, Q68ADI, QD62, Q64DA, Q62DA, QD62D, QD62E, QD65PD2,
QCPU (Q mode)
QD73A1, QD75D
Output module
(N), QD75P
(N), QD75MH, QD75M, QD77MS, Input module,
L60AD4, L60DA4, LD62, LD62D, LD75D, LD75P, LD77MH, LD77MS, Input module
(LX40C6, LX41C4, LX42C4), Output module (LY10R2, LY41NT1P, LY42NT1P)
LCPU
QCPU (A mode), QnACPU, ACPU
*1
*2
A62DA-S1, A68AD, A68ADN, A68RD, A84AD, A616AD, A616TD, A616DAV,
A616DAI, A61LS, A62LS, AD61, AD70, AD70D, AD71, AD72, A1SD71, A1SD61,
A1S64AD, A1S62DA, A1SD70, A1S62RD, A1SJ71PT32-S3, A1S63ADA,
AJ71PT32-S3, AD75P*1, A1SD75P*2, AJ71ID1-R4, AJ71ID2-R4, A1SJ71ID1-R4,
A1SJ71ID2-R4, A1S68DAV, A1S68DAI, A1S68AD, A1S64TCTT(BW)-S1,
A1S64TCRT(BW)-S1, Input module, Output module
AD75M1 (M2/M3) can be monitored in the range of AD75P1 (P2/P3).
A1SD75M1 (M2/M3) can be monitored in the range of A1SD75P1 (P2/P3).
You can use the system monitor [BM MONITOR] to monitor intelligent function modules other than those listed above.
4
MELSEC-A LIST
EDITOR
LCPU
5
MELSEC-FX LIST
EDITOR
QSCPU
*1
2
SYSTEM MONITOR
This section describes the system configuration of the intelligent module monitor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
6
INTELLIGENT
MODULE MONITOR
6.2.1
OVERVIEW
1
6.2 Specifications
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.2 Specifications
6-3
 Connection type
This function can be used in the following connection types.
( : Available,
Function
Name
Description
Bus
connection
Direct
CPU
connection
Computer
link
connection
*6*8
*6
MELSECNET/H
Ethernet
connection*9
Monitors buffer
memory of intelligent
function module and
signal statuses of I/O
modules
*1
*2
*3
*4
*5
*6
*7
*8
*9
: Unavailable)
Connection type between GOT and PLC CPU
*6*7
Intelligen
t module
monitor
: Partly restricted,
connection*7,
MELSECNET/10
connection*7
CC-Link IE
controller
connection*2*7,
CC-Link IE field
connection*3
CC-Link
connection
ID*4*6
G4*5*6
*1
For the MELSECNET/10 connection, use a QCPU and network module (QJ71LP21, QJ71LP21-25, QJ71LP21S-25, and
QJ71BR11) with the function version B or later.
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
The QSCPU does not support the connection type.
The LCPU does not support the connection type.
When the GOT is connected to LCPU, use L6ADP-R2.
Intelligent module monitor cannot be used when using CC-Link IE field network Ethernet adapter.
 Required option OS and option function board
The option OS and option function board shown below are required.
1.1.2 Hardware and OS’ required for each function
(1) Option OS
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) OS memory space
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(3) Option function board
(a) For GT16
No option function board is required.
(b) For GT15
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
6-4
6.2 Specifications
The memory space of the intelligent module monitor data is indicated below.
The memory space required for storing data into the internal memory of the GOT is the same as the memory space
required for storing data into the hard disk of a personal computer.
(1) For QCPU (Q mode)
40.4
400 to 402 (Q68ADV/Q68ADI/Q64AD)
19.7
403 to 405 (Q62DA/Q64DA)
14.1
406 to 407 (QD62D/QD62E/QD62)
17.7
408 to 430 (QD75P/QD75D)
572.8
454
1001 to 1031 (QD75MH)
427.3
1033 to 1051 (QD65PD2)
239
1052 to 1055 (QD73A1)
76.1
1056 to 1105 (QD77MS4/QD77MS2)
695.5
1110 to 1260 (QD77MS16)
2058.2
1300 to 1390 (QD77GF16)
1435.5
Input module
0.0
Output module
0.0
3
LADDER MONITOR
FUNCTION
431 to 467 (QD75M)
2
Memory space (KB)
SYSTEM MONITOR
Stored screen data
Intelligent module monitor data common information
OVERVIEW
1
 Required memory space for use of the intelligent module monitor
4
Intelligent module monitor data common information
Memory space (KB)
40.4
1500 to 1504 (L60AD4)
69.9
1505 to 1509 (L60DA4)
66.0
1510 to 1511 (L62D/LD62)
17.4
1512 to 1534 (L75P/LD75D)
362.7
1535 to 1566 (LD77MH4)
460.7
1567 to 1681 (LD77MH16)
1736
1690 to 1739 (LD77MS4)
695.7
1750 to 1900 (LD77MS16)
2058.3
0.0
Output module
0.0
6
INTELLIGENT
MODULE MONITOR
Input module
5
MELSEC-FX LIST
EDITOR
Stored screen data
MELSEC-A LIST
EDITOR
(2) For LCPU
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.2 Specifications
6-5
(3) For QCPU (A mode), QnACPU, and ACPU
Stored screen data
Intelligent module monitor data common information
40.4
1 to 2 (A62DA-S1)
7.2
3 to 5 (A68AD)
11.0
6 to 8 (A68ADN)
17.4
9 to 11 (A68RD)
19.0
12 to 15 (A84AD)
21.8
16 to 34 (A616AD)
136.6
35 to 62 (A616TD)
254.1
63 to 65 (A616DAV)
18.1*3
66 to 68 (A616DAI)
17.6*3
69 to 70 (A61LS)
15.6
71 to 75 (A62LS)
79.0
76 (AD61)
8.4
77 to 79 (AD70)
22.2
80 to 83 (AD70D)
31.9
84 to 108 (AD71)
662.5
109 to 133 (AD72(A1SD71))
665.5
134 to 139 (AJ71PT32-S3)
47.2
146 to 150 (A1SD61)
40.8
151 to 153 (A1S64AD)
13.8
154 (A1S62DA)
5.6
155 to 157 (A1SD70)
22.9
158 to 160 (A1S62RD)
13.3
161 to 166 (A1SJ71PT32-S3)
46.9
167 to 169 (A1S63ADA)
18.1
170 to 206
(AD75P*1)
621.7
207 to 210
(AJ71ID*2)
43.8
211 to 213 (A1S68DAV)
13.3*3
214 to 216 (A1S68DAI)
13.2*3
217 to 219 (A1S68AD)
10.6
220 to 225 (A1S64TCTT/RT-S1)
52.7
Input module
0.0
Output module
0.0
*1
*2
*3
6-6
Memory space (KB)
Use the screen for AD75P to monitor A1SD75P.
Use the screen for AJ71ID to monitor A1SJ71ID.
Downloading any of these enables monitoring both intelligent function modules.
6.2 Specifications
 When using bus connection/direct CPU connection/computer link connection
• The intelligent module monitor can monitor intelligent function modules on the bases of the connected station and
other stations.
• The intelligent module monitor can only monitor systems of the following combinations when computer link
connection is applied.
QJ71C24
LJ71C24, LJ71C24-R2
A1SJ71UC24
QnACPU
AJ71QC24, A1SJ71QC24
3
AJ71UC24, A1SJ71UC24
AJ71C24-S8, A1SJ71C24, A1SCPUC24-R2, A2CCPUC24
ACPU
*1
For details of module names, refer to the GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3.
• The following restrictions apply when monitoring other stations of MELSECNET/II data link systems.
Only the host and master stations can be monitored when the connected station is a local station.
Regardless of the type of connected station, no stations other than ACPU can be monitored.
• When connected to a remote I/O station on the MELSECNET/H network system, the remote I/O station on the
MELSECNET/H network system is displayed as QCPU in the system configuration display of the intelligent
module monitor.
• A diagnosis of the remote I/O station on the MELSECNET/H network system is not performed.
• Intelligent function modules on the base of remote I/O stations other than those on the MELSECNET/H network
system are not monitored.
 When using MELSECNET/H, MELSECNET/10, or CC-Link IE controller network
connection
• The intelligent module monitor can monitor intelligent function modules on the bases of the control station and
normal stations.
• To monitor another network, routing parameters have to be set to the GOT side and PLC side. (Only with the
MELSECNET/H communication unit or CC-Link IE controller network communication unit)
For the routing parameter setting, refer to the following.
Routing parameter setting for the GOT
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
LADDER MONITOR
FUNCTION
QCPU (A mode)
4
MELSEC-A LIST
EDITOR
LCPU
5
MELSEC-FX LIST
EDITOR
QCPU (Q mode)
SYSTEM MONITOR
Computer link/serial communication module used*1
2
6
Routing parameter setting for PLC CPU
For MELSECNET/H communication unit
Q Corresponding MELSECNET/H Network System Reference Manual (PLC to PLC network)
For CC-Link IE controller network communication unit
CC-Link IE Controller Network Reference Manual
INTELLIGENT
MODULE MONITOR
PLC CPU used
OVERVIEW
1
Access range
7
 When using CC-Link IE field network connection
The intelligent module monitor can monitor intelligent function modules on the bases of the master station and local
stations.
To monitor another network, routing parameters have to be set to the GOT side and PLC side.
For the routing parameter setting, refer to the following.
Routing parameter setting for the GOT
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
NETWORK
MONITOR
6.2.2
8
Routing parameter setting for PLC CPU
 When using CC-Link connection (Intelligent device station/via G4)
• The intelligent module monitor can monitor intelligent function modules on the bases of the master station and
local stations.
6.2 Specifications
6-7
Q MOTION
MONITOR
The User's Manual of the CC-Link IE field network system master/local module to be used
 When using Ethernet connection
• The intelligent module monitor can monitor the intelligent function module on the base of the PLC CPU assigned
the IP address.
(The station assigned in the Ethernet setting of GT Designer2 can be monitored.)
• To monitor another network, routing parameters have to be set to the GOT side and PLC side.
For the routing parameter setting, refer to the following.
Routing parameter setting for the GOT
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
Routing parameter setting for PLC CPU
Q Corresponding MELSECNET/H Network System Reference Manual (PLC to PLC network)
 When the intelligent module monitor monitors the master station of the MELSECNET/II
network on which any remote I/O station exists
• Be sure to assign I/O when the master station is AnN or AnACPU.
If I/O is not assigned, the system configuration of the intelligent module monitor will not be displayed correctly.
• Intelligent function modules on the base of remote I/O stations are not monitored.

With Universal model QCPU
With Universal model QCPU, the GOT can monitor up to 64 stations.
6-8
6.2 Specifications
1
Precautions
OVERVIEW
 Inapplicable GOT
The intelligent module monitor cannot be used with the GOTs shown below.
Inapplicable GOT
GT1555-Q, GT1550-Q
 Special function modules that cannot be monitored
Modules displayed as "SP" on the System Configuration screen cannot be monitored using the intelligent module
monitor.
To monitor these modules, use the system monitor function [BM MONITOR].
 Display when connecting the small building-block type CPU
This precaution pertains to a situation where an extension base unit for a large building block type is connected to a
small building-block type CPU (such as the A1SCPU) in the station connected to the GOT.
In this case, the intelligent function module on the large extension base unit is displayed on the System Configuration
screen with the model name of the same type of the small building-block type intelligent function module.
If there is no small building-block type intelligent function module, "SP" is displayed and the object module cannot be
monitored.
(Example)
4
Model name displayed
AD72
A1SD71
AJ71ID
A1SJ71ID
AJ71PT32-S3
A1SJ71PT32-S3
AD75P
A1SD75P
A68ADN [CH1 to CH8]
A1S64AD [CH1 to CH4]
A68RD [CH1 to CH8]
A1S62RD [CH1 to CH2]
5
MELSEC-FX LIST
EDITOR
 Monitoring intelligent function modules with restrictions
(1) When monitoring AD71 (S1, S2, S7)
When the previous slot of the AD71 module is an empty slot, monitoring is performed in the following way.
(a) The AD71 is treated as the AD72, and "AD72" is displayed on the System Configuration screen.
In this case, select "AD72" that corresponds to the actual installed position.
(b) The monitor screen that displays as shown (a) above is a screen for the AD72.
The number obtained by subtracting 10H from the I/O signal number on the display is the number for when
installing the AD71 in slot 0.
To prevent the AD71 from being treated as the AD72, execute "Shift the installation position of AD71 forward" or "In the I/O
assignments, assign 16 points to the previous empty slot of the AD71".
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
*
3
MELSEC-A LIST
EDITOR
Installed module
SYSTEM MONITOR
2
LADDER MONITOR
FUNCTION
GOT
GT15
INTELLIGENT
MODULE MONITOR
6.2.3
6.2 Specifications
6-9
(2) When monitoring the A68AD, A68ADN, or A68RD used with a small building-block type PLC CPU
The GOT recognizes the intelligent function module installed in a large building-block type extension base unit
connected to a small building-block type PLC CPU (e.g. A1SCPU) as a small building-block type intelligent
function module to monitor it.
Hence, there are the following precautions for the A68AD, A68ADN, and A68RD.
Intelligent function module
Precautions
A68AD
The A68AD cannot be displayed correctly because the buffer memory configuration
differs between the A68AD and A1S68AD.
A68ADN
Among CH1 to CH8 of the A68ADN, CH5 to CH8 cannot be displayed because the
A1S64AD has only CH1 to CH4.
A68RD
Among CH1 to CH8 of the A68RD, CH3 to CH8 cannot be displayed because the
A1S62RD has only CH1 to CH2.
The above intelligent function modules can be monitored properly if they are installed in a base unit connected
to a large building block type PLC CPU (e.g. AnUCPU).
(3) When monitoring the A1SD75M, AD75M
Displayed as A1SD75P or AD75P when the A1SD75M or AD75M is installed.
The A1SD75M or AD75M can be monitored within the monitoring range of the A1SD75P or AD75P.
(4) When monitoring the A81CPU
The A81CPU is monitored in the following way.
Item
Treatment of A81CPU
System Configuration
screen
64 points in first half
64 points in last half
Treated as a module that cannot be monitored.
Treated as an input module.
Displays "Special X, Y
Monitoring
"
Disabled
Displays "Input 64 X
"
Enabled as inputs
(5) When monitoring an I/O module
(a) Only the output signal can be monitored for an I/O module for which "Output " is displayed on the System
Configuration screen.
For input signals, monitor X of the PLC CPU device with the system monitor function.
 Editing and reusing intelligent module monitor data
The project data for the intelligent module monitor cannot be edited by modifying or adding an object.
However, the data can be used on a user-created monitor screen.
6 - 10
6.2 Specifications
(1) Even when I/O numbers are set at random as shown below, in the case the GOT is connected to
the QnACPU, the start XY numbers are displayed in order on the System Configuration screen.
When performing intelligent module monitoring, always perform the I/O allocation in order from slot 0.
3
4
5
6
Input Input AD75 A68AD Output Open
Special Special
32
32
32
32
32
points points points points points
200
20
220
40
7
2
Slot number
Open
240
SYSTEM MONITOR
0
2
Head XY number
Set randomly
3
CPU
Input
32
Input
32
Input Special Special Input
32
0
20
40
60
80
LADDER MONITOR
FUNCTION
GOT System Configuration screen
A0
4
Module name not displayed.
(2) If the slot assigned with outputs in I/O assignment is not fitted with a module, the GOT displays it
as input. (Common to ACPU and QnACPU)
 Display provided when the QA1S6
extension base unit is used with the QCPU (Q
mode)
This precaution pertains to a situation where the QA1S6 extension base unit is connected to the QCPU (Q mode)
in a station connected to the GOT.
In this case, the abbreviated format is displayed for the following intelligent function modules on the System
Configuration screen.
You can use the unit detail information to check the full format of the module displayed with the abbreviated format.
Unsupported intelligent function modules are displayed as "SP", and the corresponding modules cannot be
monitored.
A1SJ71ID1-R4
A1SJ71ID2-R4-S1
A1S64TCTT(BW)-S1
A1S64TCRT(BW)-S1
INTELLIGENT
MODULE MONITOR
A1SJ71PT32-S3
6
Model name displayed
63ADA
J71PT32J71ID
7
64TCTT/R
NETWORK
MONITOR
A1S63ADA
5
8
Q MOTION
MONITOR
Installed module
MELSEC-A LIST
EDITOR
Input
32
QnA
points
CPU
1
MELSEC-FX LIST
EDITOR
0
OVERVIEW
1
 Precautions for I/O allocation setting
6.2 Specifications
6 - 11
6.3 Operations for Display
This subsection describes the flow until the operation screen for the intelligent module monitor is displayed after the
intelligent module monitor (Option OS) is installed in the GOT.
Start
Turn on the power to the GOT.
Starting from
the utility
Display the utility.
Starting from the special function
switch (intelligent module monitor)
set in the project data
Touch the special function switch.
Starting from
the MELSEC-L
troubleshooting
Activate [Intelligent module monitor] on
the MELSEC-L troubleshooting screen.
Touch [Intelligent
module monitor].
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor screens1]
[Intelligent
module monitor] from the Main Menu.
For how to display the utility, refer to the
User's Manual for the GOT used.
Refer to the following manual for how to
set the special function switch.
GT Designer3 Version1
Screen Design Manual (Functions)
2. TOUCH SWITCH
15.4 Operation Procedures
Set the channel number, network
number, station number.
Set the channel number, network number
and station number of the PLC CPU
connected to the GOT.
Communication setting window
(Continued to next page)
6 - 12
6.3 Operations for Display
1
MAIN
Ext.1
OUT64 IN64
AJ71
PT32-S3
Y 0
Y 40
X,Y 80
IN16
OUT32 AJ71
A62LS
Y120
Y130
X,Y180
Ext.2
X,Y150
A616AD
X,Y200
IN64
AJ71
PT32-S3
Y 40
X,Y 80
SP
X,Y A0
SP
X,Y230
A616DA
X,Y100
A616TD
X,Y260
Specify the module to be monitored.
2
3
See Secs. 6.4.1, 6.4.6.
Display the intelligent module monitor menu.
See Sec. 6.4.6.
The Intelligent Module Monitor Screen is displayed by
selecting it from the menu.
See Sec. 6.4.6.
Display the monitor screen for the intelligent
module.
Check the data for the module with the
displayed contents.
See Sec. 6.4.5.
See Sec. 6.5.
Change the data.
Carry out the following operation when changing the
current values of the buffer memory that is displayed
on the monitor screen.
See Sec. 6.4.7.
5
MELSEC-FX LIST
EDITOR
Change the current value of the specified
area.
4
MELSEC-A LIST
EDITOR
Select from the menu.
POINT
6
(1) How to display the utility
For how to display the utility, refer to the following.
User's Manual for the GOT used
(2) Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the intelligent
module monitor only.
For displaying the communication setting window at the second or later startup, touch the
the intelligent module monitor screen.
ChNET
PLCNo.
button on
INTELLIGENT
MODULE MONITOR
CPU
When starting, the module format and related data are
not displayed.
When reading of module data from the PLC CPU is
complete, the module format and related data is displayed.
When using the QCPU (Q mode), QSCPU or LCPU
the PLC CPU status (PC information monitor screen) and
module error information and others (Unit Detail Info Screen)
can be checked. See Sec. 6.4.1.
When END is selected, the intelligent module monitoring
ends and the display moves to the original screen where
the intelligent module monitor function was begun.
SYSTEM MONITOR
System Configuration NETWK No. [0] PLC STATION [FF]
NET
END
PC No.
LADDER MONITOR
FUNCTION
Display the System Configuration screen.
OVERVIEW
(Continued from previous page)
7
(3) If the project data has not been downloaded
The intelligent module monitor can be started from the utility even if the project data has not been downloaded
to the GOT.
NETWORK
MONITOR
6.4 Operation of Each Intelligent Module Monitor Screen
Q MOTION
MONITOR
8
6.3 Operations for Display
6 - 13
 Changing screens
The following describes how to change the screen.
(1) When using QCPU (Q mode), Q series motion controller CPU, QSCPU, or LCPU
Utility Main Menu
or
user-created monitor screen
At the first startup
Communication setting window
Error details screen
(QSCPU, LCPU only)
Error cause/
Error record
Icon of
PLC CPU
System configuration screen
(Basic mode)
System configuration screen
(info. mode)
PC information screen
(QCPU, LCPU)
Icons of the
I/O module
Operation
log
I/O module monitor screen
Operation details screen
(QSCPU only)
Continuous error release screen
(LCPU only)
Unit detail info screen
Positioning monitor screen
(LCPU only)
Icon
Icon of
intelligent
function
module
Monitor menu
Menu
Intelligent module monitor screen
Data area No.
setting window
6 - 14
Set/Reset
window
6.3 Operations for Display
I/O monitor screen
(LCPU only)
High-speed counter monitor screen
(LCPU only)
Current
value
Data change window
1
(2) When using QCPU (A mode), QnACPU or ACPU
OVERVIEW
Utility Main Menu
or
user-created monitor screen
At the first startup
SYSTEM MONITOR
2
Communication setting window
Icon of intelligent
function module
LADDER MONITOR
FUNCTION
3
Icons of the
I/O module
Monitor menu
System configuration screen
I/O module monitor screen
MELSEC-A LIST
EDITOR
4
Data change window
5
MELSEC-FX LIST
EDITOR
Intelligent module monitor screen
Set/Reset
window
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.3 Operations for Display
6 - 15
6.4 Operation of Each Intelligent Module Monitor Screen
This section describes the operations of the screens when using the intelligent module monitor.
6.4.1
Composition of the system configuration screen and key functions
This section describes the configuration of the System Configuration screen that is displayed after startup of the
intelligent module monitor and the functions of the keys displayed on the screen.
 When using the QCPU (Q mode), QSCPU or LCPU
(1) Displayed contents
1)
2)
3)
Item
1)
2)
Description
Displays the channel number, network number and station number of the monitored station.
Displays the model name, I/O points, and start I/O number for the modules installed in the monitored station.
The model name of the module and related data are displayed at the end of the module data readout from the
PLC CPU.
For an intelligent function module that cannot be monitored, the model name is displayed as "SP".
The module icon becomes the key to switch to the screen where the monitoring of that module is performed.
The communication setting window is displayed for the MELSECNET/H connection or MELSECNET/10
connection.
6.4.2 Setting method for other station monitoring
Displays the CPU Nos. for the CPUs and the control CPU number for the installed modules when there are
multiple CPU systems.
3)
Display keys used for the operations on the System Configuration screen shown in (2). (Touch input)
(2) Key functions
The table below shows the functions of the keys that are used with the operation on the DEVICE MONITOR
screen.
Key
Function
Displays the communication setting window.
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Icon of PLC CPU
Icon of intelligent function
module
The screen switches to the PC Information monitor screen.
6.4.3 Composition of PC Information monitor screen and key functions
In intelligent module monitor mode:
Switches to the screen where the intelligent module monitoring for that module is performed.
In unit detail info mode:
Switches to the screen displaying detailed information of the selected module.
Switches the System Configuration screen to Info. mode.
6.4.4 Composition of the unit detail info screen and key functions
Switches the System Configuration screen to Basic mode.
Scrolls the display one stage up or down to display the system configuration of the currently undisplayed stage
immediately before/after the currently displayed stage.
Operations can be performed when the system configuration has three or more extension bases.
: Scrolls one stage up.
: Scrolls one stage down.
6 - 16
6.4 Operation of Each Intelligent Module Monitor Screen
1
 When using the QCPU (A mode), QnACPU, and ACPU
OVERVIEW
(1) Displayed contents
1)
2
SYSTEM MONITOR
2)
For modules installed in the monitored station, the model name and start No. of I/O signals are displayed for the
intelligent function module, "IN"/"OUT" and the I/O points for the I/O module.
The model name of the module and related data are displayed at the end of the module data readout from the
PLC CPU.
For an intelligent function module that cannot be monitored, "SP" and the start No. of the I/O signal are
displayed.
The display position of the module becomes the key to switch to the screen where the monitoring of that module
is performed.
The communication setting window is displayed for the MELSECNET/10 connection.
6.4.2 Setting method for other station monitoring
3)
5
Display keys used for the operation on the System Configuration screen shown in (2).
(2) Key functions
The table below shows the functions of the keys that are used for the operation on the System Configuration
screen.
Key
Function
Displays the communication setting window.
6
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Switches to the screen where the intelligent module monitoring for that module is performed.
Scrolls the display one stage up or down to display the system configuration of the currently undisplayed stage
immediately before/after the currently displayed stage.
Operations can be performed when the system configuration has three or more extension bases.
: Scrolls one stage up.
7
NETWORK
MONITOR
: Scrolls one stage down.
8
Q MOTION
MONITOR
Icon of intelligent function
module
4
MELSEC-A LIST
EDITOR
2)
Description
Displays the channel number, network number and station number of the monitored station.
MELSEC-FX LIST
EDITOR
1)
INTELLIGENT
MODULE MONITOR
Item
LADDER MONITOR
FUNCTION
3
3)
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 17
6.4.2
Setting method for other station monitoring
The following shows the setting methods for monitoring other stations with intelligent module monitor.
1.
2.
3.
4.
6 - 18
When the intelligent module monitor is started for the first time,
the communication setting window is automatically opened by
displaying the system configuration screen.
Otherwise, touch the ChNET
button in the System Configuration
PLCNo.
screen to display the communication setting window.
In the communication setting window, select one from channels
No.1 to 4.
For the operation on the communication setting screen, refer to
the following.
(1) Communication setting window
When the channel No. is selected, the screen on the left is
displayed.
Set the network number of the target controller and the CPU
station number.
After selecting the station number, touch the enter key. The
communication setting window closes and the system
configuration of the set monitor destination is displayed.
For further operations, refer to the following.
6.4.6 Specifying a module to monitor and selecting
monitor menu
6.4 Operation of Each Intelligent Module Monitor Screen
1
(1) Communication setting window
(a) Displayed screen
2)
3) 1)
2)
OVERVIEW
3) 1)
4)
5)
CH No. input area
2)
Network No. input
area
3)
Station No. input
area
4)
CH No. selection key
5)
Keys
Setting range
Set the CH No. for the target
controller.
1 to 4
Set the network No. for the target
controller.
Differs depending on the connection type.
• Bus connection, direct CPU connection, computer link
connection: 0
• Ethernet connection, CC-Link IE controller network
connection, CC-Link IE field network connection: 1 to 239
• MELSECNET/H, MELSECNET/10: 0 (host loop) / 1 to 255
(specified loop)
• CC-Link (ID/G4) connection: 0
Set the station No. of the target
controller.
When the station No. is set to the
host station (FF), set the network
No. to 0.
Differs depending on the connection type.
• Bus connection, direct CPU connection, computer link
connection: FF (host station)
• Ethernet connection: 1 to 64
• MELSECNET/H, MELSECNET/10: 0 (control station) / 1 to
64 (normal station)
• CC-Link IE controller network connection: 1 to 120
• CC-Link IE field network connection: 0 (master station) / 1 to
120 (local station)
• CC-Link (ID/G4) connection: 0 (master station) / 1 to 64
(local station)
Set the CPU No.
-
Keys for operations in the
communication setting window
shown in (b). (Touch input)
-
(b) Key functions
Key
Function
Closes the communication setting window.
When any of the CH No., network No., station No., and CPU No. is not input and the monitor target is
not set, the communication setting window does not close.
5
6
7
NETWORK
MONITOR
Moves the cursor among the input areas.
Deletes all the input values and characters.
8
Deletes an input value or character.
Moves the cursor when the cursor is in the CH No. input area, network No. input area, or station No.
input area.
When the cursor is in the CPU No. input area and settings for the CH No., network No., and station
No. are completed, the communication setting window closes and the PLC read screen appears.
6.4 Operation of Each Intelligent Module Monitor Screen
4
MELSEC-A LIST
EDITOR
1)
Description
INTELLIGENT
MODULE MONITOR
Item
6 - 19
Q MOTION
MONITOR
No.
MELSEC-FX LIST
EDITOR
The following table shows the displayed contents.
LADDER MONITOR
FUNCTION
3
(When the network No., station No.,
and CPU No. are input)
(When the CH No. is input)
SYSTEM MONITOR
2
6.4.3
Composition of PC Information monitor screen and key functions
This section describes the structure of the PC Information monitor screen that is displayed by specifying the QCPU (Q
mode), QSCPU or LCPU on the System Configuration screen, and the key functions displayed on the screen.
The GOT displays the PC Information monitor screen only when using the following controllers.
• QCPU (Q mode)
• QSCPU
• LCPU
 When using the QCPU (Q mode) or LCPU
(1) The PC information monitor screen.
(a) Displayed contents
2)
1)
5)
3)
2)
4)
2)
Item
Description
1)
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys that are used for the operation on the PC information monitor screen.
3)
Displays the operating status of the PLC CPU.
4)
Displays the currently occurring errors.
When using the LCPU, touch the error cause to display the error detail screen.
(2) Error details screen
5)
Displays the error record.
Up to 100 error records can be displayed.
When using the LCPU, touch the error record to display the error detail screen.
(2) Error details screen
(b) Key functions
The table below shows the functions of the keys that are used for the operation on the PC information
monitor screen.
Key
Function
Switches the screen to the System Configuration screen.
6.4.1 Composition of the system configuration screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Scrolls the display one page up or down.
: Scrolls one page up.
: Scrolls one page down.
Displayed only when LCPU is used.
Shifts to the Continuation error clear screen.
(3) Continuation error clear screen
6 - 20
6.4 Operation of Each Intelligent Module Monitor Screen
1
(2) Error details screen
(a) Displayed contents
1)
OVERVIEW
2)
2
SYSTEM MONITOR
3)
Item
Description
1)
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys that are used for the operation on the error details screen.
3)
Displays the common error information and individual error information based on the information stored in
SD4 and SD5 of the LCPU.
For the common error information and the individual error information, refer to the following.
LADDER MONITOR
FUNCTION
3
4
(b) Key functions
The table below shows the functions of the keys that are used for the operation on the error details screen.
Function
5
Returns the screen to the PC Information monitor screen.
MELSEC-FX LIST
EDITOR
6.4.3 Composition of PC Information monitor screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
Key
MELSEC-A LIST
EDITOR
MELSEC-L CPU Module User's Manual (Function Explanation, Program Fundamentals)
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 21
(3) Continuation error clear screen
(a) Displayed contents
2)
1)
2)
2)
2)
3)
Item
1)
Description
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys that are used for the operation on the Continuation error clear screen.
3)
Displays the continuous error status that can be released, and the error messages.
The following shows the continuous error status.
• Specification: User specification error
• Minor: Minor error
Touch the check box of each continuous error to switch between releasing or not the error.
(b) Key functions
The table below shows the functions of the keys that are used for the operation on the Continuation error
clear screen.
Key
Function
Returns the screen to the PC Information monitor screen.
6.4.3 Composition of PC Information monitor screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Targets all continuous errors for the continuous error releasing.
Unselects all continuous errors for the continuous error releasing.
Scrolls the display one stage up or down.
Releases the checked continuous errors.
POINT
Precautions for releasing continuous errors
(1) If the error messages are the same, the errors are released regardless of the error code. Therefore, some
error codes may be released even without the user intend to.
(2) The annunciator memorizes the number of annunciators detected in the CPU modules.
When canceling multiple annunciators, perform the error releasing multiple times.
(3) Even after executing the error releasing, the detected error record is not deleted.
6 - 22
6.4 Operation of Each Intelligent Module Monitor Screen
1
 When using the QSCPU
(1) PC Information monitor screen
1)
2)
3)
4)
OVERVIEW
(a) Displayed contents
2
5)
7)
SYSTEM MONITOR
6)
2)
Description
Displays the channel number, network number, and station number of the monitored station.
2)
Displays the keys that are used for the operation on the System Configuration screen shown in (b).
3)
Displays the QSCPU operation status. (RUN/STOP)
4)
Displays the safety CPU operation mode. (Safety mode/Test mode)
Displays the error being occurred.
Touching the error displays the Error details screen.
5)
6)
When using the QSCPU (3) Error details screen)
No.
:
Displays the error code.
Detail
:
Displays the detail code of the error log.
([----] is displayed when no detail code exists.)
Error cause
:
Displays the error details.
Touching the item displays the Error details screen.
Date, Time
:
Displays the date and the time that the error occurs.
5
MELSEC-FX LIST
EDITOR
(
Set the items to be displayed in the log list.
(
When using the QSCPU (1) (b) Key functions)
6
Displays the operation status, error information, and others of the monitored PLC CPU. (Log list)
Type
:
Displays the log types. (Ope: Operation log, Err: Error log)
No.
:
Displays the operation codes or error codes.
Detail
:
Displays the 4-digit detail codes of the operation logs or the error logs for the errors
occurred in the CC-Link Safety system remote I/O module.
([----] is displayed when no detail code exists.)
Operation/Error message
7)
Date, Time
:
Displays the operation details or error messages.
Displays "BROKEN OPERATION/ERROR LOG" when the log data is damaged.
:
Displays the dates and the time of operations or the dates and time that errors occur.
7
NETWORK
MONITOR
Touching an operation log displays the Operation details screen.
(
When using the QSCPU (2) Operation details screen)
Touching an error log displays the Error details screen.
When using the QSCPU (3) Error details screen)
8
Q MOTION
MONITOR
(
4
MELSEC-A LIST
EDITOR
1)
INTELLIGENT
MODULE MONITOR
Item
LADDER MONITOR
FUNCTION
3
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 23
(b) Key functions
The table below shows the functions of the keys that are used for the operation on the System
Configuration screen.
Key
Function
Switches the screen to the System Configuration screen.
6.4.1 Composition of the system configuration screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Switches the log types to be displayed in the log list.
All log
Error log
Operation log
: Displays all the logs (error logs, operation logs).
: Displays the error logs only.
: Displays the operation logs only.
Sorts the log list in ascending or descending order.
Switches the numbers of logs displayed in the log list.
32 items
100 items
: Displays the latest 32 logs.
: Displays the latest 100 logs.
(When the number of displayed logs is switched from 100 to 32, 100 logs are displayed before touching
the Update key.)
Obtains the latest log information from the PLC CPU and updates the log list.
(The displayed log data before touching the Update key is deleted.)
Scrolls the display one page up or down.
: Scrolls one page up.
: Scrolls one page down.
(2) Operation details screen
(a) Displayed contents
2)
1)
3)
4)
Item
Description
1)
Displays the channel number, network number, and station number of the monitored station.
2)
Displays the keys that are used for the operation on the System Configuration screen shown in (b).
3)
Displays the information of the error touched in the PC information monitor screen.
4)
Displays the detailed operating information according to the operation log information stored in the
QSCPU.
(b) Key functions
Key
Function
Returns the screen to the PC Information monitor screen.
6.4.3 Composition of PC Information monitor screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
6 - 24
6.4 Operation of Each Intelligent Module Monitor Screen
1
(3) Error details screen
2)
4)
(Example) Error details screen for
safety CPU error
(Example) Displaying individual error
information for safety remote I/O station
3
Description
1)
Displays the channel number, network number, and station number of the monitored station.
2)
Displays the keys that are used for the operation on the System Configuration screen shown in (b).
3)
Displays the information of the error touched in the PC information monitor screen.
Displays the common error information and the individual error information according to the information
stored in SD4 and subsequent devices of the QSCPU.
For the common error information and the individual error information, refer to the following.
4)
QSCPU User's Manual (Function Explanation, Program Fundamentals)
When the individual error information for the safety remote I/O station is displayed, the numerical notation
of the displayed data can be switched between decimal and hexadecimal numbers. (When the CC-Link
Safety system master module cannot receive the error information from the safety remote I/O station,
[****] is displayed for unreceived items.)
5
(b) Key functions
Function
Returns the screen to the PC Information monitor screen.
6.4.3 Composition of PC Information monitor screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
6
INTELLIGENT
MODULE MONITOR
Switches the numerical notation of the displayed data between decimal and hexadecimal numbers. (Only
when the individual error information for the safety remote I/O station is displayed)
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
Key
4
MELSEC-FX LIST
EDITOR
Item
4)
2
SYSTEM MONITOR
3)
LADDER MONITOR
FUNCTION
3)
2)
1)
MELSEC-A LIST
EDITOR
2)
1)
OVERVIEW
(a) Displayed contents
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 25
6.4.4
Composition of the unit detail info screen and key functions
This section describes the structure of the Unit Detail Info screen that is displayed by specifying a module on the System
Configuration screen at Info. mode, and the key functions displayed on the screen.
The GOT displays the Unit Detail Info screen only when using the following controllers.
• QCPU (Q mode)
• QSCPU
• LCPU
 Displayed contents
2)
1)
3)
2)
Item
Description
1)
Displays the channel number, network number and station number of the monitored station.
2)
Displays keys used for the operations on the System Configuration screen.
3)
Displays the operating status, error information and other information of the targeted PLC CPU.
Up to 10 error information events can be displayed.
 Key functions
The following table shows the functions of the keys used for the operation on the Unit Detail Info screen.
Key
Function
Switches the screen to the System Configuration screen.
6.4.1 Composition of the system configuration screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Displayed only when displaying information of the LCPU built-in I/O module.
This button is available when [Positioning axis 1] or [Positioning axis 2] is set to [Use] in the parameter.
Shifts to the positioning monitor screen.
(1) Positioning monitor screen
Displayed only when displaying information of the LCPU built-in I/O module.
This button is available when [High-speed counter 1] or [High-speed counter 2] is set to [Use] in parameter.
Shifts to the high-speed counter monitor screen.
(2) High-speed counter monitor screen
Displayed only when displaying information of the LCPU built-in I/O module.
Shifts to the I/O monitor screen.
(4) I/O monitor screen.
6 - 26
6.4 Operation of Each Intelligent Module Monitor Screen
1
(1) Positioning monitor screen
(a) Displayed contents
OVERVIEW
2)
1)
2
2)
SYSTEM MONITOR
3)
2)
Description
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys used for the operations in the positioning monitor screen.
3)
Displays the operation status of the positioning function.
The operation status is displayed or hidden according to the parameter settings of built-in functions.
4
(b) Key functions
The following table shows the functions of the keys used for the operation on the positioning monitor
screen.
Key
Function
Return to the unit detail info screen.
5
6.4.4 Composition of the unit detail info screen and key functions
/
(Home position return request
OFF)
MELSEC-FX LIST
EDITOR
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
/
(Error reset)
MELSEC-A LIST
EDITOR
1)
Resets the error of the axis 1 or axis 2.
Turns off the home position return request for axis 1 or axis 2.
6
POINT
7
NETWORK
MONITOR
Precautions for using the positioning monitor screen.
When the parameter settings of a built-in function is changed by programming software or others of the connecting
device during the positioning monitor screen display, return to the unit detail info screen and display the position
monitor screen again.
INTELLIGENT
MODULE MONITOR
Item
LADDER MONITOR
FUNCTION
3
Q MOTION
MONITOR
8
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 27
(2) High-speed counter monitor screen
(a) Displayed contents
2)
1)
3)
4)
2)
Item
Description
1)
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys used for the operation in the high-speed counter monitor screen.
3)
Displays the operation status of the high-speed counter function.
The operation status is displayed or hidden according to the parameter settings of built-in functions.
4)
Displays the current value of the CH1 and CH2.
Touch the current value and the data change window is displayed.
(3) Data change window
(b) Key functions
The following table shows the functions of the keys used for the operation on the high-speed counter
monitor screen.
Key
Function
Return to the unit detail info screen.
6.4.4 Composition of the unit detail info screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
Reflects the preset value entered in the data change window to the PLC CPU.
/
Reset the error of CH1 or CH2.
POINT
Precautions for using the high-speed counter monitor screen.
(1) When the parameter settings of a built-in function is changed by programming software or others of the
connecting device during the high-speed counter monitor screen display, return to the unit detail info screen
and display the high-speed counter monitor screen again.
(2) The preset value preset from the high-speed counter monitor screen is valid for the subsequent presets,
unless it is set again in the sequence program.
(3) If the preset from the high-speed counter monitor screen and the preset by the sequence program are
executed simultaneously, the setting value by the sequence program may be preset.
6 - 28
6.4 Operation of Each Intelligent Module Monitor Screen
1
(3) Data change window
(a) Displayed contents
OVERVIEW
2)
1)
SYSTEM MONITOR
2
2)
3
Description
1)
Displays the entered value.
2)
Displays the keys used in the operation of the data change window.
(b) Key functions
The following table shows the functions of the keys used for the operation on the data change window.
Key
4
Function
Changes the data change target.
Sets the entered value to the preset value.
5
MELSEC-FX LIST
EDITOR
Deletes one character of the entered value.
Deletes all entered values.
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
/
8
Q MOTION
MONITOR
/
MELSEC-A LIST
EDITOR
Closes the data change window.
/
LADDER MONITOR
FUNCTION
Item
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 29
(4) I/O monitor screen.
(a) Displayed contents
2)
1)
4)
3)
5)
Item
Description
1)
Displays the channel number, network number and station number of the monitored station.
2)
Displays the keys used for the operations in the I/O monitor screen.
3)
Displays the status and values of functions assigned to the input signal.
4)
Displays the status of functions assigned to the output signal.
5)
Displays the setting status of the output mode during error, for the output signal.
(b) Key functions
The following table shows the functions of the keys used for the operation on the I/O monitor screen.
Key
Function
Return to the unit detail info screen.
6.4.4 Composition of the unit detail info screen and key functions
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
6 - 30
6.4 Operation of Each Intelligent Module Monitor Screen
6.4.5
1
Composition of the intelligent module monitor screen and key functions
OVERVIEW
This section describes the structure of the monitor screen that is displayed by specifying a module on the System
Configuration screen (in Basic mode when the QCPU (Q mode), QSCPU or LCPU is used), and the key functions
displayed on the screen.
 Displayed contents (for A68RD)
2
1)
SYSTEM MONITOR
3)
2)
LADDER MONITOR
FUNCTION
3
4
Description
1)
Displays the model name of the module being monitored.
2)
Displays the buffer memory data of the module in its current form or in a graph.
The status of I/O signals to and from PLC CPU is monitored.
All data are displayed when the readout from the intelligent function module is completed.
When testing, execute testing after moving the cursor to the display position of the target data.
3)
Displays keys used for the operations on the monitor screen.
MELSEC-A LIST
EDITOR
Item
5
 Key functions
Function
Starts testing (SET/RST) of the I/O signal between the PLC CPU and the intelligent function module.
Starts changing (writing) the current values of the buffer memory of the intelligent function module displayed on
the screen.
6
INTELLIGENT
MODULE MONITOR
Closes the current monitor and returns to the screen displaying monitor menu.
This operation can only be used when the intelligent function module has a monitor menu.
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
Key
MELSEC-FX LIST
EDITOR
The table below shows the functions of keys that are used for the operations on the monitor screen.
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 31
6.4.6
Specifying a module to monitor and selecting monitor menu
This section uses the positioning module (AD71) as an example to describe the operations when starting the intelligent
module monitor to monitor a desired module.
Operation procedure
Display System Configuration screen.
See Sec.6.4.1
Specify module to be monitored (Touch display position of module.)
(1)
Display screen that shows monitor menu.
From among the modules installed in the
corresponding base unit, specify the intelligent
function module whose format is displayed.
* : For modules where the format is not displayed,
monitor with the system monitor function (See
Sec.2.).
Specify input/output modules according to Sec. 6.6.
(2) Specify the menu corresponding to the type of
data to be monitored.
(3) With modules for which the monitor menu cannot all
be displayed in one screen, touch the
keys
at the right of the screen to scroll the display menu.
Specify menu to be monitored
(Touch display position of menu.)
Display monitor screen of specified menu.
(4) Check the contents of the display. Carry out the
subsequent operation according to Sec. 6.5.
(5) Carry out tests for the displayed data according to
Sec.6.4.7.
Change current value of buffer memory
Turn output signal from PLC CPU on and off
Proceed to Sec. 6.4.7 and Sec. 6.5
6 - 32
6.4 Operation of Each Intelligent Module Monitor Screen
• When testing the operation (changing a current buffer memory value) of the intelligent module monitor, read this
manual carefully to fully understand the operation.
For devices that perform significant operations for the system, never perform test operation to change data.
Doing so can cause accidents due to false outputs or malfunctions.
Testing can be performed for all buffer memory data displayed on the current monitor screen.
This section describes the operations for changing the current value of the buffer memory and turning on and off the
output signal from the PLC CPU to the intelligent function module.
2
SYSTEM MONITOR
WARNING
OVERVIEW
1
Testing of the intelligent function module
3
POINT
(1) Perform testing for the buffer memory that can be written from the PLC CPU and output signals that
are output from the PLC CPU.
(2) It is recommended that testing be performed with the PLC CPU in STOP status.
If the PLC CPU is tested during RUN status, the test monitor display returns to display values output from the
sequence program and output statuses.
4
MELSEC-A LIST
EDITOR
Operation procedure
LADDER MONITOR
FUNCTION
6.4.7
Display monitor screen.
MELSEC-FX LIST
EDITOR
5
6
2)
SET/
(Touch)
, RESET
INTELLIGENT
MODULE MONITOR
Data
Chg.
3)
1)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.4 Operation of Each Intelligent Module Monitor Screen
6 - 33
1)
Display key window on monitor screen.
Data is touched (changes current value of buffer memory)
Chg.
All of the following operations can be carried out by touching the keys
in the displayed key window.
When you touch at the upper left of the key window, the key window
closes and the display returns to the monitor screen.
(1) Move the cursor to the position where the data to be tested
is displayed. (*1) (
: Up/down
: Left/right)
(2) Use the numeric keys to specify the value to be changed. (*2)
The DEL key can be used to clear individual characters among those
input.
When
When
(Touch: input confirmation)
3)
(Test continues)
(Test ends)
(Touch)
2)
*1
*2
6 - 34
SET/
is touched (tests the I/O signal)
RESET
All of the following operations can be carried out by touching the keys
in the displayed key window.
When you touch at the upper left of the key window, the key window
closes and the display returns to the monitor screen.
(1) Use the alphabetic character keys to specify the name of the device
to be tested, and then touch
. (*1)
(2) Use the numeric keys to specify the device number, and then touch
.
(3) Use the numeric keys to specify "Set" or "Reset".
0 : OFF
1 : ON
Do not perform the following tests.
If these tests are performed, the module may not operate correctly or the buffer memory/input signal may return to the output
value/output status from the intelligent function module.
1) Testing of read-only buffer memory from the PLC CPU.
2) Testing of input signals from the intelligent function module to the PLC CPU.
When testing buffer memory data, specify the change value in the following way.
1) For data where 16/32 bits are displayed with one number, specify a new value in decimal format.
2) For data where one number of 16/32 bits is displayed as a percent, such as with an A/D conversion module, specify a new
value corresponding to the percentage in decimal format.
Example:
When the set value of the offset or gain is 0 to 2000 and you intend to change it to "50%", input "1000".
3) For data where 16 bits are displayed with "0" or "1" for each bit, specify a new value with changing the data to a decimal.
6.4 Operation of Each Intelligent Module Monitor Screen
1
6.5 Intelligent Module Monitor Screens
Screen example
2)
1)
No.
1)
OVERVIEW
A62DA-S1 module monitoring
Buffer memory address
2
DEC
HEX
1)
0, 1
0000, 0001
2)
2 to 5
0002 to 0005
3)
-
-
2)
2)
SYSTEM MONITOR
6.5.1
-
-
LADDER MONITOR
FUNCTION
3
-
3)
1)
0, 1
0000, 0001
2)
2, 4
0002, 0004
3)
3, 5
0003, 0005
4)
-
-
2)
MELSEC-A LIST
EDITOR
4
5
1)
-
-
MELSEC-FX LIST
EDITOR
3)
-
INTELLIGENT
MODULE MONITOR
6
4)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 35
6.5.2
A68AD module monitoring
Screen example
No.
1)
1)
Buffer memory address
DEC
HEX
1
0001
2)
2 to 9
0002 to 0009
3)
10 to 17
000A to 0011
4)
0
0000
5)
34
0022
-
-
-
1)
-
-
-
-
-
1)
10 to 17
000A to 0011
2)
-
-
-
-
-
4)
5)
2)
3)
1)
1)
2)
6 - 36
6.5 Intelligent Module Monitor Screens
1
A68ADN module monitoring
1)
1)
2)
3)
Buffer memory address
DEC
HEX
0
0000
OVERVIEW
No.
2)
1
0001
3)
2 to 9
0002 to 0009
4)
10 to 17
000A to 0011
5)
18
0012
6)
20
0014
-
-
-
1)
-
-
-
-
-
1)
10 to 17
000A to 0011
3
4)
6)
4
MELSEC-A LIST
EDITOR
5)
2
SYSTEM MONITOR
Screen example
LADDER MONITOR
FUNCTION
6.5.3
1)
MELSEC-FX LIST
EDITOR
5
20
0014
-
-
4)
-
-
INTELLIGENT
MODULE MONITOR
2)
3)
6
7
1)
-
-
NETWORK
MONITOR
-
8
3)
4)
Q MOTION
MONITOR
2)
6.5 Intelligent Module Monitor Screens
6 - 37
6.5.4
A68RD module monitoring
Screen example
1)
2)
No.
4)
3)
5)
6)
Buffer memory address
DEC
HEX
1)
10 to 17
000A to 0011
2)
18 to 33
0012 to 0021
3)
2 to 9
0002 to 0009
4)
0
0000
5)
35
0023
6)
1
0001
7)
-
-
8)
34
0022
9)
36
0024
10)
-
-
-
-
-
1)
-
-
-
-
-
1)
10 to 17
000A to 0011
2)
0
0000
3)
35
0023
4)
1
0001
7)
9)
8)
10)
1)
2)
5)
1)
3)
-
-
34
0022
6)
36
0024
7)
-
-
-
-
-
4)
5)
6)
6 - 38
7)
6.5 Intelligent Module Monitor Screens
1)
1)
No.
2)
3)
4)
5)
Buffer memory address
DEC
HEX
1)
10 to 13
000A to 000D
2)
18 to 21
0012 to 0015
3)
28 to 31
001C to 001F
4)
22 to 25
0016 to 0019
5)
22 to 25
0016 to 0019
6)
26
001A
7)
27
001B
8)
-
-
9)
-
-
6)
3
LADDER MONITOR
FUNCTION
9)
7)
2
SYSTEM MONITOR
Screen example
OVERVIEW
1
A84AD module monitoring
-
-
-
1)
1
0001
2)
2 to 5
0002 to 0005
3)
32, 34,
36, 38
0020, 0022,
0024, 0026
4)
33, 35,
37, 39
0021, 0023,
0025, 0027
8)
4
1)
MELSEC-A LIST
EDITOR
6.5.5
-
3)
-
6
4)
1)
-
INTELLIGENT
MODULE MONITOR
2)
-
MELSEC-FX LIST
EDITOR
5
-
1)
7
-
NETWORK
MONITOR
-
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 39
Screen example
No.
3)
1)
2)
Buffer memory address
DEC
HEX
1)
10 to 13
000A to 000D
2)
18 to 21
0012 to 0015
3)
28 to 31
001C to 001F
27
001B
4)
-
-
5)
-
-
-
-
-
4)
5)
6 - 40
6.5 Intelligent Module Monitor Screens
1
A616AD module monitoring
1)
2)
HEX
15
000F
2)
4
0004
3)
48 to 63
0030 to 003F
4)
5
0005
5)
5)
6
0006
6)
6)
3
0003
7)
0,1
0000, 0001
8)
2
0002
4)
1)
Buffer memory address
DEC
OVERVIEW
No.
3)
2
SYSTEM MONITOR
Screen example
7)
LADDER MONITOR
FUNCTION
3
-
-
-
1)
16 to 23
0010 to 0017
8)
4)
1)
5)
2)
6)
2)
4
0004
3)
256 to 383
0100 to 017F
4)
5
0005
5)
6
0006
6)
3
0003
7)
0
0000
8)
1
0001
9)
2
0002
-
-
-
4
MELSEC-A LIST
EDITOR
6.5.6
5
MELSEC-FX LIST
EDITOR
3)
7)
8)
INTELLIGENT
MODULE MONITOR
6
9)
1)
-
-
1)
-
-
NETWORK
MONITOR
7
-
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 41
Screen example
No.
1)
2)
Buffer memory address
DEC
HEX
48 to 63
0030 to 003F
-
-
-
-
4
0004
15
000F
-
-
-
1)
256 to 383
0100 to 017F
-
-
3)
1)
2)
3)
2)
3)
1)
-
-
4
0004
16 to 23
0010 to 0017
-
-
2)
-
3)
6 - 42
6.5 Intelligent Module Monitor Screens
1
A616TD module monitoring
3)
1)
4)
2)
5)
000F
2)
0
0000
3)
1
0001
4)
2
0002
2
5)
4
0004
6)
112 to 127
0070 to 007F
7)
-
-
8)
-
-
9)
-
-
6)
3
LADDER MONITOR
FUNCTION
8)
-
-
-
1)
-
-
2)
16 to 23
0010 to 0017
3)
0
0000
4)
384 to 511
0180 to 01FF
5)
80 to 87
0050 to 0057
6)
96 to 103
0060 to 0067
7)
64 to 71
0040 to 0047
8)
32 to 39
0020 to 0027
9)
512 to 639
0200 to 027F
10)
48 to 63
0030 to 003F
11)
-
-
-
-
-
1)
-
-
9)
1)
2)
5)
6)
7)
8)
3)
4)
15
9)
10)
4)
9)
4
MELSEC-A LIST
EDITOR
7)
HEX
1)
5
MELSEC-FX LIST
EDITOR
6)
Buffer memory address
DEC
OVERVIEW
No.
SYSTEM MONITOR
Screen example
6
INTELLIGENT
MODULE MONITOR
6.5.7
11)
1)
-
-
NETWORK
MONITOR
7
-
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 43
Screen example
1) 2)
3) 4)
5) 6) 17) 7) 8)
9) 10)
No.
11) 12) 18) 13)14)
15) 16)
Buffer memory address
DEC
HEX
1)
129 to 143
0081 to 008F
2)
257 to 271
0101 to 010F
3)
145 to 159
0091 to 009F
4)
273 to 287
0111 to 011F
5)
161 to 175
00A1 to 00AF
6)
289 to 303
0121 to 012F
7)
177 to 191
00B1 to 00BF
8)
305 to 319
0131 to 013F
9)
193 to 207
00C1 to 00CF
10)
321 to 335
0141 to 014F
11)
209 to 223
00D1 to 00DF
12)
337 to 351
0151 to 015F
13)
225 to 239
00E1 to 00EF
14)
353 to 367
0161 to 016F
15)
241 to 255
00F1 to 00FF
16)
369 to 383
0171 to 017F
17)
1
0001
18)
3
0003
-
-
-
1)
512 to 639
0200 to 027F
0
0000
16 to 23
0010 to 0017
3)
-
-
-
-
-
1)
112 to 127
0070 to 007F
2)
-
-
3)
0
0000
4)
15
000F
-
-
-
2)
1)
3)
2)
1)
2)
3)
6 - 44
4)
6.5 Intelligent Module Monitor Screens
No.
1
Buffer memory address
DEC
HEX
1)
384 to 511
0180 to 01FF
2)
512 to 639
0200 to 027F
3)
-
-
0
0000
16 to 23
0010 to 0017
4)
2)
OVERVIEW
Screen example
2
SYSTEM MONITOR
1)
3)
-
-
-
LADDER MONITOR
FUNCTION
3
4)
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 45
6.5.8
A616DAV, A616DAI module monitoring
Screen example
No.
1)
1)
Buffer memory address
DEC
HEX
0
0000
1
0001
2)
16 to 31
0010 to 001F
3)
48 to 63
0030 to 003F
4)
48 to 63
0030 to 003F
-
-
-
1)
-
-
-
-
-
1)
16 to 31
10 to 1F
0
0
1
1
-
-
-
-
-
-
3)
4)
2)
1)
2)
3)
1)
-
2)
3)
6 - 46
6.5 Intelligent Module Monitor Screens
Screen example
No.
1)
2)
3)
4)
5)
Buffer memory address
DEC
HEX
1)
11
000B
2)
4,10
0004, 000A
3)
5, 6
0005, 0006
4)
3
0003
5)
12
000C
6)
7
0007
7)
0
0000
8)
8
0008
9)
2,1,9
0002,0001,0009
10)
13 to 44
000D to 002C
-
-
-
1)
-
-
6)
9)
10)
3
10)
4
MELSEC-A LIST
EDITOR
8)
2
LADDER MONITOR
FUNCTION
7)
OVERVIEW
1
A61LS module monitoring
SYSTEM MONITOR
6.5.9
1)
5
-
MELSEC-FX LIST
EDITOR
-
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 47
6.5.10
A62LS module monitoring
Screen example
No.
4)
1)
3)
2)
10)
5)
6)
7)8)
9)
Buffer memory address
DEC
HEX
1)
-
-
2)
7
0007
4
0004
8
0008
4)
2
0002
5)
0
0000
6)
10
000A
3)
7)
9
0009
8)
5
0005
9)
6
0006
10)
12 to 667
000C to 029B
-
-
-
1)
-
-
-
-
-
1)
6 - 48
6.5 Intelligent Module Monitor Screens
1
AD61 module monitoring
1)
2)
HEX
1)
4, 5,
36, 37
0004, 0005,
0024, 0025
2)
6, 7,
38, 39
0006, 0007,
0026, 0027
2
3)
3, 35
0003, 0023
4)
-
-
-
-
-
No.
3)
Buffer memory address
DEC
OVERVIEW
Screen example
4)
SYSTEM MONITOR
6.5.11
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 49
6.5.12
AD70/A1SD70 module monitoring
Screen example
-
2)
100, 101
0064, 0065
13)
3)
102, 103
0066, 0067
3)
14)
4)
106, 107
006A, 006B
4)
15)
5)
61, 62
003D, 003E
5)
16)
6)
65, 66
0041, 0042
6)
17)
18)
7)
63, 64
003F, 0040
8)
67, 68
0043, 0044
8)
9)
10)
11)
19)
9)
60
003C
20)
10)
111
006F
21)
22)
11)
104
0068
23)
12)
105
0069
24)
13)
80, 81
0050, 0051
14)
88, 89
0058, 0059
15)
82, 83
0052, 0053
16)
84, 85
0054, 0055
17)
0, 1
0000, 0001
18)
2, 3
0002, 0003
19)
4, 5
0004, 0005
20)
20, 21
0014, 0015
21)
22
0016
22)
23
0017
23)
24
0018
24)
25
0019
1)
-
-
2)
100, 101
0064, 0065
12)
13)
3)
102, 103
0066, 0067
3)
14)
4)
106, 107
006A, 006B
4)
15)
5)
61, 62
003D, 003E
16)
6)
65, 66
0041, 0042
7)
63, 64
003F, 0040
17)
8)
67, 68
0043, 0044
9)
60
003C
18)
10)
111
006F
19)
11)
104
0068
20)
12)
105
0069
21)
13)
80, 81
0050, 0051
14)
88, 89
0058, 0059
15)
82, 83
0052, 0053
16)
84, 85
0054, 0055
17)
108, 109
006C, 006D
18)
46, 47
002E, 002F
19)
40, 41
0028, 0029
20)
42, 43
002A, 002B
21)
44, 45
002C, 002D
2)
5)
6)
7)
8)
9)
10)
6 - 50
HEX
-
7)
1)
Buffer memory address
DEC
1)
2)
1)
No.
11)
12)
6.5 Intelligent Module Monitor Screens
Q MOTION
MONITOR
NETWORK
MONITOR
INTELLIGENT
MODULE MONITOR
MELSEC-FX LIST
EDITOR
MELSEC-A LIST
EDITOR
LADDER MONITOR
FUNCTION
1)
OVERVIEW
No.
1)
-
DEC
HEX
-
-
6.5 Intelligent Module Monitor Screens
SYSTEM MONITOR
Screen example
Buffer memory address
1
2
3
4
5
6
7
8
6 - 51
6.5.13
AD70D module monitoring
Screen example
1)
10) 11)
1)
12)
-
-
2)
100, 101
0064, 0065
3)
102, 103
0066, 0067
4)
104, 105
0068, 0069
5)
61, 62
003D, 003E
0041, 0042
3)
16)
4)
17)
6)
65, 66
5)
18)
7)
63, 64
003F, 0040
6)
19)
8)
67, 68
0043, 0044
7)
20)
9)
60
003C
8)
21)
10)
119
0077
9)
22)
11)
120
0078
23)
12)
121
0079
24)
13)
122
007A
25)
14)
123
007B
15)
80, 81
0050, 0051
16)
86, 87
0056, 0057
17)
82, 83
0052, 0053
18)
84, 85
0054, 0055
19)
89
0059
20)
110
006E
21)
111
006F
22)
112
0070
23)
113
0071
24)
125
007D
25)
126
007E
1)
-
-
2)
100, 101
0064, 0065
3)
102, 103
0066, 0067
4)
104, 105
0068, 0069
5)
30, 31
001E, 001F
0020, 0021
13)
14)
2)
16)
3)
17)
4)
18)
6)
32, 33
5)
19)
7)
34, 35
0022, 0023
20)
8)
108, 109
006C, 006D
21)
9)
106, 107
006A, 006B
22)
10)
36, 37
0024, 0025
23)
11)
119
0077
24)
12)
120
0078
25)
13)
121
0079
26)
14)
122
007A
9)
10)
6 - 52
HEX
1)
15)
8)
13)
Buffer memory address
DEC
2)
6)
7)
11) 12)
No.
14)
15)
6.5 Intelligent Module Monitor Screens
15)
123
007B
16)
80, 81
0050, 0051
17)
86, 87
0056, 0057
18)
82, 83
0052, 0053
19)
84, 85
0054, 0055
20)
89
0059
21)
110
006E
22)
111
006F
23)
112
0070
24)
113
0071
25)
125
007D
26)
126
007E
1
Buffer memory address
DEC
HEX
1)
-
-
2)
0, 1
0000, 0001
2)
13)
3)
2, 3
0002, 0003
3)
14)
4)
4, 5
0004, 0005
4)
15)
5)
10
000A
5)
16)
6)
11
000B
17)
7)
12
000C
18)
8)
13
000D
8)
19)
9)
14
000E
9)
20)
10)
15
000F
10)
21)
11)
16
0010
11)
22)
12)
17
0011
23)
13)
18
0012
14)
19
0013
15)
20
0014
7)
12)
2
SYSTEM MONITOR
6)
3
16)
21
0015
17)
40, 41
0028, 0029
18)
42
002A
19)
43
002B
20)
44
002C
21)
114 to 117
0072 to 0075
22)
125
007D
23)
126
007E
1)
-
-
4
MELSEC-A LIST
EDITOR
1)
OVERVIEW
No.
LADDER MONITOR
FUNCTION
Screen example
1)
-
-
MELSEC-FX LIST
EDITOR
5
-
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 53
6.5.14
AD71 module monitoring
Buffer memory address
Screen example
No.
HEX
DEC
1)
-
-
-
-
2)
47
002F
347
015B
3)
48
0030
348
015C
4)
39
0027
339
0153
602
025A
604
025C
603
025B
605
025D
41
0029
341
0155
8)
42
002A
342
0156
9)
7912
1EE8
7922
1EF2
1EF3
4)
5)
5)
6)
7)
6)
7)
7913
1EE9
7923
8)
600
0258
601
0259
12)
9)
7874
1EC2
7894
1ED6
10)
40
0028
340
0154
11)
44
002C
344
0158
12)
7875
1EC3
7895
1ED7
13)
46
002E
346
015A
14)
45
002D
345
0159
15)
0
to
37
0000
to
0025
300
to
337
012C
to
0151
13) 14)
2)
15)
1)
-
-
-
-
2)
47
002F
347
015B
3)
48
0030
348
015C
4)
39
0027
339
0153
602
025A
604
025C
603
025B
605
025D
41
0029
341
0155
8)
42
002A
342
0156
9)
7912
1EE8
7922
1EF2
1EF3
3)
4)
15)
5)
5)
15)
6)
7)
6)
7)
7913
1EE9
7923
8)
600
0258
601
0259
9)
7874
1EC2
7894
1ED6
10)
11)
16)
12)
17)
2)
6 - 54
HEX
11)
10)
1)
Y axis
DEC
3)
1)
X axis
13) 14)
6.5 Intelligent Module Monitor Screens
10)
40
0028
340
0154
11)
7914
1EEA
7924
1EF4
12)
7915
1EEB
7925
1EF5
13)
46
002E
346
015A
14)
45
002D
345
0159
15)
7918
1EEE
7928
1EF8
16)
7917
1EED
7927
1EF7
17)
7916
1EEC
7926
1EF6
1
Buffer memory address
-
-
2)
0
0
347
015B
3)
7873
1EC1
7893
1ED5
7884
1ECC
7904
1EE0
7885
1ECD
7905
1EE1
5)
7874
1EC2
7894
1ED6
7)
6)
7875
1EC3
7895
1ED7
8)
7)
7876
1EC4
7896
1ED8
9)
10)
8)
7877
1EC5
7897
1ED9
1EC6
7898
1EDA
11)
9)
7878
7879
1EC7
7899
1EDB
7880
1EC8
7900
1EDC
7881
1EC9
7901
1EDD
7882
1ECA
7902
1EDE
16)
4)
16)
10)
13)
11)
7883
1ECB
7903
1EDF
12)
7886
1ECE
7906
1EE2
13)
7887
1ECF
7907
1EE3
14)
46
002E
346
015A
15)
45
002D
345
0159
16)
7872
1EC0
7892
1ED4
1)
-
-
-
-
2)
47
002F
347
015B
3)
46
002E
346
015A
4)
49
to
200
0031
to
00C8
349
to
500
015D
to
01F4
7)
5)
48
0030
348
015C
8)
6)
39
0027
339
0153
7)
45
002D
345
0159
8)
43
002B
343
0157
-
-
-
-
-
14) 15)
3)
5)
6)
1)
HEX
OVERVIEW
-
2
SYSTEM MONITOR
-
3
LADDER MONITOR
FUNCTION
1)
4
MELSEC-A LIST
EDITOR
DEC
12)
4)
Y axis
HEX
5)
6)
2)
X axis
DEC
3)
4)
1)
No.
5
MELSEC-FX LIST
EDITOR
Screen example
INTELLIGENT
MODULE MONITOR
6
2)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 55
Buffer memory address
Screen example
No.
X axis
Y axis
DEC
HEX
DEC
HEX
1)
-
-
-
-
-
-
-
-
-
1)
5072
to
5871
13D0
to
16EF
7072
to
7871
1BA0
to
1EBF
2)
4272
to
4671
10B0
to
123F
6272
to
6671
1880
to
1A0F
3)
4672
to
5071
1240
to
13CF
6672
to
7071
1A10
to
1B9F
4)
3872
to
4271
0F20
to
10AF
5872
to
6271
16F0
to
187F
5)
3872
to
4271
0F20
to
10AF
5872
to
6271
16F0
to
187F
-
-
-
-
-
1)
1)
6 - 56
2)
3)
4) 5)
6.5 Intelligent Module Monitor Screens
DEC
1)
-
-
-
-
2)
47
002F
347
015B
3)
48
0030
348
015C
39
0027
339
0153
602
025A
604
025C
6)
603
025B
605
025D
7)
41
0029
341
0155
8)
42
002A
342
0156
9)
7912
1EE8
7922
1EF2
5)
6)
7)
7913
1EE9
7923
1EF3
8)
600
0258
601
0259
10)
11)
12)
13) 14)
2)
15)
9)
7874
1EC2
7894
1ED6
10)
40
0028
340
0154
11)
44
002C
344
0158
12)
7875
1EC3
7895
1ED7
13)
46
002E
346
015A
14)
45
002D
345
0159
15)
0
to
37
0000
to
0025
300
to
337
012C
to
0151
1)
-
-
-
-
2)
47
002F
347
015B
3)
48
0030
348
015C
4)
39
0027
339
0153
602
025A
604
025C
603
025B
605
025D
41
0029
341
0155
8)
42
002A
342
0156
9)
7912
1EE8
7922
1EF2
1EF3
3)
4)
15)
5)
1)
5)
15)
6)
7)
6)
7)
7913
1EE9
7923
8)
600
0258
601
0259
9)
7874
1EC2
7894
1ED6
10)
11)
16)
12)
40
0028
340
0154
11)
7914
1EEA
7924
1EF4
12)
7915
1EEB
7925
1EF5
13)
46
002E
346
015A
14)
45
002D
345
0159
15)
7918
1EEE
7928
1EF8
16)
7917
1EED
7927
1EF7
17)
7916
1EEC
7926
1EF6
3
4
5
6
7
8
Q MOTION
MONITOR
13) 14)
10)
2
NETWORK
MONITOR
17)
2)
HEX
SYSTEM MONITOR
HEX
4)
5)
1)
Y axis
DEC
LADDER MONITOR
FUNCTION
4)
X axis
MELSEC-A LIST
EDITOR
3)
No.
MELSEC-FX LIST
EDITOR
Buffer memory address
Screen example
OVERVIEW
1
AD72/A1SD71 module monitoring
INTELLIGENT
MODULE MONITOR
6.5.15
6.5 Intelligent Module Monitor Screens
6 - 57
Buffer memory address
Screen example
No.
HEX
DEC
1)
-
-
-
-
2)
47
002F
347
015B
3)
3)
1)
7873
1EC1
7893
1ED5
1ECC
7904
1EE0
7885
1ECD
7905
1EE1
5)
7874
1EC2
7894
1ED6
6)
7875
1EC3
7895
1ED7
7)
7876
1EC4
7896
1ED8
8)
7877
1EC5
7897
1ED9
7878
1EC6
7898
1EDA
16)
8)
9)
10)
11)
9)
7879
1EC7
7899
1EDB
7880
1EC8
7900
1EDC
7881
1EC9
7901
1EDD
7882
1ECA
7902
1EDE
7883
1ECB
7903
1EDF
12)
7886
1ECE
7906
1EE2
13)
7887
1ECF
7907
1EE3
14)
46
002E
346
015A
15)
45
002D
345
0159
16)
7872
1EC0
7892
1ED4
12)
10)
13)
11)
2)
14) 15)
1)
-
-
-
-
2)
47
002F
347
015B
3)
46
002E
346
015A
4)
49
to
200
0031
to
00C8
349
to
500
015D
to
01F4
7)
5)
48
0030
348
015C
8)
6)
39
0027
339
0153
7)
45
002D
345
0159
8)
43
002B
343
0157
-
-
-
-
-
3)
5)
6)
1)
4)
2)
6 - 58
6.5 Intelligent Module Monitor Screens
HEX
7884
4)
5)
6)
7)
Y axis
DEC
16)
4)
X axis
1
Buffer memory address
Screen example
No.
Y axis
HEX
DEC
HEX
-
-
-
OVERVIEW
1)
X axis
DEC
-
-
-
-
-
SYSTEM MONITOR
2
1)
2)
4272
to
4671
10B0
to
123F
6272
to
6671
1880
to
1A0F
3)
4672
to
5071
1240
to
13CF
6672
to
7071
1A10
to
1B9F
4)
3872
to
4271
0F20
to
10AF
5872
to
6271
16F0
to
187F
5)
3872
to
4271
0F20
to
10AF
5872
to
6271
16F0
to
187F
-
-
-
-
-
4) 5)
4
MELSEC-A LIST
EDITOR
1BA0
to
1EBF
5
MELSEC-FX LIST
EDITOR
7072
to
7871
6
INTELLIGENT
MODULE MONITOR
3)
13D0
to
16EF
7
NETWORK
MONITOR
2)
5072
to
5871
8
Q MOTION
MONITOR
1)
1)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 59
6.5.16
AJ71PT32-S3/A1SJ71PT32-S3 module monitoring
Screen example
No.
Buffer memory address
DEC
HEX
1)
-
-
-
-
-
1)
1)
4)
5)
2)
1)
0
0000
2)
70 to 77
0046 to 004D
3)
195
00C3
4)
107
006B
5)
90 to 93
005A to 005D
6)
100 to 103
0064 to 0067
7)
598
0256
8)
599
0257
-
-
-
6)
7)
3)
8)
1)
6 - 60
1)
6.5 Intelligent Module Monitor Screens
1)
10 to 41
000A to 0029
2)
110 to 141
006E to 008D
-
-
-
No.
1
Buffer memory address
DEC
HEX
1)
300 to 363
012C to 016B
2)
600 to 663
0258 to 0297
OVERVIEW
Screen example
2
2)
-
-
SYSTEM MONITOR
1)
-
1)
-
LADDER MONITOR
FUNCTION
3
-
1)
-
-
MELSEC-A LIST
EDITOR
4
-
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 61
6.5.17
A1SD61 module monitoring
Screen example
No.
5)
6)
2)
3)
HEX
1)
-
-
2)
-
-
3)
11
000B
4)
12 to 147
000C to 0093
8)
5)
5
0005
9)
6)
-
-
10)
11)
7)
0, 1
0000, 0001
7)
1)
Buffer memory address
DEC
8)
2, 3
0002, 0003
9)
6, 7
0006, 0007
10)
8, 9
0008, 0009
11)
4
0004
-
-
-
1)
-
-
-
-
-
4)
1)
6 - 62
6.5 Intelligent Module Monitor Screens
1
A1S64AD module monitoring
1)
1)
2)
3)
Buffer memory address
DEC
HEX
0
0000
OVERVIEW
No.
2)
1
0001
3)
2 to 5
0002 to 0005
4)
10 to 13
000A to 000D
5)
18
0012
6)
20
0014
2
SYSTEM MONITOR
Screen example
3
4)
5)
-
-
-
1)
-
-
LADDER MONITOR
FUNCTION
6.5.18
6)
MELSEC-A LIST
EDITOR
4
1)
5
-
MELSEC-FX LIST
EDITOR
-
1)
10 to 13
000A to 000D
2)
20
0014
3)
-
-
4)
-
-
INTELLIGENT
MODULE MONITOR
6
7
-
-
NETWORK
MONITOR
1)
-
8
3)
4)
Q MOTION
MONITOR
2)
6.5 Intelligent Module Monitor Screens
6 - 63
6.5.19
A1S62DA module monitoring
Screen example
No.
1)
2)
3)
Buffer memory address
DEC
HEX
1)
0
0000
2)
1
0001
3)
2
0002
4)
-
-
1, 2
0001, 0002
5)
6)
4)
7)
8)
9)
5)
6)
7)
8)
9)
10)
10)
5)
6)
7)
8)
9)
10)
11)
10
000A
12)
11
000B
13)
9
0009
-
-
-
11)
6 - 64
12)
13)
6.5 Intelligent Module Monitor Screens
1)
2)
No.
4)
3)
5)
HEX
1)
10, 11
000A, 000B
2)
18 to 21
0012 to 0015
3)
2, 3
0002, 0003
4)
0
0000
5)
35
0023
6)
1
0001
7)
6)
Buffer memory address
DEC
-
-
34
0022
8)
36
0024
9)
-
-
-
-
-
1)
-
-
3
7)
9)
4
MELSEC-A LIST
EDITOR
8)
2
SYSTEM MONITOR
Screen example
OVERVIEW
1
A1S62RD module monitoring
LADDER MONITOR
FUNCTION
6.5.20
1)
5
-
MELSEC-FX LIST
EDITOR
-
1)
2)
3)
1)
10, 11
2)
0
000A, 000B
0000
3)
35
0023
4)
1
0001
-
-
34
0022
6)
36
0024
7)
-
-
-
-
-
5)
7
8
7)
Q MOTION
MONITOR
6)
NETWORK
MONITOR
4)
5)
INTELLIGENT
MODULE MONITOR
6
6.5 Intelligent Module Monitor Screens
6 - 65
6.5.21
A1S63ADA module monitoring
Screen example
No.
2)
1)
3)
4)
5)
7)
6)
10)
8)
Buffer memory address
DEC
HEX
1)
0
0000
000F
2)
15
3)
1
0001
4)
2, 3
0002, 0003
5)
11, 12
000B, 000C
6)
4
0004
7)
5
0005
8)
10
000A
000D
9)
13
10)
16
0010
11)
14
000E
-
-
-
9)
11)
1)
1)
-
-
2)
6
0006
3)
7, 8, 9
0007, 0008, 0009
18 to 37
0012 to 0025
4)
4)
5)
5)
2)
3)
6)
17
0011
7)
16
0010
8)
14
000E
-
-
-
1)
-
-
-
-
-
6)
7)
8)
1)
6 - 66
6.5 Intelligent Module Monitor Screens
Buffer memory address
Screen example
No.
1)
2)
1)
2)
3)
4)
8)
9)
6)
10)
Axis 3
HEX
DEC
HEX
DEC
HEX
800
0320
900
0384
1000
03E8
801
0321
901
0385
1001
03E9
812
032C
912
0390
1012
03F4
813
032D
913
0391
1013
03F5
809
0329
909
038D
1009
03F1
03EF
2
4)
807
0327
907
038B
1007
5)
808
0328
908
038C
1008
03F0
6)
806
0326
906
038A
1006
03EE
7)
829
033D
929
03A1
1029
0405
8)
9)
10)
11)
3
838
0346
938
03AA
1038
040E
-
-
-
-
-
-
-
1)
-
-
-
-
-
-
4
11)
MELSEC-A LIST
EDITOR
7)
5)
Axis 2
DEC
LADDER MONITOR
FUNCTION
3)
Axis 1
OVERVIEW
1
AD75P/A1SD75P module monitoring
SYSTEM MONITOR
6.5.22
-
-
-
-
-
-
-
MELSEC-FX LIST
EDITOR
5
1)
1)
2)
1)
0
0000
150
0096
300
012C
2)
1
0001
151
0097
301
012D
3)
2
0002
152
0098
302
012E
4)
3
0003
153
0099
303
012F
5)
4
0004
154
009A
304
0130
6)
5
0005
155
009B
305
0131
-
-
-
-
-
-
-
INTELLIGENT
MODULE MONITOR
6
7
4)
5)
NETWORK
MONITOR
3)
8
Q MOTION
MONITOR
6)
6.5 Intelligent Module Monitor Screens
6 - 67
Buffer memory address
Screen example
No.
Axis 1
Axis 2
Axis 3
DEC
HEX
DEC
HEX
DEC
HEX
6
0006
156
009C
306
0132
7
0007
157
009D
307
0133
8
0008
158
009E
308
0134
9
0009
159
009F
309
0135
10
000A
160
00A0
310
0136
11
000B
161
00A1
311
0137
-
-
-
-
-
-
15
000F
165
00A5
315
013B
16
0010
166
00A6
316
013C
17
0011
167
00A7
317
013D
18
0012
168
00A8
318
013E
19
0013
169
00A9
319
013F
4)
20
0014
170
00AA
320
0140
5)
21
0015
171
00AB
321
0141
6)
24
0018
174
00AE
324
0144
-
-
-
-
-
-
-
1)
36
to
41
0024
to
0029
186
to
191
00BA
to
00BF
336
to
341
0150
to
0155
2)
42
to
47
002A
to
002F
192
to
197
00C0
to
00C5
342
to
347
0156
to
015B
-
-
-
-
-
-
-
1)
2)
3)
1)
2)
3)
-
1)
2)
1)
3)
2)
3)
4)
5)
6)
1)
2)
6 - 68
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
70
0046
220
00DC
370
0172
2)
71
0047
221
00DD
371
0173
72
0048
222
00DE
372
0174
73
0049
223
00DF
373
0175
74
004A
224
00E0
374
0176
75
004B
225
00E1
375
0177
76
004C
226
00E2
376
0178
77
004D
227
00E3
377
0179
6)
78
004E
228
00E4
378
017A
-
-
-
-
-
-
-
1)
79
004F
229
00E5
379
017B
2)
86
0056
236
00EC
386
0182
80
0050
230
00E6
380
017C
81
0051
231
00E7
381
017D
4)
82
0052
232
00E8
382
017E
5)
83
0053
233
00E9
383
017F
84
0054
234
00EA
384
0180
85
0055
235
00EB
385
0181
4)
5)
4)
5)
6)
3)
1)
2)
3)
6)
4)
5)
2
SYSTEM MONITOR
HEX
OVERVIEW
Axis 3
DEC
1)
3)
Axis 2
HEX
3)
2)
Axis 1
DEC
3
LADDER MONITOR
FUNCTION
No.
4
MELSEC-A LIST
EDITOR
Screen example
-
-
-
-
-
-
1)
816
0330
916
0394
1016
03F8
2)
817
0331
917
0395
1017
03F9
-
-
-
-
-
-
-
6
INTELLIGENT
MODULE MONITOR
-
MELSEC-FX LIST
EDITOR
5
6)
NETWORK
MONITOR
7
8
2)
Q MOTION
MONITOR
1)
6.5 Intelligent Module Monitor Screens
6 - 69
Buffer memory address
Screen example
No.
Axis 1
Axis 2
Axis 3
DEC
HEX
DEC
HEX
DEC
HEX
818
0332
918
0396
1018
03FA
819
0333
919
0397
1019
03FB
802
0322
902
0386
1002
03EA
803
0323
903
0387
1003
03EB
-
-
-
-
-
-
820
0334
920
0398
1020
03FC
821
0335
921
0399
1021
03FD
810
032A
910
038E
1010
03F2
811
032B
911
038F
1011
03F3
812
032C
912
0390
1012
03F4
813
032D
913
0391
1013
03F5
-
-
-
-
-
-
1154
0482
1204
04B4
1254
04E6
1155
0483
1205
04B5
1255
04E7
1156
0484
1206
04B6
1256
04E8
1157
0485
1207
04B7
1257
04E9
3)
1159
0487
1209
04B9
1259
04EB
4)
1172
0494
1222
04C6
1272
04F8
5)
1173
0495
1223
04C7
1273
04F9
6)
1175
0497
1225
04C9
1275
04FB
7)
1171
0493
1221
04C5
1271
04F7
-
-
-
-
-
-
-
1)
2)
1)
2)
-
1)
2)
1)
3)
2)
3)
-
1)
2)
1)
2)
3)
4)
5)
6)
7)
6 - 70
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
3)
4)
5)
6)
HEX
822
0336
922
039A
1022
03FE
823
0337
923
039B
1023
03FF
824
0338
924
039C
1024
0400
825
0339
925
039D
1025
0401
3)
826
033A
926
039E
1026
0402
4)
5)
6)
7)
816
0330
916
0394
1016
03F8
-
-
-
-
-
-
-
7)
2)
0340
932
03A4
1032
0408
827
033B
927
039F
1027
0403
828
033C
928
03A0
1028
0404
829
033D
929
03A1
1029
0405
1160
0488
1210
04BA
1260
04EC
1161
0489
1211
04BB
1261
04ED
1168
0490
1218
04C2
1268
04F4
1169
0491
1219
04C3
1269
04F5
4)
1167
048F
1217
04C1
1267
04F3
-
-
-
-
-
-
-
814
032E
914
0392
1014
03F6
815
032F
915
0393
1015
03F7
1164
048C
1214
04BE
1264
04F0
1165
048D
1215
04BF
1265
04F1
3)
2)
832
OVERVIEW
DEC
2
SYSTEM MONITOR
HEX
1)
1)
Axis 3
DEC
2)
2)
Axis 2
HEX
1)
1)
Axis 1
DEC
3
LADDER MONITOR
FUNCTION
No.
4
MELSEC-A LIST
EDITOR
Screen example
5
1)
2)
1)
2)
3)
817
0331
917
0395
1017
03F9
4)
1163
048B
1213
04BD
1263
04EF
5)
817
0331
917
0395
1017
03F9
6
INTELLIGENT
MODULE MONITOR
4)
MELSEC-FX LIST
EDITOR
3)
7
3)
-
-
-
-
-
-
-
8
Q MOTION
MONITOR
5)
NETWORK
MONITOR
4)
6.5 Intelligent Module Monitor Screens
6 - 71
Buffer memory address
Screen example
1)
No.
Axis 1
Axis 2
Axis 3
DEC
HEX
DEC
HEX
DEC
HEX
1)
624
to
687
0270
to
02AF
624
to
687
0270
to
02AF
624
to
687
0270
to
02AF
2)
689
to
752
02B1
to
02F0
689
to
752
02B1
to
02F0
689
to
752
02B1
to
02F0
-
-
-
-
-
-
-
1)
543
to
622
021F
to
026E
543
to
622
021F
to
026E
543
to
622
021F
to
026E
2)
462
to
541
01CE
to
021D
462
to
541
01CE
to
021D
462
to
541
01CE
to
021D
-
-
-
-
-
-
-
1)
2)
3)
1300
to
2299
0514
to
08FB
2300
to
3299
08FC
to
0CE3
3300
to
4299
0CE4
to
10CB
-
-
-
-
-
-
-
2)
1)
2)
1)
2)
3)
6 - 72
6.5 Intelligent Module Monitor Screens
1
AJ71ID1(ID2)-R4/A1SJ71ID1(ID2)-R4 module monitoring
Buffer memory address
Screen example
No.
1)
X axis
Y axis
DEC
HEX
DEC
HEX
-
-
-
-
OVERVIEW
6.5.23
SYSTEM MONITOR
2
1)
-
-
-
-
1)
0
0000
4000
0FA0
1
0001
4001
0FA1
2
0002
4002
0FA2
8
0008
4008
0FA8
22
0016
4022
0FB6
23
0017
4023
0FB7
4
0004
4004
0FA4
5
0005
4005
0FA5
6)
-
-
4010
0FAA
7)
12
000C
4012
0FAC
8)
14
to
18
000E
to
0012
4014
to
4018
0FAE
to
0FB2
-
-
-
-
-
1)
100
to
163
0064
to
00A3
4100
to
4163
1004
to
1043
3
LADDER MONITOR
FUNCTION
-
2)
3)
4)
5)
6)
7)
4)
5)
8)
MELSEC-A LIST
EDITOR
1)
5
MELSEC-FX LIST
EDITOR
3)
6
INTELLIGENT
MODULE MONITOR
2)
4
7
-
-
-
-
-
NETWORK
MONITOR
1)
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 73
6.5.24
A1S68DAV/A1S68DAI module monitoring
Screen example
No.
1)
Buffer memory address
DEC
HEX
0
0000
2)
1 to 8
0001 to 0008
3)
10 to 17
000A to 0011
4)
10 to 17
000A to 0011
-
-
-
1)
-
-
-
-
-
1)
2)
3)
4)
1)
1)
1 to 8
0001 to 0008
2)
0
0000
3)
-
-
-
-
-
1)
2)
6 - 74
3)
6.5 Intelligent Module Monitor Screens
1
A1S68AD module monitoring
1)
2)
3)
4)
DEC
HEX
1)
0
0000
2)
2
0002
3)
2
0002
4)
28
001C
5)
10 to 17
000A to 0011
6)
20 to 27
0014 to 001B
7)
1
0001
2
3
6)
-
-
-
1)
-
-
LADDER MONITOR
FUNCTION
5)
Buffer memory address
OVERVIEW
No.
SYSTEM MONITOR
Screen example
7)
MELSEC-A LIST
EDITOR
4
1)
5
-
MELSEC-FX LIST
EDITOR
-
6
1)
20 to 27
0014 to 001B
2)
-
-
INTELLIGENT
MODULE MONITOR
6.5.25
7
-
-
NETWORK
MONITOR
1)
-
8
Q MOTION
MONITOR
2)
6.5 Intelligent Module Monitor Screens
6 - 75
6.5.26
A1S64TCTT(BW)/A1S64TCRT(BW)-S1 monitoring
Buffer memory address
Screen example
1)
2)
3)
4)
No.
CH1
CH2
CH3
CH4
DEC
HEX
DEC
HEX
DEC
HEX
DEC
HEX
1)
32
0020
64
0040
96
0060
128
0080
2)
32
0020
64
0040
96
0060
128
0080
3)
1
0001
2
0002
3
0003
4
0004
4)
9
0009
10
000A
11
000B
12
000C
5)
34
0022
66
0042
98
0062
130
0082
6)
13
000D
14
000E
15
000F
16
0010
7)
8)
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
1)
5
0005
6
0006
7
0007
8
0008
-
-
-
-
-
-
-
-
-
5)
6)
7)
8)
1)
6 - 76
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
1)
7)
10)
11)
DEC
HEX
DEC
HEX
DEC
HEX
DEC
HEX
1)
32
0020
64
0040
96
0060
128
0080
2)
32
0020
64
0040
96
0060
128
0080
3)
1
0001
2
0002
3
0003
4
0004
4)
9
0009
10
000A
11
000B
12
000C
0082
5)
34
0022
66
0042
98
0062
130
6)
13
000D
14
000E
15
000F
16
0010
6)
9)
12)
7)
35
0023
67
0043
99
0063
131
0083
8)
36
0024
68
0044
100
0064
132
0084
9)
37
0025
69
0045
101
0065
133
0085
10)
-
-
-
-
-
-
-
-
11)
0
0000
0
0000
0
0000
0
0000
12)
0
0000
0
0000
0
0000
0
0000
13)
38
to
41
0026
to
0029
70
to
73
0046
to
0049
102
to
105
0066
to
0069
134
to
137
0086
to
0089
14)
160
to
163
00A0
to
00A3
160
to
163
00A0
to
00A3
160
to
163
00A0
to
00A3
160
to
163
00A0
to
00A3
15)
57
0039
89
0059
121
0079
153
0099
16)
25
0019
26
001A
27
001B
28
001C
17)
171
00AB
172
00AC
173
00AD
174
00AE
42
002A
74
004A
106
006A
138
008A
43
002B
75
004B
107
006B
139
008B
19)
-
-
-
-
-
-
-
-
20)
9
0009
10
000A
11
000B
12
0000
14)
18)
19)
20)
18)
3
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
17)
2
8
Q MOTION
MONITOR
16)
CH4
3)
13)
15)
CH3
OVERVIEW
12)
CH2
SYSTEM MONITOR
8) 5)
CH1
LADDER MONITOR
FUNCTION
4)
No.
MELSEC-A LIST
EDITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 77
6.5.27
Q68ADV/Q68ADI/Q64AD module monitoring
Screen example
No.
6)
1)
2)
Buffer memory address
DEC
HEX
1)
0
0000
2)
10
000A
3)
9
0009
4)
9
0009
5)
20, 21
0014, 0015
3)
6)
19
0013
4)
7)
1 to 8
0001 to 0008
8)
11 to 18
000B to 0012
9)
30, 32, 34,
36, 38, 40,
42, 44
001E, 0020, 0022, 0024,
0026, 0028, 002A, 002C
10)
31, 33, 35,
37, 39, 41,
43, 45
001F, 0021, 0023, 0025,
0027, 0029, 002B, 002D
-
-
-
1)
-
-
-
-
-
1)
11 to 18
000B to 0012
2)
-
-
-
-
-
5)
7)
8)
9)
10)
1)
2)
1)
6 - 78
6.5 Intelligent Module Monitor Screens
1
Q62DA/Q64DA module monitoring
No.
1)
5)
1)
Buffer memory address
DEC
HEX
0
0000
OVERVIEW
Screen example
2)
20
0014
3)
1 to 4
0001 to 0004
4)
11 to 14
000B to 000E
5)
19
0013
-
-
-
1)
-
-
2
SYSTEM MONITOR
6.5.28
2)
4)
4
MELSEC-A LIST
EDITOR
3)
LADDER MONITOR
FUNCTION
3
1)
5
-
MELSEC-FX LIST
EDITOR
-
4)
1)
11 to 14
000B to 000E
2)
11 to 14
000B to 000E
3)
1 to 4
0001 to 0004
4)
-
-
3)
INTELLIGENT
MODULE MONITOR
6
-
-
NETWORK
MONITOR
7
-
8
1)
Q MOTION
MONITOR
2)
6.5 Intelligent Module Monitor Screens
6 - 79
6.5.29
QD62D/QD62E/QD62 module monitoring
Screen example
No.
1)
2)
1)
2)
3)
4)
5)
6)
3)
4)
5)
7)
8)
9)
10)
11)
6)
7)
8)
9)
12)
13)
14)
10)
11)
Buffer memory address
DEC
HEX
00 to 01
0000 to 0001
32 to 33
0020 to 0021
02 to 03
0002 to 0003
34 to 35
0022 to 0023
04 to 05
0004 to 0005
36 to 37
0024 to 0025
06 to 07
0006 to 0007
38 to 39
0026 to 0027
10, 42
000A, 002A
12 to 13
000C to 000D
44 to 45
002C to 002D
14 to 15
000E to 000F
46 to 47
002E to 002F
16 to 17
0010 to 0011
48 to 49
0030 to 0031
18 to 19
0012 to 0013
50 to 51
0032 to 0033
20 to 21
0014 to 0015
52 to 53
0034 to 0035
22 to 23
0016 to 0017
54 to 55
0036 to 0037
12)
08, 40
0008, 0028
13)
11, 43
000B, 002B
14)
09, 41
0009, 0029
1)
-
-
-
-
-
1)
6 - 80
6.5 Intelligent Module Monitor Screens
1
QD65PD2 module monitoring
1)
03B7
952
03B8
7)
5)
953
03B9
1460
05B4
11)
9)
10)
10)
11)
1)
1)
7)
2)
8)
9)
3)
4)
4)
10)
5)
5)
6)
11)
6)
7)
8)
9)
10)
2
1960
07A8
1461 to 1464
05B5 to 05B8
1960 to 1964
07A8 to 07AC
954
03BA
1470
05BE
1970
07B2
1471 to 1474
5BF to 5C2
1971 to 1974
07B3 to 07B6
1480
05C8
1980
07BC
1000
03E8
1500
05DC
1000
03E8
1500
05DC
1001
03E9
1501
05DD
4
1010 to 1011
03F2 to 03F3
1510 to 1511
05E6 to 05E7
1012 to 1013
03F4 to 03F5
1512 to 1513
05E8 to 05E9
1014 to 1015
03F6 to 03F7
1514 to 1515
05EA to 05EB
1017
03F9
1517
05ED
1016
03F8
1516
05EC
1020
03FC
3
5
6
1520
05F0
1050 to 1051
041A to 041B
1550 to 1551
060E to 060F
1070
042E
1570
0622
7
NETWORK
MONITOR
11)
OVERVIEW
079E
951
4)
3)
1950
4)
8)
2)
05AA
3)
7)
9)
079F
1450
6)
8)
3)
1951
5)
6)
2)
05AB
SYSTEM MONITOR
2)
HEX
1451
LADDER MONITOR
FUNCTION
1)
Buffer memory address
DEC
MELSEC-A LIST
EDITOR
No.
MELSEC-FX LIST
EDITOR
Screen example
INTELLIGENT
MODULE MONITOR
6.5.30
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 81
Screen example
No.
1)
10)
11)
12)
13)
1)
2)
3)
4)
5)
2)
3)
4)
6)
7)
14)
15)
16)
17)
8)
5)
6)
7)
9)
8)
9)
10)
11)
12)
13)
14)
15)
16)
17)
1)
5)
1)
2)
3)
2)
6)
3)
7)
4)
4)
5)
6)
7)
-
6 - 82
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
1050 to 1051
041A to 41B
1550 to 1551
060E to 060F
1052 to 1053
041C to 041D
1552 to 1553
0610 to 0611
1054 to 1055
041E to 041F
1554 to 1555
0612 to 0613
1056 to 1057
0420 to 0421
1556 to 1557
0614 to 0615
1058 to 1059
0422 to 0423
1558 to 1559
0616 to 0617
1060 to 1061
0424 to 0425
1560 to 1561
0618 to 0619
1072
0430
1572
0624
1071
042F
1571
0623
1070
042E
1570
0622
1074
0432
1574
0626
1075
0433
1575
0627
1076
0434
1576
0628
1077
0435
1577
0629
1022
03FE
1522
05F2
1023
03FF
1523
05F3
1024
0400
1524
05F4
1025
0401
1525
05F5
1100
044C
1600
0640
1101
044D
1601
0641
-
-
1120
0460
1620
0654
1130
046A
1630
065E
1131
046B
1631
065F
1132 to 1133
046C to 046D
1632 to 1633
0660 to 0661
-
-
7)
3)
4)
3)
8)
5)
6)
4)
5)
7)
4)
10)
5)
6)
7)
11)
12)
1652 to 1653
0674 to 0675
-
-
1170
0492
1670
0686
1180
049C
1680
0690
1181
049D
0691
1682 to 1683
0692 to 0693
-
-
-
1)
-
-
1200
04B0
1700
06A4
1201
04B1
3)
9)
0673
0480 to 0481
049E to 049F
2)
3)
1651
1152 to 1153
1681
1)
8)
047F
1182 to 1183
8)
2)
0672
1151
4)
5)
6)
7)
13)
8)
9)
10)
11)
12)
13)
1701
06A5
1210
04BA
1710
06AE
1212
04BC
1712
06B0
1211
04BB
1711
06AF
1213
04BD
1713
06B1
1220
04C4
1720
06B8
1240
04D8
1740
06CC
1221
04C5
1721
06B9
1241
04D9
1741
06CD
OVERVIEW
2)
1650
2
3
4
MELSEC-A LIST
EDITOR
2)
6)
HEX
047E
5
MELSEC-FX LIST
EDITOR
1)
DEC
1150
SYSTEM MONITOR
1)
1
Buffer memory address
LADDER MONITOR
FUNCTION
No.
6
1222 to 1223
04C6 to 04C7
1722 to 1723
06BA to 06BB
1242 to 1243
04DA to 04DB
1742 to 1743
06CE to 06CF
INTELLIGENT
MODULE MONITOR
Screen example
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 83
Screen example
No.
1)
2)
1)
3)
3)
4)
4)
Buffer memory address
DEC
HEX
950
03B6
1300
0514
1800
0708
1302 to 1303
0516 to 0517
1802 to 1803
070A to 070B
1304 to 1305
0518 to 0519
1804 to 1805
070C to 070D
5)
-
-
6)
-
-
-
-
-
1)
-
-
-
-
-
5)
2)
6)
1)
1)
2)
3)
1)
2)
950
03B6
1050 to 1051
041A to 041B
1550 to 1551
060E to 060F
3)
0
0000
4)
1
0001
5)
2
0002
-
-
-
4)
5)
6 - 84
6.5 Intelligent Module Monitor Screens
2)
5)
3)
4)
8)
6)
7)
8)
1)
3)
1)
4)
0
041A to 041B
1550 to 1551
060E to 060F
190
00BE
100 to 101
0064 to 0065
102 to 103
0066 to 0067
104 to 105
0068 to 0069
106 to 107
006A to 006B
108 to 109
006C to 006D
110 to 111
006E to 006F
112 to 113
0070 to 0071
114 to 115
0072 to 0073
120 to 121
0078 to 0079
124 to 125
007C to 007D
128 to 129
0080 to 0081
132 to 133
0084 to 0085
136 to 137
0088 to 0089
140 to 141
008C to 008D
144 to 145
0090 to 0091
148 to 149
0094 to 0095
122 to 123
007A to 007B
126 to 127
007E to 007D
130 to 131
0082 to 0083
134 to 135
0086 to 0087
138 to 139
008A to 008B
142 to 143
008E to 008F
146 to 147
0092 to 0093
150 to 151
0096 to 0097
180 to 187
00B4 to 00BB
950
03B6
1050 to 1051
041A to 041B
1550 to 1551
060E to 060F
200
00C8
201
00C9
202 to 203
00CA to 00CB
5)
204 to 205
00CC to 00CD
*1
:
:
232 to 233
00E8 to 00E9
-
-
2)
3)
*1
4)
*1
2)
0
1050 to 1051
-
2
3
4
5
6
7
5)
NETWORK
MONITOR
In the QD65PD2 Cam switch function(CO 2) screen and the following screens, the value that +40 (decimal) is added to the one in
the previous screen is the buffer memory address.
8
Q MOTION
MONITOR
*1
OVERVIEW
4)
1)
03B6
SYSTEM MONITOR
3)
HEX
950
LADDER MONITOR
FUNCTION
2)
DEC
MELSEC-A LIST
EDITOR
5)
6)
7)
1)
1
Buffer memory address
MELSEC-FX LIST
EDITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 85
Screen example
1)
2)
6 - 86
6.5 Intelligent Module Monitor Screens
No.
Buffer memory address
DEC
HEX
1)
6000
1770
2)
6010 to 6164
177A to 1814
-
-
-
11)
12)
2)
3)
4)
5)
6)
7)
8)
9)
10)
14)
15)
16)
17)
18)
19)
20)
21)
22)
23)
24)
11)
12)
13)
100, 101
0064, 0065
3)
102, 103
0066, 0067
4)
114, 115
0072, 0073
5)
106, 107
006A, 006B
6)
61, 62
003D, 003E
0041, 0042
7)
65, 66
8)
63, 64
003F, 0040
9)
67, 68
0043, 0044
10)
60
003C
11)
111
006F
12)
104
0068
2
3
13)
105
0069
14)
80, 81
0050, 0051
15)
90
005A
16)
88, 89
0058, 0059
17)
82, 83
0052, 0053
18)
91
005B
19)
84, 85
0054, 0055
20)
0, 1
0000, 0001
21)
2, 3
0002, 0003
22)
4, 5
0004, 0005
23)
20, 21
0014, 0015
24)
22
0016
25)
23
0017
26)
24
0018
27)
25
0019
4
5
1)
-
-
2)
100, 101
0064, 0065
3)
102, 103
0066, 0067
4)
106, 107
006A, 006B
5)
61, 62
003D, 003E
6)
65, 66
0041, 0042
7)
63, 64
003F, 0040
8)
67, 68
0043, 0044
9)
67, 68
0043, 0044
10)
60
003C
11)
111
006F
12)
104
0068
13)
105
0069
14)
80, 81
0050, 0051
15)
90
005A
16)
88, 89
0058, 0059
17)
82, 83
0052, 0053
18)
91
005B
19)
84, 85
0054, 0055
20)
108, 109
006C, 006D
21)
46, 47
002E, 002F
22)
40, 41
0028, 0029
23)
42, 43
002A, 002B
24)
44, 45
002C, 002D
6
7
8
Q MOTION
MONITOR
1)
13)
-
2)
SYSTEM MONITOR
10)
-
LADDER MONITOR
FUNCTION
20)
21)
22)
23)
24)
25)
26)
27)
HEX
1)
MELSEC-A LIST
EDITOR
6)
7)
8)
9)
Buffer memory address
DEC
MELSEC-FX LIST
EDITOR
14)
15)
16)
17)
18)
19)
2)
3)
4)
5)
1)
No.
INTELLIGENT
MODULE MONITOR
Screen example
OVERVIEW
1
QD73A1 module monitoring
NETWORK
MONITOR
6.5.31
6.5 Intelligent Module Monitor Screens
6 - 87
Screen example
No.
Buffer memory address
DEC
HEX
1)
-
-
-
-
-
1)
120 to 183
0078 to 00B7
-
-
-
1)
1)
6 - 88
6.5 Intelligent Module Monitor Screens
2)
1)
8)
7)
1)
5)
6)
9)
10) 11) 12)
HEX
800 to 801
0320 to 0321
900 to 901
0384 to 0385
1000 to 1001
03E8 to 03E9
1100 to 1101
044C to 044D
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
3)
809, 909,
1009, 1109
0329, 038D,
03F1, 0455
4)
806, 906,
1006, 1106
0326, 038A,
03EE, 0452
5)
807, 907,
1007, 1107
0327, 038B,
03EF, 0453
6)
808, 908,
1008, 1108
0328, 038C,
03F0, 0454
7)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
8)
to
12)
838, 938,
1038, 1138
0346, 03AA,
040E, 0472
1)
-
-
2)
3)
4)
Buffer memory address
DEC
2
SYSTEM MONITOR
No.
3
LADDER MONITOR
FUNCTION
Screen example
OVERVIEW
1
QD75P [ ] (N)/QD75D [ ] (N) module monitoring
4
MELSEC-A LIST
EDITOR
6.5.32
5
-
-
MELSEC-FX LIST
EDITOR
1)
-
4)
0000, 0096,
012C, 01C2
2)
4, 154, 304, 454
0004, 009A,
0130, 01C6
3)
1, 151, 301, 451
0001, 0097,
012D, 01C3
4)
2, 152, 302, 452
0002, 0098,
012E, 01C4
5)
3, 153, 303, 453
0003, 0099,
012F, 01C5
6)
5, 155, 305, 455
0005, 009B,
0131, 01C7
7)
6, 156, 306, 456
0006, 009C,
0132, 01C8
6)
2)
3)
0, 150, 300, 450
7)
5)
-
8
-
Q MOTION
MONITOR
-
7
NETWORK
MONITOR
1)
1)
INTELLIGENT
MODULE MONITOR
6
6.5 Intelligent Module Monitor Screens
6 - 89
Screen example
No.
1)
3)
1)
2)
2)
3)
1)
000C to 000D
00A2 to 00A3
312 to 313
0138 to 0139
462 to 463
01CE to 01CF
14 to 15
000E to 000F
164 to 165
00A4 to 00A5
1)
17, 167,
317, 467
0011, 00A7,
013D, 01D3
18 to 19
0012 to 0013
168 to 169
00A8 to 00A9
318 to 319
013E to 013F
468 to 469
01D4 to 01D5
20 to 21
0014 to 0015
170 to 171
00AA to 00AB
320 to 321
0140 to 0141
470 to 471
01D6 to 01D7
3)
33
0021
4)
22, 172,
322, 472
0016, 00AC,
0142, 01D8
5)
23, 173,
323, 473
0017, 00AD,
0143, 01D9
6)
26, 176,
326, 476
001A, 00B0,
0146, 01DC
1)
27, 177,
327, 477
001B, 00B1,
0147, 01DD
2)
28, 178,
328, 478
001C, 00B2,
0148, 01DE
3)
29, 179,
329, 479
001D, 00B3,
0149, 01DF
6)
6.5 Intelligent Module Monitor Screens
12 to 13
162 to 163
-
4)
6 - 90
01CC to 01CD
-
3)
7)
0136 to 0137
460 to 461
-
1)
4)
00A0 to 00A1
310 to 311
013A to 013B
6)
2)
160 to 161
01D0 to 01D1
4)
5)
000A to 000B
464 to 465
2)
5)
HEX
10 to 11
314 to 315
3)
2)
Buffer memory address
DEC
24 to 25
0018 to 0019
174 to 175
00AE to 00AF
324 to 325
0144 to 0145
474 to 475
01DA to 01DB
5)
30, 180,
330, 480
001E, 00B4,
014A, 01E0
6)
32, 182,
332, 482
0020, 00B6,
014C, 01E2
7)
31, 181,
331, 481
001F, 00B5,
014B, 01E1
2)
1)
2)
3)
4)
5)
5)
8)
6)
9)
0150 to 0155
486 to 491
01E6 to 01EB
42 to 47
002A to 002F
192 to 197
00C0 to 00C5
342 to 347
0156 to 015B
492 to 497
01EC to 01F0
0030 to 0031
198 to 199
00C6 to 00C7
348 to 349
015C to 015D
498 to 499
01F2 to 01F3
4)
50, 200,
350, 500
0032, 00C8,
015E, 01F4
5)
51, 201,
351, 501
0033, 00C9,
015F, 01F5
1)
52, 202,
352, 502
0034, 00CA,
0160, 01F6
2)
53, 203,
353, 503
0035, 00CB,
0161, 01F7
3)
56, 206,
356, 506
0038, 00CE,
0164, 01FA
4)
57, 207,
357, 507
0039, 00CF,
0165, 01FB
5)
58, 208,
358, 508
003A, 00D0,
0166, 01FC
6)
54, 204,
354, 504
0036, 00CC,
0162, 01F8
7)
59, 209,
359, 509
003B, 00D1,
0167, 01FD
60 to 61
003C to 003D
210 to 211
00D2 to 00D3
3)
8)
9)
360 to 361
0168 to 0169
510 to 511
01FE to 01FF
62, 212,
362, 512
003E, 00D4,
016A, 0200
2
3
4
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
7)
00BA to 00BF
336 to 341
48 to 49
4)
2)
186 to 191
OVERVIEW
3)
HEX
0024 to 0029
SYSTEM MONITOR
1)
DEC
36 to 41
LADDER MONITOR
FUNCTION
1)
1
Buffer memory address
MELSEC-A LIST
EDITOR
No.
MELSEC-FX LIST
EDITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 91
Screen example
No.
HEX
1)
79, 229,
379, 529
004F, 00E5,
017B, 0211
2)
82, 232,
382, 532
0052, 00E8,
017E, 0214
3)
83, 233,
383, 533
0053, 00E9,
017F, 0215
4)
86, 236,
386, 536
0056, 00EC,
0182, 0218
1)
6)
2)
3)
4)
7)
5)
5)
8)
9)
0212 to 0213
384 to 385
0180 to 0181
534 to 535
0216 to 0217
7)
87, 237,
387, 537
0057, 00ED,
0183, 0219
8)
88, 238,
388, 538
0058, 00EE,
0184, 021A
9)
89, 239,
389, 539
0059, 00EF,
0185, 021B
1)
70, 220,
370, 520
0046, 00DC,
0172, 0208
2)
71, 221,
371, 521
0047, 00DD,
0173, 0209
3)
78, 228,
378, 528
004E, 00E4,
017A, 0210
4)
6)
6)
6.5 Intelligent Module Monitor Screens
017C to 017D
0054 to 0055
5)
6 - 92
380 to 381
530 to 531
00EA to 00EB
2)
4)
0050 to 0051
00E6 to 00E7
234 to 235
1)
3)
80 to 81
230 to 231
84 to 85
6)
5)
Buffer memory address
DEC
72 to 73
0048 to 0049
222 to 223
00DE to 00DF
372 to 373
0174 to 0175
522 to 523
020A to 020B
74 to 75
004A to 004B
224 to 225
00E0 to 00E1
374 to 375
0176 to 0177
524 to 525
020C to 020D
76 to 77
004C to 004D
226 to 227
00E2 to 00E3
376 to 377
0178 to 0179
526 to 527
020E to 020F
No.
1
Buffer memory address
DEC
HEX
1)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
OVERVIEW
Screen example
2
1)
-
-
SYSTEM MONITOR
2)
-
6)
7)
2)
3)
4)
5)
1118 to 1119
045E to 045F
802 to 803
0322 to 0323
902 to 903
0386 to 0387
1002 to 1003
03EA to 03EB
1102 to 1103
044E to 044F
820 to 821
0334 to 0335
920 to 921
0398 to 0399
1020 to 1021
03FC to 03FD
1120 to 1121
0460 to 0461
810 to 811
032A to 032B
910 to 911
038E to 038F
1010 to 1011
03F2 to 03F3
1110 to 1111
0456 to 0457
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
6)
830, 930,
1030, 1130
033E, 03A2,
0406, 046A
7)
831, 931,
1031, 1131
033F, 03A3,
0407, 046B
5)
4
5
6
7
NETWORK
MONITOR
4)
03FA to 03FB
8
Q MOTION
MONITOR
3)
0396 to 0397
1018 to 1019
MELSEC-A LIST
EDITOR
1)
MELSEC-FX LIST
EDITOR
1)
0332 to 0333
918 to 919
INTELLIGENT
MODULE MONITOR
818 to 819
2)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 93
Screen example
No.
8)
9)
1)
4)
5)
2) 6)
7)
HEX
1)
827, 927,
1027, 1127
033B, 039F,
0403, 0467
2)
828, 928,
1028, 1128
033C, 03A0,
0404, 0468
3)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
4)
834, 934,
1034, 1134
0342, 03A6,
040A, 046E
5)
835, 936,
1036, 1135
0343, 03A8,
040C, 046F
6)
836, 936,
1036, 1136
0344, 03A8,
040C, 0470
7)
837, 937,
1037, 1137
0345, 03A9,
040D, 0471
8)
832, 932,
1032, 1132
0340, 03A4,
0408, 046C
9)
833, 933,
1033, 1133
0341, 03A5,
0409, 046D
-
3)
1)
3)
4)
5)
0338 to 0339
924 to 925
039C to 039D
0400 to 0401
1124 to 1125
0464 to 0465
2)
826, 926,
1026, 1126
033A, 039E,
0402, 0466
3)
4)
5)
6)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
-
-
-
814 to 815
032E to 032F
6)
914 to 915
0392 to 0393
1014 to 1015
03F6 to 03F7
3)
1114 to 1115
045A to 045B
4)
5)
1526 to 1527
05F6 to 05F7
1626 to 1627
065A to 065B
1726 to 1727
06BE to 06BF
1826 to 1827
0722 to 0723
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
4)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
5)
1528, 1628,
1728, 1828
05F8, 065C,
06C0, 0724
-
-
-
1)
1)
2)
2)
6 - 94
824 to 825
1024 to 1025
1)
2)
Buffer memory address
DEC
6.5 Intelligent Module Monitor Screens
HEX
05FA to 05FB
065E to 065F
1730 to 1731
06C2 to 06C3
1830 to 1831
0726 to 0727
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
4)
1532, 1632,
1732, 1832
05FC, 0660,
06C4, 0728
-
-
-
1506 to 1507
05E2 to 05E3
2)
3)
4)
1606 to 1607
0646 to 0647
1706 to 1707
06AA to 06AB
3)
1806 to 1807
070E to 070F
4)
1514 to 1515
05EA to 05EB
1614 to 1615
064E to 064F
1714 to 1715
06B2 to 06B3
1814 to 1815
0716 to 0717
3)
1513, 1613,
1713, 1813
05E9, 064D,
06B1, 0715
4)
1544, 1644,
1744, 1844
0608, 066C,
06D0, 0734
5)
1545, 1645,
1745, 1845
0609, 066D,
06D1, 0735
5
6)
1546, 1646,
1746, 1846
060A, 066E,
06D2, 0736
7)
1547, 1647,
1747, 1847
060B, 066F,
06D3, 0737
8)
1505, 1605,
1705, 1805
05E1, 0645,
06A9, 070D
5)
2)
6)
7)
8)
4
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
2)
3
MELSEC-FX LIST
EDITOR
1)
2
MELSEC-A LIST
EDITOR
1)
OVERVIEW
DEC
1530 to 1531
1630 to 1631
1)
1)
1
Buffer memory address
SYSTEM MONITOR
No.
LADDER MONITOR
FUNCTION
Screen example
6.5 Intelligent Module Monitor Screens
6 - 95
Screen example
No.
1)
8)
2)
9)
3)
10)
4)
11)
HEX
1)
1500, 1600,
1700, 1800
05DC, 0640,
06A4, 0708
2)
1501, 1601,
1701, 1801
05DD, 0641,
06A5, 0709
3)
1502, 1602,
1702, 1802
05DE, 0642,
06A6, 070A
4)
1503, 1603,
1703, 1803
05DF, 0643,
06A7, 070B
5)
1504, 1604,
1704, 1804
05E0, 0644,
06A8, 070C
6)
1512, 1612,
1712, 1812
05E8, 064C,
06B0, 0714
7)
1516, 1616,
1716, 1816
05EC, 0650,
06B4, 0718
1508 to 1509
05E4 to 05E5
12)
5)
13)
6)
14)
7)
8)
6.5 Intelligent Module Monitor Screens
1808 to 1809
0710 to 0711
1510 to 1511
05E6 to 05E7
064A to 064B
1810 to 1811
0712 to 0713
10)
1520, 1620,
1720, 1820
05F0, 0654,
06B8, 071C
11)
1521, 1621,
1721, 1821
05F1, 0655,
06B9, 071D
1522 to 1523
05F2 to 05F3
1622 to 1623
0656 to 0657
1722 to 1723
06BA to 06BB
1822 to 1823
071E to 071F
13)
1524, 1624,
1724, 1824
05F4, 0658,
06BC, 0720
14)
1525, 1625,
1725, 1825
05F5, 0659,
06BD, 0721
1)
1538, 1638,
1738, 1838
0602, 0666,
06CA, 072E
2)
1548, 1648,
1748, 1848
060C, 0670,
06D4, 0738
3)
1549, 1649,
1749, 1849
060D, 0671,
06D5, 0739
4)
1550, 1650,
1750, 1850
060E, 0672,
06D6, 073A
5)
1540, 1640, 1740, 1840,
1541, 1641, 1741, 1841,
1542, 1642, 1742, 1842,
1543, 1643, 1743, 1843
0604, 0668, 06CC,
0730, 0605, 0669,
06CD, 0731, 0606,
066A, 06CE, 0732,
0607, 066B, 06CF, 0733
-
-
-
3)
6 - 96
06AC to 06AD
06AE to 06AF
1)
4)
0648 to 0649
1708 to 1709
1710 to 1711
12)
5)
1608 to 1609
1610 to 1611
9)
2)
Buffer memory address
DEC
2)
1)
3)
3)
2)
4)
DEC
HEX
1517, 1617,
1717, 1817
05ED, 0651,
06B5, 0719
1518 to 1519
05EE to 05EF
1618 to 1619
0652 to 0653
1718 to 1719
06B6 to 06B7
1818 to 1819
071A to 071B
1534 to 1535
05FE to 05FF
1634 to 1635
0662 to 0663
1734 to 1735
06C6 to 06C7
1834 to 1835
072A to 072B
1536 to 1537
0600 to 0601
1636 to 1637
0664 to 0665
1736 to 1737
06C8 to 06C9
1836 to 1837
072C to 072D
-
-
-
1)
1212 to 1291
04BC to 050B
4)
OVERVIEW
1)
1
Buffer memory address
2
SYSTEM MONITOR
No.
3
LADDER MONITOR
FUNCTION
Screen example
MELSEC-A LIST
EDITOR
4
1)
-
-
-
1)
1293 to 1356
050D to 054C
2)
1358 to 1421
054E to 058D
MELSEC-FX LIST
EDITOR
5
2)
-
-
-
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
1)
INTELLIGENT
MODULE MONITOR
6
6.5 Intelligent Module Monitor Screens
6 - 97
Screen example
1)
3)
2)
6 - 98
No.
HEX
1)
2000 to 2002,
2004 to 2012,
2014 to 2022,
2024 to 2029
07D0 to 07D2,
07D4 to 07DC,
07DE to 07E6,
07E8 to 07ED,
2)
8000 to 8002,
8004 to 8012,
8014 to 8022,
8024 to 8029
1F40 to 1F42,
1F44 to 1F4C,
1F4E to 1F56,
1F58 to 1F5D
3)
14000 to 14002,
14004 to 14012,
14014 to 14022,
14024 to 14029
36B0 to 36B2,
36B4 to 36BC,
36BE to 36C6,
36C8 to 36CD
4)
20000 to 20002,
20004 to 20012,
20014 to 20022,
20024 to 20029
4E20 to 4E22,
4E24 to 4E2C,
4E2E to 4E36,
4E38 to 4E3D
-
-
-
4)
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
2)
1)
8)
7)
1)
5)
6)
9)
10) 11) 12)
HEX
800 to 801
0320 to 0321
900 to 901
0384 to 0385
1000 to 1001
03E8 to 03E9
1100 to 1101
044C to 044D
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
3)
809, 909,
1009, 1109
0329, 038D,
03F1, 0455
4)
806, 906,
1006, 1106
0326, 038A,
03EE, 0452
5)
807, 907,
1007, 1107
0327, 038B,
03EF, 0453
6)
808, 908,
1008, 1108
0328, 038C,
03F0, 0454
7)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
8)
to
12)
838, 938,
1038, 1138
0346, 03AA,
040E, 0472
1)
-
-
2)
3)
4)
Buffer memory address
DEC
2
SYSTEM MONITOR
No.
3
LADDER MONITOR
FUNCTION
Screen example
OVERVIEW
1
QD75M module monitoring
4
MELSEC-A LIST
EDITOR
6.5.33
5
-
-
MELSEC-FX LIST
EDITOR
1)
-
0, 150, 300, 450
0000, 0096,
012C, 01C2
2)
2 to 3, 152 to 153,
302 to 303, 452 to 453
0002 to 0003,
0098 to 0099,
012E to 012F
01C4 to 01C7
3)
1, 151, 301, 451
0001, 0097,
012D, 01C3
4)
4 to 5, 154 to 155,
304 to 305, 454 to 455
0004 to 0005,
009A to 009B,
0130 to 0131,
01C6 to 01C7
1)
2)
4)
3)
-
8
Q MOTION
MONITOR
-
7
NETWORK
MONITOR
1)
INTELLIGENT
MODULE MONITOR
6
6.5 Intelligent Module Monitor Screens
6 - 99
Screen example
No.
1)
3)
1)
2)
2)
3)
1)
12 to 13
000C to 000D
162 to 163
00A2 to 00A3
312 to 313
0138 to 0139
462 to 463
01CE to 01CF
14 to 15
000E to 000F
164 to 165
00A4 to 00A5
-
1)
17, 167,
317, 467
0011, 00A7,
013D, 01D3
18 to 19
0012 to 0013
168 to 169
00A8 to 00A9
318 to 319
013E to 013F
468 to 469
01D4 to 01D5
20 to 21
0014 to 0015
170 to 171
00AA to 00AB
320 to 321
0140 to 0141
470 to 471
01D6 to 01D7
3)
33
0021
4)
22, 172,
322, 472
0016, 00AC,
0142, 01D8
5)
23, 173,
323, 473
0017, 00AD,
0143, 01D9
6)
26, 176,
326, 476
001A, 00B0,
0146, 01DC
1)
27, 177,
327, 477
001B, 00B1,
0147, 01DD
2)
28, 178,
328, 478
001C, 00B2,
0148, 01DE
3)
29, 179,
329, 479
001D, 00B3,
0149, 01DF
6)
3)
4)
6.5 Intelligent Module Monitor Screens
01CC to 01CD
-
2)
6 - 100
0136 to 0137
460 to 461
-
1)
7)
00A0 to 00A1
310 to 311
013A to 013B
6)
4)
160 to 161
01D0 to 01D1
4)
5)
000A to 000B
464 to 465
2)
5)
HEX
10 to 11
314 to 315
3)
2)
Buffer memory address
DEC
24 to 25
0018 to 0019
174 to 175
00AE to 00AF
324 to 325
0144 to 0145
474 to 475
01DA to 01DB
5)
30, 180,
330, 480
001E, 00B4,
014A, 01E0
6)
34, 184,
334, 484
0022, 00B8,
014E, 01E4
7)
31, 181,
331, 481
001F, 00B5,
014B, 01E1
-
-
-
2)
1)
2)
3)
4)
5)
5)
8)
6)
01E6 to 01EB
42 to 47
002A to 002F
192 to 197
00C0 to 00C5
342 to 347
0156 to 015B
492 to 497
01EC to 01F0
0030 to 0031
00C6 to 00C7
348 to 349
015C to 015D
498 to 499
01F2 to 01F3
4)
50, 200,
350, 500
0032, 00C8,
015E, 01F4
5)
51, 501,
351, 501
0033, 01F5,
015F, 01F5
1)
52, 202,
352, 502
0034, 00CA,
0160, 01F6
2)
53, 203,
353, 503
0035, 00CB,
0161, 01F7
3)
56, 206,
356, 506
0038, 00CE,
0164, 01FA
4)
57, 207,
357, 507
0039, 00CF,
0165, 01FB
5)
58, 208,
358, 508
003A, 00D0,
0166, 01FC
6)
54 to 55,
204 to 205,
354 to 355,
504 to 505
0036 to 0037,
00CC to 00CD,
0162 to 0163,
01F8 to 01F9
7)
59, 209,
359, 509
003B, 00D1,
0167, 01FD
3)
10)
8)
60 to 61
003C to 003D
210 to 211
00D2 to 00D3
360 to 361
0168 to 0169
510 to 511
01FE to 01FF
9)
62, 212,
362, 512
003E, 00D4,
016A, 0200
10)
64 to 65,
214 to 215,
364 to 365,
514 to 515
0040 to 0041,
00D6 to 00D7,
016C to 016D,
0202 to 0203
OVERVIEW
0150 to 0155
486 to 491
198 to 199
9)
7)
00BA to 00BF
336 to 341
48 to 49
4)
2)
186 to 191
2
SYSTEM MONITOR
3)
HEX
0024 to 0029
3
LADDER MONITOR
FUNCTION
1)
DEC
36 to 41
4
MELSEC-A LIST
EDITOR
1)
1
Buffer memory address
5
MELSEC-FX LIST
EDITOR
No.
6
INTELLIGENT
MODULE MONITOR
Screen example
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 101
Screen example
No.
HEX
1)
79, 229,
379, 529
004F, 00E5,
017B, 0211
2)
82, 232,
382, 532
0052, 00E8,
017E, 0214
3)
83, 233,
383, 533
0053, 00E9,
017F, 0215
4)
86, 236,
386, 536
0056, 00EC,
0182, 0218
1)
6)
2)
3)
4)
7)
5)
5)
8)
0212 to 0213
384 to 385
0180 to 0181
534 to 535
0216 to 0217
7)
88, 238,
388, 538
0058, 00EE,
0184, 021A
8)
89, 239,
389, 539
0059, 00EF,
0185, 021B
1)
70, 220,
370, 520
0046, 00DC,
0172, 0208
2)
71, 221,
371, 521
0047, 00DD,
0173, 0209
3)
78, 228,
378, 528
004E, 00E4,
017A, 0210
4)
6)
6)
6.5 Intelligent Module Monitor Screens
017C to 017D
0054 to 0055
5)
6 - 102
380 to 381
530 to 531
00EA to 00EB
2)
4)
0050 to 0051
00E6 to 00E7
234 to 235
1)
3)
80 to 81
230 to 231
84 to 85
6)
5)
Buffer memory address
DEC
72 to 73
0048 to 0049
222 to 223
00DE to 00DF
372 to 373
0174 to 0175
522 to 523
020A to 020B
74 to 75
004A to 004B
224 to 225
00E0 to 00E1
374 to 375
0176 to 0177
524 to 525
020C to 020D
76 to 77
004C to 004D
226 to 227
00E2 to 00E3
376 to 377
0178 to 0179
526 to 527
020E to 020F
No.
1
Buffer memory address
DEC
HEX
1)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
1)
OVERVIEW
Screen example
2
-
-
SYSTEM MONITOR
2)
-
6)
7)
2)
3)
4)
5)
1118 to 1119
045E to 045F
802 to 803
0322 to 0323
902 to 903
0386 to 0387
1002 to 1003
03EA to 03EB
1102 to 1103
044E to 044F
820 to 821
0334 to 0335
920 to 921
0398 to 0399
1020 to 1021
03FC to 03FD
1120 to 1121
0460 to 0461
810 to 811
032A to 032B
910 to 911
038E to 038F
1010 to 1011
03F2 to 03F3
1110 to 1111
0456 to 0457
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
6)
830, 930,
1030, 1130
033E, 03A2,
0406, 046A
7)
831, 931,
1031, 1131
033F, 03A3,
0407, 046B
5)
4
5
6
7
NETWORK
MONITOR
4)
03FA to 03FB
8
Q MOTION
MONITOR
3)
0396 to 0397
1018 to 1019
MELSEC-A LIST
EDITOR
1)
MELSEC-FX LIST
EDITOR
2)
1)
0332 to 0333
918 to 919
INTELLIGENT
MODULE MONITOR
818 to 819
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 103
Screen example
No.
8)
9)
1)
4)
5)
2) 6)
7) 3)
6)
HEX
1)
827, 927,
1027, 1127
033B, 039F,
0403, 0467
2)
828, 928,
1028, 1128
033C, 03A0,
0404, 0468
3)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
4)
834, 934,
1034, 1134
0342, 03A6,
040A, 046E
5)
835, 935,
1035, 1135
0343, 03A8,
040B, 046F
6)
836, 936,
1036, 1136
0344, 03A8,
040C, 0470
7)
837, 937,
1037, 1137
0345, 03A9,
040D, 0471
8)
832, 932,
1032, 1132
0340, 03A4,
0408, 046C
9)
833, 933,
1033, 1133
0341, 03A5,
0409, 046D
-
-
-
1)
848 to 849,
948 to 949,
1048 to 1049,
1148 to 1149
0350 to 0351,
03B4 to 03B5,
0418 to 0419,
047C to 047D
2)
850 to 851,
950 to 951,
1050 to 1051,
1150 to 1151
0352 to 0353,
03B6 to 03B7,
041A to 041B,
047E to 047F
3)
852 to 853,
952 to 953,
1052 to 1053,
1152 to 1153
0354 to 0355,
03B8 to 03B9,
041C to 041D,
0480 to 0481
4)
854 to 855,
954 to 955,
1054 to 1055,
1154 to 1155
0356 to 0357,
03BA to 03BB,
041E to 041F,
0482 to 0483
5)
856, 956,
1056, 1156
0358, 03BC,
0420, 0484
857, 957,
1057, 1157
0359, 03BD,
0421, 0485
858, 958,
1058, 1158
035A, 03BE,
0422, 0486
859, 959,
1059, 1159
035B, 03BF,
0423, 0487
860, 960,
1060, 1160
035C, 03C0,
0424, 0488
861, 961,
1061, 1161
035D, 03C1,
0425, 0489
862, 962,
1062, 1162
035E, 03C2,
0426, 048A
863, 963,
1063, 1163
035F, 03C2,
0427, 048B
864 to 869,
964 to 969,
1064 to 1069,
1164 to 1169
0360 to 0365,
03C4 to 03C9,
0428 to 042D,
048C to 0491
7)
1)
4)
2)
5)
3)
6)
7)
6 - 104
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
0366, 03CA,
042E, 0492
871, 971,
1071, 1171
0367, 03CB,
042F, 0493
872, 972,
1072, 1172
0368, 03CC,
0430, 0494
873, 973,
1073, 1173
0369, 03CD,
0431, 0495
874, 974,
1074, 1174
036A, 03CE,
0432, 0496
2)
877, 977,
1077, 1177
036D, 03D1,
0435, 0499
3)
878, 978,
1078, 1178
036E, 03D2,
0436, 049A
4)
879, 979,
1079, 1179
036F, 03D3,
0437, 049B
3
5)
880, 980,
1080, 1180
0370, 03D4,
0438, 049C
2)
1)
0400 to 0401
1124 to 1125
0464 to 0465
2)
826, 926,
1026, 1126
033A, 039E,
0402, 0466
4
3)
4)
5)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
-
-
-
3)
4)
814 to 815
032E to 032F
5
5)
914 to 915
0392 to 0393
1014 to 1015
03F6 to 03F7
3)
1114 to 1115
045A to 045B
4)
5)
1526 to 1527
05F6 to 05F7
1626 to 1627
065A to 065B
1726 to 1727
06BE to 06BF
1826 to 1827
0722 to 0723
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
4)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
5)
1528, 1628,
1728, 1828
05F8, 065C,
06C0, 0724
-
-
-
1)
1)
039C to 039D
2)
2)
6
7
NETWORK
MONITOR
2)
0338 to 0339
924 to 925
MELSEC-A LIST
EDITOR
1024 to 1025
1)
1)
824 to 825
MELSEC-FX LIST
EDITOR
5)
2
LADDER MONITOR
FUNCTION
3)
OVERVIEW
DEC
870, 970,
1070, 1170
1)
4)
1
Buffer memory address
SYSTEM MONITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 105
Screen example
No.
065E to 065F
06C2 to 06C3
1830 to 1831
0726 to 0727
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
4)
1532, 1632,
1732, 1832
05FC, 0660,
06C4, 0728
-
-
-
1506 to 1507
05E2 to 05E3
1)
06AA to 06AB
1806 to 1807
070E to 070F
1514 to 1515
05EA to 05EB
7)
8)
6.5 Intelligent Module Monitor Screens
0646 to 0647
1706 to 1707
4)
1614 to 1615
064E to 064F
1714 to 1715
06B2 to 06B3
1814 to 1815
0716 to 0717
3)
1513, 1613,
1713, 1813
05E9, 064D,
06B1, 0715
4)
1544, 1644,
1744, 1844
0608, 066C,
06D0, 0734
5)
1545, 1645,
1745, 1845
0609, 066D,
06D1, 0735
6)
1546, 1646,
1746, 1846
060A, 066E,
06D2, 0736
7)
1547, 1647,
1747, 1847
060B, 066F,
06D3, 0737
8)
1505, 1605,
1705, 1805
05E1, 0645,
06A9, 070D
2)
6)
6 - 106
1606 to 1607
3)
5)
2)
05FA to 05FB
1730 to 1731
2)
3)
4)
1)
HEX
1530 to 1531
1630 to 1631
1)
1)
Buffer memory address
DEC
10)
4)
11)
5)
1501, 1601,
1701, 1801
05DD, 0641,
06A5, 0709
3)
1502, 1602,
1702, 1802
05DE, 0642,
06A6, 070A
4)
1503, 1603,
1703, 1803
05DF, 0643,
06A7, 070B
5)
1504, 1604,
1704, 1804
05E0, 0644,
06A8, 070C
6)
1512, 1612,
1712, 1812
05E8, 064C,
06B0, 0714
7)
1516, 1616,
1716, 1816
05EC, 0650,
06B4, 0718
1508 to 1509
05E4 to 05E5
12)
13)
6)
2)
14)
7)
8)
0710 to 0711
1510 to 1511
05E6 to 05E7
064A to 064B
1810 to 1811
0712 to 0713
10)
1520, 1620,
1720, 1820
05F0, 0654,
06B8, 071C
11)
1521, 1621,
1721, 1821
05F1, 0655,
06B9, 071D
1522 to 1523
05F2 to 05F3
1622 to 1623
0656 to 0657
1722 to 1723
06BA to 06BB
1822 to 1823
071E to 071F
13)
1524, 1624,
1724, 1824
05F4, 0658,
06BC, 0720
14)
1525, 1625,
1725, 1825
05F5, 0659,
06BD, 0721
1)
1538, 1638,
1738, 1838
0602, 0666,
06CA, 072E
2)
1548, 1648,
1748, 1848
060C, 0670,
06D4, 0738
3)
1549, 1649,
1749, 1849
060D, 0671,
06D5, 0739
4)
1550, 1650,
1750, 1850
060E, 0672,
06D6, 073A
5)
1540, 1640, 1740, 1840,
1541, 1641, 1741, 1841,
1542, 1642, 1742, 1842,
1543, 1643, 1743, 1843
0604, 0668, 06CC,
0730, 0605, 0669,
06CD, 0731, 0606,
066A, 06CE, 0732,
0607, 066B, 06CF, 0733
-
-
-
2
3
4
5
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4)
1808 to 1809
06AE to 06AF
1)
3)
06AC to 06AD
1710 to 1711
12)
5)
0648 to 0649
1708 to 1709
1610 to 1611
9)
2)
1608 to 1609
OVERVIEW
3)
1)
SYSTEM MONITOR
9)
HEX
05DC, 0640,
06A4, 0708
LADDER MONITOR
FUNCTION
2)
DEC
1500, 1600,
1700, 1800
MELSEC-A LIST
EDITOR
8)
1
Buffer memory address
MELSEC-FX LIST
EDITOR
1)
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 107
Screen example
No.
1)
2)
1)
3)
3)
2)
4)
Buffer memory address
DEC
HEX
1517, 1617,
1717, 1817
05ED, 0651,
06B5, 0719
1518 to 1519
05EE to 05EF
1618 to 1619
0652 to 0653
1718 to 1719
06B6 to 06B7
1818 to 1819
071A to 071B
1534 to 1535
05FE to 05FF
1634 to 1635
0662 to 0663
1734 to 1735
06C6 to 06C7
1834 to 1835
072A to 072B
1536 to 1537
0600 to 0601
1636 to 1637
0664 to 0665
1736 to 1737
06C8 to 06C9
1836 to 1837
072C to 072D
-
-
-
1)
1212 to 1291
04BC to 050B
-
-
-
1)
1293 to 1356
050D to 054C
2)
1358 to 1421
054E to 058D
-
-
-
4)
1)
1)
6 - 108
2)
6.5 Intelligent Module Monitor Screens
1)
2)
8000 to 8002,
8004 to 8012,
8014 to 8022,
8024 to 8029
1F40 to 1F42,
1F44 to 1F4C,
1F4E to 1F56,
1F58 to 1F5D
3)
14000 to 14002,
14004 to 14012,
14014 to 14022,
14024 to 14029
36B0 to 36B2,
36B4 to 36BC,
36BE to 36C6,
36C8 to 36CD
4)
20000 to 20002,
20004 to 20012,
20014 to 20022,
20024 to 20029
4E20 to 4E22,
4E24 to 4E2C,
4E2E to 4E36,
4E38 to 4E3D
-
-
-
1)
30100, 30200,
30300, 30400
07594, 075F8
0765C, 076C0
9)
2)
30101, 30201,
30301, 30401
07595, 075F9
0765D, 076C1
3)
3)
4)
30102, 30202,
30302, 30402
07596, 075FA
0765E, 076C2
10)
5)
30103, 30203,
30303, 30403
07597, 075FB
0765F, 076C3
4)
5)
6)
30104, 30204,
30304, 30404
07598, 075FC
07660, 076C4
6)
7)
30105, 30205,
30305, 30405
07599, 075FD
07661, 076C5
8)
30106, 30206,
30306, 30406
0759A, 075FE
07662, 076C6
9)
30107, 30207,
30307, 30407
0759B, 075FF
07663, 076C7
10)
30108, 30208,
30308, 30408
0759C, 07600
07664, 076C8
11)
30109, 30209,
30309, 30409
0759D, 07601
07665, 076C9
11)
8)
OVERVIEW
1)
2
SYSTEM MONITOR
HEX
07D0 to 07D2,
07D4 to 07DC,
07DE to 07E6,
07E8 to 07ED
4)
2)
7)
DEC
2000 to 2002,
2004 to 2012,
2014 to 2022,
2024 to 2029
3
LADDER MONITOR
FUNCTION
2)
3)
1
Buffer memory address
4
MELSEC-A LIST
EDITOR
1)
No.
5
MELSEC-FX LIST
EDITOR
Screen example
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 109
Screen example
No.
Buffer memory address
DEC
HEX
1)
30113, 30213,
30313, 30413
075A1, 07605
07669, 076CD
2)
30114, 30214,
30314, 30414
075A2, 07606
0766A, 076CE
3)
30115, 30215,
30315, 30415
075A3, 07607
0766B, 076CF
1)
5)
2)
6)
3)
7)
4)
9)
4)
30116, 30216,
30316, 30416
075A4, 07608
0766C, 076D0
8)
5)
30112, 30212,
30312, 30412
075A0, 07604
07668, 076CC
6)
30117, 30217,
30317, 30417
075A5, 07609
0766D, 076D1
7)
30119, 30219,
30319, 30419
075A7, 0760B
0766F, 076D3
8)
30120, 30220,
30320, 30420
075A8, 0760C
07670, 076D4
9)
30121, 30221,
30321, 30421
075A9, 0760D
07671, 076D5
10)
30118, 30218,
30318, 30418
075A6, 0760A
0766E, 076D2
11)
30122, 30222,
30322, 30422
075AA, 0760E
07672, 076D6
1)
2)
3)
30123, 30223,
30323, 30423
075AB, 0760F
07673, 076D7
4)
5)
6)
30124, 30224,
30324, 30424
075AC, 07610
07674, 076D8
7)
8)
9)
30125, 30225,
30325, 30425
075AD, 07611
07675, 076D9
-
-
-
1)
30127, 30227,
30327, 30427
075AF, 07613
07677, 076DB
2)
30128, 30228,
30328, 30428
075B0, 07614
07678, 076DC
3)
4)
30129, 30229,
30329, 30429
075B1, 07615
07679, 076DD
5)
30130, 30230,
30330, 30430
075B2, 07616
0767A, 076DE
6)
30131, 30231,
30331, 30431
075B3, 07617
0767B, 076DF
7)
8)
30132, 30232,
30332, 30432
075B4, 07618
0767C, 076E0
-
-
-
10)
11)
1)
6)
2)
3)
4)
7)
5)
8)
9)
5)
1)
2)
6)
3)
7)
4)
8)
6 - 110
6.5 Intelligent Module Monitor Screens
075B5, 07619
0767D, 076E1
5)
30134, 30234,
30334, 30434
075B6, 0761A
0767E, 076E2
6)
30136, 30236,
30336, 30436
075B8, 0761C
07680, 076E4
7)
30138, 30238,
30338, 30438
075BA, 0761E
07682, 076E6
-
-
-
1)
30143, 30243,
30343, 30443
075BF, 07623
07687, 076EB
2)
30144, 30244,
30344, 30444
075C0, 07624
07688, 076EC
3)
30145, 30245,
30345, 30445
075C1, 07605
07689, 076ED
4)
30149, 30249,
30349, 30449
075C5, 07629
0768D, 076F1
5)
30150, 30250,
30350, 30450
075C6, 0762A
0768E, 076F2
6)
30151, 30251,
30351, 30451
075C7, 0762B
0768F, 076F3
7)
30152, 30252,
30352, 30452
075C8, 0762C
07690, 076F4
8)
30153, 30253,
30353, 30453
075C9, 0762D
07691, 076F5
9)
30154, 30254,
30354, 30454
075CA, 0762E
07692, 076F5
10)
30155, 30255,
30355, 30455
075CB, 0762F
07693, 076F6
11)
30160, 30260,
30360, 30460
075D0, 07634
07698, 076FC
12)
30161, 30261,
30361, 30461
075D1, 07635
07699, 076FD
3)
4)
8)
1)
9)
10)
2)
11)
3)
4)
5)
6)
12)
7)
OVERVIEW
30133, 30233,
30333, 30433
2
SYSTEM MONITOR
7)
HEX
3
LADDER MONITOR
FUNCTION
6)
DEC
1)
to
4)
4
MELSEC-A LIST
EDITOR
2)
5)
1
Buffer memory address
5
MELSEC-FX LIST
EDITOR
1)
No.
6
INTELLIGENT
MODULE MONITOR
Screen example
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 111
6.5.34
QD75MH module monitoring
Screen example
No.
1)
1)
2)
3)
4)
10)
11)
12)
13)
5)
14)
15)
16)
17)
6)
7)
8)
9)
Buffer memory address
DEC
HEX
800, 812
320, 32C
2)
900, 912
384, 390
3)
1000, 1012
3E8, 3F4
4)
1100, 1112
44C, 458
5)
806 to 809
326 to 329
6)
906 to 909
38A to 38D
7)
1006 to 1009
3EE to 3F1
452 to 455
8)
1106 to 1109
9)
1431
597
10)
829, 838
33D, 346
11)
929, 938
3A1, 3AA
12)
1029, 1038
405, 40E
13)
1129, 1138
469, 472
14)
838
346
15)
938
3AA
16)
1038
40E
17)
1138
472
-
-
-
1)
-
-
-
-
-
1)
0, 150, 300, 450
0, 96, 12C, 1C2
2)
2 to 3, 152 to 153,
302 to 303, 452 to 453
2 to 3, 98 to 99,
12E to 12F, 1C4 to 1C5
1)
1)
1, 151, 301, 451
1, 97, 12D, 1C3
4)
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131, 1C6 to 1C7
-
-
-
4)
2)
3)
6 - 112
3)
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
10 to 11, 160 to 161,
310 to 311, 460 to 461
A to B, A0 to A1,
136 to 137, 1CC to 1CD
2)
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3,
138 to 139, 1CE to 1CF
3)
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
-
-
3)
2)
-
OVERVIEW
1)
No.
2
SYSTEM MONITOR
Screen example
5)
3)
6)
11, A7, 13D, 1D3
2)
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
3)
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,
140 to 141, 1D6 to 1D7
4)
33
21
5)
22, 172, 322, 472
16, AC, 142, 1D8
6)
23, 173, 323, 473
17, AD, 143, 1D9
7)
26, 176, 326, 476
1A, B0, 146, 1DC
-
-
-
5
7)
1)
2)
6)
3)
7)
4)
4
MELSEC-A LIST
EDITOR
2)
17, 167, 317, 467
18 to 19, 168 to 169,
318 to 319, 468 to 469
1)
27, 177, 327, 477
1B, B1, 147, 1DD
2)
28, 178, 328, 478
1C, B2, 148, 1DE
3)
29, 179, 329, 479
1D, B3, 149, 1DF
4)
24 to 25, 174 to 175,
324 to 325, 474 to 475
18 to 19, AE to AF,
144 to 145, 1DA to 1DB
5)
30, 180, 330, 480
1F, B4, 14A, 1E0
6)
31, 181, 331, 481
20, B5, 14B, 1E1
7)
34, 184, 334, 484
22, B8, 14E, 1E4
8)
32, 182, 332, 482
21, B6, 14C, 1E2
9)
35
23
-
-
-
MELSEC-FX LIST
EDITOR
1)
1)
6
INTELLIGENT
MODULE MONITOR
4)
LADDER MONITOR
FUNCTION
3
7
8)
NETWORK
MONITOR
5)
8
Q MOTION
MONITOR
9)
6.5 Intelligent Module Monitor Screens
6 - 113
Screen example
1)
2)
3)
No.
HEX
1)
36 to 37, 186 to 187,
336 to 337, 486 to 487
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
2)
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
3)
40 to 41, 190 to 191,
340 to 341, 490 to 491
28 to 29, BE to BF,
154 to 155, 1EA to 1EB
4)
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
5)
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
6)
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5,
15A to 15B, 1F0 to 1F1
7)
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
8)
50, 200, 350, 500
32, C8, 15E, 1F4
9)
51, 201, 351, 501
33, C9, 15F, 1F5
-
-
-
1)
52, 202, 352, 502
34, CA, 160, 1F6
2)
53, 203, 353, 503
35, CB, 161, 1F7
3)
56, 206, 356, 506
38, CE, 164, 1FA
4)
57, 207, 357, 507
39, CF, 165, 1FB
5)
58, 208, 358, 508
3A, D0, 166, 1FC
6)
54 to 55, 204 to 205,
354 to 355, 504 to 505
36 to 37, CC to CD,
162 to 163, 1F8 to 1F9
7)
8)
4)
5)
6)
9)
1)
2)
3)
4)
5)
8)
9)
6)
7)
1)
Buffer memory address
DEC
7)
59, 209, 359, 509
3B, D1, 167, 1FD
8)
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
3E, D4, 16A, 200
9)
62, 212, 362, 512
10)
63, 213, 363, 513
3F, D5, 16B, 201
10)
11)
64, 214, 364, 514
40, D6, 16C, 202
11)
-
-
-
1)
82, 232, 382, 532
52, E8, 17E, 214
2)
83, 233, 383, 533
53, E9, 17F, 215
3)
86, 236, 386, 536
56, EC, 182, 218
6)
2)
3)
4)
7)
5)
4)
87, 237, 387, 537
57, ED, 183, 219
5)
80 to 81, 230 to 231,
380 to 381, 530 to 531
50 to 51, E6 to E7,
17C to 17D, 212 to 213
6)
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
7)
88, 238, 388, 538
58, EE, 184, 21A
8)
89, 239, 389, 539
59, EF, 185, 21B
-
-
-
8)
6 - 114
6.5 Intelligent Module Monitor Screens
1)
5)
2)
DEC
HEX
1)
70, 220, 370, 520
46, DC, 172, 208
2)
71, 221, 371, 521
47, DD, 173, 209
3)
78, 228, 378, 528
4E, E4, 17A, 210
4)
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5)
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
2
6)
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
-
-
-
3)
4)
1
Buffer memory address
OVERVIEW
No.
6)
1)
816
330
2)
916
394
3)
1016
3F8
4)
1116
45C
5)
817
331
6)
917
395
7)
1017
3F9
8)
1117
45D
LADDER MONITOR
FUNCTION
7) 8)
3
4
MELSEC-A LIST
EDITOR
5) 6)
SYSTEM MONITOR
Screen example
5
5)
6)
7)
8)
5) 6)
1)
818 to 819, 802 to 803
332 to 333, 322 to 323
2)
918 to 919, 902 to 903
396 to 397, 386 to 387
3)
1018 to 1019,
1002 to 1003
3FA to 3FB,
3EA to 3EB
4)
1118 to 1119,
1102 to 1103
45E to 45F,
44E to 44F
5)
820 to 821,
810 to 811,
812 to 813
334 to 335,
32A to 32B,
32C to 32D
6)
920 to 921,
910 to 911,
912 to 913
398 to 399,
38E to 38F,
390 to 391
7)
1020 to 1021,
1010 to 1011,
1012 to 1013
3FC to 3FD,
3F2 to 3F3,
3F4 to 3F5
8)
1120 to 1121,
1110 to 1111,
1112 to 1113
460 to 461,
456 to 457,
458 to 459
9)
830, 930, 1030, 1130
33E, 3A2, 406, 46A
10)
831, 931, 1031, 1131
33F, 3A3, 407, 46B
-
-
-
MELSEC-FX LIST
EDITOR
4)
7) 8)
9)
10)
6
INTELLIGENT
MODULE MONITOR
3)
-
7
NETWORK
MONITOR
1)
2)
3)
4)
2)
-
8
Q MOTION
MONITOR
1)
-
6.5 Intelligent Module Monitor Screens
6 - 115
Screen example
No.
HEX
827 to 829
33B to 33D
2)
927 to 929
39F to 3A1
3)
1027 to 1029
403 to 405
4)
1127 to 1129
467 to 469
5)
834 to 837
34x2 to 345
6)
934 to 937
3A6 to 3A9
7)
1034 to 1037
40A to 40D
1)
9)
1)
2)
3)
4)
10)
5)
6)
7)
8)
1)
2)
3)
4)
9)
10)
11)
12)
5)
6)
7)
8)
1)
2)
3)
Buffer memory address
DEC
8)
1134 to 1137
46E to 471
9)
832, 932, 1032, 1132
340, 3A4, 408, 46C
10)
833, 933, 1033, 1133
341, 3A5, 409, 46D
-
-
-
1)
848 to 849, 850 to 851,
852 to 853
350 to 351,
352 to 353,
354 to 355
2)
948 to 949,
950 to 951,
952 to 953
3B4 to 3B5,
3B6 to 3B7,
3B8 to 3B9
3)
1048 to 1049,
1050 to 1051,
1052 to 1053
418 to 419,
41A to 41B,
41C to 41D
4)
1148 to 1149,
1150 to 1151,
1152 to 1153
47C to 47D,
47E to 47F,
480 to 481
5)
854 to 855, 856 to 857
356 to 357, 358 to 359
6)
954 to 955, 956 to 957
3BA to 3BB, 3BC to 3BD
7)
1054 to 1055,
1056 to 1057
41E to 41F,
420 to 421
8)
1154 to 1155,
1156 to 1157
480 to 481,
482 to 483
9)
864 to 869
360 to 365
10)
964 to 969
3C4 to 3C9
11)
1064 to 1069
428 to 42D
12)
1164 to 1169
48C to 491
-
-
-
1)
870, 970, 1070, 1170
366, 3CA, 42E, 492
2)
876, 976, 1076, 1176
36C, 3D0, 434, 498
3)
877, 977, 1077, 1177
36D, 3D1, 435, 499
4)
878, 978, 1078, 1178
36E, 3D2, 436, 49A
5)
879, 979, 1079, 1179
36F, 3D3, 437, 49B
6)
880, 980, 1080, 1180
370, 3D4, 438, 49C
-
-
-
4)
5)
6)
6 - 116
6.5 Intelligent Module Monitor Screens
2)
924 to 925
39C to 39D
3)
1024 to 1025
400 to 401
4)
1124 to 1125
464 to 465
5)
826, 816
33A, 330
6)
926, 916
39E, 394
7)
1026, 1016
402, 3F8
8)
1126, 1116
466, 45C
-
-
-
1)
814 to 815
32E to 32F
2)
914 to 915
392 to 393
3)
1014 to 1015
3F6 to 3F7
5)
6)
7)
8)
1)
2)
3)
4)
7)
8)
5)
6)
OVERVIEW
HEX
338 to 339
2
SYSTEM MONITOR
DEC
824 to 825
1)
1)
2)
3)
4)
1
Buffer memory address
3
4)
1114 to 1115
45A to 45B
5)
1526 to 1527,
1626 to 1627
5F6 to 5F7,
65A to 65B
6)
1726 to 1727,
1826 to 1927
6BE to 6BF,
722 to 723
7)
817, 917, 1017, 1117
330, 395, 3F9, 45D
8)
1528, 1628,
1728, 1828
5F8, 65C,
6C0, 724
LADDER MONITOR
FUNCTION
No.
4
MELSEC-A LIST
EDITOR
Screen example
-
-
1)
1530 to 1531,
1630 to 1631
5FA to 5FB,
65E to 65F
2)
1730 to 1731,
1830 to 1931
6C2 to 6C3,
726 to 727
3)
817, 917, 1017, 1117
331, 395, 3F9, 45D
4)
1532, 1632,
1732, 1832
5FC, 660,
6C4, 728
-
-
-
3)
7
NETWORK
MONITOR
4)
6
INTELLIGENT
MODULE MONITOR
1)
2)
-
MELSEC-FX LIST
EDITOR
5
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 117
Screen example
1)
2)
No.
HEX
1)
1506 to 1507,
1606 to 1607
5E2 to 5E3,
646 to 647
2)
1706 to 1707,
1806 to 1807
6AA to 6AB,
70E to 70F
3)
1514 to 1515,
1614 to 1615
5EA to 5EB,
64E to 64F
4)
1714 to 1715,
1814 to 1815
6B2 to 6B3,
716 to 717
5)
1513, 1613,
1713, 1813
5E9, 64D,
6B1, 715
6)
1544, 1644,
1744, 1844
608, 66C,
6D0, 734,
7)
1545, 1645,
1745, 1845
609, 66D,
6B1, 735
8)
1546, 1646,
1746, 1846
60A, 66E,
6B2, 736
9)
1547, 1647,
1747, 1847
60B, 66F,
6B3, 737
10)
1505, 1605,
1705, 1805
5E1, 645,
6A9, 70D
5)
6)
7)
8)
3)
4)
9)
10)
1)
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
14)
7)
6 - 118
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
-
-
-
1)
1500, 1600,
1700, 1800
5DC, 640,
6A4, 708
2)
1501, 1601,
1701, 1801
5DD, 641,
6A5, 709
3)
1502, 1602,
1702, 1802
5DE, 642,
6A6, 70A
4)
1503, 1603,
1703, 1803
5DF, 643,
6A7, 70B
5)
1504, 1604,
1704, 1804
5E0, 644,
6A8, 70C
6)
1512, 1612,
1712, 1812
5E8, 64C,
6B0, 714
7)
1516, 1616,
1716, 1816
5EC, 650,
6B4, 718
8)
1508 to 1509,
1608 to 1609,
1708 to 1709,
1808 to 1809
5E4 to 5E5,
648 to 649,
6AC to 6AD,
710 to 711
9)
1510 to 1511,
1610 to 1611,
1710 to 1711,
1810 to 1811
5E6 to 5E7,
64A to 64B,
6AE to 6AF,
712 to 713
10)
1520, 1620,
1720, 1820
5F0, 654,
6B8, 71C
11)
1521, 1621,
1721, 1821
5F1, 655,
6B9, 71D
12)
1522 to 1523,
1622 to 1623,
1722 to 1723,
1822 to 1823
5F2 to 5F3,
656 to 657,
6BA to 6BB,
71E to 71F
13)
1524, 1624,
1724, 1824
5F4, 658,
6BC, 720
14)
1525, 1625,
1725, 1825
5F5, 659,
68D, 721
-
-
-
3)
4)
11)
1548, 1648,
1748, 1848
60C, 670,
6D4, 738
3)
1549, 1649,
1749, 1849
60D, 671,
6D5, 739
4)
1550, 1650,
1750, 1850
60E, 672,
606, 73A
5)
1540, 1640,
1740, 1840
604, 668,
6CB, 730
6)
1541, 1641,
1741, 1841
605, 669,
6CD, 731
7)
1542, 1642,
1742, 1842
606, 66A,
6CE, 732
8)
1543, 1643,
1743, 1843
607, 66B,
6D0, 733
9)
1551, 1651,
1751, 1851
60F, 673,
6D7, 73B
10)
1552 to 1553,
1652 to 1653,
1752 to 1753,
1852 to 1853
610 to 611,
674 to 675,
6D8 to 6D9,
73C to 73D
11)
1559, 1659,
1759, 1859
617, 67B,
6DF, 743
-
-
-
1)
1517, 1617
5ED, 651
2)
1717, 1817
6B5, 719
3)
1518 to 1519,
1618 to 1619
5EE to 5EF,
652 to 653
5)
6)
4)
1718 to 1719,
1818 to 1819
6B6 to 6B7,
71A to 71B
5)
1534 to 1535,
1634 to 1635
5FE to 5FF,
662 to 663
6)
1734 to 1735,
1834 to 1835
6C6 to 6C7,
72A to 72B
7)
1536 to 1537,
1636 to 1637
600 to 601,
664 to 665
8)
1736 to 1737,
1836 to 1837
6C8 to 6C9,
72C to 72D
-
-
-
3
4
5
6
INTELLIGENT
MODULE MONITOR
7)
8)
2
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
3)
4)
2)
9)
10)
1)
2)
1)
OVERVIEW
5)
6)
7)
8)
HEX
602, 670,
6CA, 72E
SYSTEM MONITOR
2)
DEC
1538, 1638,
1738, 1838
LADDER MONITOR
FUNCTION
1)
1
Buffer memory address
MELSEC-A LIST
EDITOR
No.
MELSEC-FX LIST
EDITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 119
Screen example
No.
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
9)
10)
11)
12)
13)
14)
15)
16)
25)
26)
27)
28)
29)
30)
31)
32)
6 - 120
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
1)
1212 to 1216
4BC to 4C0
2)
1217 to 1221
4C1 to 4C5
3)
1222 to 1226
4C6 to 4CA
4)
1227 to 1231
4CB to 4CF
5)
1232 to 1236
4D0 to 4D4
6)
1237 to 1241
4D5 to 4D9
7)
1242 to 1246
4DA to 4DE
8)
1247 to 1251
4DF to 4E3
9)
1252 to 1256
4E4 to 4E8
10)
1257 to 1261
4E9 to 4ED
4EE to 4F2
11)
1262 to 1266
12)
1267 to 1271
4F3 to 4F7
13)
1272 to 1276
4F8 to 4FC
14)
1277 to 1281
4FD to 501
15)
1282 to 1286
502 to 506
16)
1287 to 1291
507 to 50B
-
-
-
1)
1293 to 1296
50D to 510
2)
1297 to 1300
511 to 514
3)
1301 to 1304
515 to 518
4)
1305 to 1308
519 to 51C
5)
1309 to 1312
51D to 520
6)
1313 to 1316
521 to 524
7)
1317 to 1320
525 to 528
8)
1321 to 1324
529 to 52C
52D to 530
9)
1325 to 1328
10)
1329 to 1332
531 to 534
11)
1333 to 1336
535 to 538
12)
1337 to 1340
539 to 53C
13)
1341 to 1344
53D to 540
14)
1345 to 1348
541 to 544
15)
1349 to 1352
545 to 548
16)
1353 to 1356
549 to 54C
17)
1358 to 1361
54E to 551
18)
1362 to 1365
552 to 555
19)
1366 to 1369
556 to 559
20)
1370 to 1373
55A to 55D
21)
1374 to 1377
55E to 561
22)
1378 to 1381
562 to 565
23)
1382 to 1385
566 to 569
24)
1386 to 1389
56A to 56D
25)
1390 to 1393
56E to 571
26)
1394 to 1397
572 to 575
27)
1398 to 1401
576 to 579
28)
1402 to 1405
57A to 57D
29)
1406 to 1409
57E to 581
30)
1410 to 1413
582 to 585
31)
1414 to 1417
586 to 589
32)
1418 to 1421
58A to 58D
-
-
-
2)
2010 to 2012,
2014 to 2019
7DA to 7DC,
7DE to 7E3
3)
2020 to 2022,
2024 to 2029
7E4 to 7E6,
7E8 to 7ED
4)
8000 to 8002,
8004 to 8009
1F40 to 1F41,
1F44 to 1F49
5)
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
6)
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7)
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
8)
14010 to 14012,
14014 to 14019
36BA to 36BB,
36BE to 36C3,
9)
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
10)
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
11)
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
12)
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
-
-
-
1)
30100, 30300,
30500, 30700
7594, 765C,
7724, 77EC
2)
30102, 30302
30502 30702
7596, 765E,
7726, 77EE
2)
3)
30103, 30303
30503, 30703
7797, 765F,
7727, 77EF
3)
4)
4)
30104, 30304,
30504, 30704
7798, 7660,
7728, 77F0
5)
30108, 30308,
30508, 30708
759C, 7664,
772C, 77F4
6)
30109, 30309,
30509, 30709
759D, 7665,
772D, 77F5
7)
30110, 30310,
30510, 30710
7591, 7666,
772E, 77F6
8)
30114, 30314,
30514, 30714
75A2, 766A,
7732, 77FA
9)
30115, 30315,
30515, 30715
75A3, 766B,
7733, 77FB
-
-
-
1)
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
6)
7)
8)
9)
4
5
6
7
NETWORK
MONITOR
5)
3
8
Q MOTION
MONITOR
1)
2
SYSTEM MONITOR
1)
LADDER MONITOR
FUNCTION
HEX
7D0 to 7D2,
7D4 to 7D9
MELSEC-A LIST
EDITOR
DEC
2000 to 2002,
2004 to 2009
OVERVIEW
1
Buffer memory address
MELSEC-FX LIST
EDITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 121
Screen example
No.
HEX
1)
30119, 30319,
30519, 30719
75A7, 766F,
7737, 77FF
2)
30120, 30320,
30520 30720
75A8, 7670,
7738, 7800
3)
30122, 30322,
30522, 30722
75AA, 7672,
773A, 7802
4)
30124, 30324,
30524, 30724
75AC, 7674,
773C, 7804
5)
30125, 30325,
30525, 30725
75AD, 7675,
773D, 7805
6)
30126, 30326,
30526, 30726
75AE, 7676,
773E, 7806
7)
30127, 30327,
30527, 30727
75AF, 7677,
773F, 7807
8)
30128, 30328,
30528, 30728
75B0, 7678,
7740, 7808
9)
30129, 30329,
30529, 30729
75B1, 7679,
7741, 7809
10)
30131, 30331,
30531, 30731
75B3, 767B,
7743, 780B
11)
30133, 30333,
30533, 30733
75B5, 767D,
7745, 780D
12)
30136, 30336,
30536, 30736
75B8, 7680,
7748, 7810
13)
30141, 30341,
30541, 30741
75BD, 7685,
774D, 7815
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
Buffer memory address
DEC
-
-
-
1)
2)
30132, 30332,
30532, 30732
75B4, 767C,
7744, 780C
1)
3)
4)
5)
30134, 30334,
30534, 30734
75B6, 767E,
7746, 780E
2)
6)
30137, 30337,
30537, 30737
75B9, 7681,
7749, 7811
3)
7)
30138, 30338,
30538, 30738
75BA, 7682,
774A, 7812
4)
8)
9)
30142, 30342,
30542, 30742
75BE, 7686,
774E, 7816
-
-
-
5)
6)
7)
8)
9)
6 - 122
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
30145, 30345,
30545, 30745
75C1, 7689,
7751, 7819
2)
30146, 30346,
30546, 30746
75C2, 768A,
7752, 781A
3)
30147, 30347,
30547, 30747
75C3, 768B,
7753, 781B
4)
5)
6)
4)
30148, 30348,
30548, 30748
75C4, 768C,
7754, 781C
7)
5)
30149, 30349,
30549, 30749
75C5, 768D,
7755, 781D
6)
30150, 30350,
30550, 30750
75C6, 768E,
7756, 781E
7)
30151, 30351,
30551, 30751
75C7, 768F,
7757, 781F
8)
30152, 30352,
30552, 30752
75C8, 7690,
7758, 7820
9)
30144, 30344,
30544, 30744
75C0, 7688,
7750, 7818
1)
2)
3)
8)
2
3
-
-
1)
30164, 30364,
30564, 30764
75D4, 769C,
7764, 782C
2)
30165, 30365,
30565, 30765
75D5, 769D,
7765, 782D
3)
3)
4)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
4
4)
5)
30167, 30367,
30567, 30767
75D7, 769F,
7767, 782F
5)
6)
30168, 30368,
30568, 30768
75D8, 76A0,
7768, 7830
7)
30170, 30370,
30570, 30770
75DA, 76A2,
776A, 7832
1)
2)
6)
7)
MELSEC-A LIST
EDITOR
-
LADDER MONITOR
FUNCTION
9)
OVERVIEW
No.
SYSTEM MONITOR
Screen example
5
-
MELSEC-FX LIST
EDITOR
-
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 123
Screen example
No.
1)
2)
3)
4)
1)
2)
3)
6 - 124
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
1)
30174, 30374,
30574, 30774
75DE, 76A6,
776E, 7836
2)
30175, 30375,
30575, 30775
75DF, 76A7,
776F, 7837
3)
30172, 30372,
30572, 30772
75DC, 76A4,
776C, 7834
4)
30173, 30373,
30573, 30773
75DD, 76A5,
776D, 7835
-
-
-
1)
30202, 30402,
30602, 30802
75FA, 76C2,
778A, 7852
2)
30203, 30403,
30603, 30803
75FB, 76C3,
778B, 7853
3)
30204, 30404,
30604, 30804
75FC, 76C4,
778C, 7854
-
-
-
No.
1)
1)
2)
3)
4)
10)
11)
12)
13)
5)
6)
14)
15)
16)
17)
Buffer memory address
DEC
HEX
800, 812
320, 32C
2)
900, 912
384, 390
3)
1000, 1012
3E8, 3F4
4)
1100, 1112
44C, 458
5)
806 to 809
326 to 329
6)
906 to 909
326 to 329
7)
1006 to 1009
3EE to 3F1
8)
1106 to 1109
452 to 455
9)
1431
597
10)
829, 838
33D, 346
11)
929, 938
3A1, 3AA
8)
12)
1029, 1038
405, 40E
13)
1129, 1138
469, 472
9)
14)
838
346
15)
938
3AA
16)
1038
40E
17)
1138
472
-
-
-
1)
-
-
-
-
-
3
4
MELSEC-A LIST
EDITOR
7)
2
SYSTEM MONITOR
Screen example
OVERVIEW
1
QD77MS4, QD77MS2 module monitoring
LADDER MONITOR
FUNCTION
6.5.35
5
MELSEC-FX LIST
EDITOR
1)
2)
4)
0, 150, 300, 450
0, 96, 12C, 1C2
2)
2 to 3, 152 to 153,
302 to 303, 452 to 453
2 to 3, 98 to 99,
12E to 12F,
1C4 to 1C5
3)
1, 151, 301, 451
1, 97, 12D, 1C3
4)
6 to 7, 156 to 157,
306 to 307,
456 to 457
6 to 7, 9C to 9D,
132 to 133,
1C8 to 1C9
-5)
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131,
1C6 to 1C7
-
-
-
5)
7
NETWORK
MONITOR
1)
1)
INTELLIGENT
MODULE MONITOR
6
3)
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 125
Screen example
1)
No.
3)
Buffer memory address
DEC
HEX
1)
10 to 11, 160 to 161,
310 to 311, 460 to 461
A to B, A0 to A1,
136 to 137,
1CC to 1CD
2)
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3,
138 to 139, 1CE to
1CF
3)
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to
1D1
-
-
-
1)
17, 167, 317, 467
11, A7, 13D, 1D3
2)
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to
1D5
3)
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,
140 to 141,
1D6 to 1D7
2)
1)
4)
5)
2)
3)
4)
33
21
5)
22, 172, 322, 472
16, AC, 142, 1D8
6)
23, 173, 323, 473
17, AD, 143, 1D9
7)
26, 176, 326, 476
1A, B0, 146, 1DC
-
-
-
1)
27, 177, 327, 477
1B, B1, 147, 1DD
2)
28, 178, 328, 478
1C, B2, 148, 1DE
3)
29, 179, 329, 479
1D, B3, 149, 1DF
4)
24 to 25, 174 to 175,
324 to 325, 474 to 475
18 to 19, AE to AF,
144 to 145,
1DA to 1DB
5)
30, 180, 330, 480
1F, B4, 14A, 1E0
6)
31, 181, 331, 481
20, B5, 14B, 1E1
7)
34, 184, 334, 484
22, B8, 14E, 1E4
8)
32, 182, 332, 482
21, B6, 14C, 1E2
9)
35
23
-
-
-
6)
7)
1)
2)
6)
3)
7)
4)
8)
5)
9)
6 - 126
6.5 Intelligent Module Monitor Screens
1)
2)
3)
4)
5)
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
3)
40 to 41, 190 to 191,
340 to 341,
490 to 491
28 to 29, BE to BF,
154 to 155,
1EA to 1EB
4)
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157,
1EC to 1ED
5)
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
6)
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5,
15A to 15B,
1F0 to 1F1
7)
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D,
1F2 to 1F3
8)
50, 200, 350, 500
32, C8, 15E, 1F4
9)
51, 201, 351, 501
33, C9, 15F, 1F5
-
-
-
1)
52, 202, 352, 502
34, CA, 160, 1F6
9)
6)
11)
8)
2)
53, 203, 353, 503
35, CB, 161, 1F7
3)
56, 206, 356, 506
38, CE, 164, 1FA
4)
57, 207, 357, 507
39, CF, 165, 1FB
5)
58, 208, 358, 508
3A, D0, 166, 1FC
6)
54, 204, 354, 504
36, CC,162, 1F8
7)
59, 209, 359, 509
3B, D1, 167, 1FD
8)
67, 217, 367, 517
43, D9, 16F, 205
9)
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
10)
62, 212, 362, 512
3E, D4, 16A, 200
11)
63, 213, 363, 513
3F, D5, 16B, 201
12)
64 to 65, 214 to 215,
364 to 365, 514 to 515
40 to 41, D6 to D7,
16C to 16D,
202 to 203
-
-
-
1)
82, 232, 382, 532
52, E8, 17E, 214
2)
83, 233, 383, 533
53, E9, 17F, 215
3)
86, 236, 386, 536
56, EC, 182, 218
4)
87, 237, 387, 537
57, ED, 183, 219
5)
80 to 81, 230 to 231,
380 to 381, 530 to 531
50 to 51, E6 to E7,
17C to 17D,
212 to 213
6)
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
12)
6)
3)
4)
7)
7)
88, 238, 388, 538
58, EE, 184, 21A
8)
8)
89, 239, 389, 539
59, EF, 185, 21B
-
-
-
5)
2
3
4
5
6
7
NETWORK
MONITOR
1)
2)
OVERVIEW
2)
SYSTEM MONITOR
1)
9)
10)
7)
HEX
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
LADDER MONITOR
FUNCTION
8)
DEC
36 to 37, 186 to 187,
336 to 337, 486 to 487
MELSEC-A LIST
EDITOR
4)
5)
6)
7)
1
Buffer memory address
MELSEC-FX LIST
EDITOR
1)
2)
3)
No.
INTELLIGENT
MODULE MONITOR
Screen example
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 127
Screen example
No.
1)
HEX
1)
70, 220, 370, 520
46, DC, 172, 208
2)
71, 221, 371, 521
47, DD, 173, 209
3)
78, 228, 378, 528
4E, E4, 17A, 210
4)
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175,
20A to 20B
5)
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177,
20C to 20D
6)
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
-
-
-
5)
2)
3)
4)
6)
5)
1)
2)
3)
4)
5)
1)
2)
3)
4)
6)
7)
7)
8)
1)
816
330
2)
916
394
3)
1016
3F8
4)
1116
45C
5)
817
331
6)
917
395
7)
1017
3F9
8)
1117
45D
-
-
-
1)
818 to 819, 802 to 803
332 to 333, 322 to 323
2)
918 to 919, 902 to 903
396 to 397, 386 to 387
3)
1018 to 1019,
1002 to 1003
3FA to 3FB,
3EA to 3EB
4)
1118 to 1119,
1102 to 1103
45E to 45F,
44E to 44F
5)
820 to 821,
810 to 811,
812 to 813
334 to 335,
32A to 32B,
32C to 32D
6)
920 to 921,
910 to 911,
912 to 913
398 to 399,
38E to 38F,
390 to 391
7)
1020 to 1021,
1010 to 1011,
1012 to 1013
3FC to 3FD,
3F2 to 3F3,
3F4 to 3F5
8)
1120 to 1121,
1110 to 1111,
1112 to 1113
460 to 461,
456 to 457,
458 to 459
8)
9)
10)
5)
6)
7)
8)
6 - 128
6)
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
9)
830, 930, 1030, 1130
33E, 3A2, 406, 46A
10)
831, 931, 1031, 1131
33F, 3A3, 407, 46B
-
-
-
DEC
HEX
827 to 829
33B to 33D
2)
927 to 929
39F to 3A1
3)
1027 to 1029
403 to 405
4)
1127 to 1129
467 to 469
2)
5)
834 to 837
342 to 345
3)
6)
934 to 937
3A6 to 3A9
7)
1034 to 1037
40A to 40D
5)
8)
1134 to 1137
46E to 471
9)
832, 932, 1032, 1132
340, 3A4, 408, 46C
10)
833, 933, 1033, 1133
341, 3A5, 409, 46D
-
-
-
3
1)
848 to 849,
850 to 851,
852 to 853
350 to 351,
352 to 353,
354 to 355
2)
948 to 949,
950 to 951,
952 to 953
3B4 to 3B5,
3B6 to 3B7,
3B8 to 3B9
3)
1048 to 1049,
1050 to 1051,
1052 to 1053
418 to 419,
41A to 41B,
41C to 41D
4)
1148 to 1149,
1150 to 1151,
1152 to 1153
47C to 47D,
47E to 47F,
480 to 481
5)
854 to 855, 856 to 857
356 to 357, 358 to 359
6)
954 to 955, 956 to 957
3BA to 3BB, 3BC to 3BD
7)
1054 to 1055,
1056 to 1057
41E to 41F,
420 to 421
8)
1154 to 1155,
1156 to 1157
480 to 481,
482 to 483
6)
7)
8)
1)
2)
3)
4)
2)
3)
9)
864 to 869
360 to 365
10)
964 to 969
3C4 to 3C9
11)
1064 to 1069
428 to 42D
12)
1164 to 1169
48C to 491
-
-
-
1)
870, 970, 1070, 1170
366, 3CA, 42E, 492
2)
876, 976, 1076, 1176
36C, 3D0, 434, 498
3)
877, 977, 1077, 1177
36D, 3D1, 435, 499
4)
878, 978, 1078, 1178
36E, 3D2, 436, 49A
5)
879, 979, 1079, 1179
36F, 3D3, 437, 49B
6)
880, 980, 1080, 1180
370, 3D4, 438, 49C
-
-
-
5
6
7
4)
5)
6)
NETWORK
MONITOR
1)
9)
10)
11)
12)
4
8
Q MOTION
MONITOR
5)
6)
7)
8)
2
LADDER MONITOR
FUNCTION
10)
4)
MELSEC-A LIST
EDITOR
9)
MELSEC-FX LIST
EDITOR
1)
SYSTEM MONITOR
1)
OVERVIEW
No.
INTELLIGENT
MODULE MONITOR
Screen example
1
Buffer memory address
6.5 Intelligent Module Monitor Screens
6 - 129
Screen example
No.
HEX
824 to 825
338 to 339
2)
924 to 925
39C to 39D
3)
1024 to 1025
400 to 401
4)
1124 to 1125
464 to 465
5)
826, 816
33A, 330
6)
926, 916
39E, 394
7)
1026, 1016
402, 3F8
8)
1126, 1116
466, 45C
-
-
-
1)
814 to 815
32E to 32F
2)
914 to 915
392 to 393
3)
1014 to 1015
3F6 to 3F7
1)
1)
2)
3)
4)
Buffer memory address
DEC
5)
6)
7)
8)
1)
2)
3)
4)
7)
8)
5)
6)
1)
2)
4)
1114 to 1115
45A to 45B
5)
1526 to 1527,
1626 to 1627
5F6 to 5F7,
65A to 65B
6)
1726 to 1727,
1826 to 1927
6BE to 6BF,
722 to 723
7)
817, 917, 1017, 1117
330, 395, 3F9, 45D
8)
1528, 1628,
1728, 1828
5F8, 65C,
6C0, 724
-
-
-
1)
1530 to 1531,
1630 to 1631
5FA to 5FB,
65E to 65F
2)
1730 to 1731,
1830 to 1931
6C2 to 6C3,
726 to 727
3)
817, 917, 1017, 1117
331, 395, 3F9, 45D
4)
1532, 1632,
1732, 1832
5FC, 660,
6C4, 728
-
-
-
3)
4)
6 - 130
6.5 Intelligent Module Monitor Screens
6AA to 6AB,
70E to 70F
3)
1514 to 1515,
1614 to 1615
5EA to 5EB,
64E to 64F
4)
1714 to 1715,
1814 to 1815
6B2 to 6B3,
716 to 717
5)
1513, 1613,
1713, 1813
5E9, 64D,
6B1, 715
6)
1544, 1644,
1744, 1844
608, 66C,
6D0, 734,
7)
1545, 1645,
1745, 1845
609, 66D,
6B1, 735
8)
1546, 1646,
1746, 1846
60A, 66E,
6B2, 736
9)
1547, 1647,
1747, 1847
60B, 66F,
6B3, 737
10)
1505, 1605,
1705, 1805
5E1, 645,
6A9, 70D
7)
8)
3)
4)
9)
10)
1)
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
-
-
-
1)
1500, 1600,
1700, 1800
5DC, 640,
6A4, 708
2)
1501, 1601,
1701, 1801
5DD, 641,
6A5, 709
3)
1502, 1602,
1702, 1802
5DE, 642,
6A6, 70A
4)
1503, 1603,
1703, 1803
5DF, 643,
6A7, 70B
5)
1504, 1604,
1704, 1804
5E0, 644,
6A8, 70C
6)
1512, 1612,
1712, 1812
5E8, 64C,
6B0, 714
7)
1516, 1616,
1716, 1816
5EC, 650,
6B4, 718
8)
1508 to 1509,
1608 to 1609,
1708 to 1709,
1808 to 1809
5E4 to 5E5,
648 to 649,
6AC to 6AD,
710 to 711
9)
1510 to 1511,
1610 to 1611,
1710 to 1711,
1810 to 1811
5E6 to 5E7,
64A to 64B,
6AE to 6AF,
712 to 713
10)
1520, 1620,
1720, 1820
5F0, 654,
6B8, 71C
11)
1521, 1621,
1721, 1821
5F1, 655,
6B9, 71D
12)
1522 to 1523,
1622 to 1623,
1722 to 1723,
1822 to 1823
5F2 to 5F3,
656 to 657,
6BA to 6BB,
71E to 71F
13)
1524, 1624,
1724, 1824
5F4, 658,
6BC, 720
14)
1525, 1625,
1725, 1825
5F5, 659,
68D, 721
-
-
-
14)
2
3
4
5
6
7
8
Q MOTION
MONITOR
7)
OVERVIEW
1706 to 1707,
1806 to 1807
SYSTEM MONITOR
2)
LADDER MONITOR
FUNCTION
1)
MELSEC-A LIST
EDITOR
HEX
5E2 to 5E3,
646 to 647
MELSEC-FX LIST
EDITOR
DEC
1506 to 1507,
1606 to 1607
5)
6)
1
Buffer memory address
INTELLIGENT
MODULE MONITOR
1)
2)
No.
NETWORK
MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 131
Screen example
No.
1)
3)
5)
6)
7)
8)
4)
9)
2)
10)
HEX
1)
1538, 1638,
1738, 1838
602, 670,
6CA, 72E
2)
1548, 1648,
1748, 1848
60C, 670,
6D4, 738
3)
1549, 1649,
1749, 1849
60D, 671,
6D5, 739
4)
1550, 1650,
1750, 1850
60E, 672,
606, 73A
5)
1540, 1640,
1740, 1840
604, 668,
6CB, 730
6)
1541, 1641,
1741, 1841
605, 669,
6CD, 731
7)
1542, 1642,
1742, 1842
606, 66A,
6CE, 732
8)
1543, 1643,
1743, 1843
607, 66B,
6D0, 733
9)
1551, 1651,
1751, 1851
60F, 673,
6D7, 73B
10)
1552, 1652,
1752, 1852
610, 674,
6D8, 73C
11)
1559, 1659,
1759, 1859
617, 67B,
6DF, 743
12)
1565, 1665,
1765, 1865
61D, 681,
6E5, 749
11)
12)
5)
6)
1)
2)
3)
4)
6 - 132
7)
8)
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
-
-
-
1)
1517, 1617
5ED, 651
2)
1717, 1817
6B5, 719
3)
1518 to 1519,
1618 to 1619
5EE to 5EF,
652 to 653
4)
1718 to 1719,
1818 to 1819
6B6 to 6B7,
71A to 71B
5)
1534 to 1535,
1634 to 1635
5FE to 5FF,
662 to 663
6)
1734 to 1735,
1834 to 1835
6C6 to 6C7,
72A to 72B
7)
1536 to 1537,
1636 to 1637
600 to 601,
664 to 665
8)
1736 to 1737,
1836 to 1837
6C8 to 6C9,
72C to 72D
-
-
-
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
33)
34)
4C6 to 4CA
4)
1227 to 1231
4CB to 4CF
5)
1232 to 1236
4D0 to 4D4
6)
1237 to 1241
4D5 to 4D9
7)
1242 to 1246
4DA to 4DE
8)
1247 to 1251
4DF to 4E3
9)
1252 to 1256
4E4 to 4E8
10)
1257 to 1261
4E9 to 4ED
4EE to 4F2
11)
1262 to 1266
12)
1267 to 1271
4F3 to 4F7
13)
1272 to 1276
4F8 to 4FC
14)
1277 to 1281
4FD to 501
15)
1282 to 1286
502 to 506
16)
1287 to 1291
507 to 50B
-
-
-
1)
1293 to 1296
50D to 510
2)
1297 to 1300
511 to 514
3)
1301 to 1304
515 to 518
4)
1305 to 1308
519 to 51C
5)
1309 to 1312
51D to 520
521 to 524
6)
1313 to 1316
7)
1317 to 1320
525 to 528
8)
1321 to 1324
529 to 52C
9)
1325 to 1328
52D to 530
10)
1329 to 1332
531 to 534
11)
1333 to 1336
535 to 538
12)
1337 to 1340
539 to 53C
13)
1341 to 1344
53D to 540
14)
1345 to 1348
541 to 544
15)
1349 to 1352
545 to 548
16)
1353 to 1356
549 to 54C
17)
1358 to 1361
54E to 551
18)
1362 to 1365
552 to 555
19)
1366 to 1369
556 to 559
20)
1370 to 1373
55A to 55D
21)
1374 to 1377
55E to 561
22)
1378 to 1381
562 to 565
23)
1382 to 1385
566 to 569
24)
1386 to 1389
56A to 56D
25)
1390 to 1393
56E to 571
26)
1394 to 1397
572 to 575
27)
1398 to 1401
576 to 579
28)
1402 to 1405
57A to 57D
29)
1406 to 1409
57E to 581
30)
1410 to 1413
582 to 585
31)
1414 to 1417
586 to 589
32)
1418 to 1421
58A to 58D
33)
31300 to 31315
7A44 to 7A53
34)
31316 to 31331
7A54 to 7A63
-
-
-
OVERVIEW
4C1 to 4C5
1222 to 1226
2
SYSTEM MONITOR
1217 to 1221
3)
3
4
5
6
7
8
Q MOTION
MONITOR
25)
26)
27)
28)
29)
30)
31)
32)
9)
10)
11)
12)
13)
14)
15)
16)
2)
LADDER MONITOR
FUNCTION
9)
10)
11)
12)
13)
14)
15)
16)
HEX
4BC to 4C0
MELSEC-A LIST
EDITOR
1)
2)
3)
4)
5)
6)
7)
8)
DEC
1212 to 1216
MELSEC-FX LIST
EDITOR
1)
1
Buffer memory address
INTELLIGENT
MODULE MONITOR
No.
NETWORK
MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 133
Screen example
No.
1)
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
Buffer memory address
DEC
HEX
1)
2000 to 2002,
2004 to 2009
7D0 to 7D2,
7D4 to 7D9
2)
2010 to 2012,
2014 to 2019
7DA to 7DC,
7DE to 7E3
3)
2020 to 2022,
2024 to 2029
7E4 to 7E6,
7E8 to 7ED
4)
8000 to 8002,
8004 to 8009
1F40 to 1F41,
1F44 to 1F49
5)
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
6)
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7)
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
8)
14010 to 14012,
14014 to 14019
36BA to 36BB,
36BE to 36C3
9)
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
10)
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
11)
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
12)
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
-
-
-
1)
30100, 30300,
30500, 30700
7594, 765C,
7724, 77EC
2)
30102, 30302
30502 30702
7596, 765E,
7726, 77EE
3)
30103, 30303
30503, 30703
7797, 765F,
7727, 77EF
4)
30104, 30304,
30504, 30704
7798, 7660,
7728, 77F0
5)
30108, 30308,
30508, 30708
759C, 7664,
772C, 77F4
5)
6)
30109, 30309,
30509, 30709
759D, 7665,
772D, 77F5
6)
7)
30110, 30310,
30510, 30710
7591, 7666,
772E, 77F6
8)
30114, 30314,
30514, 30714
75A2, 766A,
7732, 77FA
9)
30115, 30315,
30515, 30715
75A3, 766B,
7733, 77FB
1)
2)
3)
4)
7)
8)
9)
1)
2)
3)
4)
6 - 134
6.5 Intelligent Module Monitor Screens
-
-
-
1)
30104, 30304,
30504, 30704
7598, 7660
7728, 77F0
2)
30116, 30316,
30516, 30716
75A4, 766C,
7734, 77FC
3)
30117, 30317,
30517, 30717
75A5, 766D,
7735, 77FD
4)
30118, 30318,
30518, 30718
75A4, 766E,
7736, 77FE
-
-
-
DEC
HEX
1)
31632, 31882,
32132, 32382
7B90, 7C8A,
7D84, 7E7E
2)
31633, 31883,
32133, 32383
7B91, 7C8B,
7D85, 7E7F
3)
31636, 31886,
32136, 32386
7B94, 7C8E,
7D88, 7E82
4)
31635, 31885,
32135, 32385
7B93, 7C8D,
7D87, 7E81
-
-
-
1)
2)
1
Buffer memory address
3)
OVERVIEW
No.
2
SYSTEM MONITOR
Screen example
4)
1)
30119, 30319,
30519, 30719
75A7, 766F,
7737, 77FF
2)
30120, 30320,
30520 30720
75A8, 7670,
7738, 7800
3)
30122, 30322,
30522, 30722
75AA, 7672,
773A, 7802
4)
30124, 30324,
30524, 30724
75AC, 7674,
773C, 7804
5)
30125, 30325,
30525, 30725
75AD, 7675,
773D, 7805
6)
30126, 30326,
30526, 30726
75AE, 7676,
773E, 7806
7)
30127, 30327,
30527, 30727
75AF, 7677,
773F, 7807
8)
30128, 30328,
30528, 30728
75B0, 7678,
7740, 7808
9)
30129, 30329,
30529, 30729
75B1, 7679,
7741, 7809
10)
30131, 30331,
30531, 30731
75B3, 767B,
7743, 780B
11)
30133, 30333,
30533, 30733
75B5, 767D,
7745, 780D
MELSEC-FX LIST
EDITOR
12)
30136, 30336,
30536, 30736
75B8, 7680,
7748, 7810
6
13)
30141, 30341,
30541, 30741
75BD, 7685,
774D, 7815
13)
-
-
-
1)
2)
30132, 30332,
30532, 30732
75B4, 767C,
7744, 780C
3)
4)
5)
30134, 30334,
30534, 30734
75B6, 767E,
7746, 780E
2)
6)
30137, 30337,
30537, 30737
75B9, 7681,
7749, 7811
3)
7)
30138, 30338,
30538, 30738
75BA, 7682,
774A, 7812
4)
8)
9)
30142, 30342,
30542, 30742
75BE, 7686,
774E, 7816
-
-
-
1)
5)
6)
7)
8)
MELSEC-A LIST
EDITOR
4
5
INTELLIGENT
MODULE MONITOR
2)
7
NETWORK
MONITOR
1)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
LADDER MONITOR
FUNCTION
3
8
Q MOTION
MONITOR
9)
6.5 Intelligent Module Monitor Screens
6 - 135
Screen example
No.
Buffer memory address
DEC
HEX
1)
30145, 30345,
30545, 30745
75C1, 7689,
7751, 7819
2)
30146, 30346,
30546, 30746
75C2, 768A,
7752, 781A
3)
30147, 30347,
30547, 30747
75C3, 768B,
7753, 781B
4)
5)
6)
4)
30148, 30348,
30548, 30748
75C4, 768C,
7754, 781C
7)
5)
30149, 30349,
30549, 30749
75C5, 768D,
7755, 781D
6)
30150, 30350,
30550, 30750
75C6, 768E,
7756, 781E
7)
30151, 30351,
30551, 30751
75C7, 768F,
7757, 781F
8)
30152, 30352,
30552, 30752
75C8, 7690,
7758, 7820
9)
30144, 30344,
30544, 30744
75C0, 7688,
7750, 7818
1)
2)
3)
8)
9)
-
-
-
1)
30120, 30320,
30520, 30720
75A8, 7670,
7738, 7800
2)
30121, 30321,
30521, 30721
75A9, 7671,
7739, 7801
3)
30130, 30330,
30530, 30730
75B2, 767A,
7742, 780A
4)
5)
30135, 30335,
30535, 30735
75B7, 767F,
7747, 780F
6)
30139, 30339,
30539, 30739
75BB, 7683,
774B, 7813
7)
30140, 30340,
30540, 30740
75BC, 7684,
774C, 7814
-
-
-
1)
30153, 30353,
30553, 30753
75C9, 7691,
7759, 7821
2)
30154, 30354,
30554, 30754
75CA, 5692,
775A, 7822
3)
4)
30163, 30363,
30563, 30763
75D3, 769B,
7763, 782B
-
-
-
1)
2)
3)
4)
5)
6)
7)
1)
2)
3)
4)
6 - 136
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
31645, 31895,
32145, 32395
7B9D, 7C97,
7D91, 7E8B
2)
2)
3)
4)
31646, 31896,
32146, 32396
7B9E, 7C98,
7D92, 7E8C
3)
5)
31647, 31897,
32147, 32397
7B9F, 7C99,
7D93, 7E8D
6)
7)
8)
31648, 31898,
32148, 32398
7BA0, 7C9A,
7D94, 7E8E
-
-
-
1)
4)
5)
6)
3
1)
31649, 31899,
32149, 32399
7BA1, 7C9B,
7D95, 7E8F
2)
2)
3)
4)
31650, 31900,
32150, 32400
7BA2, 7C9C,
7D96, 7E90
3)
5)
31651, 31901,
32151, 32401
7BA3, 7C9D,
7D97, 7E91
4)
6)
31652, 31902,
32152, 32402
7BA4, 7C9E,
7D98, 7E92
5)
6)
7)
31653, 31903,
32153, 32403
7BA5, 7C9F,
7D99, 7E93
8)
31654, 31904,
32154, 32404
7BA6, 7CA0,
7D9A, 7E94
1)
7)
8)
LADDER MONITOR
FUNCTION
8)
9)
2
4
MELSEC-A LIST
EDITOR
7)
OVERVIEW
No.
SYSTEM MONITOR
Screen example
31455, 31705,
31955, 32205
7ADF, 7BD9,
7CD3, 7DCD
2)
31456, 31706,
31956, 32206
7AE0, 7BDA,
7CD4, 7DCE
3)
4)
31457, 31707,
31957, 32207
7AE1, 7BDB,
7CD5, 7DCF
6
5)
31458, 31708,
31958, 32208
7AE2, 7BDC,
7CD6, 7DD0
6)
31459, 31709,
31959, 32209
7AE3, 7BDD,
7CD7, 7DD1
-
-
-
1)
2)
3)
7
8
Q MOTION
MONITOR
5)
NETWORK
MONITOR
4)
INTELLIGENT
MODULE MONITOR
1)
MELSEC-FX LIST
EDITOR
5
6.5 Intelligent Module Monitor Screens
6 - 137
Screen example
No.
Buffer memory address
DEC
HEX
1)
30164, 30364,
30564, 30764
75D4, 769C,
7764, 782C
2)
30165, 30365,
30565, 30765
75D5, 769D,
7765, 782D
3)
3)
4)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
4)
5)
30167, 30367,
30567, 30767
75D7, 769F,
7767, 782F
5)
6)
30168, 30368,
30568, 30768
75D8, 76A0,
7768, 7830
7)
30170, 30370,
30570, 30770
75DA, 76A2,
776A, 7832
-
-
-
1)
30174, 30374,
30574, 30774
75DE, 76A6,
776E, 7836
2)
30175, 30375,
30575, 30775
75DF, 76A7,
776F, 7837
3)
30172, 30372,
30572, 30772
75DC, 76A4,
776C, 7834
4)
30173, 30373,
30573, 30773
75DD, 76A5,
776D, 7835
-
-
-
1)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
2)
30169, 30369,
30569, 30769
75D9, 76A1,
7769, 7831
3)
30171, 30371,
30571, 30771
75DB, 76A3,
776B, 7833
4)
30180, 30380,
30580, 30780
75E4, 76AC,
7774, 783C
5)
30181, 30381,
30581, 30781
75E5, 76AD,
7775, 783D
6)
30183, 30383,
30583, 30783
75E7, 76AF,
7777, 783F
7)
30184, 30384,
30584, 30784
75E8, 76B0,
7778, 7840
8)
30187, 30387,
30587, 30787
75EB, 76B3,
777B, 7843
-
-
-
1)
2)
6)
7)
1)
2)
3)
4)
1)
2)
3)
4)
5)
6)
7)
8)
6 - 138
6.5 Intelligent Module Monitor Screens
No.
1)
2)
1
Buffer memory address
DEC
HEX
1)
30190, 30390,
30590, 30790
75EE, 76B6,
777E, 7846
2)
30192, 30392,
30592, 30792
75F0, 76B8,
7780, 7848
3)
4)
30194, 30394,
30594, 30794
75F2, 76BA,
7782, 784A
-
-
-
2
SYSTEM MONITOR
3)
OVERVIEW
Screen example
30202, 30402,
30602, 30802
75FA, 76C2,
778A, 7852
2)
30203, 30403,
30603, 30803
75FB, 76C3,
778B, 7853
3)
30204, 30404,
30604, 30804
75FC, 76C4,
778C, 7854
4)
30207, 30407,
30607, 30807
75FF, 76C7,
778F, 7857
5)
30209, 30409,
30609, 30809
7601, 76C9,
7791, 7859
-
-
-
1)
30228, 30428,
30628, 30828
7614, 76DC,
77A4, 786C
1)
2)
3)
4)
30230, 30430,
30630, 30830
7616, 76DE,
77A6, 786E
2)
5)
30231, 30431,
30631, 30831
7617, 76DF,
77A7, 786F
3)
6)
30232, 30432,
30632, 30832
7618, 76E0,
77A8, 7870
4)
7)
30233, 30433,
30633, 30833
7619, 76E1,
77A9, 7871
5)
8)
30234, 30434,
30634, 30834
761A, 76E2,
77AA, 7872
4)
6)
5
6
7
7)
-
-
-
NETWORK
MONITOR
8)
MELSEC-FX LIST
EDITOR
5)
4
INTELLIGENT
MODULE MONITOR
1)
2)
3)
MELSEC-A LIST
EDITOR
1)
LADDER MONITOR
FUNCTION
3
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 139
Screen example
No.
Buffer memory address
DEC
HEX
1)
30235, 30435,
30635, 30835
761B, 76E3,
77AB, 7873
2)
3)
4)
30237, 30437,
30637, 30837
761D, 76E5,
77AD, 7875
2)
5)
30261, 30461,
30661, 30861
7635, 76FD,
77C5, 788D
3)
6)
30262, 30462,
30662, 30862
7636, 76FE,
77C6, 788E
-
-
-
1)
31712, 31962,
32212, 32462
7BE0, 7CDA,
7DD4, 7ECE
-
-
-
1)
30905, 30955,
31005, 31055
78B9, 78EB,
791D, 794F
2)
30911, 30961,
31011, 31061
78BF, 78F1,
7923, 7955
-
-
-
1)
4)
5)
6)
1)
1)
2)
6 - 140
6.5 Intelligent Module Monitor Screens
DEC
HEX
1)
31740, 31990,
32240, 32490
7BFC, 7CF6,
7DF0, 7EEA
2)
31742, 31992,
32242, 32492
7BFE, 7CF8,
7DF2, 7EEC
2)
3)
31743, 31993,
32243, 32493
7BFF, 7CF9,
7DF3, 7EED
3)
4)
31744, 31994,
32244, 32494
7C00, 7CFA,
7DF4, 7EEE
5)
31750, 32000,
32250, 32500
7C06, 7D00,
7DFA, 7EF4
-
-
-
1)
31784, 32034,
32284, 32534
7C28, 7D22,
7E1C, 7F16
2)
31784, 32034,
32284, 32534
7C28, 7D22,
7E1C, 7F16
3)
31785, 32035,
32285, 32535
7C29, 7D23,
7E1D, 7F17
4)
31786, 32036,
32286, 32536
7C2A, 7D24,
7E1E, 7F18
-
-
-
1)
4)
5)
2)
2
3
4
MELSEC-A LIST
EDITOR
1)
OVERVIEW
1
Buffer memory address
SYSTEM MONITOR
No.
LADDER MONITOR
FUNCTION
Screen example
3)
4)
1)
2)
31787, 32037,
32287, 32537
7C2B, 7D25,
7E1F, 7F19
1)
MELSEC-FX LIST
EDITOR
5
-
-
INTELLIGENT
MODULE MONITOR
6
-
2)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 141
Screen example
No.
HEX
1)
31788, 32038,
32288, 32538
7C2C, 7D26,
7E20, 7F1A
2)
31789, 32039,
32289, 32539
7C2D, 7D27,
7E21, 7F1B
3)
31790, 32040,
32290, 32540
7C2E, 7D28,
7E22, 7F1C
4)
31792, 32042,
32292, 32542
7C30, 7D2A,
7E24, 7F1E
5)
6)
31791, 32041,
32291, 32541
7C2F, 7D29,
7E23, 7F1D
-
-
-
1)
2)
31800, 32050,
32300, 32550
7C38, 7D32,
7E2C, 7F26
3)
31801, 32051,
32301, 32551
7C39, 7D33,
7E2D, 7F27
-
-
-
1)
2)
3)
4)
5)
Buffer memory address
DEC
6)
1)
2)
3)
6 - 142
6.5 Intelligent Module Monitor Screens
6.5.36
1
QD77MS16 module monitoring
2)
5)
OVERVIEW
Screen example
1)
6)
SYSTEM MONITOR
2
7)
3)
LADDER MONITOR
FUNCTION
3
8)
4)
Axis
4)
-
Buffer memory address
DEC
4231
HEX
4
1087
5 to 8
2800, 2900, 3000, 3100
AF0, B54, BB8, C1C
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
9 to 12
3200, 3300, 3400, 3500
C80, CE4, D48, DAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
13 to 16
3600, 3700, 3800, 3900
E10, E74, ED8, F3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
1 to 4
2412, 2512, 2612, 2712
96C, 9D0, A34, A98
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
5 to 8
2812, 2912, 3012, 3112
AFC, B60, BC4, C28
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
9 to 12
3212, 3312, 3412, 3512
C8C, CF0, D54, DB8
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
13 to 16
3612, 3712, 3812, 3912
E1C, E80, EE4, F48
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
2406 to 2409, 2506 to 2509,
2606 to 2609, 2706 to 2709
966 to 969, 9CA to 9CD,
A2E to A31,
A92 to A95
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
1 to 4
2441, 2541, 2641, 2741
989, 9ED, A51, AB5
5 to 8
2841, 2941, 3041, 3141
B19, B7D, BE1, C45
2806 to 2809, 2906 to 2909,
3006 to 3009, 3106 to 3109
AF6 to AF9, B5A to B5D,
BBE to BC1,
C22 to C25
3206 to 3209, 3306 to 3309,
3406 to 3409, 3506 to 3509
C86 to C89, CEA to CED,
D4E to D51,
DB2 to DB5
3606 to 3609, 3706 to 3709,
3806 to 3809, 3906 to 3909
E16 to E19, E7A to E7D,
EDE to EE1, F42 to F45
1 to 4
5)
6)
7)
5 to 8
3)
9 to 12
13 to 16
8)
-
9 to 12
3241, 3341, 3441, 3541
CA9, D0D, D71, DD5
13 to 16
3641, 3741, 3841, 3941
E39, E9D, F01, F65
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
-
-
-
MELSEC-A LIST
EDITOR
2)
960, 9C4, A28, A8C
No.
5
6
7
NETWORK
MONITOR
1)
2400, 2500, 2600, 2700
HEX
MELSEC-FX LIST
EDITOR
1 to 4
Buffer memory address
DEC
INTELLIGENT
MODULE MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 143
Screen example
1)
No.
Axis
1)
-
Buffer memory address
DEC
HEX
-
-
No.
Axis
-
-
Buffer memory address
DEC
HEX
-
-
Screen example
1)
4)
2)
5)
3)
No.
Axis
Buffer memory address
DEC
HEX
Axis
Buffer memory address
DEC
HEX
1 to 4
0, 150, 300, 450
0, 96, 12C, 1C2
1 to 4
6 to 7, 156 to 157,
306 to 307, 456 to 457
5 to 8
600, 750, 900,1050,
258, 2EE, 3E8, 47E
5 to 8
606 to 607, 756 to 757,
906 to 907, 1056 to 1057
25E to 25F, 2F4 to 2F5,
38A to 38B, 420 to 421
9 to 12
1200, 1350, 1500, 1650
514, 5AA, 640, 6D6
9 to 12
1206 to 1207, 1356 to 1357,
1506 to 1507, 1656 to 1657
4B6 to 4B7, 54C to 54D,
5E2 to 5E3, 678 to 679
13 to 16
1800, 1950, 2100, 2250
708, 79E, 834, 8CA
13 to 16
1806 to 1807, 1956 to 1957,
2106 to 2107, 2256 to 2257
70E to 70F, 7A4 to 7A5,
83A to 83B, 8D0 to 8D1
1 to 4
2 to 3, 152 to 153,
302 to 303, 452 to 453
2 to 3, 98 to 99,
12E to 12F, 1C4 to 1C5
1 to 4
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131 1C6 to 1C7
5 to 8
602 to 603, 752 to 753, 902 to
903, 1052 to 1053
25A to 25B, 2F0 to 2F1,
386 to 387, 41C to 41D
5 to 8
604 to 605, 754 to 755, 904 to
905, 1054 to 1055
25C to 25D, 2F2 to 2F3,
388 to 389, 41E to 41F
9 to 12
1202 to 1203, 1352 to 1353,
1502 to 1503, 1652 to 1653
4B2 to 4B3, 548 to 549,
5DE to 5DF, 674 to 675
9 to 12
1204 to 1205, 1354 to 1355,
1504 to 1505, 1654 to 1655
4B4 to 4B5, 54A to 54B,
5E0 to 5E1, 676 to 677
13 to 16
1802 to 1803, 1952 to 1953,
2102 to 2103, 2252 to 2253
70A to 70B, 7A0 to 7A1,
836 to 837, 8CC to 8CD
13 to 16
1804 to 1805, 1954 to 1955,
2104 to 2105, 2254 to 2255
70C to 70D, 7A2 to 7A3,
838 to 839, 8CE to 8CF
1 to 4
1, 151, 301, 451
1, 97, 12D, 1C3
5 to 8
601, 751, 901, 1051
259, 2EF, 385, 41B
9 to 12
1201, 1351, 1501, 1651
4B1, 547, 5DD, 673
13 to 16
1801, 1951, 2101, 2251
709, 79F, 835, 8CB
1)
4)
2)
3)
No.
6 - 144
6.5 Intelligent Module Monitor Screens
5)
-
-
6 to 7, 9C to 9D,
132 to 133, 1C8 to 1C9
-
1
1)
OVERVIEW
Screen example
3)
SYSTEM MONITOR
2
2)
A to B, A0 to A1,
136 to 137, 1CC to 1CD
5 to 8
610 to 611, 760 to 761,
910 to 911, 1060 to 1061
262 to 263, 2F8 to 2F9,
2F8 to 2F9, 424 to 425
9 to 12
1210 to 1211, 1360 to 1361,
1510 to 1511, 1660 to 1661
4BA to 4BB, 550 to 551,
5E6 to 5E7, 67C to 67D
13 to 16
1810 to 1811, 1960 to 1961,
2110 to 2111, 2260 to 2261
712 to 713, 7A8 to 7A9,
83E to 83F, 8D4 to 8D5
1 to 4
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D,A2 to A3, 138 to
139, 1CE to 1CF
5 to 8
612 to 613, 762 to 763,
912 to 913, 1062 to 1063
264 to 265, 2FA to 2FB,
390 to 391, 426 to 427
1 to 4
1)
2)
9 to 12
1212 to 1213, 1362 to 1363,
1512 to 1513, 1662 to 1663
4BC to 4BD, 552 to 553,
5E8 to 5E9, 67E to 67F
13 to 16
1812 to 1813, 1962 to 1963,
2112 to 2113, 2262 to 2263
714 to 715, 7AA to 7AB,
840 to 841, 8D6 to 8D7
1 to 4
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
4
5 to 8
614 to 615, 764 to 765,
914 to 915, 1064 to 1065
266 to 267, 2FC to 2FD,
392 to 393, 428 to 429
9 to 12
1214 to 1215, 1364 to 1365,
1514 to 1515, 1664 to 1665
4BE to 4BF, 554 to 555,
5EA to 5EB, 680 to 681
13 to 16
1814 to 1815, 1964 to 1965,
2114 to 2115, 2264 to 2265
716 to 717, 7AC to 7AD,
842 to 843, 8D8 to 8D9
Axis
2)
3)
Buffer memory address
DEC
HEX
MELSEC-A LIST
EDITOR
10 to 11, 160 to 161,
310 to 311, 460 to 461
No.
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 145
Screen example
4)
1)
5)
2)
3)
6)
7)
No.
1)
Axis
HEX
1 to 4
17, 167, 317, 467
11, A7, 13D, 1D3
5 to 8
617, 767, 917, 1067
617, 767, 917, 1067
9 to 12
1217, 1367, 1517, 1667
1217, 1367, 1517, 1667
13 to 16
1817, 1967, 2117, 2267
1817, 1967, 2117, 2267
1 to 4
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
5 to 8
618 to 619, 768 to 769, 918 to
919, 1068 to 1069
No.
3)
4)
Buffer memory address
Axis
13 to 16
-
DEC
1820 to 1821, 1970 to 1971,
2120 to 2121, 2270 to 2271
HEX
71C to 71D, 7B2 to 7B3,
848 to 849, 8DE to 8DF
33
21
1 to 4
22, 172, 322, 472
16, AC, 142, 1D8
622, 772, 922, 1072
5 to 8
622, 772, 922, 1072
9 to 12
1222, 1372, 1522, 1672
1222, 1372, 1522, 1672
26A to 26B, 300 to 301,
396 to 397, 42C to 42D
13 to 16
1822, 1972, 2122, 2272
1822, 1972, 2122, 2272
1 to 4
23, 173, 323, 473
17, AD, 143, 1D9
9 to 12
1218 to 1219, 1368 to 1369,
1518 to 1519, 1668 to 1669
4C2 to 4C3, 558 to 559,
5EE to 5EF, 684 to 685
5 to 8
623, 773, 923, 1073
26F, 305, 39B, 431
9 to 12
1223, 1373, 1523, 1673
4C7, 55D, 5F3, 689
13 to 16
1818 to 1819, 1968 to 1969,
2118 to 2119, 2268 to 2269
71A to 71B, 7B0 to 7B1,
846 to 847, 8DC to 8DD
13 to 16
1823, 1973, 2123, 2273
71F, 7B5, 84B, 8E1
26, 176, 326, 476
1A, B0, 146, 1DC
1 to 4
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,140 to
141, 1D6 to 1D7
5 to 8
620 to 621, 770 to 771, 920 to
921, 1070 to 1071
26C to 26D, 302 to 303,
398 to 399, 42E to 42F
9 to 12
1220 to 1221, 1370 to 1371,
1520 to 1521, 1670 to 1671
4C4 to 4C5, 55A to 55B,
5F0 to 5F1, 686 to 687
2)
3)
Buffer memory address
DEC
6 - 146
6.5 Intelligent Module Monitor Screens
5)
6)
1 to 4
7)
-
5 to 8
626, 776, 926, 1076
272, 308, 39E, 434
9 to 12
1226, 1376, 1526, 1676
4CA, 560, 5F6, 68C
13 to 16
1826, 1976, 2126, 2276
722, 7B8, 84E, 8E4
-
-
-
1
OVERVIEW
Screen example
1)
2)
6)
2
SYSTEM MONITOR
3)
7)
4)
8)
5)
27, 177, 327, 477
No.
1B, B1, 147, 1DD
5 to 8
627, 777, 927, 1077
273, 309, 39F, 435
9 to 12
1227, 1377, 1527, 1677
4CB, 561, 5F7, 68D
13 to 16
1827, 1977, 2127, 2277
723, 7B9, 84F, 8E5
5)
Buffer memory address
Axis
DEC
HEX
1 to 4
30, 180, 330, 480
1E, B4, 14A, 1E0
5 to 8
630, 780, 930, 1080
276, 30C, 3A2, 438
9 to 12
1230, 1380, 1530, 1680
4CE, 564, 5FA, 690
13 to 16
1830, 1980, 2130, 2280
726, 7BC, 852, 8E8
1 to 4
28, 178, 328, 478
1C, B2, 148, 1DE
1 to 4
31, 181, 331, 481
1F, B5, 14B, 1E1
5 to 8
628, 778, 928, 1078
274, 30A, 3A0, 436
5 to 8
631, 781, 931, 1081
277, 30D, 3A3, 439
9 to 12
1228, 1378, 1528, 1678
4CC, 562, 5F8, 68E
13 to 16
1828, 1978, 2128, 2278
724, 7BA, 850, 8E6
1 to 4
29, 179, 329, 479
1D, B3, 149, 1DF
5 to 8
629, 779, 929, 1079
275, 30B, 3A1, 437
9 to 12
1229, 1379, 1529,1679
4CD, 563, 5F9, 68F
13 to 16
1829, 1979, 2129, 2279
725, 7BB, 851, 8E7
1 to 4
24 to 25, 174 to 175, 324 to
325, 474 to 475
18 to 19, AE to AF, 144 to
145, 1DA to 1DB
5 to 8
624 to 625, 774 to 775, 924 to
925, 1074 to 1075
270 to 271, 306 to 307,
39C to 39D, 432 to 433
9 to 12
1224 to 1225, 1374 to 1375,
1524 to 1525, 1674 to 1675
4C8 to 4C9, 55E to 55F,
5F4 to 5F5, 68A to 68B
13 to 16
1824 to 1825, 1974 to 1975,
2124 to 2125, 2274 to 2275
720 to 721, 7B6 to 7B7,
84C to 84D, 8E2 to 8E3
4)
6)
7)
8)
9)
9 to 12
1231, 1381, 1531, 1681
4CF, 565, 5FB, 691
13 to 16
1831, 1981, 2131, 2281
727, 7BD, 853, 8E9
1 to 4
34, 184, 334, 484
22, B8, 14E, 1E4
5 to 8
634, 784, 934, 1084
27A, 310, 3A6, 43C
9 to 12
1234, 1384, 1534, 1684
4D2, 568, 5FE, 694
13 to 16
1834, 1984, 2134, 2284
72A, 7C0, 856, 8EC
1 to 4
32, 182, 332, 482
20, B6, 14C, 1E2
5 to 8
632, 782, 932, 1082
278, 30E, 3A4, 43A
9 to 12
1232, 1382, 1532, 1682
4D0, 566, 5FC, 692
13 to 16
1832, 1982, 2132, 2282
728, 7BE, 854, 8EA
35
23
-
4
MELSEC-A LIST
EDITOR
3)
1 to 4
HEX
5
6
INTELLIGENT
MODULE MONITOR
2)
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
MELSEC-FX LIST
EDITOR
9)
Buffer memory address
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 147
Screen example
1)
2)
3)
7)
8)
4)
5)
6)
9)
10)
No.
Axis
HEX
1 to 4
36 to 37, 186 to 187, 336 to
337, 486 to 487
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
5 to 8
636 to 637, 786 to 787,
936 to 937, 1086 to 1087
27C to 27D, 312 to 313,
3A8 to 3A9, 43E to 43F
9 to 12
1236 to 1237, 1386 to 1387,
1536 to 1537, 1686 to 1687
13 to 16
No.
Axis
Buffer memory address
DEC
HEX
5 to 8
644 to 645, 794 to 794,
944 to 944, 1094 to 1094
284 to 284, 31A to 31A,
3B0 to 3B0, 446 to 446
9 to 12
1244 to 1244, 1394 to 1394,
1544 to 1544, 1694 to 1694
4DC to 4DC, 572 to 572,
608 to 608, 69E to 69E
4D4 to 4D5, 56A to 56B,
600 to 601, 696 to 697
13 to 16
1844 to 1844, 1994 to 1994,
2144 to 2144, 2294 to 2294
734 to 734, 7CA to 7CA,
860 to 860, 8F6 to 8F6
1836 to 1837, 1986 to 1987,
2136 to 2137, 2286 to 2287
72C to 72D, 7C2 to 7C3,
858 to 859, 8EE to 8EF
1 to 4
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5, 15A to
15B, 1F0 to 1F1
1 to 4
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
5 to 8
646 to 646, 796 to 796,
946 to 946, 1096 to 1096
286 to 286, 31C to 31C,
3B2 to 3B2, 448 to 448
5 to 8
638 to 639, 788 to 789,
938 to 939, 1088 to 1089
27E to 27F, 314 to 315,
3AA to 3AB, 440 to 441
9 to 12
1246 to 1246, 1396 to 1396,
1546 to 1546, 1696 to 1696
4DE to 4DE, 574 to 574,
60A to 60A, 6A0 to 6A0
9 to 12
1238 to 1239, 1388 to 1389,
1538 to 1539, 1688 to 1689
4D6 to 4D7, 56C to 56D,
602 to 603, 698 to 699
13 to 16
1846 to 1846, 1996 to 1996,
2146 to 2146, 2296 to 2296
736 to 736, 7CC to 7CC,
862 to 862, 8F8 to 8F8
13 to 16
1838 to 1839, 1988 to 1989,
2138 to 2139, 2288 to 2289
72E to 72F, 7C4 to 7C5,
85A to 85B, 8F0 to 8F1
1 to 4
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
1 to 4
40 to 41, 190 to 191, 340 to
341, 490 to 491
28 to 29, BE to BF, 154 to
155, 1EA to 1EB
5 to 8
648 to 649, 798 to 799, 948 to
949, 1098 to 1099
288 to 289, 31E to 31F,
3B4 to 3B5, 44A to 44B
5 to 8
640 to 641, 790 to 791, 940 to
941, 1090 to 1091
280 to 281, 316 to 317,
3AC to 3AD, 442 to 443
9 to 12
1248 to 1249, 1398 to 1399,
1548 to 1549, 1698 to 1699
4E0 to 4E1, 576 to 577,
60C to 60D, 6A2 to 6A3
9 to 12
1240 to 1241, 1390 to 1391,
1540 to 1541, 1690 to 1691
4D8 to 4D9, 56E to 56F,
604 to 605, 69A to 69B
13 to 16
1848 to 1849, 1998 to 1999,
2148 to 2149, 2298 to 2299
738 to 739, 7CE to 7CF,
864 to 865, 8FA to 8FB
13 to 16
1840 to 1841, 1990 to 1991,
2140 to 2141, 2290 to 2291
730 to 731, 7C6 to 7C7,
85C to 85D, 8F2 to 8F3
1 to 4
50, 200, 350, 500
32, C8, 15E, 1F4
5 to 8
650, 800, 950, 1100
28A, 320, 3B6, 44C
1 to 4
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
9 to 12
1250, 1400, 1550, 1700
4E2, 578, 60E, 6A4
13 to 16
1850, 2000, 2150, 2300
73A, 7D0, 866, 8FC
5 to 8
642 to 643, 792 to 793,
942 to 943, 1092 to 1093
282 to 283, 318 to 319,
3AE to 3AF, 444 to 445
1 to 4
51, 201, 351, 501
33, C9, 15F, 1F5
5 to 8
651, 801, 951, 1101
28B, 321, 3B7, 44D
9 to 12
1242 to 1243, 1392 to 1393,
1542 to 1543, 1692 to 1693
4DA to 4DB, 570 to 571,
606 to 607, 69C to 69D
9 to 12
1251, 1401, 1551, 1701
4E3, 579, 60F, 6A5
13 to 16
1851, 2001, 2151, 2301
73B, 7D1, 867, 8FD
13 to 16
1842 to 1843, 1992 to 1993,
2142 to 2143, 2292 to 2293
732 to 733, 7C8 to 7C9,
85E to 85F, 8F4 to 8F5
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
1)
2)
3)
4)
5)
Buffer memory address
DEC
1 to 4
6 - 148
6.5 Intelligent Module Monitor Screens
5)
6)
7)
8)
9)
10)
1 to 4
69, 219, 369, 519
45, DB, 171, 207
5 to 8
669, 819, 969, 1119
29D, 333, 3C9, 45F
9 to 12
1269, 1419, 1569, 1719
4F5, 58B, 621, 6B7
13 to 16
1869, 2019, 2169, 2319
74D, 7E3, 879, 90F
1
9)
3)
4)
2
5)
SYSTEM MONITOR
10)
6)
11)
8)
No.
1)
Axis
1 to 4
52, 202, 352, 502
HEX
No.
34, CA, 160, 1F6
5 to 8
652, 802, 952, 1102
28C, 322, 3B8, 44E
9 to 12
1252, 1402, 1552, 1702
4E4, 57A, 610, 6A6
13 to 16
1852, 2002, 2152, 2302
73C, 7D2, 868, 8FE
53, 203, 353, 503
35, CB, 161, 1F7
1 to 4
2)
Buffer memory address
DEC
5 to 8
653, 803, 953, 1103
28D, 323, 3B9, 44F
9 to 12
1253, 1403, 1553, 1703
4E5, 57B, 611, 6A7
1 to 4
7)
8)
3B, D1, 167, 1FD
5 to 8
659, 809, 959, 1109
293, 329, 3BF, 455
1259, 1409, 1559, 1709
4EB, 581, 617, 6AD
13 to 16
1859, 2009, 2159, 2309
743, 7D9, 86F, 905
67
43
1 to 4
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
5 to 8
660 to 661, 810 to 811,
960 to 961, 1110 to 1111
294 to 295, 32A to 32B,
3C0 to 3C1, 456 to 457
1
73D, 7D3, 869, 8FF
9 to 12
1260 to 1261, 1410 to 1411,
1560 to 1561, 1710 to 1711
4EC to 4ED, 582 to 583,
618 to 619, 6AE to 6AF
1 to 4
56, 206, 356, 506
38, CE, 164, 1FA
13 to 16
1860 to 1861, 2010 to 2011,
2160 to 2160, 2310 to 2311
744 to 745, 7DA to 7DB,
870 to 871, 906 to 907
5 to 8
656, 806, 956, 1106
290, 326, 3BC, 452
1 to 4
62, 212, 362, 512
3E, D4, 16A, 200
9 to 12
1256, 1406, 1556, 1706
4E8, 57E, 614, 6AA
5 to 8
662, 812, 962, 1112
296, 32C, 3C2, 458
13 to 16
1856, 2006, 2156, 2306
740, 7D6, 86C, 902
9 to 12
1262, 1412, 1562, 1712
4EE, 584, 61A, 6B0
1 to 4
57, 207, 357, 507
39, CF, 165, 1FB
13 to 16
1862, 2012, 2162, 2312
746, 7DC, 872, 908
5 to 8
657, 807, 957, 1107
291, 327, 3BD, 453
1 to 4
63, 213, 363, 513
3F, D5, 16B, 201
5 to 8
663 to 664, 813 to 814, 963 to
964, 1113 to 1114
297 to 298, 32D to 32E,
3C3 to 3C4, 459 to 45A
9 to 12
1263 to 1264, 1413 to 1414,
1563 to 1564, 1713 to 1714
4EF to 4F0, 585 to 586,
61B to 61C, 6B1 to 6B2
13 to 16
1863 to 1864, 2013 to 2014,
2163 to 2164, 2313 to 2314
747 to 748, 7DD to 7DE,
873 to 874, 909 to 90A
9 to 12
1257, 1407, 1557, 1707
4E9, 57F, 615, 6AB
13 to 16
1857, 2007, 2157, 2307
741, 7D7, 86D, 903
10)
1 to 4
58, 208, 358, 508
3A, D0, 166, 1FC
5 to 8
658, 808, 958, 1108
292, 328, 3BE, 454
9 to 12
1258, 1408, 1558, 1708
4EA, 580, 616, 6AC
13 to 16
1858, 2008, 2158, 2308
742, 7D8, 86E, 904
1 to 4
54 to 55, 204 to 205, 354 to
355, 504 to 505
36 to 37, CC to CD,162 to
163, 1F8 to 1F9
1 to 4
64 to 65, 214 to 215, 364 to
365, 514 to 515
40 to 41, D6 to D7, 16C to
16D, 202 to 203
5 to 8
654 to 655, 804 to 805,
954 to 955, 1104 to 1105
28E to 28F, 324 to 325,
3BA to 3BB, 450 to 451
5 to 8
664 to 665, 814 to 815, 964 to
965, 1114 to 1115
298 to 299, 32E to 32F,
3C4 to 3C5, 45A to 45B
9 to 12
1254 to 1255, 1404 to 1405,
1554 to 1555, 1704 to 1705
4E6 to 4E7, 57C to 57D,
612 to 613, 6A8 to 6A9
9 to 12
1264 to 1265, 1414 to 1415,
1564 to 1565, 1714 to 1715
4F0 to 4F1, 586 to 587,
61C to 61D, 6B2 to 6B3
13 to 16
1854 to 1855, 2004 to 2005,
2154 to 2155, 2304 to 2305
73E to 73F, 7D4 to 7D5,
86A to 86B, 900 to 901
13 to 16
1864 to 1865, 2014 to 2015,
2164 to 2165, 2314 to 2315
748 to 749, 7DE to 7DF,
874 to 875, 90A to 90B
12)
5
6
7
NETWORK
MONITOR
6)
11)
4
8
Q MOTION
MONITOR
5)
HEX
59, 209, 359, 509
1853, 2003, 2153, 2303
13 to 16
4)
DEC
9 to 12
9)
3)
Buffer memory address
Axis
LADDER MONITOR
FUNCTION
3
12)
MELSEC-A LIST
EDITOR
7)
MELSEC-FX LIST
EDITOR
2)
INTELLIGENT
MODULE MONITOR
1)
OVERVIEW
Screen example
6.5 Intelligent Module Monitor Screens
6 - 149
Screen example
1)
6)
2)
3)
4)
7)
5)
8)
No.
Axis
Buffer memory address
DEC
HEX
Buffer memory address
DEC
HEX
1 to 4
82, 232, 382, 532
52, E8, 17E, 214
1 to 4
5 to 8
682, 832, 982, 1132
2AA, 340, 3D6, 46C
5 to 8
680 to 681, 830 to 831, 980 to
981, 1130 to 1131
2A8 to 2A9, 33E to 33F,
3D4 to 3D5, 46A to 46B
9 to 12
1282, 1432, 1582, 1732
502, 598, 62E, 6C4
9 to 12
1280 to 1281, 1430 to 1431,
1580 to 1581, 1730 to 1731
500 to 501, 596 to 597,
62C to 62D, 6C2 to 6C3
13 to 16
1882, 2032, 2182, 2332
75A, 7F0, 886, 91C
13 to 16
1880 to 1881, 2030 to 2031,
2180 to 2181, 2330 to 2331
758 to 759, 7EE to 7EF,
884 to 885, 91A to 91B
1 to 4
83, 233, 383, 533
53, E9, 17F, 215
1 to 4
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
5 to 8
683, 833, 983, 1133
2AB, 341, 3D7, 46D
5 to 8
684 to 685, 834 to 835, 984 to
985, 1134 to 1135
2AC to 2AD, 342 to 343,
3D8 to 3D9, 46E to 46F
9 to 12
1283, 1433, 1583, 1733
503, 599, 62F, 6C5
9 to 12
1284 to 1285, 1434 to 1435,
1584 to 1585, 1734 to 1735
504 to 505, 59A to 59B,
630 to 631, 6C6 to 6C7
13 to 16
1883, 2033, 2183, 2333
75B, 7F1, 887, 91D
13 to 16
1884 to 1885, 2034 to 2035,
2184 to 2185, 2334 to 2335
75C to 75D, 7F2 to 7F3,
888 to 889, 91E to 91F
5)
2)
4)
Axis
80 to 81, 230 to 231,
380 to 381, 530 to 531
1)
3)
No.
6)
50 to 51, E6 to E7,
17C to 17D, 212 to 213
1 to 4
86, 236, 386, 536
56, EC, 182, 218
1 to 4
88, 238, 388, 538
58, EE, 184, 21A
5 to 8
686, 836, 986, 1136
2AE, 344, 3DA, 470
5 to 8
688, 838, 988, 1138
2B0, 346, 3DC, 472
9 to 12
1286, 1436, 1586, 1736
506, 59C, 632, 6C8
9 to 12
1288, 1438, 1588, 1738
508, 59E, 634, 6CA
13 to 16
1886, 2036, 2186, 2336
75E, 7F4, 88A, 920
13 to 16
1888, 2038, 2188, 2338
760, 7F6, 88C, 922
7)
1 to 4
87, 237, 387, 537
57, ED, 183, 219
1 to 4
89, 239, 389, 539
59, EF, 185, 21B
5 to 8
687, 837, 987, 1137
2AF, 345, 3DB, 471
5 to 8
689, 839, 989, 1139
2B1, 347, 3DD, 473
9 to 12
1287, 1437, 1587, 1737
507, 59D, 633, 6C9
13 to 16
1887, 2037, 2187, 2337
75F, 7F5, 88B, 921
6 - 150
6.5 Intelligent Module Monitor Screens
8)
9 to 12
1289, 1439, 1589, 1739
509, 59F, 635, 6CB
13 to 16
1889, 2039, 2189, 2339
761, 7F7, 88D, 923
1
1)
OVERVIEW
Screen example
5)
2)
2
4)
SYSTEM MONITOR
3)
6)
2)
3)
4)
Buffer memory address
DEC
No.
HEX
1 to 4
70, 220, 370, 520
46, DC, 172, 208
5 to 8
670, 820, 970, 1120
29E, 334, 3CA, 460
9 to 12
1270, 1420, 1570, 1720
4F6, 58C, 622, 6B8
13 to 16
1870, 2020, 2170, 2320
74E, 7E4, 87A, 910
1 to 4
71, 221, 371, 521
47, DD, 173, 209
5 to 8
671, 821, 971, 1121
29F, 335, 3CB, 461
9 to 12
1271, 1421, 1571, 1721
4F7, 58D, 623, 6B9
13 to 16
1871, 2021, 2171, 2321
74F, 7E5, 87B, 911
1 to 4
78, 228, 378, 528
4E, E4, 17A, 210
5 to 8
678, 828, 978, 1128
2A6, 33C, 3D2, 468
4)
Axis
9 to 12
1278, 1428, 1578, 1728
4FE, 594, 62A, 6C0
1878, 2028, 2178, 2328
756, 7EC, 882, 918
1 to 4
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5 to 8
672 to 673, 822 to 823,
972 to 973, 1122 to 1123
2A0 to 2A1, 336 to 337,
3CC to 3CD, 462 to 463
9 to 12
1272 to 1273, 1422 to 1423,
1572 to 1573, 1722 to 1723
4F8 to 4F9, 58E to 58F,
624 to 625, 6BA to 6BB
HEX
1872 to 1873, 2022 to 2023,
2172 to 2173, 2322 to 2323
750 to 751, 7E6 to 7E7,
87C to 87D, 912 to 913
1 to 4
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
5 to 8
674 to 675, 824 to 825,
974 to 975, 1124 to 1125
2A2 to 2A3, 338 to 339,
3CE to 3CF, 464 to 465
9 to 12
1274 to 1275, 1424 to 1425,
1574 to 1575, 1724 to 1725
4FA to 4FB, 590 to 591,
626 to 627, 6BC to 6BD
13 to 16
1874 to 1875, 2024 to 2025,
2174 to 2175, 2324 to 2325
752 to 753, 7E8 to 7E9,
87E to 87F, 914 to 915
1 to 4
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
5 to 8
676 to 677, 826 to 827,
976 to 977, 1126 to 1127
2A4 to 2A5, 33A to 33B,
3D0 to 3D1, 466 to 467
9 to 12
1276 to 1277, 1426 to 1427,
1576 to 1577, 1726 to 1727
4FC to 4FD, 592 to 593,
628 to 629, 6BE to 6BF
13 to 16
1876 to 1877, 2026 to 2027,
2176 to 2177, 2326 to 2327
754 to 755, 7EA to 7EB,
880 to 881, 916 to 917
13 to 16
5)
13 to 16
Buffer memory address
DEC
6)
Screen example
4
MELSEC-A LIST
EDITOR
1)
Axis
5
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
INTELLIGENT
MODULE MONITOR
6
1)
2)
NETWORK
MONITOR
7
1)
Axis
Buffer memory address
DEC
HEX
No.
Axis
8
Buffer memory address
DEC
HEX
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
1 to 4
2417, 2517, 2617, 2717
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
2)
971, 9D5, A39, A9D
6.5 Intelligent Module Monitor Screens
6 - 151
Q MOTION
MONITOR
No.
Screen example
1)
2)
6)
7)
3)
No.
Axis
4)
5)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2410 to 2411, 2510 to 2511,
2610 to 2611, 2710 to 2711
96A to 96B, 9CE to 9CF,
A32 to A33, A96 to A97
5 to 8
2810 to 2811, 2910 to 2911,
3010 to 3011, 3110 to 3111
AFA to AFB, B5E to B5F,
BC2 to BC3, C26 to C27
9 to 12
3210 to 3211, 3310 to 3311,
3410 to 3411, 3510 to 3511
C8A to C8B, CEE to CEF,
D52 to D53, DB6 to DB7
E22 to E23, E86 to E87,
EEA to EEB, F4E to F4F
13 to
16
3610 to 3611, 3710 to 3711,
3810 to 3811, 3910 to 3911
E1A to E1B, E7E to E7F,
EE2 to EE3, F46 to F47
2402 to 2403, 2502 to 2503,
2602 to 2603, 2702 to 2703
962 to 963, 9C6 to 9C7,
A2A to A2B, A8E to A8F
1 to 4
2412 to 2413, 2512 to 2513,
2612 to 2613, 2712 to 2713
96C to 96D, 9D0 to 9D1,
A34 to A35, A98 to A99
5 to 8
2802 to 2803, 2902 to 2903,
3002 to 3003, 3102 to 3103
AF2 to AF3, B56 to B57,
BBA to BBB, C1E to C1F
5 to 8
2812 to 2813, 2912 to 2913,
3012 to 3013, 3112 to 3113
AFC to AFD, B60 to B61,
BC4 to BC5, C28 to C29
9 to 12
3202 to 3203, 3302 to 3303,
3402 to 3403, 3502 to 3503
C82 to C83, CE6 to CE7,
D4A to D4B, DAE to DAF
9 to 12
3212 to 3213, 3312 to 3313,
3412 to 3413, 3512 to 3513
C8C to C8D, CF0 to CF1,
D54 to D55, DB8 to DB9
13 to
16
3602 to 3603, 3702 to 3703,
3802 to 3803, 3902 to 3903
E12 to E13, E76 to E77,
EDA to EDB, F3E to F3F
13 to
16
3612 to 3613, 3712 to 3713,
3812 to 3813, 3912 to 3913
E1C to E1D, E80 to E81,
EE4 to EE5, F48 to F49
1 to 4
2420 to 2421, 2520 to 2521,
2620 to 2621, 2720 to 2721
974 to 975, 9D8 to 9D9,
A3C to A3D, AA0 to AA1
1 to 4
2430, 2530, 2630, 2730
97E, 9E2, A46, AAA
5 to 8
2830, 2930, 3030, 3130
B0E, B72, BD6, C3A
9 to 12
3230, 3330, 3430, 3530
C9E, D02, D66, DCA
13 to
16
3630, 3730, 3830, 3930
E2E, E92, EF6, F5A
1 to 4
2431, 2531, 2631, 2731
97F, 9E3, A47, AAB
5 to 8
2831, 2931, 3031, 3131
B0F, B73, BD7, C3B
9 to 12
3231, 3331, 3431, 3531
C9F, D03, D67, DCB
13 to
16
3631, 3731, 3831, 3931
E2F, E93, EF7, F5B
1 to 4
2418 to 2419, 2518 to 2519,
2618 to 2619, 2718 to 2719
972 to 973, 9D6 to 9D7,
A3A to A3B, A9E to A9F
5 to 8
2818 to 2819, 2918 to 2919,
3018 to 3019, 3118 to 3119
B02 to B03, B66 to B67,
BCA to BCB, C2E to C2F
9 to 12
3218 to 3219, 3318 to 3319,
3418 to 3419, 3518 to 3519
C92 to C93, CF6 to CF7,
D5A to D5B, DBE to DBF
13 to
16
3618 to 3619, 3718 to 3719,
3818 to 3819, 3918 to 3919
1 to 4
1)
2)
5 to 8
2820 to 2821, 2920 to 2921,
3020 to 3021, 3120 to 3121
B04 to B05, B68 to B69,
BCC to BCD, C30 to C31
9 to 12
3220 to 3221, 3320 to 3321,
3420 to 3421, 3520 to 3521
C94 to C95, CF8 to CF9,
D5C to D5D, DC0 to DC1
3)
13 to
16
6 - 152
3620 to 3621, 3720 to 3721,
3820 to 3821, 3920 to 3921
E24 to E25, E88 to E89,
EEC to EED, F50 to F51
6.5 Intelligent Module Monitor Screens
4)
5)
6)
7)
1
Screen example
3)
2)
OVERVIEW
1)
8)
2
SYSTEM MONITOR
9)
3)
4)
5)
2427, 2527, 2627, 2727
No.
97B, 9DF, A43, AA7
Buffer memory address
Axis
DEC
HEX
1 to 4
2436, 2536, 2636, 2736
984, 9E8, A4C, AB0
5 to 8
2836, 2936, 3036, 3136
B14, B78, BDC, C40
9 to 12
3236, 3336, 3436, 3536
CA4, D08, D6C, DD0
E34, E98, EFC, F60
5 to 8
2827, 2927, 3027, 3127
B0B, B6F, BD3, C37
9 to 12
3227, 3327, 3427, 3527
C9B, CFF, D63, DC7
13 to 16
3627, 3727, 3827, 3927
E2B, E8F, EF3, F57
13 to 16
3636, 3736, 3836, 3936
1 to 4
2428, 2528, 2628, 2728
97C, 9E0, A44, AA8
1 to 4
2437, 2537, 2637, 2737
985, 9E9, A4D, AB1
5 to 8
2828, 2928, 3028, 3128
B0C, B70, BD4, C38
5 to 8
2837, 2937, 3037, 3137
B15, B79, BDD, C41
9 to 12
3228, 3328, 3428, 3528
C9C, D00, D64, DC8
9 to 12
3237, 3337, 3437, 3537
CA5, D09, D6D, DD1
13 to 16
3628, 3728, 3828, 3928
E2C, E90, EF4, F58
13 to 16
3637, 3737, 3837, 3937
E35, E99, EFD, F61
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
1 to 4
2432, 2532, 2632, 2732
980, 9E4, A48, AAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
5 to 8
2832, 2932, 3032, 3132
B10, B74, BD8, C3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
9 to 12
3232, 3332, 3432, 3532
CA0, D04, D68, DCC
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
13 to 16
3632, 3732, 3832, 3932
E30, E94, EF8, F5C
6)
7)
8)
1 to 4
2434, 2534, 2634, 2734
982, 9E6, A4A, AAE
1 to 4
2433, 2533, 2633, 2733
981, 9E5, A49, AAD
5 to 8
2834, 2934, 3034, 3134
B12, B76, BDA, C3E
5 to 8
2833, 2933, 3033, 3133
B11, B75, BD9, C3D
9 to 12
3234, 3334, 3434, 3534
CA2, D06, D6A, DCE
13 to 16
3634, 3734, 3834, 3934
E32, E96, EFA, F5E
1 to 4
2435, 2535, 2635, 2735
983, 9E7, A4B, AAF
5 to 8
2835, 2935, 3035, 3135
B13, B77, BDB, C3F
9 to 12
3235, 3335, 3435, 3535
CA3, D07, D6B, DCF
13 to 16
3635, 3735, 3835, 3935
E33, E97, EFB, F5F
9)
-
9 to 12
3233, 3333, 3433, 3533
CA1, D05, D69, DCD
13 to 16
3633, 3733, 3833, 3933
E31, E95, EF9, F5D
-
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
HEX
5
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7)
7
NETWORK
MONITOR
1)
Axis
6)
8
Q MOTION
MONITOR
No.
5)
MELSEC-FX LIST
EDITOR
4)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 153
Screen example
1)
2)
4)
No.
Axis
3)
DEC
6)
5)
Buffer memory address
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2454 to 2455, 2554 to 2555,
2654 to 2655, 2754 to 2755
996 to 997, 9FA to 9FB,
A5E to A5F, AC2 to AC3
5 to 8
2854 to 2855, 2954 to 2955,
3054 to 3055, 3154 to 3155
B26 to B27, B8A to B8B,
BEE to BEF, C52 to C53
9 to 12
3254 to 3255, 3354 to 3355,
3454 to 3455, 3554 to 3555
CB6 to CB7, D1A to D1B,
D7E to D7F, DE2 to DE3
E40 to E41, EA4 to EA5,
F08 to F09, F6C to F6D
13 to
16
3654 to 3655, 3754 to 3755,
3854 to 3855, 3954 to 3955
E46 to E47, EAA to EAB,
F0E to F0F, F72 to F73
2450 to 2451, 2550 to 2551,
2650 to 2651, 2750 to 2751
992 to 993, 9F6 to 9F7,
A5A to A5B, ABE to ABF
1 to 4
2456, 2556, 2656, 2756
998, 9FC, A60, AC4
2850 to 2851, 2950 to 2951,
3050 to 3051, 3150 to 3151
B22 to B23, B86 to B87,
BEA to BEB, C4E to C4F
5 to 8
2856, 2956, 3056, 3156
B28, B8C, BF0, C54
9 to 12
3250 to 3251, 3350 to 3351,
3450 to 3451, 3550 to 3551
CB2 to CB3, D16 to D17,
D7A to D7B, DDE to DDF
9 to 12
3256, 3356, 3456, 3556
CB8, D1C, D80, DE4
13 to
16
3650 to 3651, 3750 to 3751,
3850 to 3851, 3950 to 3951
E42 to E43, EA6 to EA7,
F0A to F0B, F6E to F6F
13 to
16
3656, 3756, 3856, 3956
E48, EAC, F10, F74
1 to 4
2452 to 2453, 2552 to 2553,
2652 to 2653, 2752 to 2753
994 to 995, 9F8 to 9F9,
A5C to A5D, AC0 to AC1
1 to 4
2464 to 2469, 2564 to 2569,
2664 to 2669, 2764 to 2769
9A0 to 9A5, A04 to A09,
A68 to A6D, ACC to AD1
5 to 8
2852 to 2853, 2952 to 2953,
3052 to 3053, 3152 to 3153
B24 to B25, B88 to B89,
BEC to BED, C50 to C51
5 to 8
2864 to 2869, 2964 to 2969,
3064 to 3069, 3164 to 3169
B30 to B35, B94 to B99,
BF8 to BFD, C5C to C61
9 to 12
3252 to 3253, 3352 to 3353,
3452 to 3453, 3552 to 3553
CB4 to CB5, D18 to D19,
D7C to D7D, DE0 to DE1
9 to 12
3264 to 3269, 3364 to 3369,
3464 to 3469, 3564 to 3569
CC0 to CC5, D24 to D29,
D88 to D8D, DEC to DF1
13 to
16
3652 to 3653, 3752 to 3753,
3852 to 3853, 3952 to 3953
E44 to E45, EA8 to EA9,
F0C to F0D, F70 to F71
13 to
16
3664 to 3669, 3764 to 3769,
3864 to 3869, 3964 to 3969
E50 to E55, EB4 to EB9,
F18 to F1D, F7C to F81
1 to 4
2448 to 2449, 2548 to 2549,
2648 to 2649, 2748 to 2749
990 to 991, 9F4 to 9F5,
A58 to A59, ABC to ABD
5 to 8
2848 to 2849, 2948 to 2949,
3048 to 3049, 3148 to 3149
B20 to B21, B84 to B85,
BE8 to BE9, C4C to C4D
9 to 12
3248 to 3249, 3348 to 3349,
3448 to 3449, 3548 to 3549
CB0 to CB1, D14 to D15,
D78 to D79, DDC to DDD
13 to
16
3648 to 3649, 3748 to 3749,
3848 to 3849, 3948 to 3949
1 to 4
5 to 8
1)
2)
3)
6 - 154
6.5 Intelligent Module Monitor Screens
4)
5)
6)
1
1)
OVERVIEW
Screen example
2)
3)
SYSTEM MONITOR
2
4)
5)
6)
Axis
1 to 4
1)
2)
3)
Buffer memory address
DEC
No.
HEX
2470, 2570, 2670, 2770
Axis
9A6, A0A, A6E, AD2
5 to 8
2870, 2970, 3070, 3170
B36, B9A, BFE, C62
9 to 12
3270, 3370, 3470, 3570
CC6, D2A, D8E, DF2
4)
Buffer memory address
DEC
HEX
1 to 4
2478, 2578, 2678, 2778
9AE, A12, A76, ADA
5 to 8
2878, 2978, 3078, 3178
B3E, BA2, C06, C6A
9 to 12
3278, 3378, 3478, 3578
CCE, D32, D96, DFA
13 to 16
3670, 3770, 3870, 3970
E56, EBA, F1E, F82
13 to 16
3678, 3778, 3878, 3978
E5E, EC2, F26, F8A
1 to 4
2476, 2576, 2676, 2776
9AC, A10, A74, AD8
1 to 4
2479, 2579, 2679, 2779
9AF, A13, A77, ADB
5 to 8
2876, 2976, 3076, 3176
B3C, BA0, C04, C68
5 to 8
2879, 2979, 3079, 3179
B3F, BA3, C07, C6B
9 to 12
3276, 3376, 3476, 3576
CCC, D30, D94, DF8
9 to 12
3279, 3379, 3479, 3579
CCF, D33, D97, DFB
13 to 16
3676, 3776, 3876, 3976
E5C, EC0, F24, F88
13 to 16
3679, 3779, 3879, 3979
E5F, EC3, F27, F8B
1 to 4
2477, 2577, 2677, 2777
9AD, A11, A75, AD9
1 to 4
2480, 2580, 2680, 2780
9B0, A14, A78, ADC
5 to 8
2877, 2977, 3077, 3177
B3D, BA1, C05, C69
5 to 8
2880, 2980, 3080, 3180
B40, BA4, C08, C6C
9 to 12
3277, 3377, 3477, 3577
CCD, D31, D95, DF9
9 to 12
3280, 3380, 3480, 3580
CD0, D34, D98, DFC
13 to 16
3677, 3777, 3877, 3977
E5D, EC1, F25, F89
13 to 16
3680, 3780, 3880, 3980
E60, EC4, F28, F8C
5)
6)
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
5
MELSEC-FX LIST
EDITOR
Screen example
1)
6
INTELLIGENT
MODULE MONITOR
2)
7
3)
Buffer memory address
DEC
HEX
1 to 4
2424 to 2425, 2524 to 2525,
2624 to 2625, 2724 to 2725
978 to 979, 9DC to 9DD,
A40 to A41, AA4 to AA5
5 to 8
2824 to 2825, 2924 to 2925,
3024 to 3025, 3124 to 3125
B08 to B09, B6C to B6D,
BD0 to BD1, C34 to C35
9 to 12
3224 to 3225, 3324 to 3325,
3424 to 3425, 3524 to 3525
C98 to C99, CFC to CFD,
D60 to D61, DC4 to DC5
13 to 16
3624 to 3625, 3724 to 3725,
3824 to 3825, 3924 to 3925
E28 to E29, E8C to E8D,
EF0 to EF1, F54 to F55
1)
No.
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
2426, 2526, 2626, 2726
97A, 9DE, A42, AA6
5 to 8
2826, 2926, 3026, 3126
B0A, B6E, BD2, C36
9 to 12
3226, 3326, 3426, 3526
C9A, CFE, D62, DC6
13 to 16
3626, 3726, 3826, 3926
E2A, E8E, EF2, F56
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 155
Screen example
1)
3)
4)
2)
No.
Axis
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
9 to 12
5126 to 5127, 5226 to
5227, 5326 to 5327, 5426
to 5427
1406 to 1407, 146A to
146B, 14CE to 14CF, 1532
to 1533
1 to 4
2414 to 2415, 2514 to 2515,
2614 to 2615, 2714 to 2715
96E to 96F, 9D2 to 9D3, A36 to
A37, A9A to A9B
5 to 8
2814 to 2815, 2914 to 2915,
3014 to 3015, 3114 to 3115
AFE to AFF, B62 to B63, BC6 to
BC7, C2A to C2B
13 to
16
5526 to 5527, 5626 to
5627, 5726 to 5727, 5826
to 5827
1596 to 1597, 15FA to
15FB, 165E to 165F, 16C2
to 16C3
9 to 12
3214 to 3215, 3314 to 3315,
3414 to 3415, 3514 to 3515
C8E to C8F, CF2 to CF3, D56
to D57, DBA to DBB
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to
16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4328, 4428, 4528, 4628
10E8, 114C, 11B0, 1214
5 to 8
4728, 4828, 4928, 5028
1278, 12DC, 1340, 13A4
9 to 12
5128, 5228, 5328, 5428
1408, 146C, 14D0, 1534
13 to
16
5528, 5628, 5728, 5828
1598, 15FC, 1660, 16C4
2)
1)
13 to
16
3614 to 3615, 3714 to 3715,
3814 to 3815, 3914 to 3915
E1E to E1F, E82 to E83, EE6 to
EE7, F4A to F4B
1 to 4
4326 to 4327, 4426 to 4427,
4526 to 4527, 4626 to 4627
10E6 to 10E7, 114A to 114B,
11AE to 11AF, 1212 to 1213
2)
5 to 8
6 - 156
4726 to 4727, 4826 to 4827,
4926 to 4927, 5026 to 5027
1276 to 1277,12DA to 12DB,
133E to 133F, 13A2 to 13A3
6.5 Intelligent Module Monitor Screens
3)
4)
1
OVERVIEW
Screen example
1)
SYSTEM MONITOR
2
2)
3)
10EA to 10EB, 114E to 114F,
11B2 to 11B3, 1216 to 1217
5 to 8
4730 to 4731, 4830 to 4831,
4930 to 4931, 5030 to 5031
127A to 127B, 12DE to 12DF,
1342 to 1343, 13A6 to 13A7
9 to 12
5130 to 5131, 5230 to 5231,
5330 to 5331, 5430 to 5431
140A to 140B, 146E to 146F,
14D2 to 14D3, 1536 to 1537
13 to 16
5530 to 5531, 5630 to 5631,
5730 to 5731, 5830 to 5831
159A to 159B, 15FE to 15FF,
1662 to 1663, 16C6 to 16C7
1)
2)
3)
Axis
Buffer memory address
DEC
1 to 4
2417, 2517, 2617, 2717
HEX
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4332, 4432, 4532, 4632
10EC, 1150, 11B4, 1218
5 to 8
4732, 4832, 4932, 5032
127C, 12E0, 1344, 13A8
9 to 12
5132, 5232, 5332, 5432
140C, 1470, 14D4, 1538
13 to 16
5532, 5632, 5732, 5832
159C, 1600, 1664, 16C8
4
MELSEC-A LIST
EDITOR
1 to 4
4330 to 4331, 4430 to 4431,
4530 to 4531, 4630 to 4631
No.
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 157
Screen example
3)
1)
4)
5)
6)
2)
7)
8)
No.
Axis
1 to 4
5 to 8
Buffer memory address
DEC
4306 to 4307, 4406 to 4407,
4506 to 4507, 4606 to 4607
4706 to 4707, 4806 to 4807,
4906 to 4907, 5006 to 5007
HEX
10D2 to 10D3, 1136 to 1137,
119A to 119B, 11FE to 11FF
No.
1 to 4
3)
1262 to 1263, 12C6 to 12C7,
132A to 132B, 138E to 138F
1)
4)
9 to 12
13 to 16
1 to 4
5 to 8
5106 to 5107, 5206 to 5207,
5306 to 5307, 5406 to 5407
13F2 to 13F3, 1456 to 1457,
14BA to 14BB, 151E to 151F
5506 to 5507, 5606 to 5607,
5706 to 5707, 5806 to 5807
1582 to 1583, 15E6 to 15E7,
164A to 164B, 16AE to 16AF
4314 to 4315, 4414 to 4415,
4514 to 4515, 4614 to 4615
10DA to 10DB, 113E to 113F,
11A2 to 11A3, 1206 to 1207
4714 to 4715, 4814 to 4815,
4914 to 4915, 5014 to 5015
126A to 126B, 12CE to 12CF,
1332 to 1333, 1396 to 1397
2)
5)
6)
7)
9 to 12
13 to 16
6 - 158
5114 to 5115, 5214 to 5215,
5314 to 5315, 5414 to 5415
13FA to 13FB, 145E to 145F,
14C2 to 14C3, 1526 to 1527
5514 to 5515, 5614 to 5615,
5714 to 5715, 5814 to 5815
158A to 158B, 15EE to 15EF,
1652 to 1653, 16B6 to 16B7
6.5 Intelligent Module Monitor Screens
Axis
8)
Buffer memory address
DEC
HEX
4313, 4413, 4513, 4613
10D9, 113D, 11A1, 1205
1269, 12CD, 1331, 1395
5 to 8
4713, 4813, 4913, 5013
9 to 12
5113, 5213, 5313, 5413
13F9, 145D, 14C1, 1525
13 to 16
5513, 5613, 5713, 5813
1589, 15ED, 1651, 16B5
1 to 4
4344, 4444, 4544, 4644
10F8, 115C, 11C0, 1224
5 to 8
4744, 4844, 4944, 5044
1288, 12EC, 1350, 13B4
9 to 12
5144, 5244, 5344, 5444
1418, 147C, 14E0, 1544
13 to 16
5544, 5644, 5744, 5844
15A8, 160C, 1670, 16D4
1 to 4
4345, 4445, 4545, 4645
10F9, 115D, 11C1, 1225
5 to 8
4745, 4845, 4945, 5045
1289, 12ED, 1351, 13B5
9 to 12
5145, 5245, 5345, 5445
1419, 147D, 14E1, 1545
13 to 16
5545, 5645, 5745, 5845
15A9, 160D, 1671, 16D5
1 to 4
4346, 4446, 4546, 4646
10FA, 115E, 11C2, 1226
5 to 8
4746, 4846, 4946, 5046
128A, 12EE, 1352, 13B6
9 to 12
5146, 5246, 5346, 5446
141A, 147E, 14E2, 1546
13 to 16
5546, 5646, 5746, 5846
15AA, 160E, 1672, 16D6
1 to 4
4347, 4447, 4547, 4647
10FB, 115F, 11C3, 1227
5 to 8
4747, 4847, 4947, 5047
128B, 12EF, 1353, 13B7
9 to 12
5147, 5247, 5347, 5447
141B, 147F, 14E3, 1547
13 to 16
5547, 5647, 5747, 5847
15AB, 160F, 1673, 16D7
1 to 4
4305, 4405, 4505, 4605
10D1, 1135, 1199, 11FD
5 to 8
4705, 4805, 4905, 5005
1261, 12C5, 1329, 138D
9 to 12
5105, 5205, 5305, 5405
13F1, 1455, 14B9, 151D
13 to 16
5505, 5605, 5705, 5805
1581, 15E5, 1649, 16AD
1
8)
9)
3)
10)
4)
11)
5)
12)
6)
13)
2
SYSTEM MONITOR
1)
2)
OVERVIEW
Screen example
14)
7)
4)
5)
6)
7)
4300, 4400, 4500, 4600
10CC, 1130, 1194, 11F8
5 to 8
4700, 4800, 4900, 5000
125C, 12C0, 1324, 1388
13EC, 1450, 14B4, 1518
9 to 12
5100, 5200, 5300, 5400
13 to 16
5500, 5600, 5700, 5800
157C, 15E0, 1644, 16A8
1 to 4
4301, 4401, 4501, 4601
10CD, 1131, 1195, 11F9
5 to 8
4701, 4801, 4901, 5001
125D, 12C1, 1325, 1389
9 to 12
5101, 5201, 5301, 5401
13ED, 1451, 14B5, 1519
13 to 16
5501, 5601, 5701, 5801
157D, 15E1, 1645, 16A9
1 to 4
4302, 4402, 4502, 4602
10CE, 1132, 1196, 11FA
5 to 8
4702, 4802, 4902, 5002
125E, 12C2, 1326, 138A
9 to 12
5102, 5202, 5302, 5402
13EE, 1452, 14B6, 151A
Axis
Buffer memory address
DEC
HEX
1 to 4
4310 to 4311, 4410 to 4411,
4510 to 4511, 4610 to 4611
10D6 to 10D7, 113A to 113B,
119E to 119F, 1202 to 1203
5 to 8
4710 to 4711, 4810 to 4811,
4910 to 4911, 5010 to 5011
1266 to 1267, 12CA to
12CB, 132E to 132F, 1392 to
1393
9 to 12
5110 to 5111, 5210 to 5211,
5310 to 5311, 5410 to 5411
13F6 to 13F7, 145A to 145B,
14BE to 14BF, 1522 to 1523
13 to 16
5510 to 5511, 5610 to 5611,
5710 to 5711, 5810 to 5811
1586 to 1587, 15EA to 15EB,
164E to 164F, 16B2 to 16B3
9)
13 to 16
5502, 5602, 5702, 5802
157E, 15E2, 1646, 16AA
1 to 4
4303, 4403, 4503, 4603
10CF, 1133, 1197, 11FB
1 to 4
4320, 4420, 4520, 4620
10E0, 1144, 11A8, 120C
5 to 8
4703, 4803, 4903, 5003
125F, 12C3, 1327, 138B
5 to 8
4720, 4820, 4920, 5020
1270, 12D4, 1338, 139C
1400, 1464, 14C8, 152C
10)
9 to 12
5103, 5203, 5303, 5403
13EF, 1453, 14B7, 151B
9 to 12
5120, 5220, 5320, 5420
13 to 16
5503, 5603, 5703, 5803
157F, 15E3, 1647, 16AB
13 to 16
5520, 5620, 5720, 5820
1590, 15F4, 1658, 16BC
1 to 4
4304, 4404, 4504, 4604
10D0, 1134, 1198, 11FC
1 to 4
4321, 4421, 4521, 4621
10E1, 1145, 11A9, 120D
1271, 12D5, 1339, 139D
5 to 8
4704, 4804, 4904, 5004
1260, 12C4, 1328, 138C
9 to 12
5104, 5204, 5304, 5404
13F0, 1454, 14B8, 151C
13 to 16
5504, 5604, 5704, 5804
1580, 15E4, 1648, 16AC
1 to 4
4312, 4412, 4512, 4612
10D8, 113C, 11A0, 1204
5 to 8
4712, 4812, 4912, 5012
1268, 12CC, 1330, 1394
9 to 12
5112, 5212, 5312, 5412
13F8, 145C, 14C0, 1524
13 to 16
5512, 5612, 5712, 5812
1588, 15EC, 1650, 16B4
1 to 4
4316, 4416, 4516, 4616
10DC, 1140, 11A4, 1208
11)
5 to 8
4721, 4821, 4921, 5021
9 to 12
5121, 5221, 5321, 5421
1401, 1465, 14C9, 152D
13 to 16
5521, 5621, 5721, 5821
1591, 15F5, 1659, 16BD
1 to 4
4322 to 4323, 4422 to 4423,
4522 to 4523, 4622 to 4623
10E2 to 10E3, 1146 to 1147,
11AA to 11AB, 120E to 120F
5 to 8
4722 to 4723, 4822 to 4823,
4922 to 4923, 5022 to 5023
1272 to 1273, 12D6 to 12D7,
133A to 133B, 139E to 139F
5 to 8
4716, 4816, 4916, 5016
126C, 12D0, 1334, 1398
9 to 12
5116, 5216, 5316, 5416
13FC, 1460, 14C4, 1528
13 to 16
5516, 5616, 5716, 5816
158C, 15F0, 1654, 16B8
9 to 12
5122 to 5123, 5222 to 5223,
5322 to 5323, 5422 to 5423
1402 to 1403, 1466 to 1467,
14CA to 14CB, 152E to 152F
1 to 4
4308 to 4309, 4408 to 4409,
4508 to 4509,
4608 to 4609
10D4 to 10D5, 1138 to 1139,
119C to 119D,
1200 to 1201
13 to 16
5522 to 5523, 5622 to 5623,
5722 to 5723, 5822 to 5823
1592 to 1593, 15F6 to 15F7,
165A to 165B, 16BE to 16BF
4708 to 4709, 4808 to 4809,
4908 to 4909,
5008 to 5009
1264 to 1265, 12C8 to 12C9,
132C to 132D, 1390 to 1391
1 to 4
4324, 4424, 4524, 4624
10E4, 1148, 11AC, 1210
5 to 8
5 to 8
4724, 4824, 4924, 5024
1274, 12D8, 133C, 13A0
9 to 12
5124, 5224, 5324, 5424
1404, 1468, 14CC, 1530
5108 to 5109, 5208 to 5209,
5308 to 5309,
5408 to 5409
13F4 to 13F5, 1458 to 1459,
14BC to 14BD, 1520 to 1521
13 to 16
5524, 5624, 5724, 5824
1594, 15F8, 165C, 16C0
1 to 4
4325, 4425, 4525, 4625
10E5, 1149, 11AD, 1211
5 to 8
4725, 4825, 4925, 5025
1275, 12D9, 133D, 13A1
5508 to 5509, 5608 to 5609,
5708 to 5709, 5808 to 5809
1584 to 1585, 15E8 to 15E9,
164C to 164D, 16B0 to 16B1
9 to 12
5125, 5225, 5325, 5425
1405, 1469, 14CD, 1531
13 to 16
5525, 5625, 5725, 5825
1595, 15F9, 165D, 16C1
8)
9 to 12
13 to 16
12)
13)
14)
4
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 159
Screen example
1)
3)
5)
6)
7)
8)
4)
9)
2)
10)
11)
12)
No.
Axis
1 to 4
1)
2)
3)
4)
5)
6)
7)
Buffer memory address
DEC
4338, 4438, 4538, 4638
HEX
No.
10F2, 1156, 11BA, 121E
5 to 8
4738, 4838, 4938, 5038
1282, 12E6, 134A, 13AE
9 to 12
5138, 5238, 5338, 5438
1412, 1476, 14DA, 153E
13 to 16
5538, 5638, 5738, 5838
1 to 4
5 to 8
Axis
Buffer memory address
DEC
HEX
1 to 4
4341, 4441, 4541, 4641
10F5, 1159, 11BD, 1221
1285, 12E9, 134D, 13B1
5 to 8
4741, 4841, 4941, 5041
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
15A2, 1606, 166A, 16CE
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
4348, 4448, 4548, 4648
10FC, 1160, 11C4, 1228
1 to 4
4343, 4443, 4543, 4643
10F7, 115B, 11BF, 1223
4748, 4848, 4948, 5048
128C, 12F0, 1354, 13B8
5 to 8
4743, 4843, 4943, 5043
1287, 12EB, 134F, 13B3
9 to 12
5148, 5248, 5348, 5448
141C, 1480, 14E4, 1548
9 to 12
5143, 5243, 5343, 5443
1417, 147B, 14DF, 1543
13 to 16
5548, 5648, 5748, 5848
15AC, 1610, 1674, 16D8
13 to 16
5543, 5643, 5743, 5843
15A7, 160B, 166F, 16D3
1 to 4
4349, 4449, 4549, 4649
10FD, 1161, 11C5, 1229
1 to 4
4351, 4451, 4551, 4651
10FF, 1163, 11C7, 122B
8)
9)
5 to 8
4749, 4849, 4949, 5049
128D, 12F1, 1355, 13B9
9 to 12
5149, 5249, 5349, 5449
141D, 1481, 14E5, 1549
13 to 16
5549, 5649, 5749, 5849
15AD, 1611, 1675, 16D9
13 to 16
5551, 5651, 5751, 5851
15AF, 1613, 1677, 16DB
1 to 4
4350, 4450, 4550, 4650
10FE, 1162, 11C6, 122A
1 to 4
4352, 4452, 4552, 4652
1100, 1164, 11C8, 122C
5 to 8
4750, 4850, 4950, 5050
128E, 12F2, 1356, 13BA
9 to 12
5150, 5250, 5350, 5450
141E, 1482, 14E6, 154A
10)
11)
5 to 8
4751, 4851, 4951, 5051
128F, 12F3, 1357, 13BB
9 to 12
5151, 5251, 5351, 5451
141F, 1483, 14E7, 154B
5 to 8
4752, 4852, 4952, 5052
1290, 12F4, 1358, 13BC
9 to 12
5152, 5252, 5352, 5452
1420, 1484, 14E8, 154C
13 to 16
5550, 5650, 5750, 5850
15AE, 1612, 1676, 16DA
13 to 16
5552, 5652, 5752, 5852
15B0, 1614, 1678, 16DC
1 to 4
4339, 4439, 4539, 4639
10F3, 1157, 11BB, 121F
1 to 4
4359, 4459, 4559, 4659
1107, 116B, 11CF, 1233
5 to 8
4739, 4839, 4939, 5039
1283, 12E7, 134B, 13AF
9 to 12
5139, 5239, 5339, 5439
1413, 1477, 14DB, 153F
13 to 16
5539, 5639, 5739, 5839
15A3, 1607, 166B, 16CF
13 to 16
5559, 5659, 5759, 5859
15B7, 161B, 167F, 16E3
1 to 4
4340, 4440, 4540, 4640
10F4, 1158, 11BC, 1220
1 to 4
4365, 4465, 4565, 4665
110D, 1171, 11D5, 1239
5 to 8
4740, 4840, 4940, 5040
1284, 12E8, 134C, 13B0
9 to 12
5140, 5240, 5340, 5440
1414, 1478, 14DC, 1540
13 to 16
5540, 5640, 5740, 5840
15A4, 1608, 166C, 16D0
1 to 4
4341, 4441, 4541, 4641
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
6 - 160
6.5 Intelligent Module Monitor Screens
12)
13)
-
5 to 8
4759, 4859, 4959, 5059
1297, 12FB, 135F, 13C3
9 to 12
5159, 5259, 5359, 5459
1427, 148B, 14EF, 1553
5 to 8
4765, 4865, 4965, 5065
129D, 1301, 1365, 13C9
9 to 12
5165, 5265, 5365, 5465
142D, 1491, 14F5, 1559
13 to 16
5565, 5665, 5765, 5865
15BD, 1621, 1685, 16E9
-
-
-
1
1)
OVERVIEW
Screen example
3)
2)
SYSTEM MONITOR
2
4)
HEX
No.
Axis
Buffer memory address
DEC
HEX
10EE to 10EF, 1152 to 1153,
11B6 to 11B7, 121A to 121B
1 to 4
4317, 4417, 4517, 4617
10DD, 1141, 11A5, 1209
1 to 4
4334 to 4335, 4434 to 4435,
4534 to 4535, 4634 to 4635
5 to 8
4717, 4817, 4917, 5017
126D, 12D1, 1335, 1399
5 to 8
4734 to 4735, 4834 to 4835,
4934 to 4935, 5034 to 5035
127E to 127F, 12E2 to 12E3,
1346 to 1347,
13AA to 13AB
9 to 12
5117, 5217, 5317, 5417
13FD, 1461, 14C5, 1529
9 to 12
5134 to 5135, 5234 to 5235,
5334 to 5335, 5434 to 5435
140E to 140F, 1472 to 1473,
14D6 to 14D7, 153A to 153B
13 to 16
5517, 5617, 5717, 5817
158D, 15F1, 1655, 16B9
13 to 16
5534 to 5535, 5634 to 5635,
5734 to 5735, 5834 to 5835
159E to 159F, 1602 to 1603,
1666 to 1667,
16CA to 16CB
1 to 4
4318 to 4319, 4418 to 4419,
4518 to 4519,
4618 to 4619
10DE to 10DF, 1142 to 1143,
11A6 to 11A7, 120A to 120B
1 to 4
4336 to 4337, 4436 to 4437,
4536 to 4537, 4636 to 4637
10F0 to 10F1, 1154 to 1155,
11B8 to 11B9, 121C to 121D
5 to 8
4718 to 4719, 4818 to 4819,
4918 to 4919,
5018 to 5019
126E to 126F, 12D2 to 12D3,
1336 to 1337,
139A to 139B
5 to 8
4736 to 4737, 4836 to 4837,
4936 to 4937, 5036 to 5037
1280 to 1281, 12E4 to 12E5,
1348 to 1349,
13AC to 13AD
9 to 12
5118 to 5119, 5218 to 5219,
5318 to 5319,
5418 to 5419
13FE to 13FF, 1462 to 1463,
14C6 to 14C7, 152A to 152B
9 to 12
5136 to 5137, 5236 to 5237,
5336 to 5337, 5436 to 5437
1410 to 1411, 1474 to 1475,
14D8 to 14D9, 153C to 153D
13 to 16
5518 to 5519, 5618 to 5619,
5718 to 5719,
5818 to 5819
158E to 158F, 15F2 to 15F3,
1656 to 1657,
16BA to 16BB
13 to 16
5536 to 5537, 5636 to 5637,
5736 to 5737, 5836 to 5837
15A0 to 15A1, 1604 to 1605,
1668 to 1669,
16CC to 16CD
1)
3)
6
INTELLIGENT
MODULE MONITOR
4)
5
7
NETWORK
MONITOR
2)
4
MELSEC-A LIST
EDITOR
Buffer memory address
DEC
MELSEC-FX LIST
EDITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 161
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
Buffer memory address
No.
Axis
1)
-
4012 to 4016
2)
-
3)
-
4)
Buffer memory address
No.
Axis
FAC to FB0
9)
-
4052 to 4056
FD4 to FD8
4017 to 4021
FB1 to FB5
10)
-
4057 to 4061
FD9 to FDD
4022 to 4026
FB6 to FBA
11)
-
4062 to 4066
FDE to FE2
-
4027 to 4031
FBB to FBF
12)
-
4067 to 4071
FE3 to FE7
5)
-
4032 to 4036
FC0 to FC4
13)
-
4072 to 4076
FE8 to FEC
6)
-
4037 to 4041
FC5 to FC9
14)
-
4077 to 4081
FED to FF1
7)
-
4042 to 4046
FCA to FCE
15)
-
4082 to 4086
FF2 to FF6
8)
-
4047 to 4051
FCF to FD3
16)
-
4087 to 4091
FF7 to FFB
DEC
HEX
DEC
HEX
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
9)
10)
11)
12)
13)
14)
15)
16)
25)
26)
27)
28)
29)
30)
31)
32)
33)
Buffer memory address
No.
Axis
1)
-
4093 to 4096
2)
-
3)
-
4)
34)
Buffer memory address
No.
Axis
FFD to 1000
13)
-
4141 to 4144
4097 to 4100
1001 to 1004
14)
-
4101 to 4104
1005 to 1008
15)
-
-
4105 to 4108
1009 to 100C
16)
5)
-
4109 to 4112
100D to 1010
6)
-
4113 to 4116
7)
-
4117 to 4120
DEC
Axis
102D to 1030
25)
-
4190 to 4193
105E to 1061
4145 to 4148
1031 to 1034
26)
-
4194 to 4197
1062 to 1065
4149 to 4152
1035 to 1038
27)
-
4198 to 4201
1066 to 1069
-
4153 to 4156
1039 to 103C
28)
-
4202 to 4205
106A to 106D
17)
-
4158 to 4161
103E to 1041
29)
-
4206 to 4209
106E to 1071
1011 to 1014
18)
-
4162 to 4165
1042 to 1045
30)
-
4210 to 4213
1072 to 1075
1015 to 1018
19)
-
4166 to 4169
1046 to 1049
31)
-
4214 to 4217
1076 to 1079
32)
-
4218 to 4221
107A to 107D
33)
-
31300 to 31315
7A44 to 7A53
34)
-
31316 to 31331
7A54 to 7A63
DEC
HEX
8)
-
4121 to 4124
1019 to 101C
20)
-
4170 to 4173
104A to 104D
9)
-
4125 to 4128
101D to 1020
21)
-
4174 to 4177
104E to 1051
10)
-
4129 to 4132
1021 to 1024
22)
-
4178 to 4181
1052 to 1055
11)
-
4133 to 4136
1025 to 1028
23)
-
4182 to 4185
1056 to 1059
12)
-
4137 to 4140
1029 to 102C
24)
-
4186 to 4189
105A to 105D
6 - 162
Buffer memory address
No.
HEX
6.5 Intelligent Module Monitor Screens
DEC
HEX
1
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
2
SYSTEM MONITOR
1)
OVERVIEW
Screen example
1F54 to 1F56,
1F58 to 1F5D
7
12020 to 12022,
12024 to 12029
2EF4 to 2EF6,
2EF8 to 2EFD
LADDER MONITOR
FUNCTION
11
16020 to 16022,
16024 to 16029
3E94 to 3E96,
3E98 to 3E9D
4
4A42 to 4A44,
4A46 to 4A4B
15
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
7020 to 7022,
7024 to 7029
1B6C to 1B6E,
1B70 to 1B75
4
9000 to 9002,
9004 to 9009
2328 to 232A,
232C to 2331
6
11020 to 11022,
11024 to 11029
2B0C to 2B0E,
2B10 to 2B15
8
13000 to 13002,
13004 to 13009
32C8 to 32CA,
32CC to 32D1
10
15020 to 15022,
15024 to 15029
3AAC to 3AAE,
3AB0 to 3AB5
12
17000 to 17002,
17004 to 17009
4268 to 426A,
426C to 4271
465A to 465C,
465E to 4663
14
19020 to 19022,
19024 to 19029
4A4C to 4A4E,
4A50 to 4A55
16
21000 to 21002,
21004 to 21009
5208 to 520A,
520C to 5211
6020 to 6022,
6024 to 6029
1784 to 1786,
1788 to 178D
3
8000 to 8002,
8004 to 8009
1F40 to 1F42,
1F44 to 1F49
4
9010 to 9012,
9014 to 9019
2332 to 2334,
2336 to 233B
5
10020 to 10022,
10024 to 10029
2724 to 2726,
2728 to 272D
7
12000 to 12002,
12004 to 12009
2EE0 to 2EE2,
2EE4 to 2EE9
8
13010 to 13012,
13014 to 13019
32D2 to 32D4,
32D6 to 32DB
9
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
11
16000 to 16002,
16004 to 16009
3E80 to 3E82,
3E84 to 3E89
12
17010 to 17012,
17014 to 17019
4272 to 4274,
4276 to 427B
13
18020 to 18022,
18024 to 18029
4664 to 4666,
4668 to 466D
15
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
16
21010 to 21012,
21014 to 21019
5212 to 5214,
5216 to 521B
2
7000 to 7002,
7004 to 7009
1B58 to 1B5A,
1B5C to 1B61
3
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
4
9020 to 9022,
9024 to 9029
233C to 233E
2340 to 2345
6
11000 to 11002,
11004 to 11009
2AF8 to 2AFA,
2AFC to 2B01
7
12010 to 12012,
12014 to 12019
2EEA to 2EEC,
2EEE to 2EF3
8
13020 to 13022,
13024 to 13029
32DC to 32DE
32E0 to 32E5
10
15000 to 15002,
15004 to 15009
3A98 to 3A9A,
3A9C to 3AA1
11
16010 to 16012,
16014 to 16019
3E8A to 3E8C,
3E8E to 3E93
12
17020 to 17022,
17024 to 17029
427C to 427E
4280 to 4285
14
19000 to 19002,
19004 to 19009
4A38 to 4A3A,
4A3C to 4A41
15
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
16
21020 to 21022,
21024 to 21029
521C to 521E,
5220 to 5225
7
HEX
No.
Axis
Buffer memory address
DEC
HEX
1B62 to 1B64,
1B66 to 1B6B
6
11010 to 11012,
11014 to 11019
2B02 to 2B04,
2B06 to 2B0B
10
15010 to 15012,
15014 to 15019
3AA2 to 3AA4,
3AA6 to 3AAB
4650 to 4652,
4654 to 4659
14
19010 to 19012,
19014 to 19019
6010 to 6012,
6014 to 6019
177A to 177C,
177E to 1783
2
5
10010 to 10012,
10014 to 10019
271A to 271C,
271E to 2723
9
14010 to 14012,
14014 to 14019
36BA to 36BC,
36BE to 36C3
13
18010 to 18012,
18014 to 18019
1
1
1770 to 1772,
1774 to 1779
5
10000 to 10002,
10004 to 10009
2710 to 2712,
2714 to 2719
9
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
13
18000 to 18002,
18004 to 18009
1
1)
2)
3)
4)
5)
6)
7)
8)
Axis
9)
10)
11)
12)
Buffer memory address
DEC
HEX
5
6
NETWORK
MONITOR
2
7010 to 7012,
7014 to 7019
6000 to 6002,
6004 to 6009
No.
MELSEC-FX LIST
EDITOR
Buffer memory address
DEC
MELSEC-A LIST
EDITOR
3
8020 to 8022,
8024 to 8029
Axis
8
Q MOTION
MONITOR
No.
INTELLIGENT
MODULE MONITOR
3
6.5 Intelligent Module Monitor Screens
6 - 163
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
Axis
Buffer memory address
DEC
HEX
No.
Buffer memory address
Axis
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28410, 28510,
28610, 28710
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
5 to 8
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
5 to 8
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415, 29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615, 29715,
29815, 29915
73AF, 7413,
7477, 74DB
1 to 4
28404, 28504,
28604, 28704
6EF4, 6F58,
6FBC, 7020
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
5 to 8
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
1 to 4
28400, 28500,
28600, 28700
6EF0, 6F54,
6FB8, 701C
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
1)
2)
3)
6 - 164
4)
5)
6)
6.5 Intelligent Module Monitor Screens
7)
8)
9)
1
OVERVIEW
Screen example
1)
2)
3)
4)
SYSTEM MONITOR
2
Axis
1 to 4
1)
2)
Buffer memory address
No.
DEC
HEX
28404, 28504, 28604, 28704
6EF4, 6F58, 6FBC, 7020
5 to 8
28804, 28904, 29004, 29104
7084, 70E8, 714C, 71B0
9 to 12
29204, 29304, 29404, 29504
7214, 7278, 72DC, 7340
13 to 16
29604, 29704, 29804, 29904
1 to 4
5 to 8
Axis
1 to 4
Buffer memory address
DEC
HEX
28417, 28517, 28617, 28717
6F01, 6F65, 6FC9, 702D
7091, 70F5, 7159, 71BD
5 to 8
28817, 28917, 29017, 29117
9 to 12
29217, 29317, 29417, 29517
7221, 7285, 72E9, 734D
73A4, 7408, 746C, 74D0
13 to 16
29617, 29717, 29817, 29917
73B1, 7415, 7479, 74DD
28416, 28516, 28616, 28716
6F00, 6F64, 6FC8, 702C
1 to 4
28418, 28518, 28618, 28718
6F02, 6F66, 6FCA, 702E
28816, 28916, 29016, 29116
7090, 70F4, 7158, 71BC
5 to 8
28818, 28918, 29018, 29118
7092, 70F6, 715A, 71BE
9 to 12
29206, 29306, 29406, 29506
7216, 727A, 72DE, 7342
13 to 16
29606, 29706, 29806, 29906
73A6, 740A, 746E, 74D2
3)
4)
9 to 12
29218, 29318, 29418, 29518
7222, 7286, 72EA, 734E
13 to 16
29618, 29718, 29818, 29918
73B2, 7416, 747A, 74DE
Screen example
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
5
1)
MELSEC-FX LIST
EDITOR
2)
3)
4)
5)
6)
1 to 4
1)
2)
3)
HEX
31632, 31702, 31772, 31842
7B90, 7BD6, 7C1C, 7C62
5 to 8
31912, 31982, 32052, 32122
7CA8, 7CEE, 7D34, 7D7A
9 to 12
32192, 32262, 32332, 32402
7DC0, 7E06, 7E4C, 7E92
13 to 16
32472, 32542, 32612, 32682
7ED8, 7F1E, 7F64, 7FAA
1 to 4
31633, 31703, 31773, 31843
7B91, 7BD7, 7C1D, 7C63
5 to 8
31913, 31983, 32053, 32123
7CA9, 7CEF, 7D35, 7D7B
9 to 12
32193, 32263, 32333, 32403
7DC1, 7E07, 7E4D, 7E93
13 to 16
32473, 32543, 32613, 32683
7ED9, 7F1F, 7F65, 7FAB
No.
4)
5)
6)
Axis
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
Buffer memory address
DEC
HEX
1 to 4
31636, 31706, 31776, 31846
7B94, 7BDA, 7C20, 7C66
7CAC, 7CF2, 7D38, 7D7E
5 to 8
31916, 31986, 32056, 32126
9 to 12
32196, 32266, 32336, 32406
7DC4, 7E0A, 7E50, 7E96
13 to 16
32476, 32546, 32616, 32686
7EDC, 7F22, 7F68, 7FAE
1 to 4
31635, 31705, 31775, 31845
7B93, 7BD9, 7C1F, 7C65
5 to 8
31915, 31985, 32055, 32125
7CAB, 7CF1, 7D37, 7D7D
9 to 12
32195, 32265, 32335, 32405
7DC3, 7E09, 7E4F, 7E95
13 to 16
32475, 32545, 32615, 32685
7EDB, 7F21, 7F67, 7FAD
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
6
6.5 Intelligent Module Monitor Screens
6 - 165
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
No.
Axis
Buffer memory address
DEC
HEX
No.
Buffer memory address
Axis
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28433, 28533,
28633, 28733
6F11, 6F75,
6FD9, 703D
5 to 8
28833, 28933,
29033, 29133
70A1, 7105,
7169, 71CD
9 to 12
29233, 29333,
29433, 29533
7231, 7295,
72F9, 735D
73BA, 741E,
7482, 74E6
13 to 16
29633, 29733,
29833, 29933
73C1, 7425,
7489, 74ED
28427, 28527,
28627, 28727
6F0B, 6F6F,
6FD3, 7037
1 to 4
28436, 28536,
28636, 28736
6F14, 6F78,
6FDC, 7040
5 to 8
28827, 28927,
29027, 29127
709B, 70FF,
7163, 71C7
5 to 8
28836, 28936,
29036, 29136
70A4, 7108,
716C, 71D0
9 to 12
29227, 29327,
29427, 29527
722B, 728F,
72F3, 7357
9 to 12
29236, 29336,
29436, 29536
7234, 7298,
72FC, 7360
73B4, 7418,
747C, 74E0
13 to 16
29627, 29727,
29827, 29927
73BB, 741F,
7483, 74E7
13 to 16
29636, 29736,
29836, 29936
73C4, 7428,
748C, 74F0
28422, 28522,
28622, 28722
6F06, 6F6A,
6FCE, 7032
1 to 4
28428, 28528,
28628, 28728
6F0C, 6F70,
6FD4, 7038
1 to 4
28441, 28541,
28641, 28741
6F19, 6F7D,
6FE1, 7045
5 to 8
28822, 28922,
29022, 29122
7096, 70FA,
715E, 71C2
5 to 8
28828, 28928,
29028, 29128
709C, 7100,
7164, 71C8
5 to 8
28841, 28941,
29041, 29141
70A9, 710D,
7171, 71D5
9 to 12
29222, 29322,
29422, 29522
7226, 728A,
72EE, 7352
9 to 12
29228, 29328,
29428, 29528
722C, 7290,
72F4, 7358
9 to 12
29241, 29341,
29441, 29541
7239, 729D,
7301, 7365
13 to 16
29622, 29722,
29822, 29922
73B6, 741A,
747E, 74E2
13 to 16
29628, 29728,
29828, 29928
73BC, 7420,
7484, 74E8
13 to 16
29641, 29741,
29841, 29941
73C9, 742D,
7491, 74F5
1 to 4
28424, 28524,
28624, 28724
6F08, 6F6C,
6FD0, 7034
1 to 4
28429, 28529,
28629, 28729
6F0D, 6F71,
6FD5, 7039
5 to 8
28824, 28924,
29024, 29124
7098, 70FC,
7160, 71C4
5 to 8
28829, 28929,
29029, 29129
709D, 7101,
7165, 71C9
9 to 12
29224, 29324,
29424, 29524
7228, 728C,
72F0, 7354
9 to 12
29229, 29329,
29429, 29529
722D, 7291,
72F5, 7359
13 to 16
29624, 29724,
29824, 29924
73B8, 741C,
7480, 74E4
13 to 16
29629, 29729,
29829, 29929
73BD, 7421,
7485, 74E9
28425, 28525,
28625, 28725
6F09, 6F6D,
6FD1, 7035
6F0F, 6F73,
6FD7, 703B
-
1 to 4
28431, 28531,
28631, 28731
-
1 to 4
5 to 8
28825, 28925,
29025, 29125
7099, 70FD,
7161, 71C5
5 to 8
28831, 28931,
29031, 29131
709F, 7103,
7167, 71CB
9 to 12
29225, 29325,
29425, 29525
7229, 728D,
72F1, 7355
9 to 12
29231, 29331,
29431, 29531
722F, 7293,
72F7, 735B
13 to 16
29625, 29725,
29825, 29925
73B9, 741D,
7481, 74E5
13 to 16
29631, 29731,
29831, 29931
73BF, 7423,
7487, 74EB
1 to 4
28426, 28526,
28626, 28726
6F0A, 6F6E,
6FD2, 7036
5 to 8
28826, 28926,
29026, 29126
709A, 70FE,
7162, 71C6
9 to 12
29226, 29326,
29426, 29526
722A, 728E,
72F2, 7356
73B3, 7417,
747B, 74DF
13 to 16
29626, 29726,
29826, 29926
28420, 28520,
28620, 28720
6F04, 6F68,
6FCC, 7030
1 to 4
5 to 8
28820, 28920,
29020, 29120
7094, 70F8,
715C, 71C0
9 to 12
29220, 29320,
29420, 29520
7224, 7288,
72EC, 7350
13 to 16
29620, 29720,
29820, 29920
1 to 4
1 to 4
28419, 28519,
28619, 28719
6F03, 6F67,
6FCB, 702F
5 to 8
28819, 28919,
29019, 29119
7093, 70F7,
715B, 71BF
9 to 12
29219, 29319,
29419, 29519
7223, 7287,
72EB, 734F
13 to 16
29619, 29719,
29819, 29919
1 to 4
1)
2)
3)
4)
5)
6 - 166
6)
7)
8)
9)
10)
6.5 Intelligent Module Monitor Screens
11)
12)
13)
-
-
1
OVERVIEW
Screen example
1)
2)
2
3)
SYSTEM MONITOR
4)
5)
6)
7)
8)
9)
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
LADDER MONITOR
FUNCTION
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
4
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
5 to 8
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
5 to 8
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415, 29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615, 29715,
29815, 29915
73AF, 7413,
7477, 74DB
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28404, 28504,
28604, 28704
6EF4, 6F58,
6FBC, 7020
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
5 to 8
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
6EF0, 6F54,
6FB8, 701C
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
1)
2)
3)
4)
5)
6)
Axis
7)
8)
9)
Buffer memory address
DEC
HEX
5
6
7
NETWORK
MONITOR
1 to 4
28400, 28500,
28600, 28700
No.
MELSEC-FX LIST
EDITOR
DEC
INTELLIGENT
MODULE MONITOR
Buffer memory address
MELSEC-A LIST
EDITOR
1 to 4
28410, 28510,
28610, 28710
Axis
8
Q MOTION
MONITOR
No.
3
6.5 Intelligent Module Monitor Screens
6 - 167
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
1)
2)
3)
4)
5)
Axis
Buffer memory address
DEC
HEX
1 to 4
28445, 28545, 28645, 28745
6F1D, 6F81, 6FE5, 7049
5 to 8
28845, 28945, 29045, 29145
70AD, 7111, 7175, 71D9
9 to 12
29245, 29345, 29445, 29545
723D, 72A1, 7305, 7369
13 to 16
29645, 29745, 29845, 29945
1 to 4
28446, 28546, 28646, 28746
5 to 8
No.
Axis
1 to 4
Buffer memory address
DEC
28450, 28550, 28650, 28750
HEX
6F22, 6F86, 6FEA, 704E
5 to 8
28850, 28950, 29050, 29150
70B2, 7116, 717A, 71DE
9 to 12
29250, 29350, 29450, 29550
7242, 72A6, 730A, 736E
73CD, 7431, 7495, 74F9
13 to 16
29650, 29750, 29850, 29950
73D2, 7436, 749A, 74FE
6F1E, 6F82, 6FE6, 704A
1 to 4
28451, 28551, 28651, 28751
6F23, 6F87, 6FEB, 704F
28846, 28946, 29046, 29146
70AE, 7112, 7176, 71DA
5 to 8
28851, 28951, 29051, 29151
70B3, 7117, 717B, 71DF
9 to 12
29246, 29346, 29446, 29546
723E, 72A2, 7306, 736A
9 to 12
29251, 29351, 29451, 29551
7243, 72A7, 730B, 736F
13 to 16
29646, 29746, 29846, 29946
73CE, 7432, 7496, 74FA
13 to 16
29651, 29751, 29851, 29951
73D3, 7437, 749B, 74FF
1 to 4
28447, 28547, 28647, 28747
6F1F, 6F83, 6FE7, 704B
1 to 4
28452, 28552, 28652, 28752
6F24, 6F88, 6FEC, 7050
5 to 8
28847, 28947, 29047, 29147
70AF, 7113, 7177, 71DB
9 to 12
29247, 29347, 29447, 29547
723F, 72A3, 7307, 736B
13 to 16
29647, 29747, 29847, 29947
1 to 4
28448, 28548, 28648, 28748
5 to 8
28848, 28948, 29048, 29148
70B0, 7114, 7178, 71DC
9 to 12
29248, 29348, 29448, 29548
7240, 72A4, 7308, 736C
7)
5 to 8
28852, 28952, 29052, 29152
70B4, 7118, 717C, 71E0
9 to 12
29252, 29352, 29452, 29552
7244, 72A8, 730C, 7370
73CF, 7433, 7497, 74FB
13 to 16
29652, 29752, 29852, 29952
73D4, 7438, 749C, 7500
6F20, 6F84, 6FE8, 704C
1 to 4
28444, 28544, 28644, 28744
6F1C, 6F80, 6FE4, 7048
13 to 16
29648, 29748, 29848, 29948
73D0, 7434, 7498, 74FC
1 to 4
28449, 28549, 28649, 28749
6F21, 6F85, 6FE9, 704D
5 to 8
28849, 28949, 29049, 29149
70B1, 7115, 7179, 71DD
9 to 12
29249, 29349, 29449, 29549
7241, 72A5, 7309, 736D
13 to 16
29649, 29749, 29849, 29949
73D1, 7435, 7499, 74FD
6 - 168
6)
6.5 Intelligent Module Monitor Screens
8)
9)
-
5 to 8
28844, 28944, 29044, 29144
70AC, 7110, 7174, 71D8
9 to 12
29244, 29344, 29444, 29544
723C, 72A0, 7304, 7368
13 to 16
29644, 29744, 29844, 29944
73CC, 7430, 7494, 74F8
-
-
-
1
2)
3)
OVERVIEW
Screen example
4)
2
SYSTEM MONITOR
1)
5)
6)
7)
1)
2)
3)
Axis
Buffer memory address
No.
DEC
HEX
1 to 4
28420, 28520, 28620, 28720
6F04, 6F68, 6FCC, 7030
5 to 8
28820, 28920, 29020, 29120
7094, 70F8, 715C, 71C0
9 to 12
29220, 29320, 29420, 29520
7224, 7288, 72EC, 7350
13 to 16
29620, 29720, 29820, 29920
1 to 4
5 to 8
Axis
Buffer memory address
DEC
HEX
1 to 4
28435, 28535, 28635, 28735
6F13, 6F77, 6FDB, 703F
70A3, 7107, 716B, 71CF
5 to 8
28835, 28935, 29035, 29135
9 to 12
29235, 29335, 29435, 29535
7233, 7297, 72FB, 735F
73B4, 7418, 747C, 74E0
13 to 16
29635, 29735, 29835, 29935
73C3, 7427, 748B, 74EF
28421, 28521, 28621, 28721
6F05, 6F69, 6FCD, 7031
1 to 4
28439, 28539, 28639, 28739
6F17, 6F7B, 6FDF, 7043
28821, 28921, 29021, 29121
7095, 70F9, 715D, 71C1
5 to 8
28839, 28939, 29039, 29139
70A7, 710B, 716F, 71D3
9 to 12
29221, 29321, 29421, 29521
7225, 7289, 72ED, 7351
9 to 12
29239, 29339, 29439, 29539
7237, 729B, 72FF, 7363
13 to 16
29621, 29721, 29821, 29921
73B5, 7419, 747D, 74E1
13 to 16
29639, 29739, 29839, 29939
73C7, 742B, 748F, 74F3
1 to 4
28430, 28530, 28630, 28730
6F0E, 6F72, 6FD6, 703A
1 to 4
28440, 28540, 28640, 28740
6F18, 6F7C, 6FE0, 7044
5 to 8
28830, 28930, 29030, 29130
709E, 7102, 7166, 71CA
5 to 8
28840, 28940, 29040, 29140
70A8, 710C, 7170, 71D4
9 to 12
29230, 29330, 29430, 29530
722E, 7292, 72F6, 735A
9 to 12
29240, 29340, 29440, 29540
7238, 729C, 7300, 7364
13 to 16
29630, 29730, 29830, 29930
73BE, 7422, 7486, 74EA
13 to 16
29640, 29740, 29840, 29940
73C8, 742C, 7490, 74F4
4)
5)
6)
7)
5
MELSEC-FX LIST
EDITOR
Screen example
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
1)
6
INTELLIGENT
MODULE MONITOR
2)
3)
4)
1)
2)
Axis
Buffer memory address
DEC
HEX
1 to 4
28453, 28553, 28653, 28753
6F25, 6F89, 6FED, 7051
5 to 8
28853, 28953, 29053, 29153
70B5, 7119, 717D, 71E1
9 to 12
29253, 29353, 29453, 29553
7245, 72A9, 730D, 7371
13 to 16
29653, 29753, 29853, 29953
73D5, 7439, 749D, 7501
1 to 4
28454, 28554, 28654, 28754
6F26, 6F8A, 6FEE, 7052
5 to 8
28854, 28954, 29054, 29154
70B6, 711A, 717E, 71E2
9 to 12
29254, 29354, 29454, 29554
7246, 72AA, 730E, 7372
13 to 16
29654, 29754, 29854, 29954
73D6, 743A, 749E, 7502
No.
3)
4)
Axis
Buffer memory address
DEC
HEX
1 to 4
28463, 28563, 28663, 28763
6F2F, 6F93, 6FF7, 705B
70BF, 7123, 7187, 71EB
5 to 8
28863, 28963, 29063, 29163
9 to 12
29263, 29363, 29463, 29563
724F, 72B3, 7317, 737B
13 to 16
29663, 29763, 29863, 29963
73DF, 7443, 74A7, 750B
-
-
6.5 Intelligent Module Monitor Screens
8
Q MOTION
MONITOR
No.
NETWORK
MONITOR
7
6 - 169
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
No.
1)
2)
3)
4)
Axis
Buffer memory address
No.
DEC
HEX
1 to 4
31645, 31715,31785, 31855
7B9D, 7BE3, 7C29, 7C6F
Axis
1 to 4
Buffer memory address
DEC
HEX
31647, 31717, 31787, 31857
7B9F, 7BE5, 7C2B, 7C71
5 to 8
31925, 31995, 32065, 32135
7CB5, 7CFB, 7D41, 7D87
5 to 8
31927, 31997, 32067, 32137
7CB7, 7CFD, 7D43, 7D89
9 to 12
32205, 32275, 32345, 32415
7DCD, 7E13, 7E59, 7E9F
9 to 12
32207, 32277, 32347, 32417
7DCF, 7E15, 7E5B, 7EA1
13 to 16
32485, 32555, 32625, 32695
7EE5, 7F2B, 7F71, 7FB7
13 to 16
32487, 32557, 32627, 32697
7EE7, 7F2D, 7F73, 7FB9
1 to 4
31646, 31716, 31786, 31856
7B9E, 7BE4, 7C2A, 7C70
1 to 4
31648, 31718, 31788, 31858
7BA0, 7BE6, 7C2C, 7C72
5 to 8
31926, 31996, 32066, 32136
7CB6, 7CFC, 7D42, 7D88
9 to 12
32206, 32276, 32346, 32416
7DCE, 7E14, 7E5A, 7EA0
13 to 16
32486, 32556, 32626, 32696
7EE6, 7F2C, 7F72, 7FB8
5)
6)
7)
8)
5 to 8
31928, 31998, 32068, 32138
7CB8, 7CFE, 7D44, 7D8A
9 to 12
32208, 32278, 32348, 32418
7DD0, 7E16, 7E5C, 7EA2
13 to 16
32488, 32558, 32628, 32698
7EE8, 7F2E, 7F74, 7FBA
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
No.
1)
2)
3)
4)
5)
Axis
Buffer memory address
DEC
HEX
1 to 4
31649, 31719, 31789, 31859
7BA1, 7BE7, 7C2D, 7C73
5 to 8
31929, 31999, 32069, 32139
7CB9, 7CFF, 7D45, 7D8B
9 to 12
32209, 32279, 32349, 32419
7DD1, 7E17, 7E5D, 7EA3
13 to 16
32489, 32559, 32629, 32699
1 to 4
Axis
1 to 4
Buffer memory address
DEC
HEX
31652, 31722, 31792, 31862
7BA4, 7BEA, 7C30, 7C76
5 to 8
31932, 32002, 32072, 32142
7CBC, 7D02, 7D48, 7D8E
9 to 12
32212, 32282, 32352, 32422
7DD4, 7E1A, 7E60, 7EA6
7EE9, 7F2F, 7F75, 7FBB
13 to 16
32492, 32562, 32632, 32702
7EEC, 7F32, 7F78, 7FBE
31650, 31720, 31790, 31860
7BA2, 7BE8, 7C2E, 7C74
1 to 4
31653, 31723, 31793, 31863
7BA5, 7BEB, 7C31, 7C77
5 to 8
31930, 32000, 32070, 32140
7CBA, 7D00, 7D46, 7D8C
9 to 12
32210, 32280, 32350, 32420
7DD2, 7E18, 7E5E, 7EA4
13 to 16
32490, 32560, 32630, 32700
1 to 4
6)
5 to 8
31933, 32003, 32073, 32143
7CBD, 7D03, 7D49, 7D8F
9 to 12
32213, 32283, 32353, 32423
7DD5, 7E1B, 7E61, 7EA7
7EEA, 7F30, 7F76, 7FBC
13 to 16
32493, 32563, 32633, 32703
7EED, 7F33, 7F79, 7FBF
31651, 31721, 31791, 31861
7BA3, 7BE9, 7C2F, 7C75
1 to 4
31654, 31724, 31794, 31864
7BA6, 7BEC, 7C32, 7C78
5 to 8
31931, 32001, 32071, 32141
7CBB, 7D01, 7D47, 7D8D
9 to 12
32211, 32281, 32351, 32421
7DD3, 7E19, 7E5F, 7EA5
13 to 16
32491, 32561, 32631, 32701
7EEB, 7F31, 7F77, 7FBD
6 - 170
No.
6.5 Intelligent Module Monitor Screens
7)
8)
5 to 8
31934, 32004, 32074, 32144
7CBE, 7D04, 7D4A, 7D90
9 to 12
32214, 32284, 32354, 32424
7DD6, 7E1C, 7E62, 7EA8
13 to 16
32494, 32564, 32634, 32704
7EEE, 7F34, 7F7A, 7FC0
1
OVERVIEW
Screen example
1)
2)
3)
2
SYSTEM MONITOR
4)
5)
31455, 31525, 31595, 31665
7ADF, 7B25, 7B6B, 7BB1
5 to 8
31735, 31805, 31875, 31945
7BF7, 7C3D, 7C83, 7CC9
9 to 12
32015, 32085, 32155, 32225
7D0F, 7D55, 7D9B, 7DE1
13 to 16
32295, 32365, 32435, 32505
Axis
Buffer memory address
DEC
HEX
1 to 4
31458, 31528, 31598, 31668
7AE2, 7B28, 7B6E, 7BB4
7BFA, 7C40, 7C86, 7CCC
5 to 8
31738, 31808, 31878, 31948
9 to 12
32018, 32088, 32158, 32228
7D12, 7D58, 7D9E, 7DE4
7E27, 7E6D, 7EB3, 7EF9
13 to 16
32298, 32368, 32438, 32508
7E2A, 7E70, 7EB6, 7EFC
4)
1 to 4
31456, 31526, 31596, 31666
7AE0, 7B26, 7B6C, 7BB2
1 to 4
31459, 31529, 31599, 31669
7AE3, 7B29, 7B6F, 7BB5
5 to 8
31736, 31806, 31876, 31946
7BF8, 7C3E, 7C84, 7CCA
5 to 8
31739, 31809, 31879, 31949
7BFB, 7C41, 7C87, 7CCD
9 to 12
32016, 32086, 32156, 32226
7D10, 7D56, 7D9C, 7DE2
13 to 16
32296, 32366, 32436, 32506
7E28, 7E6E, 7EB4, 7EFA
1 to 4
31457, 31527, 31597, 31667
7AE1, 7B27, 7B6D, 7BB3
5 to 8
31737, 31807, 31877, 31947
7BF9, 7C3F, 7C85, 7CCB
9 to 12
32017, 32087, 32157, 32227
7D11, 7D57, 7D9D, 7DE3
13 to 16
32297, 32367, 32437, 32507
7E29, 7E6F, 7EB5, 7EFB
5)
-
9 to 12
32019, 32089, 32159, 32229
7D13, 7D59, 7D9F, 7DE5
13 to 16
32299, 32369, 32439, 32509
7E2B, 7E71, 7EB7, 7EFD
-
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 171
Screen example
1)
2)
3)
4)
5)
6)
7)
No.
Axis
1 to 4
1)
2)
3)
4)
Buffer memory address
DEC
No.
HEX
28464, 28564, 28664, 28764
6F30, 6F94, 6FF8, 705C
5 to 8
28864, 28964, 29064, 29164
70C0, 7124, 7188, 71EC
9 to 12
29264, 29364, 29464, 29564
7250, 72B4, 7318, 737C
Axis
1 to 4
5)
Buffer memory address
DEC
HEX
28467, 28567, 28667, 28767
6F33, 6F97, 6FFB, 705F
5 to 8
28867, 28967, 29067, 29167
70C3, 7127, 718B, 71EF
9 to 12
29267, 29367, 29467, 29567
7253, 72B7, 731B, 737F
13 to 16
29664, 29764, 29864, 29964
73E0, 7444, 74A8, 750C
13 to 16
29667, 29767, 29867, 29967
73E3, 7447, 74AB, 750F
1 to 4
28465, 28565, 28665, 28765
6F31, 6F95, 6FF9, 705D
1 to 4
28468, 28568, 28668, 28768
6F34, 6F98, 6FFC, 7060
5 to 8
28865, 28965, 29065, 29165
70C1, 7125, 7189, 71ED
9 to 12
29265, 29365, 29465, 29565
7251, 72B5, 7319, 737D
5 to 8
28868, 28968, 29068, 29168
70C4, 7128, 718C, 71F0
9 to 12
29268, 29368, 29468, 29568
13 to 16
29665, 29765, 29865, 29965
7254, 72B8, 731C, 7380
73E1, 7445, 74A9, 750D
13 to 16
29668, 29768, 29868, 29968
1 to 4
73E4, 7448, 74AC, 7510
28466, 28566, 28666, 28766
6F32, 6F96, 6FFA, 705E
1 to 4
28470, 28570, 28670, 28770
6F36, 6F9A, 6FFE, 7062
5 to 8
28866, 28966, 29066, 29166
70C2, 7126, 718A, 71EE
9 to 12
29266, 29366, 29466, 29566
7252, 72B6, 731A, 737E
13 to 16
29666, 29766, 29866, 29966
73E2, 7446, 74AA, 750E
6)
5 to 8
28870, 28970, 29070, 29170
70C6, 712A, 718E, 71F2
9 to 12
29270, 29370, 29470, 29570
7256, 72BA, 731E, 7382
13 to 16
29670, 29770, 29870, 29970
73E6, 744A, 74AE, 7512
7)
Screen example
1)
2)
3)
4)
No.
Axis
1 to 4
1)
2)
Buffer memory address
DEC
28474, 28574, 28674, 28774
HEX
No.
6F3A, 6F9E, 7002, 7066
5 to 8
28874, 28974, 29074, 29174
70CA, 712E, 7192, 71F6
9 to 12
29274, 29374, 29474, 29574
725A, 72BE, 7322, 7386
13 to 16
29674, 29774, 29874, 29974
1 to 4
28475, 28575, 28675, 28775
5 to 8
Axis
1 to 4
Buffer memory address
DEC
28472, 28572, 28672, 28772
HEX
6F38, 6F9C, 7000, 7064
5 to 8
28872, 28972, 29072, 29172
70C8, 712C, 7190, 71F4
9 to 12
29272, 29372, 29472, 29572
7258, 72BC, 7320, 7384
73EA, 744E, 74B2, 7516
13 to 16
29672, 29772, 29872, 29972
73E8, 744C, 74B0, 7514
6F3B, 6F9F, 7003, 7067
1 to 4
28473, 28573, 28673, 28773
6F39, 6F9D, 7001, 7065
28875, 28975, 29075, 29175
70CB, 712F, 7193, 71F7
5 to 8
28873, 28973, 29073, 29173
70C9, 712D, 7191, 71F5
9 to 12
29275, 29375, 29475, 29575
725B, 72BF, 7323, 7387
9 to 12
29273, 29373, 29473, 29573
7259, 72BD, 7321, 7385
13 to 16
29675, 29775, 29875, 29975
73EB, 744F, 74B3, 7517
13 to 16
29673, 29773, 29873, 29973
73E9, 744D, 74B1, 7515
6 - 172
6.5 Intelligent Module Monitor Screens
3)
4)
1
OVERVIEW
Screen example
1)
2)
3)
2
SYSTEM MONITOR
4)
5)
6)
7)
8)
2)
3)
4)
No.
DEC
HEX
28466, 28566, 28666, 28766
6F32, 6F96, 6FFA, 705E
5 to 8
28866, 28966, 29066, 29166
70C2, 7126, 718A, 71EE
9 to 12
29266, 29366, 29466, 29566
7252, 72B6, 731A, 737E
13 to 16
29666, 29766, 29866, 29966
1 to 4
5 to 8
Buffer memory address
Axis
1 to 4
DEC
HEX
28481, 28581, 28681, 28781
6F41, 6FA5, 7009, 706D
70D1, 7135, 7199, 71FD
5 to 8
28881, 28981, 29081, 29181
9 to 12
29281, 29381, 29481, 29581
7261, 72C5, 7329, 738D
73E2, 7446, 74AA, 750E
13 to 16
29681, 29781, 29881, 29981
73F1, 7455, 74B9, 751D
28469, 28569, 28669, 28769
6F35, 6F99, 6FFD, 7061
1 to 4
28483, 28583, 28683, 28783
6F43, 6FA7, 700B, 706F
28869, 28969, 29069, 29169
70C5, 7129, 718D, 71F1
5 to 8
28883, 28983, 29083, 29183
70D3, 7137, 719B, 71FF
9 to 12
29269, 29369, 29469, 29569
7255, 72B9, 731D, 7381
13 to 16
29669, 29769, 29869, 29969
73E5, 7449, 74AD, 7511
5)
6)
9 to 12
29283, 29383, 29483, 29583
7263, 72C7, 732B, 738F
13 to 16
29683, 29783, 29883, 29983
73F3, 7457, 74BB, 751F
1 to 4
28471, 28571, 28671, 28771
6F37, 6F9B, 6FFF, 7063
1 to 4
28484, 28584, 28684, 28784
6F44, 6FA8, 700C, 7070
5 to 8
28871, 28971, 29071, 29171
70C7, 712B, 718F, 71F3
5 to 8
28884, 28984, 29084, 29184
70D4, 7138, 719C, 7200
9 to 12
29271, 29371, 29471, 29571
7257, 72BB, 731F, 7383
9 to 12
29284, 29384, 29484, 29584
7264, 72C8, 732C, 7390
13 to 16
29671, 29771, 29871, 29971
73E7, 744B, 74AF, 7513
13 to 16
29684, 29784, 29884, 29984
73F4, 7458, 74BC, 7520
1 to 4
28480, 28580, 28680, 28780
6F40, 6FA4, 7008, 706C
1 to 4
28487, 28587, 28687, 28787
6F47, 6FAB, 700F, 7073
5 to 8
28880, 28980, 29080, 29180
70D0, 7134, 7198, 71FC
5 to 8
28887, 28987, 29087, 29187
70D7, 713B, 719F, 7203
9 to 12
29280, 29380, 29480, 29580
7260, 72C4, 7328, 738C
9 to 12
29287, 29387, 29487, 29587
7267, 72CB, 732F, 7393
13 to 16
29680, 29780, 29880, 29980
73F0, 7454, 74B8, 751C
13 to 16
29687, 29787, 29887, 29987
73F7, 745B, 74BF, 7523
7)
8)
Screen example
4
MELSEC-A LIST
EDITOR
1 to 4
1)
Buffer memory address
Axis
5
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
6
INTELLIGENT
MODULE MONITOR
1)
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
28490, 28590,
28690, 28790
6F4A, 6FAE,
7012, 7076
5 to 8
28890, 28990,
29090, 29190
70DA, 713E,
71A2, 7206
9 to 12
29290, 29390,
29490, 29590
726A, 72CE,
7332, 7396
13 to 16
29690, 29790,
29890, 29990
73FA, 745E,
74C2, 7526
1)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28492, 28592,
28692, 28792
6F4C, 6FB0,
7014, 7078
5 to 8
28892, 28992,
29092, 29192
70DC, 7140,
71A4, 7208
9 to 12
29292, 29392,
29492, 29592
726C, 72D0,
7334, 7398
13 to 16
29692, 29792,
29892, 29992
73FC, 7460,
74C4, 7528
2)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28494, 28594,
28694, 28794
6F4E, 6FB2,
7016, 707A
5 to 8
28894, 28994,
29094, 29194
70DE, 7142,
71A6, 720A
9 to 12
29294, 29394,
29494, 29594
726E, 72D2,
7336, 739A
13 to 16
29694, 29794,
29894, 29994
73FE, 7462,
74C6, 752A
3)
6.5 Intelligent Module Monitor Screens
6 - 173
8
Q MOTION
MONITOR
No.
NETWORK
MONITOR
7
6.5.37
QD77GF16 module monitoring
Screen example
1)
2)
5)
6)
7)
3)
8)
4)
No.
Axis
1 to 4
1)
2)
Buffer memory address
DEC
2400, 2500, 2600, 2700
HEX
960, 9C4, A28, A8C
No.
Axis
4)
-
Buffer memory address
DEC
HEX
4231
1087
97D, 9E1, A45, AA9
5 to 8
2800, 2900, 3000, 3100
AF0, B54, BB8, C1C
1 to 4
2429, 2529, 2629, 2729
9 to 12
3200, 3300, 3400, 3500
C80, CE4, D48, DAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
13 to 16
3600, 3700, 3800, 3900
E10, E74, ED8, F3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
1 to 4
2412, 2512, 2612, 2712
96C, 9D0, A34, A98
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
5 to 8
2812, 2912, 3012, 3112
AFC, B60, BC4, C28
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
9 to 12
3212, 3312, 3412, 3512
C8C, CF0, D54, DB8
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
13 to 16
3612, 3712, 3812, 3912
E1C, E80, EE4, F48
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
2406 to 2409, 2506 to 2509,
2606 to 2609, 2706 to 2709
966 to 969, 9CA to 9CD,
A2E to A31,
A92 to A95
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
1 to 4
2441, 2541, 2641, 2741
989, 9ED, A51, AB5
1 to 4
5)
6)
7)
5 to 8
3)
9 to 12
13 to 16
6 - 174
2806 to 2809, 2906 to 2909,
3006 to 3009, 3106 to 3109
AF6 to AF9, B5A to B5D,
BBE to BC1,
C22 to C25
3206 to 3209, 3306 to 3309,
3406 to 3409, 3506 to 3509
C86 to C89, CEA to CED,
D4E to D51,
DB2 to DB5
3606 to 3609, 3706 to 3709,
3806 to 3809, 3906 to 3909
E16 to E19, E7A to E7D,
EDE to EE1, F42 to F45
6.5 Intelligent Module Monitor Screens
8)
-
5 to 8
2841, 2941, 3041, 3141
B19, B7D, BE1, C45
9 to 12
3241, 3341, 3441, 3541
CA9, D0D, D71, DD5
13 to 16
3641, 3741, 3841, 3941
E39, E9D, F01, F65
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
-
-
-
1
OVERVIEW
Screen example
2
SYSTEM MONITOR
1)
Axis
1)
-
Buffer memory address
DEC
HEX
-
-
No.
Axis
-
-
Buffer memory address
DEC
HEX
-
-
Screen example
4)
2)
5)
5
MELSEC-FX LIST
EDITOR
1)
MELSEC-A LIST
EDITOR
4
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
0, 150, 300, 450
0, 96, 12C, 1C2
5 to 8
600, 750, 900,1050,
258, 2EE, 3E8, 47E
6
Buffer memory address
DEC
HEX
1 to 4
6 to 7, 156 to 157,
306 to 307, 456 to 457
6 to 7, 9C to 9D,
132 to 133 1C8 to 1C9
5 to 8
606 to 607, 756 to 757,
906 to 907, 1056 to 1057
25E to 25F, 2F4 to 2F5,
38A to 38B, 420 to 421
4)
9 to 12
1200, 1350, 1500, 1650
514, 5AA, 640, 6D6
9 to 12
1206 to 1207, 1356 to 1357,
1506 to 1507, 1656 to 1657
4B6 to 4B7, 54C to 54D,
5E2 to 5E3, 678 to 679
13 to 16
1800, 1950, 2100, 2250
708, 79E, 834, 8CA
13 to 16
1806 to 1807, 1956 to 1957,
2106 to 2107, 2256 to 2257
70E to 70F, 7A4 to 7A5,
83A to 83B, 8D0 to 8D1
1 to 4
2 to 3, 152 to 153,
302 to 303 , 452 to 453
2 to 3 , 98 to 99,
12E to 12F, 1C4 to 1C5
1 to 4
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131 1C6 to 1C7
5 to 8
602 to 603 ,752 to 753 ,902 to
903 ,1052 to 1053
25A to 25B ,2F0 to 2F1,
386 to 387, 41C to 41D
5 to 8
604 to 605, 754 to 755, 904 to
905, 1054 to 1055
25C to 25D, 2F2 to 2F3,
388 to 389, 41E to 41F
9 to 12
1202 to 1203, 1352 to 1353,
1502 to 1503, 1652 to 1653
4B2 to 4B3, 548 to 549,
5DE to 5DF ,674 to 675
9 to 12
1204 to 1205, 1354 to 1355,
1504 to 1505, 1654 to 1655
4B4 to 4B5, 54A to 54B,
5E0 to 5E1, 676 to 677
13 to 16
1802 to 1803, 1952 to 1953,
2102 to 2103, 2252 to 2253
70A to 70B, 7A0 to 7A1,
836 to 837, 8CC to 8CD
13 to 16
1804 to 1805, 1954 to 1955,
2104 to 2105, 2254 to 2255
70C to 70D, 7A2 to 7A3,
838 to 839, 8CE to 8CF
8
1 to 4
1, 151, 301, 451
1, 97, 12D, 1C3
2)
3)
Axis
NETWORK
MONITOR
1)
No.
5 to 8
601, 751, 901, 1051
259, 2EF, 385, 41B
9 to 12
1201, 1351, 1501, 1651
4B1, 547, 5DD, 673
13 to 16
1801, 1951, 2101, 2251
709, 79F, 835, 8CB
5)
-
-
-
7
Q MOTION
MONITOR
No.
INTELLIGENT
MODULE MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 175
Screen example
1)
3)
2)
No.
Axis
Buffer memory address
DEC
HEX
10 to 11, 160 to 161,
310 to 311, 460 to 461
A to B, A0 to A1,
136 to 137, 1CC to 1CD
5 to 8
610 to 611, 760 to 761,
910 to 911, 1060 to 1061
262 to 263, 2F8 to 2F9,
2F8 to 2F9, 424 to 425
9 to 12
1210 to 1211, 1360 to 1361,
1510 to 1511, 1660 to 1661
4BA to 4BB, 550 to 551,
5E6 to 5E7, 67C to 67D
13 to 16
1810 to 1811, 1960 to 1961,
2110 to 2111, 2260 to 2261
712 to 713, 7A8 to 7A9,
83E to 83F, 8D4 to 8D5
1 to 4
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D,A2 to A3, 138 to
139, 1CE to 1CF
5 to 8
612 to 613, 762 to 763,
912 to 913, 1062 to 1063
264 to 265, 2FA to 2FB,
390 to 391, 426 to 427
1 to 4
1)
2)
6 - 176
6.5 Intelligent Module Monitor Screens
No.
Axis
Buffer memory address
DEC
HEX
9 to 12
1212 to 1213, 1362 to 1363,
1512 to 1513, 1662 to 1663
4BC to 4BD, 552 to 553,
5E8 to 5E9, 67E to 67F
13 to 16
1812 to 1813, 1962 to 1963,
2112 to 2113, 2262 to 2263
714 to 715, 7AA to 7AB,
840 to 841, 8D6 to 8D7
1 to 4
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
5 to 8
614 to 615, 764 to 765,
914 to 915, 1064 to 1065
266 to 267, 2FC to 2FD,
392 to 393, 428 to 429
9 to 12
1214 to 1215, 1364 to 1365,
1514 to 1515, 1664 to 1665
4BE to 4BF, 554 to 555,
5EA to 5EB, 680 to 681
13 to 16
1814 to 1815, 1964 to 1965,
2114 to 2115, 2264 to 2265
716 to 717, 7AC to 7AD,
842 to 843, 8D8 to 8D9
2)
3)
1
Screen example
OVERVIEW
4)
1)
SYSTEM MONITOR
2
5)
6)
17, 167, 317, 467
11, A7, 13D, 1D3
5 to 8
617, 767, 917, 1067
617, 767, 917, 1067
9 to 12
1217, 1367, 1517, 1667
1217, 1367, 1517, 1667
13 to 16
1817, 1967, 2117, 2267
1817, 1967, 2117, 2267
1 to 4
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
5 to 8
618 to 619, 768 to 769, 918 to
919, 1068 to 1069
26A to 26B, 300 to 301,
396 to 397, 42C to 42D
9 to 12
1218 to 1219, 1368 to 1369,
1518 to 1519, 1668 to 1669
4C2 to 4C3, 558 to 559,
5EE to 5EF, 684 to 685
13 to 16
1818 to 1819, 1968 to 1969,
2118 to 2119, 2268 to 2269
71A to 71B, 7B0 to 7B1,
846 to 847, 8DC to 8DD
1 to 4
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,140 to
141, 1D6 to 1D7
5 to 8
620 to 621, 770 to 771, 920 to
921, 1070 to 1071
26C to 26D, 302 to 303,
398 to 399, 42E to 42F
9 to 12
1220 to 1221, 1370 to 1371,
1520 to 1521, 1670 to 1671
4C4 to 4C5, 55A to 55B,
5F0 to 5F1, 686 to 687
No.
Axis
3)
13 to 16
4)
5)
6)
7)
-
-
Buffer memory address
DEC
1820 to 1821, 1970 to 1971,
2120 to 2121, 2270 to 2271
HEX
71C to 71D, 7B2 to 7B3,
848 to 849, 8DE to 8DF
33
21
1 to 4
22, 172, 322, 472
16, AC, 142, 1D8
4
5 to 8
622, 772, 922, 1072
622, 772, 922, 1072
9 to 12
1222, 1372, 1522, 1672
1222, 1372, 1522, 1672
13 to 16
1822, 1972, 2122, 2272
1822, 1972, 2122, 2272
1 to 4
23, 173, 323, 473
17, AD, 143, 1D9
5 to 8
623, 773, 923, 1073
26F, 305, 39B, 431
9 to 12
1223, 1373, 1523, 1673
4C7, 55D, 5F3, 689
13 to 16
1823, 1973, 2123, 2273
71F, 7B5, 84B, 8E1
1 to 4
26, 176, 326, 476
1A, B0, 146, 1DC
5 to 8
626, 776, 926, 1076
272, 308, 39E, 434
9 to 12
1226, 1376, 1526, 1676
4CA, 560, 5F6, 68C
13 to 16
1826, 1976, 2126, 2276
722, 7B8, 84E, 8E4
-
-
-
5
6
INTELLIGENT
MODULE MONITOR
HEX
1 to 4
2)
3)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
7)
MELSEC-A LIST
EDITOR
3)
MELSEC-FX LIST
EDITOR
2)
6.5 Intelligent Module Monitor Screens
6 - 177
Screen example
1)
2)
6)
3)
7)
4)
8)
5)
9)
No.
1)
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
27, 177, 327, 477
1B, B1, 147, 1DD
5 to 8
627, 777, 927, 1077
273, 309, 39F, 435
9 to 12
1227, 1377, 1527, 1677
4CB, 561, 5F7, 68D
13 to 16
No.
1 to 4
5)
Buffer memory address
Axis
DEC
30, 180, 330, 480
HEX
1E, B4, 14A, 1E0
5 to 8
630, 780, 930, 1080
276, 30C, 3A2, 438
9 to 12
1230, 1380, 1530, 1680
4CE, 564, 5FA, 690
1827, 1977, 2127, 2277
723, 7B9, 84F, 8E5
1830, 1980, 2130, 2280
726, 7BC, 852, 8E8
1 to 4
28, 178, 328, 478
1C, B2, 148, 1DE
13 to 16
1 to 4
31, 181, 331, 481
1F, B5, 14B, 1E1
5 to 8
628, 778, 928, 1078
274, 30A, 3A0, 436
5 to 8
631, 781, 931, 1081
277, 30D, 3A3, 439
9 to 12
1228, 1378, 1528, 1678
4CC, 562, 5F8, 68E
9 to 12
1231, 1381, 1531, 1681
4CF, 565, 5FB, 691
13 to 16
6)
1828, 1978, 2128, 2278
724, 7BA, 850, 8E6
1831, 1981, 2131, 2281
727, 7BD, 853, 8E9
1 to 4
29, 179, 329, 479
1D, B3, 149, 1DF
1 to 4
34, 184, 334, 484
22, B8, 14E, 1E4
5 to 8
629, 779, 929, 1079
275, 30B, 3A1, 437
5 to 8
634, 784, 934, 1084
27A, 310, 3A6, 43C
9 to 12
1229, 1379, 1529,1679
4CD, 563, 5F9, 68F
9 to 12
1234, 1384, 1534, 1684
4D2, 568, 5FE, 694
13 to 16
1829, 1979, 2129, 2279
725, 7BB, 851, 8E7
13 to 16
1834, 1984, 2134, 2284
72A, 7C0, 856, 8EC
1 to 4
24 to 25, 174 to 175, 324 to
325, 474 to 475
18 to 19, AE to AF,144 to
145, 1DA to 1DB
1 to 4
32, 182, 332, 482
20, B6, 14C, 1E2
5 to 8
624 to 625, 774 to 775, 924 to
925, 1074 to 1075
270 to 271, 306 to 307,
39C to 39D, 432 to 433
5 to 8
632, 782, 932, 1082
278, 30E, 3A4, 43A
9 to 12
1224 to 1225, 1374 to 1375,
1524 to 1525, 1674 to 1675
4C8 to 4C9, 55E to 55F,
5F4 to 5F5, 68A to 68B
9 to 12
1232, 1382, 1532, 1682
4D0, 566, 5FC, 692
13 to 16
1824 to 1825, 1974 to 1975,
2124 to 2125, 2274 to 2275
720 to 721, 7B6 to 7B7,
84C to 84D, 8E2 to 8E3
4)
6 - 178
6.5 Intelligent Module Monitor Screens
13 to 16
7)
8)
13 to 16
9)
-
1832, 1982, 2132, 2282
728, 7BE, 854, 8EA
35
23
1
OVERVIEW
Screen example
1)
7)
2)
3)
2
SYSTEM MONITOR
8)
9)
10)
3
11)
Buffer memory address
DEC
HEX
636 to 637, 786 to 787,
936 to 937, 1086 to 1087
27C to 27D, 312 to 313,
3A8 to 3A9, 43E to 43F
9 to 12
1236 to 1237, 1386 to 1387,
1536 to 1537, 1686 to 1687
4D4 to 4D5, 56A to 56B,
600 to 601, 696 to 697
13 to 16
1836 to 1837, 1986 to 1987,
2136 to 2137, 2286 to 2287
72C to 72D, 7C2 to 7C3,
858 to 859, 8EE to 8EF
1 to 4
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
5 to 8
638 to 639, 788 to 789,
938 to 939, 1088 to 1089
27E to 27F, 314 to 315,
3AA to 3AB, 440 to 441
9 to 12
1238 to 1239, 1388 to 1389,
1538 to 1539, 1688 to 1689
4D6 to 4D7, 56C to 56D,
602 to 603, 698 to 699
13 to 16
1838 to 1839, 1988 to 1989,
2138 to 2139, 2288 to 2289
72E to 72F, 7C4 to 7C5,
85A to 85B, 8F0 to 8F1
1 to 4
40 to 41, 190 to 191, 340 to
341, 490 to 491
28 to 29, BE to BF, 154 to
155, 1EA to 1EB
5 to 8
640 to 641, 790 to 791, 940 to
941, 1090 to 1091
280 to 281, 316 to 317,
3AC to 3AD, 442 to 443
9 to 12
1240 to 1241, 1390 to 1391,
1540 to 1541, 1690 to 1691
4D8 to 4D9, 56E to 56F,
604 to 605, 69A to 69B
13 to 16
1840 to 1841, 1990 to 1991,
2140 to 2141, 2290 to 2291
HEX
1 to 4
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5, 15A to
15B, 1F0 to 1F1
5 to 8
646 to 646, 796 to 796,
946 to 946, 1096 to 1096
286 to 286, 31C to 31C,
3B2 to 3B2, 448 to 448
9 to 12
1246 to 1246, 1396 to 1396,
1546 to 1546, 1696 to 1696
4DE to 4DE, 574 to 574,
60A to 60A, 6A0 to 6A0
13 to 16
1846 to 1846, 1996 to 1996,
2146 to 2146, 2296 to 2296
736 to 736, 7CC to 7CC,
862 to 862, 8F8 to 8F8
1 to 4
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
5 to 8
648 to 649, 798 to 799, 948 to
949, 1098 to 1099
288 to 289, 31E to 31F,
3B4 to 3B5, 44A to 44B
9 to 12
1248 to 1249, 1398 to 1399,
1548 to 1549, 1698 to 1699
4E0 to 4E1, 576 to 577,
60C to 60D, 6A2 to 6A3
5
13 to 16
1848 to 1849, 1998 to 1999,
2148 to 2149, 2298 to 2299
738 to 739, 7CE to 7CF,
864 to 865, 8FA to 8FB
1 to 4
50, 200, 350, 500
32, C8, 15E, 1F4
5 to 8
650, 800, 950, 1100
28A, 320, 3B6, 44C
9 to 12
1250, 1400, 1550, 1700
4E2, 578, 60E, 6A4
730 to 731, 7C6 to 7C7,
85C to 85D, 8F2 to 8F3
13 to 16
1850, 2000, 2150, 2300
73A, 7D0, 866, 8FC
1 to 4
51, 201, 351, 501
33, C9, 15F, 1F5
1 to 4
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
5 to 8
651, 801, 951, 1101
28B, 321, 3B7, 44D
9 to 12
1251, 1401, 1551, 1701
4E3, 579, 60F, 6A5
5 to 8
642 to 643, 792 to 793,
942 to 943, 1092 to 1093
282 to 283, 318 to 319,
3AE to 3AF, 444 to 445
13 to 16
1851, 2001, 2151, 2301
73B, 7D1, 867, 8FD
1 to 4
69, 219, 369, 519
45, DB, 171, 207
9 to 12
1242 to 1243, 1392 to 1393,
1542 to 1543, 1692 to 1693
4DA to 4DB, 570 to 571,
606 to 607, 69C to 69D
5 to 8
669, 819, 969, 1119
29D, 333, 3C9, 45F
9 to 12
1269, 1419, 1569, 1719
4F5, 58B, 621, 6B7
13 to 16
1842 to 1843, 1992 to 1993,
2142 to 2143, 2292 to 2293
732 to 733, 7C8 to 7C9,
85E to 85F, 8F4 to 8F5
13 to 16
1869, 2019, 2169, 2319
74D, 7E3, 879, 90F
1 to 4
113, 263, 413, 563
71, 107, 19D, 233
1 to 4
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
5 to 8
713, 863, 1013, 1163
2C9, 35F, 3F5, 48B
9 to 12
1313, 1463, 1613, 1763
521, 5B7, 64D, 6E3
5 to 8
644 to 645, 794 to 794,
944 to 944, 1094 to 1094
284 to 284, 31A to 31A,
3B0 to 3B0, 446 to 446
13 to 16
1913, 2063, 2213, 2363
779, 80F, 8A5, 93B
9 to 12
1244 to 1244, 1394 to 1394,
1544 to 1544, 1694 to 1694
4DC to 4DC, 572 to 572,
608 to 608, 69E to 69E
13 to 16
1844 to 1844, 1994 to 1994,
2144 to 2144, 2294 to 2294
734 to 734, 7CA to 7CA,
860 to 860, 8F6 to 8F6
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
-
-
-
4
MELSEC-FX LIST
EDITOR
5 to 8
Buffer memory address
DEC
6
INTELLIGENT
MODULE MONITOR
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
Axis
7
NETWORK
MONITOR
1 to 4
36 to 37, 186 to 187, 336 to
337, 486 to 487
No.
MELSEC-A LIST
EDITOR
Axis
8
-
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
4)
5)
6)
6.5 Intelligent Module Monitor Screens
6 - 179
Screen example
1)
9)
2)
3)
4)
5)
10)
6)
7)
11)
8)
12)
No.
1)
2)
Axis
Buffer memory address
DEC
HEX
1 to 4
52, 202, 352, 502
34, CA, 160, 1F6
5 to 8
652, 802, 952, 1102
28C, 322, 3B8, 44E
9 to 12
1252, 1402, 1552, 1702
4E4, 57A, 610, 6A6
13 to 16
1852, 2002, 2152, 2302
73C, 7D2, 868, 8FE
1 to 4
53, 203, 353, 503
35, CB, 161, 1F7
5 to 8
653, 803, 953, 1103
28D, 323, 3B9, 44F
9 to 12
1253, 1403, 1553, 1703
4E5, 57B, 611, 6A7
13 to 16
1853, 2003, 2153, 2303
1 to 4
No.
7)
4)
5)
DEC
HEX
1 to 4
59, 209, 359, 509
5 to 8
659, 809, 959, 1109
293, 329, 3BF, 455
9 to 12
1259, 1409, 1559, 1709
4EB, 581, 617, 6AD
13 to 16
3B, D1, 167, 1FD
1859, 2009, 2159, 2309
743, 7D9, 86F, 905
67
43
1 to 4
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
5 to 8
660 to 661, 810 to 811,
960 to 961, 1110 to 1111
294 to 295, 32A to 32B,
3C0 to 3C1, 456 to 457
73D, 7D3, 869, 8FF
9 to 12
1260 to 1261, 1410 to 1411,
1560 to 1561, 1710 to 1711
4EC to 4ED, 582 to 583,
618 to 619, 6AE to 6AF
56, 206, 356, 506
38, CE, 164, 1FA
13 to 16
1860 to 1861, 2010 to 2011,
2160 to 2160, 2310 to 2311
744 to 745, 7DA to 7DB,
870 to 871, 906 to 907
3E, D4, 16A, 200
8)
1
9)
3)
Buffer memory address
AxisAxi
s
5 to 8
656, 806, 956, 1106
290, 326, 3BC, 452
1 to 4
62, 212, 362, 512
9 to 12
1256, 1406, 1556, 1706
4E8, 57E, 614, 6AA
5 to 8
662, 812, 962, 1112
296, 32C, 3C2, 458
13 to 16
1856, 2006, 2156, 2306
740, 7D6, 86C, 902
9 to 12
1262, 1412, 1562, 1712
4EE, 584, 61A, 6B0
1 to 4
57, 207, 357, 507
39, CF, 165, 1FB
13 to 16
1862, 2012, 2162, 2312
746, 7DC, 872, 908
5 to 8
657, 807, 957, 1107
291, 327, 3BD, 453
9 to 12
1257, 1407, 1557, 1707
4E9, 57F, 615, 6AB
13 to 16
1857, 2007, 2157, 2307
741, 7D7, 86D, 903
1 to 4
58, 208, 358, 508
3A, D0, 166, 1FC
5 to 8
658, 808, 958, 1108
292, 328, 3BE, 454
9 to 12
1258, 1408, 1558, 1708
4EA, 580, 616, 6AC,
13 to 16
1858, 2008, 2158, 2308
742, 7D8, 86E, 904
1 to 4
54 to 55 , 204 to 205, 354 to
355, 504 to 505
36 to 37, CC to CD,162 to
163, 1F8 to 1F9
5 to 8
654 to 655, 804 to 805,
954 to 955, 1104 to 1105
28E to 28F, 324 to 325,
3BA to 3BB, 450 to 451
9 to 12
1254 to 1255, 1404 to 1405,
1554 to 1555, 1704 to 1705
4E6 to 4E7, 57C to 57D,
612 to 613, 6A8 to 6A9
13 to 16
1854 to 1855, 2004 to 2005,
2154 to 2155, 2304 to 2305
73E to 73F, 7D4 to 7D5,
86A to 86B, 900 to 901
6)
6 - 180
6.5 Intelligent Module Monitor Screens
10)
11)
1 to 4
63, 213, 363, 513
3F, D5, 16B, 201
5 to 8
663 to 664, 813 to 814, 963 to
964, 1113 to 1114
297 to 298, 32D to 32E,
3C3 to 3C4, 459 to 45A
9 to 12
1263 to 1264, 1413 to 1414,
1563 to 1564, 1713 to 1714
4EF to 4F0, 585 to 586,
61B to 61C, 6B1 to 6B2
13 to 16
1863 to 1864, 2013 to 2014,
2163 to 2164, 2313 to 2314
747 to 748, 7DD to 7DE,
873 to 874, 909 to 90A
1 to 4
64 to 65, 214 to 215, 364 to
365, 514 to 515
40 to 41, D6 to D7,?16C to
16D,202 to 203
5 to 8
664 to 665, 814 to 815, 964 to
965, 1114 to 1115
298 to 299, 32E to 32F,
3C4 to 3C5, 45A to 45B
9 to 12
1264 to 1265, 1414 to 1415,
1564 to 1565, 1714 to 1715
4F0 to 4F1, 586 to 587,
61C to 61D, 6B2 to 6B3
13 to 16
1864 to 1865, 2014 to 2015,
2164 to 2165, 2314 to 2315
748 to 749, 7DE to 7DF,
874 to 875, 90A to 90B
12)
1
1)
OVERVIEW
Screen example
6)
2)
3)
2
SYSTEM MONITOR
4)
7)
5)
8)
Buffer memory address
DEC
HEX
1 to 4
82, 232, 382, 532
52, E8, 17E, 214
1 to 4
5 to 8
682, 832, 982, 1132
2AA, 340, 3D6, 46C
5 to 8
680 to 681, 830 to 831, 980 to
981, 1130 to 1131
2A8 to 2A9, 33E to 33F,
3D4 to 3D5, 46A to 46B
9 to 12
1282, 1432, 1582, 1732
502, 598, 62E, 6C4
9 to 12
1280 to 1281, 1430 to 1431,
1580 to 1581, 1730 to 1731
500 to 501, 596 to 597,
62C to 62D, 6C2 to 6C3
13 to 16
1882, 2032, 2182, 2332
75A, 7F0, 886, 91C
13 to 16
1880 to 1881, 2030 to 2031,
2180 to 2181, 2330 to 2331
758 to 759, 7EE to 7EF,
884 to 885, 91A to 91B
1 to 4
83, 233, 383, 533
53, E9, 17F, 215
1 to 4
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
5 to 8
683, 833, 983, 1133
2AB, 341, 3D7, 46D
5 to 8
684 to 685, 834 to 835, 984 to
985, 1134 to 1135
2AC to 2AD, 342 to 343,
3D8 to 3D9, 46E to 46F
9 to 12
1283, 1433, 1583, 1733
503, 599, 62F, 6C5
9 to 12
1284 to 1285, 1434 to 1435,
1584 to 1585, 1734 to 1735
504 to 505, 59A to 59B,
630 to 631, 6C6 to 6C7
13 to 16
1883, 2033, 2183, 2333
75B, 7F1, 887, 91D
13 to 16
1884 to 1885, 2034 to 2035,
2184 to 2185, 2334 to 2335
75C to 75D, 7F2 to 7F3,
888 to 889, 91E to 91F
5)
2)
6)
50 to 51, E6 to E7,
17C to 17D, 212 to 213
1 to 4
86, 236, 386, 536
56, EC, 182, 218
1 to 4
88, 238, 388, 538
58, EE, 184, 21A
5 to 8
686, 836, 986, 1136
2AE, 344, 3DA, 470
5 to 8
688, 838, 988, 1138
2B0, 346, 3DC, 472
9 to 12
1286, 1436, 1586, 1736
506, 59C, 632, 6C8
13 to 16
1886, 2036, 2186, 2336
75E, 7F4, 88A, 920
7)
9 to 12
1288, 1438, 1588, 1738
508, 59E, 634, 6CA
13 to 16
1888, 2038, 2188, 2338
760, 7F6, 88C, 922
1 to 4
87, 237, 387, 537
57, ED, 183, 219
1 to 4
89, 239, 389, 539
59, EF, 185, 21B
5 to 8
687, 837, 987, 1137
2AF, 345, 3DB, 471
5 to 8
689, 839, 989, 1139
2B1, 347, 3DD, 473
9 to 12
1287, 1437, 1587, 1737
507, 59D, 633, 6C9
9 to 12
1289, 1439, 1589, 1739
509, 59F, 635, 6CB
13 to 16
1887, 2037, 2187, 2337
75F, 7F5, 88B, 921
13 to 16
1889, 2039, 2189, 2339
761, 7F7, 88D, 923
8)
4
5
6
7
NETWORK
MONITOR
4)
Axis
80 to 81, 230 to 231,
380 to 381, 530 to 531
1)
3)
No.
MELSEC-A LIST
EDITOR
HEX
MELSEC-FX LIST
EDITOR
Buffer memory address
DEC
INTELLIGENT
MODULE MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 181
Screen example
1)
5)
2)
3)
4)
No.
1)
2)
3)
4)
Axis
6)
Buffer memory address
DEC
No.
HEX
1 to 4
70, 220, 370, 520
46, DC, 172, 208
5 to 8
670, 820, 970, 1120
29E, 334, 3CA, 460
9 to 12
1270, 1420, 1570, 1720
4F6, 58C, 622, 6B8
13 to 16
1870, 2020, 2170, 2320
74E, 7E4, 87A, 910
1 to 4
71, 221, 371, 521
47, DD, 173, 209
5 to 8
671, 821, 971, 1121
29F, 335, 3CB, 461
9 to 12
1271, 1421, 1571, 1721
4F7, 58D, 623, 6B9
13 to 16
1871, 2021, 2171, 2321
74F, 7E5, 87B, 911
1 to 4
78, 228, 378, 528
4E, E4, 17A, 210
5 to 8
678, 828, 978, 1128
2A6, 33C, 3D2, 468
4)
Axis
9 to 12
1278, 1428, 1578, 1728
4FE, 594, 62A, 6C0
1878, 2028, 2178, 2328
756, 7EC, 882, 918
1 to 4
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5 to 8
672 to 673, 822 to 823,
972 to 973, 1122 to 1123
2A0 to 2A1, 336 to 337,
3CC to 3CD, 462 to 463
9 to 12
1272 to 1273, 1422 to 1423,
1572 to 1573, 1722 to 1723
4F8 to 4F9, 58E to 58F,
624 to 625, 6BA to 6BB
HEX
1872 to 1873, 2022 to 2023,
2172 to 2173, 2322 to 2323
750 to 751, 7E6 to 7E7,
87C to 87D, 912 to 913
1 to 4
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
5 to 8
674 to 675, 824 to 825,
974 to 975, 1124 to 1125
2A2 to 2A3, 338 to 339,
3CE to 3CF, 464 to 465
9 to 12
1274 to 1275, 1424 to 1425,
1574 to 1575, 1724 to 1725
4FA to 4FB, 590 to 591,
626 to 627, 6BC to 6BD
13 to 16
1874 to 1875, 2024 to 2025,
2174 to 2175, 2324 to 2325
752 to 753, 7E8 to 7E9,
87E to 87F, 914 to 915
1 to 4
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
5 to 8
676 to 677, 826 to 827,
976 to 977, 1126 to 1127
2A4 to 2A5, 33A to 33B,
3D0 to 3D1, 466 to 467
9 to 12
1276 to 1277, 1426 to 1427,
1576 to 1577, 1726 to 1727
4FC to 4FD, 592 to 593,
628 to 629, 6BE to 6BF
13 to 16
1876 to 1877, 2026 to 2027,
2176 to 2177, 2326 to 2327
754 to 755, 7EA to 7EB,
880 to 881, 916 to 917
13 to 16
5)
13 to 16
Buffer memory address
DEC
6)
Screen example
1)
2)
No.
1)
Axis
Buffer memory address
DEC
1 to 4
2416, 2516, 2616, 2716
HEX
970, 9D4, A38, A9C
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
6 - 182
No.
6.5 Intelligent Module Monitor Screens
Axis
1 to 4
2)
Buffer memory address
DEC
2417, 2517, 2617, 2717
HEX
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1
Screen example
1)
OVERVIEW
2)
6)
7)
SYSTEM MONITOR
2
3)
DEC
HEX
2818 to 2819, 2918 to 2919,
3018 to 3019, 3118 to 3119
B02 to B03, B66 to B67,
BCA to BCB, C2E to C2F
9 to 12
3218 to 3219, 3318 to 3319,
3418 to 3419, 3518 to 3519
C92 to C93, CF6 to CF7,
D5A to D5B, DBE to DBF
13 to 16
3618 to 3619, 3718 to 3719,
3818 to 3819, 3918 to 3919
1 to 4
5 to 8
HEX
1 to 4
2410 to 2411, 2510 to 2511,
2610 to 2611, 2710 to 2711
96A to 96B, 9CE to 9CF,
A32 to A33, A96 to A97
5 to 8
2810 to 2811, 2910 to 2911,
3010 to 3011, 3110 to 3111
AFA to AFB, B5E to B5F,
BC2 to BC3, C26 to C27
9 to 12
3210 to 3211, 3310 to 3311,
3410 to 3411, 3510 to 3511
C8A to C8B, CEE to CEF,
D52 to D53, DB6 to DB7
E22 to E23, E86 to E87,
EEA to EEB, F4E to F4F
13 to 16
3610 to 3611, 3710 to 3711,
3810 to 3811, 3910 to 3911
E1A to E1B, E7E to E7F,
EE2 to EE3, F46 to F47
2402 to 2403, 2502 to 2503,
2602 to 2603, 2702 to 2703
962 to 963, 9C6 to 9C7,
A2A to A2B, A8E to A8F
1 to 4
2412 to 2413, 2512 to 2513,
2612 to 2613, 2712 to 2713
96C to 96D, 9D0 to 9D1,
A34 to A35, A98 to A99
2802 to 2803, 2902 to 2903,
3002 to 3003, 3102 to 3103
AF2 to AF3, B56 to B57,
BBA to BBB, C1E to C1F
5 to 8
2812 to 2813, 2912 to 2913,
3012 to 3013, 3112 to 3113
AFC to AFD, B60 to B61,
BC4 to BC5, C28 to C29
5
9 to 12
3202 to 3203, 3302 to 3303,
3402 to 3403, 3502 to 3503
C82 to C83, CE6 to CE7,
D4A to D4B, DAE to DAF
9 to 12
3212 to 3213, 3312 to 3313,
3412 to 3413, 3512 to 3513
C8C to C8D, CF0 to CF1,
D54 to D55, DB8 to DB9
13 to 16
3602 to 3603, 3702 to 3703,
3802 to 3803, 3902 to 3903
E12 to E13, E76 to E77,
EDA to EDB, F3E to F3F
13 to 16
3612 to 3613, 3712 to 3713,
3812 to 3813, 3912 to 3913
E1C to E1D, E80 to E81,
EE4 to EE5, F48 to F49
1 to 4
2420 to 2421, 2520 to 2521,
2620 to 2621, 2720 to 2721
974 to 975, 9D8 to 9D9,
A3C to A3D, AA0 to AA1
5 to 8
2820 to 2821, 2920 to 2921,
3020 to 3021, 3120 to 3121
B04 to B05, B68 to B69,
BCC to BCD, C30 to C31
9 to 12
3220 to 3221, 3320 to 3321,
3420 to 3421, 3520 to 3521
C94 to C95, CF8 to CF9,
D5C to D5D, DC0 to DC1
13 to 16
3620 to 3621, 3720 to 3721,
3820 to 3821, 3920 to 3921
E24 to E25, E88 to E89,
EEC to EED, F50 to F51
1)
2)
3)
4)
5)
6)
7)
1 to 4
2430, 2530, 2630, 2730
97E, 9E2, A46, AAA
5 to 8
2830, 2930, 3030, 3130
B0E, B72, BD6, C3A
C9E, D02, D66, DCA
9 to 12
3230, 3330, 3430, 3530
13 to 16
3630, 3730, 3830, 3930
E2E, E92, EF6, F5A
1 to 4
2431, 2531, 2631, 2731
97F, 9E3, A47, AAB
5 to 8
2831, 2931, 3031, 3131
B0F, B73, BD7, C3B
9 to 12
3231, 3331, 3431, 3531
C9F, D03, D67, DCB
13 to 16
3631, 3731, 3831, 3931
E2F, E93, EF7, F5B
4
MELSEC-FX LIST
EDITOR
5 to 8
Buffer memory address
DEC
6
INTELLIGENT
MODULE MONITOR
972 to 973, 9D6 to 9D7,
A3A to A3B, A9E to A9F
Axis
7
NETWORK
MONITOR
1 to 4
2418 to 2419, 2518 to 2519,
2618 to 2619, 2718 to 2719
No.
MELSEC-A LIST
EDITOR
Axis
5)
8
Q MOTION
MONITOR
No.
4)
Buffer memory address
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 183
Screen example
1)
3)
2)
8)
9)
4)
No.
1)
2)
3)
4)
5)
Axis
5)
6)
Buffer memory address
DEC
1 to 4
2427, 2527, 2627, 2727
HEX
7)
No.
97B, 9DF, A43, AA7
Axis
1 to 4
Buffer memory address
DEC
2436, 2536, 2636, 2736
HEX
984, 9E8, A4C, AB0
5 to 8
2827, 2927, 3027, 3127
B0B, B6F, BD3, C37
9 to 12
3227, 3327, 3427, 3527
C9B, CFF, D63, DC7
13 to 16
3627, 3727, 3827, 3927
E2B, E8F, EF3, F57
13 to 16
3636, 3736, 3836, 3936
E34, E98, EFC, F60
1 to 4
2428, 2528, 2628, 2728
97C, 9E0, A44, AA8
1 to 4
2437, 2537, 2637, 2737
985, 9E9, A4D, AB1
6)
5 to 8
2836, 2936, 3036, 3136
B14, B78, BDC, C40
9 to 12
3236, 3336, 3436, 3536
CA4, D08, D6C, DD0
5 to 8
2828, 2928, 3028, 3128
B0C, B70, BD4, C38
9 to 12
3228, 3328, 3428, 3528
C9C, D00, D64, DC8
13 to 16
3628, 3728, 3828, 3928
E2C, E90, EF4, F58
13 to 16
3637, 3737, 3837, 3937
E35, E99, EFD, F61
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
1 to 4
2432, 2532, 2632, 2732
980, 9E4, A48, AAC
7)
5 to 8
2837, 2937, 3037, 3137
B15, B79, BDD, C41
9 to 12
3237, 3337, 3437, 3537
CA5, D09, D6D, DD1
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
13 to 16
3632, 3732, 3832, 3932
E30, E94, EF8, F5C
1 to 4
2434, 2534, 2634, 2734
982, 9E6, A4A, AAE
1 to 4
2433, 2533, 2633, 2733
981, 9E5, A49, AAD
5 to 8
2834, 2934, 3034, 3134
B12, B76, BDA, C3E
9 to 12
3234, 3334, 3434, 3534
CA2, D06, D6A, DCE
13 to 16
3634, 3734, 3834, 3934
E32, E96, EFA, F5E
1 to 4
2435, 2535, 2635, 2735
983, 9E7, A4B, AAF
5 to 8
2835, 2935, 3035, 3135
B13, B77, BDB, C3F
9 to 12
3235, 3335, 3435, 3535
CA3, D07, D6B, DCF
13 to 16
3635, 3735, 3835, 3935
E33, E97, EFB, F5F
6 - 184
6.5 Intelligent Module Monitor Screens
8)
9)
-
5 to 8
2832, 2932, 3032, 3132
B10, B74, BD8, C3C
9 to 12
3232, 3332, 3432, 3532
CA0, D04, D68, DCC
5 to 8
2833, 2933, 3033, 3133
B11, B75, BD9, C3D
9 to 12
3233, 3333, 3433, 3533
CA1, D05, D69, DCD
13 to 16
3633, 3733, 3833, 3933
E31, E95, EF9, F5D
-
-
-
1
Screen example
1)
3)
OVERVIEW
2)
SYSTEM MONITOR
2
4)
DEC
HEX
2848 to 2849, 2948 to 2949,
3048 to 3049, 3148 to 3149
B20 to B21, B84 to B85,
BE8 to BE9, C4C to C4D
9 to 12
3248 to 3249, 3348 to 3349,
3448 to 3449, 3548 to 3549
CB0 to CB1, D14 to D15,
D78 to D79, DDC to DDD
13 to 16
3648 to 3649, 3748 to 3749,
3848 to 3849, 3948 to 3949
1 to 4
5 to 8
HEX
1 to 4
2454 to 2455, 2554 to 2555,
2654 to 2655, 2754 to 2755
996 to 997, 9FA to 9FB,
A5E to A5F, AC2 to AC3
5 to 8
2854 to 2855, 2954 to 2955,
3054 to 3055, 3154 to 3155
B26 to B27, B8A to B8B,
BEE to BEF, C52 to C53
9 to 12
3254 to 3255, 3354 to 3355,
3454 to 3455, 3554 to 3555
CB6 to CB7,D1A to D1B,
D7E to D7F, DE2 to DE3
E40 to E41, EA4 to EA5,
F08 to F09, F6C to F6D
13 to 16
3654 to 3655, 3754 to 3755,
3854 to 3855, 3954 to 3955
E46 to E47, EAA to EAB,
F0E to F0F, F72 to F73
2450 to 2451, 2550 to 2551,
2650 to 2651, 2750 to 2751
992 to 993, 9F6 to 9F7,
A5A to A5B, ABE to ABF
1 to 4
2456, 2556, 2656, 2756
998, 9FC, A60, AC4
2850 to 2851, 2950 to 2951,
3050 to 3051, 3150 to 3151
B22 to B23, B86 to B87,
BEA to BEB, C4E to C4F
5 to 8
2856, 2956, 3056, 3156
B28, B8C, BF0, C54
5
9 to 12
3250 to 3251, 3350 to 3351,
3450 to 3451, 3550 to 3551
CB2 to CB3, D16 to D17,
D7A to D7B, DDE to DDF
9 to 12
3256, 3356, 3456, 3556
CB8, D1C, D80, DE4
13 to 16
3650 to 3651, 3750 to 3751,
3850 to 3851, 3950 to 3951
E42 to E43, EA6 to EA7,
F0A to F0B, F6E to F6F
13 to 16
3656, 3756, 3856, 3956
E48, EAC, F10, F74
1 to 4
2452 to 2453, 2552 to 2553,
2652 to 2653, 2752 to 2753
994 to 995, 9F8 to 9F9,
A5C to A5D, AC0 to AC1
1 to 4
2464 to 2469, 2564 to 2569,
2664 to 2669, 2764 to 2769
9A0 to 9A5, A04 to A09,
A68 to A6D, ACC to AD1
5 to 8
2852 to 2853, 2952 to 2953,
3052 to 3053, 3152 to 3153
B24 to B25, B88 to B89,
BEC to BED, C50 to C51
5 to 8
2864 to 2869, 2964 to 2969,
3064 to 3069, 3164 to 3169
B30 to B35, B94 to B99,
BF8 to BFD, C5C to C61
9 to 12
3252 to 3253, 3352 to 3353,
3452 to 3453, 3552 to 3553
CB4 to CB5, D18 to D19,
D7C to D7D, DE0 to DE1
9 to 12
3264 to 3269, 3364 to 3369,
3464 to 3469, 3564 to 3569
CC0 to CC5, D24 to D29,
D88 to D8D, DEC to DF1
13 to 16
3652 to 3653, 3752 to 3753,
3852 to 3853, 3952 to 3953
E44 to E45, EA8 to EA9,
F0C to F0D, F70 to F71
13 to 16
3664 to 3669, 3764 to 3769,
3864 to 3869, 3964 to 3969
E50 to E55, EB4 to EB9,
F18 to F1D, F7C to F81
1)
2)
3)
4)
4
5)
6)
MELSEC-FX LIST
EDITOR
5 to 8
Buffer memory address
DEC
6
INTELLIGENT
MODULE MONITOR
990 to 991, 9F4 to 9F5,
A58 to A59, ABC to ABD
Axis
7
NETWORK
MONITOR
1 to 4
2448 to 2449, 2548 to 2549,
2648 to 2649, 2748 to 2749
No.
MELSEC-A LIST
EDITOR
Axis
8
Q MOTION
MONITOR
No.
6)
5)
Buffer memory address
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 185
Screen example
1)
2)
3)
4)
5)
6)
7)
No.
1)
2)
3)
4)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
2470, 2570, 2670, 2770
9A6, A0A, A6E, AD2
5 to 8
2870, 2970, 3070, 3170
B36, B9A, BFE, C62
9 to 12
3270, 3370, 3470, 3570
CC6, D2A, D8E, DF2
13 to 16
3670, 3770, 3870, 3970
E56, EBA, F1E, F82
1 to 4
2476, 2576, 2676, 2776
9AC, A10, A74, AD8
4)
5)
Axis
9 to 12
Buffer memory address
DEC
HEX
3282, 3382, 3482, 3582
CD2, D36, D9A, DFE
13 to 16
3682, 3782, 3882, 3982
E62, EC6, F2A, F8E
1 to 4
2478, 2578, 2678, 2778
9AE, A12, A76, ADA
5 to 8
2878, 2978, 3078, 3178
B3E, BA2, C06, C6A
9 to 12
3278, 3378, 3478, 3578
CCE, D32, D96, DFA
5 to 8
2876, 2976, 3076, 3176
B3C, BA0, C04, C68
13 to 16
3678, 3778, 3878, 3978
E5E, EC2, F26, F8A
9 to 12
3276, 3376, 3476, 3576
CCC, D30, D94, DF8
1 to 4
2479, 2579, 2679, 2779
9AF, A13, A77, ADB
13 to 16
3676, 3776, 3876, 3976
E5C, EC0, F24, F88
5 to 8
2879, 2979, 3079, 3179
B3F, BA3, C07, C6B
1 to 4
2477, 2577, 2677, 2777
9AD, A11, A75, AD9
9 to 12
3279, 3379, 3479, 3579
CCF, D33, D97, DFB
6)
5 to 8
2877, 2977, 3077, 3177
B3D, BA1, C05, C69
13 to 16
3679, 3779, 3879, 3979
E5F, EC3, F27, F8B
9 to 12
3277, 3377, 3477, 3577
CCD, D31, D95, DF9
1 to 4
2480, 2580, 2680, 2780
9B0, A14, A78, ADC
13 to 16
3677, 3777, 3877, 3977
E5D, EC1, F25, F89
5 to 8
2880, 2980, 3080, 3180
B40, BA4, C08, C6C
1 to 4
2482, 2582, 2682, 2782
9B2, A16, A7A, ADE
9 to 12
3280, 3380, 3480, 3580
CD0, D34, D98, DFC
5 to 8
2882 ,2982, 3082, 3182
B42, BA6, C0A, C6E
13 to 16
3680, 3780, 3880, 3980
E60, EC4, F28, F8C
7)
Screen example
1)
2)
3)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2424 to 2425, 2524 to 2525,
2624 to 2625, 2724 to 2725
978 to 979, 9DC to 9DD,
A40 to A41, AA4 to AA5
5 to 8
2824 to 2825, 2924 to 2925,
3024 to 3025, 3124 to 3125
B08 to B09, B6C to B6D,
BD0 to BD1, C34 to C35
9 to 12
3224 to 3225, 3324 to 3325,
3424 to 3425, 3524 to 3525
C98 to C99, CFC to CFD,
D60 to D61, DC4 to DC5
13 to 16
3624 to 3625, 3724 to 3725,
3824 to 3825, 3924 to 3925
E28 to E29, E8C to E8D,
EF0 to EF1, F54 to F55
1)
6 - 186
6.5 Intelligent Module Monitor Screens
No.
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
2426, 2526, 2626, 2726
97A, 9DE, A42, AA6
5 to 8
2826, 2926, 3026, 3126
B0A, B6E, BD2, C36
9 to 12
3226, 3326, 3426, 3526
C9A, CFE, D62, DC6
13 to 16
3626, 3726, 3826, 3926
E2A, E8E, EF2, F56
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
1
Screen example
OVERVIEW
1)
3)
4)
2
SYSTEM MONITOR
2)
Axis
1 to 4
Buffer memory address
DEC
2414 to 2415, 2514 to 2515,
2614 to 2615, 2714 to 2715
HEX
No.
96E to 96F, 9D2 to 9D3, A36 to
A37, A9A to A9B
Axis
HEX
9 to 12
5126 to 5127, 5226 to
5227, 5326 to 5327, 5426
to 5427
1406 to 1407, 146A to
146B, 14CE to 14CF, 1532
to 1533
13 to 16
5526 to 5527, 5626 to
5627, 5726 to 5727, 5826
to 5827
1596 to 1597, 15FA to
15FB, 165E to 165F, 16C2
to 16C3
2)
3214 to 3215, 3314 to 3315,
3414 to 3415, 3514 to 3515
C8E to C8F, CF2 to CF3, D56 to
D57, DBA to DBB
13 to 16
3614 to 3615, 3714 to 3715,
3814 to 3815, 3914 to 3915
E1E to E1F, E82 to E83, EE6 to
EE7, F4A to F4B
1 to 4
4326 to 4327, 4426 to 4427,
4526 to 4527, 4626 to 4627
10E6 to 10E7, 114A to 114B,
11AE to 11AF, 1212 to 1213
5 to 8
4726 to 4727, 4826 to 4827,
4926 to 4927, 5026 to 5027
1276 to 1277,12DA to 12DB,
133E to 133F,13A2 to 13A3
2)
3)
4)
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
C91, CF5, D59, DBD
9 to 12
3217, 3317, 3417, 3517
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4328, 4428, 4528, 4628
10E8, 114C, 11B0, 1214
5 to 8
4728, 4828, 4928, 5028
1278, 12DC, 1340, 13A4
9 to 12
5128, 5228, 5328, 5428
1408, 146C, 14D0, 1534
13 to 16
5528, 5628, 5728, 5828
1598, 15FC, 1660, 16C4
5
MELSEC-FX LIST
EDITOR
9 to 12
4
6
INTELLIGENT
MODULE MONITOR
AFE to AFF, B62 to B63, BC6 to
BC7,C2A to C2B
7
NETWORK
MONITOR
2814 to 2815, 2914 to 2915,
3014 to 3015, 3114 to 3115
8
Q MOTION
MONITOR
1)
5 to 8
Buffer memory address
DEC
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 187
Screen example
1)
2)
3)
No.
Axis
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
1 to 4
4330 to 4331, 4430 to 4431,
4530 to 4531, 4630 to 4631
10EA to 10EB, 114E to 114F,
5 to 8
4730 to 4731, 4830 to 4831,
4930 to 4931, 5030 to 5031
127A to 127B, 12DE to 12DF,
1342 to 1343, 13A6 to 13A7
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
9 to 12
5130 to 5131, 5230 to 5231,
5330 to 5331, 5430 to 5431
140A to 140B, 146E to 146F,
14D2 to 14D3, 1536 to 1537
1 to 4
4332, 4432, 4532, 4632
10EC, 1150, 11B4, 1218
13 to 16
5530 to 5531, 5630 to 5631,
5730 to 5731, 5830 to 5831
159A to 159B, 15FE to 15FF,
1662 to 1663, 16C6 to 16C7
1)
6 - 188
11B2 to 11B3, 1216 to 1217
6.5 Intelligent Module Monitor Screens
2)
3)
5 to 8
4732, 4832, 4932, 5032
127C, 12E0, 1344, 13A8
9 to 12
5132, 5232, 5332, 5432
140C, 1470, 14D4, 1538
13 to 16
5532, 5632, 5732, 5832
159C, 1600, 1664, 16C8
1
OVERVIEW
Screen example
3)
1)
4)
5)
2
2)
SYSTEM MONITOR
6)
7)
8)
10D2 to 10D3, 1136 to 1137,
119A to 119B, 11FE to 11FF
4706 to 4707, 4806 to 4807,
4906 to 4907, 5006 to 5007
1262 to 1263, 12C6 to 12C7,
132A to 132B, 138E to 138F
1)
1 to 4
3)
4)
9 to 12
13 to 16
1 to 4
5 to 8
5106 to 5107, 5206 to 5207,
5306 to 5307, 5406 to 5407
13F2 to 13F3, 1456 to 1457,
14BA to 14BB, 151E to 151F
5506 to 5507, 5606 to 5607,
5706 to 5707, 5806 to 5807
1582 to 1583, 15E6 to 15E7,
164A to 164B, 16AE to 16AF
4314 to 4315, 4414 to 4415,
4514 to 4515, 4614 to 4615
10DA to 10DB, 113E to 113F,
11A2 to 11A3, 1206 to 1207
4714 to 4715, 4814 to 4815,
4914 to 4915, 5014 to 5015
126A to 126B, 12CE to 12CF,
1332 to 1333, 1396 to 1397
5114 to 5115, 5214 to 5215,
5314 to 5315, 5414 to 5415
13FA to 13FB, 145E to 145F,
14C2 to 14C3, 1526 to 1527
2)
5)
6)
7)
9 to 12
13 to 16
5514 to 5515, 5614 to 5615,
5714 to 5715, 5814 to 5815
158A to 158B, 15EE to 15EF,
1652 to 1653, 16B6 to 16B7
Axis
8)
Buffer memory address
DEC
4313, 4413, 4513, 4613
HEX
10D9, 113D, 11A1, 1205
5 to 8
4713, 4813, 4913, 5013
1269, 12CD, 1331, 1395
9 to 12
5113, 5213, 5313, 5413
13F9, 145D, 14C1, 1525
13 to 16
5513, 5613, 5713, 5813
1589, 15ED, 1651, 16B5
1 to 4
4344, 4444, 4544, 4644
10F8, 115C, 11C0, 1224
5 to 8
4744, 4844, 4944, 5044
1288, 12EC, 1350, 13B4
9 to 12
5144, 5244, 5344, 5444
1418, 147C, 14E0, 1544
13 to 16
5544, 5644, 5744, 5844
15A8, 160C, 1670, 16D4
1 to 4
4345, 4445, 4545, 4645
10F9, 115D, 11C1, 1225
5 to 8
4745, 4845, 4945, 5045
1289, 12ED, 1351, 13B5
9 to 12
5145, 5245, 5345, 5445
1419, 147D, 14E1, 1545
13 to 16
5545, 5645, 5745, 5845
15A9, 160D, 1671, 16D5
1 to 4
4346, 4446, 4546, 4646
10FA, 115E, 11C2, 1226
5 to 8
4746, 4846, 4946, 5046
128A, 12EE, 1352, 13B6
9 to 12
5146, 5246, 5346, 5446
141A, 147E, 14E2, 1546
13 to 16
5546, 5646, 5746, 5846
15AA, 160E, 1672, 16D6
1 to 4
4347, 4447, 4547, 4647
10FB, 115F, 11C3, 1227
5 to 8
4747, 4847, 4947, 5047
128B, 12EF, 1353, 13B7
141B, 147F, 14E3, 1547
9 to 12
5147, 5247, 5347, 5447
13 to 16
5547, 5647, 5747, 5847
15AB, 160F, 1673, 16D7
1 to 4
4305, 4405, 4505, 4605
10D1, 1135, 1199, 11FD
5 to 8
4705, 4805, 4905, 5005
1261, 12C5, 1329, 138D
9 to 12
5105, 5205, 5305, 5405
13F1, 1455, 14B9, 151D
13 to 16
5505, 5605, 5705, 5805
1581, 15E5, 1649, 16AD
4
MELSEC-A LIST
EDITOR
4306 to 4307, 4406 to 4407,
4506 to 4507, 4606 to 4607
No.
5
MELSEC-FX LIST
EDITOR
5 to 8
HEX
6
INTELLIGENT
MODULE MONITOR
1 to 4
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 189
Screen example
1)
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
14)
7)
No.
1)
2)
3)
4)
5)
6)
7)
8)
Axis
Buffer memory address
DEC
HEX
1 to 4
4300, 4400, 4500, 4600
10CC, 1130, 1194, 11F8
5 to 8
4700, 4800, 4900, 5000
125C, 12C0, 1324, 1388
9 to 12
5100, 5200, 5300, 5400
13EC, 1450, 14B4, 1518
13 to 16
5500, 5600, 5700, 5800
157C, 15E0, 1644, 16A8
1 to 4
4301, 4401, 4501, 4601
10CD, 1131, 1195, 11F9
5 to 8
4701, 4801, 4901, 5001
125D, 12C1, 1325, 1389
9 to 12
5101, 5201, 5301, 5401
13ED, 1451, 14B5, 1519
13 to 16
5501, 5601, 5701, 5801
157D, 15E1, 1645, 16A9
1 to 4
4302, 4402, 4502, 4602
10CE, 1132, 1196, 11FA
5 to 8
4702, 4802, 4902, 5002
125E, 12C2, 1326, 138A
No.
8)
Axis
Buffer memory address
DEC
HEX
13 to 16
5508 to 5509, 5608 to 5609,
5708 to 5709, 5808 to 5809
1584 to 1585, 15E8 to 15E9,
164C to 164D, 16B0 to 16B1
1 to 4
4310 to 4311, 4410 to 4411,
4510 to 4511, 4610 to 4611
10D6 to 10D7, 113A to 113B,
119E to 119F, 1202 to 1203
5 to 8
4710 to 4711, 4810 to 4811,
4910 to 4911, 5010 to 5011
1266 to 1267, 12CA to 12CB,
132E to 132F, 1392 to 1393
9 to 12
5110 to 5111, 5210 to 5211,
5310 to 5311, 5410 to 5411
13F6 to 13F7, 145A to 145B,
14BE to 14BF, 1522 to 1523
13 to 16
5510 to 5511, 5610 to 5611,
5710 to 5711, 5810 to 5811
1586 to 1587, 15EA to 15EB,
164E to 164F, 16B2 to 16B3
9)
9 to 12
5102, 5202, 5302, 5402
13EE, 1452, 14B6, 151A
1 to 4
4320, 4420, 4520, 4620
10E0, 1144, 11A8, 120C
13 to 16
5502, 5602, 5702, 5802
157E, 15E2, 1646, 16AA
5 to 8
4720, 4820, 4920, 5020
1270, 12D4, 1338, 139C
1 to 4
4303, 4403, 4503, 4603
10CF, 1133, 1197, 11FB
9 to 12
5120, 5220, 5320, 5420
1400, 1464, 14C8, 152C
5 to 8
4703, 4803, 4903, 5003
125F, 12C3, 1327, 138B
13 to 16
5520, 5620, 5720, 5820
1590, 15F4, 1658, 16BC
10E1, 1145, 11A9, 120D
10)
9 to 12
5103, 5203, 5303, 5403
13EF, 1453, 14B7, 151B
1 to 4
4321, 4421, 4521, 4621
13 to 16
5503, 5603, 5703, 5803
157F, 15E3, 1647, 16AB
5 to 8
4721, 4821, 4921, 5021
1271, 12D5, 1339, 139D
1 to 4
4304, 4404, 4504, 4604
10D0, 1134, 1198, 11FC
9 to 12
5121, 5221, 5321, 5421
1401, 1465, 14C9, 152D
5 to 8
4704, 4804, 4904, 5004
1260, 12C4, 1328, 138C
9 to 12
5104, 5204, 5304, 5404
13F0, 1454, 14B8, 151C
13 to 16
5504, 5604, 5704, 5804
1580, 15E4, 1648, 16AC
1 to 4
4312, 4412, 4512, 4612
10D8, 113C, 11A0, 1204
5 to 8
4712, 4812, 4912, 5012
1268, 12CC, 1330, 1394
9 to 12
5112, 5212, 5312, 5412
13F8, 145C, 14C0, 1524
13 to 16
5512, 5612, 5712, 5812
1588, 15EC, 1650, 16B4
1 to 4
4316, 4416, 4516, 4616
10DC, 1140, 11A4, 1208
5 to 8
4716, 4816, 4916, 5016
126C, 12D0, 1334, 1398
11)
13 to 16
5521, 5621, 5721, 5821
1591, 15F5, 1659, 16BD
1 to 4
4322 to 4323, 4422 to 4423,
4522 to 4523, 4622 to 4623
10E2 to 10E3, 1146 to 1147,
11AA to 11AB, 120E to 120F
5 to 8
4722 to 4723, 4822 to 4823,
4922 to 4923, 5022 to 5023
1272 to 1273, 12D6 to 12D7,
133A to 133B, 139E to 139F
9 to 12
5122 to 5123, 5222 to 5223,
5322 to 5323, 5422 to 5423
1402 to 1403, 1466 to 1467,
14CA to 14CB, 152E to 152F
13 to 16
5522 to 5523, 5622 to 5623,
5722 to 5723, 5822 to 5823
1592 to 1593, 15F6 to 15F7,
165A to 165B, 16BE to 16BF
10E4, 1148, 11AC, 1210
12)
9 to 12
5116, 5216, 5316, 5416
13FC, 1460, 14C4, 1528
1 to 4
4324, 4424, 4524, 4624
13 to 16
5516, 5616, 5716, 5816
158C, 15F0, 1654, 16B8
5 to 8
4724, 4824, 4924, 5024
1274, 12D8, 133C, 13A0
1 to 4
4308 to 4309, 4408 to 4409,
4508 to 4509, 4608 to 4609
10D4 to 10D5, 1138 to 1139,
119C to 119D, 1200 to 1201
9 to 12
5124, 5224, 5324, 5424
1404, 1468, 14CC, 1530
5 to 8
4708 to 4709, 4808 to 4809,
4908 to 4909, 5008 to 5009
1264 to 1265, 12C8 to 12C9,
132C to 132D, 1390 to 1391
9 to 12
5108 to 5109, 5208 to 5209,
5308 to 5309, 5408 to 5409
13F4 to 13F5, 1458 to 1459,
14BC to 14BD, 1520 to 1521
6 - 190
6.5 Intelligent Module Monitor Screens
13)
14)
13 to 16
5524, 5624, 5724, 5824
1594, 15F8, 165C, 16C0
1 to 4
4325, 4425, 4525, 4625
10E5, 1149, 11AD, 1211
5 to 8
4725, 4825, 4925, 5025
1275, 12D9, 133D, 13A1
9 to 12
5125, 5225, 5325, 5425
1405, 1469, 14CD, 1531
13 to 16
5525, 5625, 5725, 5825
1595, 15F9, 165D, 16C1
1
OVERVIEW
Screen example
1)
4)
9)
2
SYSTEM MONITOR
3)
5)
6)
7)
8)
2)
10)
11)
12)
4)
5)
6)
7)
10F2, 1156, 11BA, 121E
5 to 8
4738, 4838, 4938, 5038
1282, 12E6, 134A, 13AE
9 to 12
5138, 5238, 5338, 5438
1412, 1476, 14DA, 153E
13 to 16
5538, 5638, 5738, 5838
1 to 4
4348, 4448, 4548, 4648
Axis
1 to 4
Buffer memory address
DEC
4341, 4441, 4541, 4641
HEX
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
15A2, 1606, 166A, 16CE
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
10FC, 1160, 11C4, 1228
1 to 4
4343, 4443, 4543, 4643
10F7, 115B, 11BF, 1223
5 to 8
4748, 4848, 4948, 5048
128C, 12F0, 1354, 13B8
9 to 12
5148, 5248, 5348, 5448
141C, 1480, 14E4, 1548
13 to 16
5548, 5648, 5748, 5848
15AC, 1610, 1674, 16D8
1 to 4
4349, 4449, 4549, 4649
10FD, 1161, 11C5, 1229
5 to 8
4749, 4849, 4949, 5049
128D, 12F1, 1355, 13B9
9 to 12
5149, 5249, 5349, 5449
141D, 1481, 14E5, 1549
8)
9)
10)
5 to 8
4743, 4843, 4943, 5043
1287, 12EB, 134F, 13B3
9 to 12
5143, 5243, 5343, 5443
1417, 147B, 14DF, 1543
13 to 16
5543, 5643, 5743, 5843
15A7, 160B, 166F, 16D3
1 to 4
4351, 4451, 4551, 4651
10FF, 1163, 11C7, 122B
5 to 8
4751, 4851, 4951, 5051
128F, 12F3, 1357, 13BB
9 to 12
5151, 5251, 5351, 5451
141F, 1483, 14E7, 154B
13 to 16
5549, 5649, 5749, 5849
15AD, 1611, 1675, 16D9
13 to 16
5551, 5651, 5751, 5851
15AF, 1613, 1677, 16DB
1 to 4
4350, 4450, 4550, 4650
10FE, 1162, 11C6, 122A
1 to 4
4352, 4452, 4552, 4652
1100, 1164, 11C8, 122C
5 to 8
4750, 4850, 4950, 5050
128E, 12F2, 1356, 13BA
5 to 8
4752, 4852, 4952, 5052
1290, 12F4, 1358, 13BC
9 to 12
5150, 5250, 5350, 5450
141E, 1482, 14E6, 154A
9 to 12
5152, 5252, 5352, 5452
1420, 1484, 14E8, 154C
13 to 16
5550, 5650, 5750, 5850
15AE, 1612, 1676, 16DA
13 to 16
5552, 5652, 5752, 5852
15B0, 1614, 1678, 16DC
1 to 4
4339, 4439, 4539, 4639
10F3, 1157, 11BB, 121F
1 to 4
4359, 4459, 4559, 4659
1107, 116B, 11CF, 1233
5 to 8
4739, 4839, 4939, 5039
1283, 12E7, 134B, 13AF
9 to 12
5139, 5239, 5339, 5439
1413, 1477, 14DB, 153F
13 to 16
5539, 5639, 5739, 5839
1 to 4
5 to 8
11)
5 to 8
4759, 4859, 4959, 5059
1297, 12FB, 135F, 13C3
9 to 12
5159, 5259, 5359, 5459
1427, 148B, 14EF, 1553
15A3, 1607, 166B, 16CF
13 to 16
5559, 5659, 5759, 5859
15B7, 161B, 167F, 16E3
4340, 4440, 4540, 4640
10F4, 1158, 11BC, 1220
1 to 4
4365, 4465, 4565, 4665
110D, 1171, 11D5, 1239
4740, 4840, 4940, 5040
1284, 12E8, 134C, 13B0
5 to 8
4765, 4865, 4965, 5065
129D, 1301, 1365, 13C9
9 to 12
5140, 5240, 5340, 5440
1414, 1478, 14DC, 1540
13 to 16
5540, 5640, 5740, 5840
15A4, 1608, 166C, 16D0
1 to 4
4341, 4441, 4541, 4641
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
12)
13)
-
9 to 12
5165, 5265, 5365, 5465
142D, 1491, 14F5, 1559
13 to 16
5565, 5665, 5765, 5865
15BD, 1621, 1685, 16E9
-
-
-
4
MELSEC-A LIST
EDITOR
4338, 4438, 4538, 4638
No.
5
MELSEC-FX LIST
EDITOR
3)
1 to 4
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 191
Screen example
No.
Axis
1)
3)
2)
4)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
10EE to 10EF, 1152 to 1153,
11B6 to 11B7, 121A to 121B
1 to 4
4317, 4417, 4517, 4617
10DD, 1141, 11A5, 1209
1 to 4
4334 to 4335, 4434 to 4435,
4534 to 4535, 4634 to 4635
5 to 8
4717, 4817, 4917, 5017
126D, 12D1, 1335, 1399
5 to 8
4734 to 4735, 4834 to 4835,
4934 to 4935, 5034 to 5035
127E to 127F, 12E2 to 12E3,
1346 to 1347, 13AA to 13AB
9 to 12
5117, 5217, 5317, 5417
13FD, 1461, 14C5, 1529
9 to 12
5134 to 5135, 5234 to 5235,
5334 to 5335, 5434 to 5435
140E to 140F, 1472 to 1473,
14D6 to 14D7, 153A to 153B
13 to 16
5517, 5617, 5717, 5817
158D, 15F1, 1655, 16B9
13 to 16
5534 to 5535, 5634 to 5635,
5734 to 5735, 5834 to 5835
159E to 159F, 1602 to 1603,
1666 to 1667, 16CA to 16CB
1 to 4
4318 to 4319, 4418 to 4419,
4518 to 4519, 4618 to 4619
10DE to 10DF, 1142 to 1143,
11A6 to 11A7, 120A to 120B
1 to 4
4336 to 4337, 4436 to 4437,
4536 to 4537, 4636 to 4637
10F0 to 10F1, 1154 to 1155,
11B8 to 11B9, 121C to 121D
5 to 8
4718 to 4719, 4818 to 4819,
4918 to 4919, 5018 to 5019
126E to 126F, 12D2 to 12D3,
1336 to 1337, 139A to 139B
5 to 8
4736 to 4737, 4836 to 4837,
4936 to 4937, 5036 to 5037
1280 to 1281, 12E4 to 12E5,
1348 to 1349, 13AC to 13AD
9 to 12
5118 to 5119, 5218 to 5219,
5318 to 5319, 5418 to 5419
13FE to 13FF, 1462 to 1463,
14C6 to 14C7, 152A to 152B
9 to 12
5136 to 5137, 5236 to 5237,
5336 to 5337, 5436 to 5437
1410 to 1411, 1474 to 1475,
14D8 to 14D9, 153C to 153D
13 to 16
5518 to 5519, 5618 to 5619,
5718 to 5719, 5818 to 5819
158E to 158F, 15F2 to 15F3,
1656 to 1657, 16BA to 16BB
13 to 16
5536 to 5537, 5636 to 5637,
5736 to 5737, 5836 to 5837
15A0 to 15A1, 1604 to 1605,
1668 to 1669, 16CC to 16CD
1)
3)
2)
6 - 192
6.5 Intelligent Module Monitor Screens
4)
1
OVERVIEW
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
SYSTEM MONITOR
2
9)
10)
11)
12)
13)
14)
15)
16)
Axis
1)
-
4012 to 4016
2)
-
3)
-
4)
5)
Buffer memory address
No.
Axis
FAC to FB0
9)
-
4052 to 4056
FD4 to FD8
4017 to 4021
FB1 to FB5
10)
-
4057 to 4061
FD9 to FDD
4022 to 4026
FB6 to FBA
11)
-
4062 to 4066
FDE to FE2
-
4027 to 4031
FBB to FBF
12)
-
4067 to 4071
FE3 to FE7
-
4032 to 4036
FC0 to FC4
13)
-
4072 to 4076
FE8 to FEC
DEC
HEX
DEC
HEX
6)
-
4037 to 4041
FC5 to FC9
14)
-
4077 to 4081
FED to FF1
7)
-
4042 to 4046
FCA to FCE
15)
-
4082 to 4086
FF2 to FF6
8)
-
4047 to 4051
FCF to FD3
16)
-
4087 to 4091
FF7 to FFB
4
MELSEC-A LIST
EDITOR
Buffer memory address
No.
LADDER MONITOR
FUNCTION
3
Screen example
25)
26)
27)
28)
29)
30)
31)
32)
33)
Buffer memory address
34)
1)
-
4093 to 4096
FFD to 1000
13)
-
4141 to 4144
102D to 1030
25)
-
4190 to 4193
105E to 1061
2)
-
4097 to 4100
1001 to 1004
14)
-
4145 to 4148
1031 to 1034
26)
-
4194 to 4197
1062 to 1065
3)
-
4101 to 4104
1005 to 1008
15)
-
4149 to 4152
1035 to 1038
27)
-
4198 to 4201
1066 to 1069
4)
-
4105 to 4108
1009 to 100C
16)
-
4153 to 4156
1039 to 103C
28)
-
4202 to 4205
106A to 106D
DEC
HEX
No.
Axis
Buffer memory address
Axis
HEX
Axis
Buffer memory address
No.
DEC
No.
6
INTELLIGENT
MODULE MONITOR
9)
10)
11)
12)
13)
14)
15)
16)
DEC
5)
-
4109 to 4112
100D to 1010
17)
-
4158 to 4161
103E to 1041
29)
-
4206 to 4209
106E to 1071
6)
-
4113 to 4116
1011 to 1014
18)
-
4162 to 4165
1042 to 1045
30)
-
4210 to 4213
1072 to 1075
7)
-
4117 to 4120
1015 to 1018
19)
-
4166 to 4169
1046 to 1049
31)
-
4214 to 4217
1076 to 1079
8)
-
4121 to 4124
1019 to 101C
20)
-
4170 to 4173
104A to 104D
32)
-
4218 to 4221
107A to 107D
9)
-
4125 to 4128
101D to 1020
21)
-
4174 to 4177
104E to 1051
33)
-
31300 to 31315
7A44 to 7A53
10)
-
4129 to 4132
1021 to 1024
22)
-
4178 to 4181
1052 to 1055
34)
-
31316 to 31331
7A54 to 7A63
11)
-
4133 to 4136
1025 to 1028
23)
-
4182 to 4185
1056 to 1059
12)
-
4137 to 4140
1029 to 102C
24)
-
4186 to 4189
105A to 105D
-
-
-
6.5 Intelligent Module Monitor Screens
7
HEX
-
6 - 193
NETWORK
MONITOR
17)
18)
19)
20)
21)
22)
23)
24)
8
Q MOTION
MONITOR
1)
2)
3)
4)
5)
6)
7)
8)
MELSEC-FX LIST
EDITOR
5
Screen example
No.
Axis
1)
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
Buffer memory address
DEC
HEX
1
6000 to 6002,
6004 to 6009
1770 to 1772,
1774 to 1779
5
10000 to 10002,
10004 to 10009
2710 to 2712,
2714 to 2719
9
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
13
18000 to 18002,
18004 to 18009
1
No.
Buffer memory address
Axis
DEC
HEX
2
7010 to 7012,
7014 to 7019
1B62 to 1B64,
1B66 to 1B6B
6
11010 to 11012,
11014 to 11019
2B02 to 2B04,
2B06 to 2B0B
10
15010 to 15012,
15014 to 15019
3AA2 to 3AA4,
3AA6 to 3AAB
4650 to 4652,
4654 to 4659
14
19010 to 19012,
19014 to 19019
6010 to 6012,
6014 to 6019
177A to 177C,
177E to 1783
2
5
10010 to 10012,
10014 to 10019
271A to 271C,
271E to 2723
9
14010 to 14012,
14014 to 14019
36BA to 36BC,
36BE to 36C3
13
18010 to 18012,
18014 to 18019
1
No.
Axis
Buffer memory address
DEC
HEX
3
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7
12020 to 12022,
12024 to 12029
2EF4 to 2EF6,
2EF8 to 2EFD
11
16020 to 16022,
16024 to 16029
3E94 to 3E96,
3E98 to 3E9D
4A42 to 4A44,
4A46 to 4A4B
15
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
7020 to 7022,
7024 to 7029
1B6C to 1B6E,
1B70 to 1B75
4
9000 to 9002,
9004 to 9009
2328 to 232A,
232C to 2331
6
11020 to 11022,
11024 to 11029
2B0C to 2B0E,
2B10 to 2B15
8
13000 to 13002,
13004 to 13009
32C8 to 32CA,
32CC to 32D1
10
15020 to 15022,
15024 to 15029
3AAC to 3AAE,
3AB0 to 3AB5
12
17000 to 17002,
17004 to 17009
4268 to 426A,
426C to 4271
465A to 465C,
465E to 4663
14
19020 to 19022,
19024 to 19029
4A4C to 4A4E,
4A50 to 4A55
16
21000 to 21002,
21004 to 21009
5208 to 520A,
520C to 5211
6020 to 6022,
6024 to 6029
1784 to 1786,
1788 to 178D
3
8000 to 8002,
8004 to 8009
1F40 to 1F42,
1F44 to 1F49
4
9010 to 9012,
9014 to 9019
2332 to 2334,
2336 to 233B
5
10020 to 10022,
10024 to 10029
2724 to 2726,
2728 to 272D
7
12000 to 12002,
12004 to 12009
2EE0 to 2EE2,
2EE4 to 2EE9
8
13010 to 13012,
13014 to 13019
32D2 to 32D4,
32D6 to 32DB
9
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
11
16000 to 16002,
16004 to 16009
3E80 to 3E82,
3E84 to 3E89
12
17010 to 17012,
17014 to 17019
4272 to 4274,
4276 to 427B
13
18020 to 18022,
18024 to 18029
4664 to 4666,
4668 to 466D
15
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
16
21010 to 21012,
21014 to 21019
5212 to 5214,
5216 to 521B
2
7000 to 7002,
7004 to 7009
1B58 to 1B5A,
1B5C to 1B61
3
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
4
9020 to 9022,
9024 to 9029
233C to 233E
2340 to 2345
6
11000 to 11002,
11004 to 11009
2AF8 to 2AFA,
2AFC to 2B01
7
12010 to 12012,
12014 to 12019
2EEA to 2EEC,
2EEE to 2EF3
8
13020 to 13022,
13024 to 13029
32DC to 32DE
32E0 to 32E5
10
15000 to 15002,
15004 to 15009
3A98 to 3A9A,
3A9C to 3AA1
11
16010 to 16012,
16014 to 16019
3E8A to 3E8C,
3E8E to 3E93
12
17020 to 17022,
17024 to 17029
427C to 427E
4280 to 4285
14
19000 to 19002,
19004 to 19009
4A38 to 4A3A,
4A3C to 4A41
15
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
16
21020 to 21022,
21024 to 21029
521C to 521E,
5220 to 5225
1)
2)
3)
4)
6 - 194
5)
6)
7)
8)
6.5 Intelligent Module Monitor Screens
9)
10)
11)
12)
1
L60AD4 module monitoring
OVERVIEW
Buffer memory address
DEC
HEX
1)
0
0000
2)
10
000A
3)
9
0009
4)
9
0009
5)
24
0018
6)
20
0014
7)
19
0013
8)
1 to 4
0001 to 0004
9)
11 to 14
000B to 000E
10)
30, 32, 34, 36
001E, 0020,
0022, 0024
11)
31, 33, 35, 37
001F, 0021,
0023, 0025
-
-
-
1)
47
002F
2)
48
0030
3)
53
0035
4)
49
0031
1)
5)
50
0032
2)
3)
6)
50
0032
7)
54 to 57
0036 to 0039
8)
63, 65, 67, 69
003F, 0041,
0043, 0045
3)
4)
5)
6)
8)
9)
10)
11)
7)
8)
9)
2
9)
62, 64, 66, 68
003E, 0040,
0042, 0044
5)
6)
10)
89, 93, 97, 101
0059, 005D,
0061, 0065
11)
88, 92, 96, 100
0058, 005C,
0060, 0064
12)
87, 91, 95, 99
0057, 005B,
005F, 0063
13)
86, 90, 94, 98
0056, 005A,
005E, 0062
14)
142 to 145
008E to 0091
-
-
-
1)
1800, 1810 to 1964
0708, 0712 to 07AC
10)
11)
12)
13)
3
4
4)
14)
SYSTEM MONITOR
1)
2)
LADDER MONITOR
FUNCTION
7)
MELSEC-A LIST
EDITOR
No.
5
MELSEC-FX LIST
EDITOR
Screen example
6
INTELLIGENT
MODULE MONITOR
6.5.38
7
-
-
NETWORK
MONITOR
1)
-
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 195
Screen example
No.
Buffer memory address
DEC
HEX
1)
-
-
-
-
-
1)
11 to 14
000B to 000E
2)
-
-
-
-
-
1)
2)
1)
6 - 196
6.5 Intelligent Module Monitor Screens
1
L60DA4 module monitoring
No.
1)
6)
1)
2)
7)
Buffer memory address
DEC
HEX
0
0000
OVERVIEW
Screen example
2)
20
0014
3)
1 to 4
0001 to 0004
4)
11 to 14
000B to 000E
5)
11 to 14
000B to 000E
6)
19
0013
7)
26
001A
2
SYSTEM MONITOR
6.5.39
-
1)
47
002F
2)
53
0035
3)
48
0030
4)
48
0030
5)
55, 57, 59, 61
0037, 0039,
003B, 003D
6)
54, 56, 58, 60
0036, 0038,
003A, 003C
7)
86, 88, 90, 92
0056, 0058,
005A, 005C
8)
87, 89, 91, 93
0057, 0059,
005B, 005D
-
-
-
5)
3)
4)
6)
7)
4
MELSEC-A LIST
EDITOR
1)
2)
5)
-
5
MELSEC-FX LIST
EDITOR
4)
-
6
8)
1)
1800, 1810 to 1964
0708, 0712 to 07AC
INTELLIGENT
MODULE MONITOR
3)
LADDER MONITOR
FUNCTION
3
7
1)
-
NETWORK
MONITOR
-
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 197
Screen example
No.
Buffer memory address
DEC
HEX
1)
-
-
-
-
-
0001 to 0004
1)
2)
1)
1 to 4
2)
-
-
3)
11 to 14
000B to 000E
4)
11 to 14
000B to 000E
-
-
-
1)
3)
6 - 198
4)
6.5 Intelligent Module Monitor Screens
1)
2)
1)
2)
3)
4)
5)
6)
3)
4)
5)
7)
8)
9)
10)
11)
6)
7)
8)
9)
12)
13)
14)
10)
11)
Buffer memory address
DEC
HEX
00 to 01
0000 to 0001
32 to 33
0020 to 0021
02 to 03
0002 to 0003
34 to 35
0022 to 0023
04 to 05
0004 to 0005
36 to 37
0024 to 0025
06 to 07
0006 to 0007
38 to 39
0026 to 0027
10, 42
000A, 002A
12 to 13
000C to 000D
44 to 45
002C to 002D
14 to 15
000E to 000F
46 to 47
002E to 002F
16 to 17
0010 to 0011
48 to 49
0030 to 0031
18 to 19
0012 to 0013
50 to 51
0032 to 0033
20 to 21
0014 to 0015
52 to 53
0034 to 0035
22 to 23
0016 to 0017
54 to 55
0036 to 0037
12)
08, 40
0008, 0028
13)
11, 43
000B, 002B
14)
09, 41
0009, 0029
1)
-
-
-
-
-
2
SYSTEM MONITOR
No.
3
LADDER MONITOR
FUNCTION
Screen example
OVERVIEW
1
LD62D/LD62 module monitoring
4
MELSEC-A LIST
EDITOR
6.5.40
MELSEC-FX LIST
EDITOR
5
1)
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 199
6.5.41
LD75P/LD75D module monitoring
Screen example
No.
2)
1)
8)
7)
1)
5)
6)
9)
10) 11) 12)
HEX
800 to 801
0320 to 0321
900 to 901
0384 to 0385
1000 to 1001
03E8 to 03E9
1100 to 1101
044C to 044D
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
3)
809, 909,
1009, 1109
0329, 038D,
03F1, 0455
4)
806, 906,
1006, 1106
0326, 038A,
03EE, 0452
5)
807, 907,
1007, 1107
0327, 038B,
03EF, 0453
6)
808, 908,
1008, 1108
0328, 038C,
03F0, 0454
7)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
8)
to
12)
838, 938,
1038, 1138
0346, 03AA,
040E, 0472
1)
-
-
-
-
-
1)
0, 150, 300, 450
0000, 0096,
012C, 01C2
2)
4, 154, 304, 454
0004, 009A,
0130, 01C6
3)
1, 151, 301, 451
0001, 0097,
012D, 01C3
4)
2, 152, 302, 452
0002, 0098,
012E, 01C4
5)
3, 153, 303, 453
0003, 0099,
012F, 01C5
6)
5, 155, 305, 455
0005, 009B,
0131, 01C7
7)
6, 156, 306, 456
0006, 009C,
0132, 01C8
-
-
-
2)
3)
4)
Buffer memory address
DEC
1)
6)
1)
2)
3)
7)
4)
5)
6 - 200
6.5 Intelligent Module Monitor Screens
2)
3)
1)
462 to 463
01CE to 01CF
14 to 15
000E to 000F
164 to 165
00A4 to 00A5
-
1)
17, 167,
317, 467
0011, 00A7,
013D, 01D3
18 to 19
0012 to 0013
168 to 169
00A8 to 00A9
318 to 319
013E to 013F
468 to 469
01D4 to 01D5
20 to 21
0014 to 0015
170 to 171
00AA to 00AB
320 to 321
0140 to 0141
470 to 471
01D6 to 01D7
33
0021
4)
22, 172,
322, 472
0016, 00AC,
0142, 01D8
5)
23, 173,
323, 473
0017, 00AD,
0143, 01D9
6)
26, 176,
326, 476
001A, 00B0,
0146, 01DC
1)
27, 177,
327, 477
001B, 00B1,
0147, 01DD
2)
28, 178,
328, 478
001C, 00B2,
0148, 01DE
3)
29, 179,
329, 479
001D, 00B3,
0149, 01DF
4)
2
3
3)
6)
OVERVIEW
0138 to 0139
-
3)
7)
00A2 to 00A3
312 to 313
-
1)
4)
000C to 000D
013A to 013B
6)
2)
12 to 13
162 to 163
01D0 to 01D1
4)
5)
01CC to 01CD
464 to 465
3)
5)
0136 to 0137
460 to 461
314 to 315
2)
2)
00A0 to 00A1
310 to 311
SYSTEM MONITOR
2)
160 to 161
24 to 25
0018 to 0019
174 to 175
00AE to 00AF
324 to 325
0144 to 0145
474 to 475
01DA to 01DB
5)
30, 180,
330, 480
001E, 00B4,
014A, 01E0
6)
32, 182,
332, 482
0020, 00B6,
014C, 01E2
7)
31, 181,
331, 481
001F, 00B5,
014B, 01E1
LADDER MONITOR
FUNCTION
1)
HEX
000A to 000B
4
MELSEC-A LIST
EDITOR
3)
DEC
10 to 11
5
MELSEC-FX LIST
EDITOR
1)
1
Buffer memory address
6
INTELLIGENT
MODULE MONITOR
No.
7
NETWORK
MONITOR
Screen example
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 201
Screen example
No.
1)
3)
1)
2)
5)
1)
2)
3)
4)
5)
8)
6)
00BA to 00BF
336 to 341
0150 to 0155
486 to 491
01E6 to 01EB
42 to 47
002A to 002F
192 to 197
00C0 to 00C5
342 to 347
0156 to 015B
492 to 497
01EC to 01F0
0030 to 0031
348 to 349
015C to 015D
498 to 499
01F2 to 01F3
4)
50, 200,
350, 500
0032, 00C8,
015E, 01F4
5)
51, 201,
351, 501
0033, 00C9,
015F, 01F5
1)
52, 202,
352, 502
0034, 00CA,
0160, 01F6
2)
53, 203,
353, 503
0035, 00CB,
0161, 01F7
3)
56, 206,
356, 506
0038, 00CE,
0164, 01FA
4)
57, 207,
357, 507
0039, 00CF,
0165, 01FB
5)
58, 208,
358, 508
003A, 00D0,
0166, 01FC
6)
54, 204,
354, 504
0036, 00CC,
0162, 01F8
7)
59, 209,
359, 509
003B, 00D1,
0167, 01FD
3)
9)
6.5 Intelligent Module Monitor Screens
186 to 191
00C6 to 00C7
8)
6 - 202
0024 to 0029
48 to 49
9)
7)
HEX
36 to 41
198 to 199
4)
2)
Buffer memory address
DEC
60 to 61
003C to 003D
210 to 211
00D2 to 00D3
360 to 361
0168 to 0169
510 to 511
01FE to 01FF
62, 212,
362, 512
003E, 00D4,
016A, 0200
HEX
1)
004F, 00E5,
017B, 0211
2)
82, 232,
382, 532
0052, 00E8,
017E, 0214
3)
83, 233,
383, 533
0053, 00E9,
017F, 0215
4)
86, 236,
386, 536
0056, 00EC,
0182, 0218
4)
7)
5)
5)
8)
0212 to 0213
0054 to 0055
00EA to 00EB
384 to 385
0180 to 0181
534 to 535
0216 to 0217
7)
87, 237,
387, 537
0057, 00ED,
0183, 0219
8)
88, 238,
388, 538
0058, 00EE,
0184, 021A
9)
89, 239,
389, 539
0059, 00EF,
0185, 021B
1)
70, 220,
370, 520
0046, 00DC,
0172, 0208
4
2)
71, 221,
371, 521
0047, 00DD,
0173, 0209
3)
78, 228,
378, 528
004E, 00E4,
017A, 0210
2)
4)
6)
5)
6)
72 to 73
0048 to 0049
222 to 223
00DE to 00DF
372 to 373
0174 to 0175
522 to 523
020A to 020B
74 to 75
004A to 004B
224 to 225
00E0 to 00E1
374 to 375
0176 to 0177
524 to 525
020C to 020D
76 to 77
004C to 004D
226 to 227
00E2 to 00E3
376 to 377
0178 to 0179
526 to 527
020E to 020F
3
5
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
4)
017C to 017D
530 to 531
234 to 235
1)
3)
380 to 381
84 to 85
6)
5)
0050 to 0051
00E6 to 00E7
LADDER MONITOR
FUNCTION
9)
80 to 81
230 to 231
2
MELSEC-A LIST
EDITOR
3)
MELSEC-FX LIST
EDITOR
6)
OVERVIEW
DEC
79, 229,
379, 529
1)
2)
1
Buffer memory address
SYSTEM MONITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 203
Screen example
1)
No.
HEX
1)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
-
-
-
818 to 819
0332 to 0333
2)
2)
1)
1)
6)
7)
2)
3)
4)
3)
4)
5)
6.5 Intelligent Module Monitor Screens
918 to 919
0396 to 0397
1018 to 1019
03FA to 03FB
1118 to 1119
045E to 045F
802 to 803
0322 to 0323
902 to 903
0386 to 0387
1002 to 1003
03EA to 03EB
1102 to 1103
044E to 044F
820 to 821
0334 to 0335
920 to 921
0398 to 0399
1020 to 1021
03FC to 03FD
1120 to 1121
0460 to 0461
810 to 811
032A to 032B
910 to 911
038E to 038F
1010 to 1011
03F2 to 03F3
1110 to 1111
0456 to 0457
812 to 813
032C to 032D
912 to 913
0390 to 0391
1012 to 1013
03F4 to 03F5
1112 to 1113
0458 to 0459
6)
830, 930,
1030, 1130
033E, 03A2,
0406, 046A
7)
831, 931,
1031, 1131
033F, 03A3,
0407, 046B
5)
6 - 204
Buffer memory address
DEC
9)
1)
4)
5)
2) 6)
7)
HEX
1)
033B, 039F,
0403, 0467
2)
828, 928,
1028, 1128
033C, 03A0,
0404, 0468
3)
829, 929,
1029, 1129
033D, 03A1,
0405, 0469
4)
834, 934,
1034, 1134
0342, 03A6,
040A, 046E
5)
835, 935,
1035, 1135
0343, 03A7,
040B, 046F
6)
836, 936,
1036, 1136
0344, 03A8,
040C, 0470
7)
837, 937,
1037, 1137
0345, 03A9,
040D, 0471
8)
832, 932,
1032, 1132
0340, 03A4,
0408, 046C
9)
833, 933,
1033, 1133
0341, 03A5,
0409, 046D
-
3)
1)
-
-
824 to 825
0338 to 0339
924 to 925
039C to 039D
1024 to 1025
0400 to 0401
1124 to 1125
0464 to 0465
2)
826, 926,
1026, 1126
033A, 039E,
0402, 0466
3)
4)
5)
6)
816, 916,
1016, 1116
0330, 0394,
03F8, 045C
1)
OVERVIEW
DEC
827, 927,
1027, 1127
2
SYSTEM MONITOR
8)
1
Buffer memory address
3
LADDER MONITOR
FUNCTION
No.
4
MELSEC-A LIST
EDITOR
Screen example
-
4)
5)
6)
032E to 032F
6
914 to 915
0392 to 0393
1014 to 1015
03F6 to 03F7
3)
1114 to 1115
045A to 045B
4)
5)
1526 to 1527
05F6 to 05F7
1626 to 1627
065A to 065B
1726 to 1727
06BE to 06BF
1826 to 1827
0722 to 0723
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
7
4)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
5)
1528, 1628,
1728, 1828
05F8, 065C,
06C0, 0724
-
-
-
1)
1)
814 to 815
7)
INTELLIGENT
MODULE MONITOR
3)
-
2)
2)
NETWORK
MONITOR
2)
-
MELSEC-FX LIST
EDITOR
5
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 205
Screen example
No.
HEX
1530 to 1531
05FA to 05FB
1630 to 1631
065E to 065F
1730 to 1731
06C2 to 06C3
1830 to 1831
0726 to 0727
2)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
3)
817, 917,
1017, 1117
0331, 0395,
03F9, 045D
4)
1532, 1632,
1732, 1832
05FC, 0660,
06C4, 0728
-
-
-
1506 to 1507
05E2 to 05E3
1)
1)
Buffer memory address
DEC
2)
3)
4)
1)
1)
1806 to 1807
070E to 070F
1514 to 1515
05EA to 05EB
7)
8)
6.5 Intelligent Module Monitor Screens
06AA to 06AB
4)
1614 to 1615
064E to 064F
1714 to 1715
06B2 to 06B3
1814 to 1815
0716 to 0717
3)
1513, 1613,
1713, 1813
05E9, 064D,
06B1, 0715
4)
1544, 1644,
1744, 1844
0608, 066C,
06D0, 0734
5)
1545, 1645,
1745, 1845
0609, 066D,
06D1, 0735
6)
1546, 1646,
1746, 1846
060A, 066E,
06D2, 0736
7)
1547, 1647,
1747, 1847
060B, 066F,
06D3, 0737
8)
1505, 1605,
1705, 1805
05E1, 0645,
06A9, 070D
2)
6)
6 - 206
0646 to 0647
1706 to 1707
3)
5)
2)
1606 to 1607
3)
10)
4)
11)
5)
2)
1501, 1601,
1701, 1801
05DD, 0641,
06A5, 0709
3)
1502, 1602,
1702, 1802
05DE, 0642,
06A6, 070A
4)
1503, 1603,
1703, 1803
05DF, 0643,
06A7, 070B
5)
1504, 1604,
1704, 1804
05E0, 0644,
06A8, 070C
6)
1512, 1612,
1712, 1812
05E8, 064C,
06B0, 0714
7)
1516, 1616,
1716, 1816
05EC, 0650,
06B4, 0718
1508 to 1509
05E4 to 05E5
12)
13)
6)
1)
14)
7)
064A to 064B
06AE to 06AF
1810 to 1811
0712 to 0713
10)
1520, 1620,
1720, 1820
05F0, 0654,
06B8, 071C
4
11)
1521, 1621,
1721, 1821
05F1, 0655,
06B9, 071D
1522 to 1523
05F2 to 05F3
1808 to 1809
0710 to 0711
1510 to 1511
05E6 to 05E7
1622 to 1623
0656 to 0657
1722 to 1723
06BA to 06BB
1822 to 1823
071E to 071F
13)
1524, 1624,
1724, 1824
05F4, 0658,
06BC, 0720
14)
1525, 1625,
1725, 1825
05F5, 0659,
06BD, 0721
1)
1538, 1638,
1738, 1838
0602, 0666,
06CA, 072E
2)
1548, 1648,
1748, 1848
060C, 0670,
06D4, 0738
3)
1549, 1649,
1749, 1849
060D, 0671,
06D5, 0739
4)
1550, 1650,
1750, 1850
060E, 0672,
06D6, 073A
5)
1540, 1640, 1740, 1840,
1541, 1641, 1741, 1841,
1542, 1642, 1742, 1842,
1543, 1643, 1743, 1843
0604, 0668, 06CC,
0730, 0605, 0669,
06CD, 0731, 0606,
066A, 06CE, 0732,
0607, 066B, 06CF, 0733
1)
3)
5
6
7
-
-
NETWORK
MONITOR
-
8
Q MOTION
MONITOR
4)
3
1710 to 1711
12)
5)
06AC to 06AD
1610 to 1611
9)
2)
0648 to 0649
1708 to 1709
2
LADDER MONITOR
FUNCTION
8)
1608 to 1609
OVERVIEW
9)
HEX
05DC, 0640,
06A4, 0708
MELSEC-A LIST
EDITOR
2)
DEC
1500, 1600,
1700, 1800
MELSEC-FX LIST
EDITOR
1)
8)
1
Buffer memory address
SYSTEM MONITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 207
Screen example
No.
1)
2)
1)
3)
3)
2)
4)
Buffer memory address
DEC
HEX
1517, 1617,
1717, 1817
05ED, 0651,
06B5, 0719
1518 to 1519
05EE to 05EF
1618 to 1619
0652 to 0653
1718 to 1719
06B6 to 06B7
1818 to 1819
071A to 071B
1534 to 1535
05FE to 05FF
1634 to 1635
0662 to 0663
1734 to 1735
06C6 to 06C7
1834 to 1835
072A to 072B
1536 to 1537
0600 to 0601
1636 to 1637
0664 to 0665
1736 to 1737
06C8 to 06C9
1836 to 1837
072C to 072D
-
-
-
1)
1212 to 1291
04BC to 050B
-
-
-
1)
1293 to 1356
050D to 054C
2)
1358 to 1421
054E to 058D
-
-
-
4)
1)
2)
1)
6 - 208
6.5 Intelligent Module Monitor Screens
1)
2)
8000 to 8002,
8004 to 8012,
8014 to 8022,
8024 to 8029
1F40 to 1F42,
1F44 to 1F4C,
1F4E to 1F56,
1F58 to 1F5D
3)
14000 to 14002,
14004 to 14012,
14014 to 14022,
14024 to 14029
36B0 to 36B2,
36B4 to 36BC,
36BE to 36C6,
36C8 to 36CD
4)
20000 to 20002,
20004 to 20012,
20014 to 20022,
20024 to 20029
4E20 to 4E22,
4E24 to 4E2C,
4E2E to 4E36,
4E38 to 4E3D
-
-
4)
-
OVERVIEW
HEX
07D0 to 07D2,
07D4 to 07DC,
07DE to 07E6,
07E8 to 07ED,
2
SYSTEM MONITOR
DEC
2000 to 2002,
2004 to 2012,
2014 to 2022,
2024 to 2029
3
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
2)
3)
1
Buffer memory address
8
Q MOTION
MONITOR
1)
No.
LADDER MONITOR
FUNCTION
Screen example
6.5 Intelligent Module Monitor Screens
6 - 209
6.5.42
LD77MH4 module monitoring
Screen example
No.
1)
1)
2)
3)
4)
10)
11)
12)
13)
5)
14)
15)
16)
17)
6)
7)
8)
9)
Buffer memory address
DEC
HEX
800, 812
320, 32C
2)
900, 912
384, 390
3)
1000, 1012
3E8, 3F4
4)
1100, 1112
44C, 458
5)
806 to 809
326 to 329
6)
906 to 909
38A to 38D
7)
1006 to 1009
3EE to 3F1
452 to 455
8)
1106 to 1109
9)
1431
597
10)
829, 838
33D, 346
11)
929, 938
3A1, 3AA
12)
1029, 1038
405, 40E
13)
1129, 1138
469, 472
14)
838
346
15)
938
3AA
16)
1038
40E
17)
1138
472
-
-
-
1)
-
-
-
-
-
1)
0, 150, 300, 450
0, 96, 12C, 1C2
2)
2 to 3, 152 to 153,
302 to 303, 452 to 453
2 to 3, 98 to 99,
12E to 12F, 1C4 to 1C5
1)
1)
1, 151, 301, 451
1, 97, 12D, 1C3
4)
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131, 1C6 to 1C7
-
-
-
4)
2)
3)
6 - 210
3)
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
10 to 11, 160 to 161,
310 to 311, 460 to 461
A to B, A0 to A1,
136 to 137, 1CC to 1CD
2)
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3,
138 to 139, 1CE to 1CF
3)
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
-
-
3)
2)
-
OVERVIEW
1)
No.
2
SYSTEM MONITOR
Screen example
17, 167, 317, 467
11, A7, 13D, 1D3
2)
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
3)
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,
140 to 141, 1D6 to 1D7
4)
33
21
5)
22, 172, 322, 472
16, AC, 142, 1D8
6)
23, 173, 323, 473
17, AD, 143, 1D9
7)
26, 176, 326, 476
1A, B0, 146, 1DC
5)
3)
6)
-
-
-
5
7)
1)
2)
6)
3)
7)
4)
1)
27, 177, 327, 477
1B, B1, 147, 1DD
2)
28, 178, 328, 478
1C, B2, 148, 1DE
3)
29, 179, 329, 479
1D, B3, 149, 1DF
4)
24 to 25, 174 to 175,
324 to 325, 474 to 475
18 to 19, AE to AF,
144 to 145, 1DA to 1DB
5)
30, 180, 330, 480
1F, B4, 14A, 1E0
6)
31, 181, 331, 481
20, B5, 14B, 1E1
7)
34, 184, 334, 484
22, B8, 14E, 1E4
8)
32, 182, 332, 482
21, B6, 14C, 1E2
9)
35
23
-
-
-
MELSEC-FX LIST
EDITOR
2)
4
6
INTELLIGENT
MODULE MONITOR
1)
MELSEC-A LIST
EDITOR
1)
4)
LADDER MONITOR
FUNCTION
3
7
8)
NETWORK
MONITOR
5)
8
Q MOTION
MONITOR
9)
6.5 Intelligent Module Monitor Screens
6 - 211
Screen example
1)
2)
3)
No.
HEX
1)
36 to 37, 186 to 187,
336 to 337, 486 to 487
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
2)
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
3)
40 to 41, 190 to 191,
340 to 341, 490 to 491
28 to 29, BE to BF,
154 to 155, 1EA to 1EB
4)
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
5)
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
6)
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5,
15A to 15B, 1F0 to 1F1
7)
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
8)
50, 200, 350, 500
32, C8, 15E, 1F4
9)
51, 201, 351, 501
33, C9, 15F, 1F5
-
-
-
1)
52, 202, 352, 502
34, CA, 160, 1F6
2)
53, 203, 353, 503
35, CB, 161, 1F7
3)
56, 206, 356, 506
38, CE, 164, 1FA
4)
57, 207, 357, 507
39, CF, 165, 1FB
5)
58, 208, 358, 508
3A, D0, 166, 1FC
7)
8)
4)
5)
6)
9)
1)
2)
3)
4)
5)
9)
10)
6)
7)
11)
6)
54, 204, 354, 504
36, CC, 162, 1F8
7)
59, 209, 359, 509
3B, D1, 167, 1FD
8)
67, 217, 367, 517
43, D9, 16F, 205
9)
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
10)
62, 212, 362, 512
3E, D4, 16A, 200
11)
63, 213, 363, 513
3F, D5, 16B, 201
12)
64 to 65, 214 to 215,
364 to 365, 514 to 515
40 to 41, D6 to D7,
16C to 16D, 202 to 203
-
-
-
1)
82, 232, 382, 532
52, E8, 17E, 214
2)
83, 233, 383, 533
53, E9, 17F, 215
3)
86, 236, 386, 536
56, EC, 182, 218
8)
12)
1)
6)
4)
87, 237, 387, 537
57, ED, 183, 219
5)
80 to 81, 230 to 231,
380 to 381, 530 to 531
50 to 51, E6 to E7,
17C to 17D, 212 to 213
6)
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
7)
88, 238, 388, 538
58, EE, 184, 21A
8)
89, 239, 389, 539
59, EF, 185, 21B
-
-
-
2)
3)
4)
7)
5)
Buffer memory address
DEC
8)
6 - 212
6.5 Intelligent Module Monitor Screens
1)
5)
2)
DEC
HEX
1)
70, 220, 370, 520
46, DC, 172, 208
2)
71, 221, 371, 521
47, DD, 173, 209
3)
78, 228, 378, 528
4E, E4, 17A, 210
4)
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5)
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
2
6)
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
-
-
-
1)
816
330
2)
916
394
3)
1016
3F8
4)
1116
45C
5)
817
331
6)
917
395
7)
1017
3F9
8)
1117
45D
3)
4)
1
Buffer memory address
OVERVIEW
No.
6)
LADDER MONITOR
FUNCTION
7) 8)
3
4
MELSEC-A LIST
EDITOR
5) 6)
SYSTEM MONITOR
Screen example
5
5)
6)
7)
8)
5) 6)
1)
818 to 819, 802 to 803
332 to 333, 322 to 323
2)
918 to 919, 902 to 903
396 to 397, 386 to 387
3)
1018 to 1019,
1002 to 1003
3FA to 3FB,
3EA to 3EB
4)
1118 to 1119,
1102 to 1103
45E to 45F,
44E to 44F
5)
820 to 821,
810 to 811,
812 to 813
334 to 335,
32A to 32B,
32C to 32D
6)
920 to 921,
910 to 911,
912 to 913
398 to 399,
38E to 38F,
390 to 391
7)
1020 to 1021,
1010 to 1011,
1012 to 1013
3FC to 3FD,
3F2 to 3F3,
3F4 to 3F5
8)
1120 to 1121,
1110 to 1111,
1112 to 1113
460 to 461,
456 to 457,
458 to 459
9)
830, 930, 1030, 1130
33E, 3A2, 406, 46A
10)
831, 931, 1031, 1131
33F, 3A3, 407, 46B
-
-
-
MELSEC-FX LIST
EDITOR
4)
7) 8)
9)
10)
6
INTELLIGENT
MODULE MONITOR
3)
-
7
NETWORK
MONITOR
1)
2)
3)
4)
2)
-
8
Q MOTION
MONITOR
1)
-
6.5 Intelligent Module Monitor Screens
6 - 213
Screen example
No.
HEX
827 to 829
33B to 33D
2)
927 to 929
39F to 3A1
3)
1027 to 1029
403 to 405
4)
1127 to 1129
467 to 469
5)
834 to 837
342 to 345
6)
934 to 937
3A6 to 3A9
40A to 40D
1)
9)
1)
2)
3)
4)
10)
5)
6)
7)
8)
1)
2)
3)
4)
9)
10)
11)
12)
5)
6)
7)
8)
1)
2)
3)
Buffer memory address
DEC
7)
1034 to 1037
8)
1134 to 1137
46E to 471
9)
832, 932, 1032, 1132
340, 3A4, 408, 46C
10)
833, 933, 1033, 1133
341, 3A5, 409, 46D
-
-
-
1)
848 to 849, 850 to 851,
852 to 853
350 to 351,
352 to 353,
354 to 355
2)
948 to 949,
950 to 951,
952 to 953
3B4 to 3B5,
3B6 to 3B7,
3B8 to 3B9
3)
1048 to 1049,
1050 to 1051,
1052 to 1053
418 to 419,
41A to 41B,
41C to 41D
4)
1148 to 1149,
1150 to 1151,
1152 to 1153
47C to 47D,
47E to 47F,
480 to 481
5)
854 to 855, 856 to 857
356 to 357, 358 to 359
6)
954 to 955, 956 to 957
3BA to 3BB, 3BC to 3BD
7)
1054 to 1055,
1056 to 1057
41E to 41F,
420 to 421
8)
1154 to 1155,
1156 to 1157
480 to 481,
482 to 483
9)
864 to 869
360 to 365
10)
964 to 969
3C4 to 3C9
11)
1064 to 1069
428 to 42D
12)
1164 to 1169
48C to 491
-
-
-
1)
870, 970, 1070, 1170
366, 3CA, 42E, 492
2)
876, 976, 1076, 1176
36C, 3D0, 434, 498
3)
877, 977, 1077, 1177
36D, 3D1, 435, 499
4)
878, 978, 1078, 1178
36E, 3D2, 436, 49A
5)
879, 979, 1079, 1179
36F, 3D3, 437, 49B
6)
880, 980, 1080, 1180
370, 3D4, 438, 49C
-
-
-
4)
5)
6)
6 - 214
6.5 Intelligent Module Monitor Screens
2)
924 to 925
39C to 39D
3)
1024 to 1025
400 to 401
4)
1124 to 1125
464 to 465
5)
826, 816
33A, 330
6)
926, 916
39E, 394
7)
1026, 1016
402, 3F8
8)
1126, 1116
466, 45C
-
-
-
1)
814 to 815
32E to 32F
2)
914 to 915
392 to 393
3)
1014 to 1015
3F6 to 3F7
5)
6)
7)
8)
1)
2)
3)
4)
7)
8)
5)
6)
OVERVIEW
HEX
338 to 339
2
SYSTEM MONITOR
DEC
824 to 825
1)
1)
2)
3)
4)
1
Buffer memory address
3
4)
1114 to 1115
45A to 45B
5)
1526 to 1527,
1626 to 1627
5F6 to 5F7,
65A to 65B
6)
1726 to 1727,
1826 to 1927
6BE to 6BF,
722 to 723
7)
817, 917, 1017, 1117
330, 395, 3F9, 45D
8)
1528, 1628,
1728, 1828
5F8, 65C,
6C0, 724
LADDER MONITOR
FUNCTION
No.
4
MELSEC-A LIST
EDITOR
Screen example
-
-
1)
1530 to 1531,
1630 to 1631
5FA to 5FB,
65E to 65F
2)
1730 to 1731,
1830 to 1931
6C2 to 6C3,
726 to 727
3)
817, 917, 1017, 1117
331, 395, 3F9, 45D
4)
1532, 1632,
1732, 1832
5FC, 660,
6C4, 728
-
-
-
3)
6
INTELLIGENT
MODULE MONITOR
1)
2)
-
MELSEC-FX LIST
EDITOR
5
7
NETWORK
MONITOR
4)
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 215
Screen example
1)
2)
No.
HEX
1)
1506 to 1507,
1606 to 1607
5E2 to 5E3,
646 to 647
2)
1706 to 1707,
1806 to 1807
6AA to 6AB,
70E to 70F
3)
1514 to 1515,
1614 to 1615
5EA to 5EB,
64E to 64F
4)
1714 to 1715,
1814 to 1815
6B2 to 6B3,
716 to 717
5)
1513, 1613,
1713, 1813
5E9, 64D,
6B1, 715
6)
1544, 1644,
1744, 1844
608, 66C,
6D0, 734,
7)
1545, 1645,
1745, 1845
609, 66D,
6B1, 735
8)
1546, 1646,
1746, 1846
60A, 66E,
6B2, 736
9)
1547, 1647,
1747, 1847
60B, 66F,
6B3, 737
10)
1505, 1605,
1705, 1805
5E1, 645,
6A9, 70D
5)
6)
7)
8)
3)
4)
9)
10)
1)
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
14)
7)
6 - 216
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
-
-
-
1)
1500, 1600,
1700, 1800
5DC, 640,
6A4, 708
2)
1501, 1601,
1701, 1801
5DD, 641,
6A5, 709
3)
1502, 1602,
1702, 1802
5DE, 642,
6A6, 70A
4)
1503, 1603,
1703, 1803
5DF, 643,
6A7, 70B
5)
1504, 1604,
1704, 1804
5E0, 644,
6A8, 70C
6)
1512, 1612,
1712, 1812
5E8, 64C,
6B0, 714
7)
1516, 1616,
1716, 1816
5EC, 650,
6B4, 718
8)
1508 to 1509,
1608 to 1609,
1708 to 1709,
1808 to 1809
5E4 to 5E5,
648 to 649,
6AC to 6AD,
710 to 711
9)
1510 to 1511,
1610 to 1611,
1710 to 1711,
1810 to 1811
5E6 to 5E7,
64A to 64B,
6AE to 6AF,
712 to 713
10)
1520, 1620,
1720, 1820
5F0, 654,
6B8, 71C
11)
1521, 1621,
1721, 1821
5F1, 655,
6B9, 71D
12)
1522 to 1523,
1622 to 1623,
1722 to 1723,
1822 to 1823
5F2 to 5F3,
656 to 657,
6BA to 6BB,
71E to 71F
13)
1524, 1624,
1724, 1824
5F4, 658,
6BC, 720
14)
1525, 1625,
1725, 1825
5F5, 659,
68D, 721
-
-
-
3)
4)
11)
12)
1548, 1648,
1748, 1848
60C, 670,
6D4, 738
3)
1549, 1649,
1749, 1849
60D, 671,
6D5, 739
4)
1550, 1650,
1750, 1850
60E, 672,
606, 73A
5)
1540, 1640,
1740, 1840
604, 668,
6CB, 730
6)
1541, 1641,
1741, 1841
605, 669,
6CD, 731
7)
1542, 1642,
1742, 1842
606, 66A,
6CE, 732
8)
1543, 1643,
1743, 1843
607, 66B,
6D0, 733
9)
1551, 1651,
1751, 1851
60F, 673,
6D7, 73B
10)
1552, 1652,
1752, 1852
610, 674,
6D8, 73C
11)
1559, 1659,
1759, 1859
617, 67B,
6DF, 743
12)
1565, 1665,
1765, 1865
61D, 681,
6E5, 749
-
-
-
1)
1517, 1617
5ED, 651
2)
1717, 1817
6B5, 719
3)
1518 to 1519,
1618 to 1619
5EE to 5EF,
652 to 653
5)
6)
4)
1718 to 1719,
1818 to 1819
6B6 to 6B7,
71A to 71B
5)
1534 to 1535,
1634 to 1635
5FE to 5FF,
662 to 663
5
6)
1734 to 1735,
1834 to 1835
6C6 to 6C7,
72A to 72B
7)
1536 to 1537,
1636 to 1637
600 to 601,
664 to 665
8)
1736 to 1737,
1836 to 1837
6C8 to 6C9,
72C to 72D
-
-
-
3
4
6
INTELLIGENT
MODULE MONITOR
7)
8)
2
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
3)
4)
2)
9)
10)
1)
2)
1)
OVERVIEW
5)
6)
7)
8)
HEX
602, 670,
6CA, 72E
SYSTEM MONITOR
2)
DEC
1538, 1638,
1738, 1838
LADDER MONITOR
FUNCTION
1)
1
Buffer memory address
MELSEC-A LIST
EDITOR
No.
MELSEC-FX LIST
EDITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 217
Screen example
No.
1)
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
9)
10)
11)
12)
13)
14)
15)
16)
25)
26)
27)
28)
29)
30)
31)
32)
6 - 218
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
1212 to 1216
4BC to 4C0
2)
1217 to 1221
4C1 to 4C5
3)
1222 to 1226
4C6 to 4CA
4)
1227 to 1231
4CB to 4CF
5)
1232 to 1236
4D0 to 4D4
6)
1237 to 1241
4D5 to 4D9
7)
1242 to 1246
4DA to 4DE
4DF to 4E3
8)
1247 to 1251
9)
1252 to 1256
4E4 to 4E8
10)
1257 to 1261
4E9 to 4ED
4EE to 4F2
11)
1262 to 1266
12)
1267 to 1271
4F3 to 4F7
13)
1272 to 1276
4F8 to 4FC
14)
1277 to 1281
4FD to 501
15)
1282 to 1286
502 to 506
16)
1287 to 1291
507 to 50B
-
-
-
1)
1293 to 1296
50D to 510
2)
1297 to 1300
511 to 514
3)
1301 to 1304
515 to 518
4)
1305 to 1308
519 to 51C
5)
1309 to 1312
51D to 520
6)
1313 to 1316
521 to 524
7)
1317 to 1320
525 to 528
8)
1321 to 1324
529 to 52C
9)
1325 to 1328
52D to 530
10)
1329 to 1332
531 to 534
11)
1333 to 1336
535 to 538
12)
1337 to 1340
539 to 53C
13)
1341 to 1344
53D to 540
14)
1345 to 1348
541 to 544
15)
1349 to 1352
545 to 548
16)
1353 to 1356
549 to 54C
17)
1358 to 1361
54E to 551
18)
1362 to 1365
552 to 555
19)
1366 to 1369
556 to 559
20)
1370 to 1373
55A to 55D
21)
1374 to 1377
55E to 561
22)
1378 to 1381
562 to 565
23)
1382 to 1385
566 to 569
24)
1386 to 1389
56A to 56D
25)
1390 to 1393
56E to 571
26)
1394 to 1397
572 to 575
27)
1398 to 1401
576 to 579
28)
1402 to 1405
57A to 57D
29)
1406 to 1409
57E to 581
30)
1410 to 1413
582 to 585
31)
1414 to 1417
586 to 589
32)
1418 to 1421
58A to 58D
-
-
-
2)
2010 to 2012,
2014 to 2019
7DA to 7DC,
7DE to 7E3
3)
2020 to 2022,
2024 to 2029
7E4 to 7E6,
7E8 to 7ED
4)
8000 to 8002,
8004 to 8009
1F40 to 1F41,
1F44 to 1F49
5)
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
6)
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7)
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
8)
14010 to 14012,
14014 to 14019
36BA to 36BB,
36BE to 36C3,
9)
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
10)
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
11)
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
12)
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
-
-
-
1)
30100, 30300,
30500, 30700
7594, 765C,
7724, 77EC
2)
30102, 30302
30502 30702
7596, 765E,
7726, 77EE
3)
30103, 30303
30503, 30703
7797, 765F,
7727, 77EF
4)
30104, 30304,
30504, 30704
7798, 7660,
7728, 77F0
5)
30108, 30308,
30508, 30708
759C, 7664,
772C, 77F4
5)
6)
30109, 30309,
30509, 30709
759D, 7665,
772D, 77F5
6)
7)
30110, 30310,
30510, 30710
7591, 7666,
772E, 77F6
7)
8)
9)
8)
30114, 30314,
30514, 30714
75A2, 766A,
7732, 77FA
9)
30115, 30315,
30515, 30715
75A3, 766B,
7733, 77FB
-
-
-
1)
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
3)
4)
4
5
6
7
NETWORK
MONITOR
2)
3
8
Q MOTION
MONITOR
1)
2
SYSTEM MONITOR
1)
LADDER MONITOR
FUNCTION
HEX
7D0 to 7D2,
7D4 to 7D9
MELSEC-A LIST
EDITOR
DEC
2000 to 2002,
2004 to 2009
OVERVIEW
1
Buffer memory address
MELSEC-FX LIST
EDITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 219
Screen example
1)
No.
HEX
1)
30119, 30319,
30519, 30719
75A7, 766F,
7737, 77FF
2)
30120, 30320,
30520 30720
75A8, 7670,
7738, 7800
3)
30122, 30322,
30522, 30722
75AA, 7672,
773A, 7802
4)
30124, 30324,
30524, 30724
75AC, 7674,
773C, 7804
5)
30125, 30325,
30525, 30725
75AD, 7675,
773D, 7805
6)
30126, 30326,
30526, 30726
75AE, 7676,
773E, 7806
7)
30127, 30327,
30527, 30727
75AF, 7677,
773F, 7807
8)
30128, 30328,
30528, 30728
75B0, 7678,
7740, 7808
9)
30129, 30329,
30529, 30729
75B1, 7679,
7741, 7809
10)
30131, 30331,
30531, 30731
75B3, 767B,
7743, 780B
11)
30133, 30333,
30533, 30733
75B5, 767D,
7745, 780D
12)
30136, 30336,
30536, 30736
75B8, 7680,
7748, 7810
13)
30141, 30341,
30541, 30741
75BD, 7685,
774D, 7815
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
Buffer memory address
DEC
13)
-
-
-
1)
2)
30132, 30332,
30532, 30732
75B4, 767C,
7744, 780C
1)
3)
4)
5)
30134, 30334,
30534, 30734
75B6, 767E,
7746, 780E
2)
6)
30137, 30337,
30537, 30737
75B9, 7681,
7749, 7811
3)
7)
30138, 30338,
30538, 30738
75BA, 7682,
774A, 7812
4)
8)
9)
30142, 30342,
30542, 30742
75BE, 7686,
774E, 7816
-
-
-
5)
6)
7)
8)
9)
6 - 220
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
30145, 30345,
30545, 30745
75C1, 7689,
7751, 7819
2)
30146, 30346,
30546, 30746
75C2, 768A,
7752, 781A
3)
30147, 30347,
30547, 30747
75C3, 768B,
7753, 781B
4)
5)
6)
4)
30148, 30348,
30548, 30748
75C4, 768C,
7754, 781C
7)
5)
30149, 30349,
30549, 30749
75C5, 768D,
7755, 781D
6)
30150, 30350,
30550, 30750
75C6, 768E,
7756, 781E
7)
30151, 30351,
30551, 30751
75C7, 768F,
7757, 781F
8)
30152, 30352,
30552, 30752
75C8, 7690,
7758, 7820
9)
30144, 30344,
30544, 30744
75C0, 7688,
7750, 7818
1)
2)
3)
8)
2
3
-
-
1)
30164, 30364,
30564, 30764
75D4, 769C,
7764, 782C
2)
30165, 30365,
30565, 30765
75D5, 769D,
7765, 782D
3)
3)
4)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
4
4)
5)
30167, 30367,
30567, 30767
75D7, 769F,
7767, 782F
5)
6)
30168, 30368,
30568, 30768
75D8, 76A0,
7768, 7830
7)
30170, 30370,
30570, 30770
75DA, 76A2,
776A, 7832
1)
2)
6)
7)
MELSEC-A LIST
EDITOR
-
LADDER MONITOR
FUNCTION
9)
OVERVIEW
No.
SYSTEM MONITOR
Screen example
5
-
MELSEC-FX LIST
EDITOR
-
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 221
Screen example
No.
1)
2)
3)
4)
1)
2)
3)
6 - 222
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
HEX
1)
30174, 30374,
30574, 30774
75DE, 76A6,
776E, 7836
2)
30175, 30375,
30575, 30775
75DF, 76A7,
776F, 7837
3)
30172, 30372,
30572, 30772
75DC, 76A4,
776C, 7834
4)
30173, 30373,
30573, 30773
75DD, 76A5,
776D, 7835
-
-
-
1)
30202, 30402,
30602, 30802
75FA, 76C2,
778A, 7852
2)
30203, 30403,
30603, 30803
75FB, 76C3,
778B, 7853
3)
30204, 30404,
30604, 30804
75FC, 76C4,
778C, 7854
-
-
-
6.5.43
1
LD77MH16 module monitoring
2)
5)
OVERVIEW
Screen example
1)
6)
SYSTEM MONITOR
2
7)
3)
LADDER MONITOR
FUNCTION
3
8)
4)
Axis
4)
-
Buffer memory address
DEC
4231
HEX
4
1087
5 to 8
2800, 2900, 3000, 3100
AF0, B54, BB8, C1C
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
9 to 12
3200, 3300, 3400, 3500
C80, CE4, D48, DAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
13 to 16
3600, 3700, 3800, 3900
E10, E74, ED8, F3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
1 to 4
2412, 2512, 2612, 2712
96C, 9D0, A34, A98
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
5 to 8
2812, 2912, 3012, 3112
AFC, B60, BC4, C28
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
9 to 12
3212, 3312, 3412, 3512
C8C, CF0, D54, DB8
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
13 to 16
3612, 3712, 3812, 3912
E1C, E80, EE4, F48
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
2406 to 2409, 2506 to 2509,
2606 to 2609, 2706 to 2709
966 to 969, 9CA to 9CD,
A2E to A31, A92 to A95
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
1 to 4
2441, 2541, 2641, 2741
989, 9ED, A51, AB5
5 to 8
2841, 2941, 3041, 3141
B19, B7D, BE1, C45
2806 to 2809, 2906 to 2909,
3006 to 3009, 3106 to 3109
AF6 to AF9, B5A to B5D,
BBE to BC1, C22 to C25
1 to 4
5)
6)
7)
5 to 8
3)
9 to 12
13 to 16
3206 to 3209, 3306 to 3309,
3406 to 3409, 3506 to 3509
C86 to C89, CEA to CED,
D4E to D51, DB2 to DB5
3606 to 3609, 3706 to 3709,
3806 to 3809, 3906 to 3909
E16 to E19, E7A to E7D,
EDE to EE1, F42 to F45
8)
-
9 to 12
3241, 3341, 3441, 3541
CA9, D0D, D71, DD5
13 to 16
3641, 3741, 3841, 3941
E39, E9D, F01, F65
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
-
-
-
MELSEC-A LIST
EDITOR
2)
960, 9C4, A28, A8C
No.
5
6
7
NETWORK
MONITOR
1)
2400, 2500, 2600, 2700
HEX
MELSEC-FX LIST
EDITOR
1 to 4
Buffer memory address
DEC
INTELLIGENT
MODULE MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 223
Screen example
1)
No.
Axis
1)
-
Buffer memory address
DEC
HEX
-
-
No.
Axis
-
-
Buffer memory address
DEC
HEX
-
-
Screen example
1)
4)
2)
3)
No.
1)
Axis
Buffer memory address
DEC
HEX
1 to 4
0, 150, 300, 450
0, 96, 12C, 1C2
5 to 8
600, 750, 900,1050,
258, 2EE, 3E8, 47E
9 to 12
1200, 1350, 1500, 1650
514, 5AA, 640, 6D6
13 to 16
1800, 1950, 2100, 2250
708, 79E, 834, 8CA
1 to 4
2 to 3, 152 to 153,
302 to 303, 452 to 453
5 to 8
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
1, 151, 301, 451
1, 97, 12D, 1C3
5 to 8
601, 751, 901, 1051
259, 2EF, 385, 41B
9 to 12
1201, 1351, 1501, 1651
4B1, 547, 5DD, 673
13 to 16
1801, 1951, 2101, 2251
709, 79F, 835, 8CB
2 to 3, 98 to 99,
12E to 12F, 1C4 to 1C5
1 to 4
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131 1C6 to 1C7
602 to 603, 752 to 753,
902 to 903, 1052 to 1053
25A to 25B, 2F0 to 2F1,
386 to 387, 41C to 41D
5 to 8
604 to 605, 754 to 755,
904 to 905, 1054 to 1055
25C to 25D, 2F2 to 2F3,
388 to 389, 41E to 41F
9 to 12
1202 to 1203, 1352 to 1353,
1502 to 1503, 1652 to 1653
4B2 to 4B3, 548 to 549,
5DE to 5DF, 674 to 675
9 to 12
1204 to 1205, 1354 to 1355,
1504 to 1505, 1654 to 1655
4B4 to 4B5, 54A to 54B,
5E0 to 5E1, 676 to 677
13 to 16
1802 to 1803, 1952 to 1953,
2102 to 2103, 2252 to 2253
70A to 70B, 7A0 to 7A1,
836 to 837, 8CC to 8CD
13 to 16
1804 to 1805, 1954 to 1955,
2104 to 2105, 2254 to 2255
70C to 70D, 7A2 to 7A3,
838 to 839, 8CE to 8CF
2)
6 - 224
6.5 Intelligent Module Monitor Screens
3)
4)
1
1)
OVERVIEW
Screen example
3)
SYSTEM MONITOR
2
2)
A to B, A0 to A1,
136 to 137, 1CC to 1CD
5 to 8
610 to 611, 760 to 761,
910 to 911, 1060 to 1061
262 to 263, 2F8 to 2F9,
2F8 to 2F9, 424 to 425
9 to 12
1210 to 1211, 1360 to 1361,
1510 to 1511, 1660 to 1661
4BA to 4BB, 550 to 551,
5E6 to 5E7, 67C to 67D
13 to 16
1810 to 1811, 1960 to 1961,
2110 to 2111, 2260 to 2261
712 to 713, 7A8 to 7A9,
83E to 83F, 8D4 to 8D5
1 to 4
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3,
138 to 139, 1CE to 1CF
5 to 8
612 to 613, 762 to 763,
912 to 913, 1062 to 1063
264 to 265, 2FA to 2FB,
390 to 391, 426 to 427
1 to 4
1)
2)
9 to 12
1212 to 1213, 1362 to 1363,
1512 to 1513, 1662 to 1663
4BC to 4BD, 552 to 553,
5E8 to 5E9, 67E to 67F
13 to 16
1812 to 1813, 1962 to 1963,
2112 to 2113, 2262 to 2263
714 to 715, 7AA to 7AB,
840 to 841, 8D6 to 8D7
1 to 4
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
4
5 to 8
614 to 615, 764 to 765,
914 to 915, 1064 to 1065
266 to 267, 2FC to 2FD,
392 to 393, 428 to 429
9 to 12
1214 to 1215, 1364 to 1365,
1514 to 1515, 1664 to 1665
4BE to 4BF, 554 to 555,
5EA to 5EB, 680 to 681
13 to 16
1814 to 1815, 1964 to 1965,
2114 to 2115, 2264 to 2265
716 to 717, 7AC to 7AD,
842 to 843, 8D8 to 8D9
Axis
2)
3)
Buffer memory address
DEC
HEX
MELSEC-A LIST
EDITOR
10 to 11, 160 to 161,
310 to 311, 460 to 461
No.
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 225
Screen example
4)
1)
2)
5)
3)
6)
7)
No.
1)
Axis
HEX
1 to 4
17, 167, 317, 467
11, A7, 13D, 1D3
5 to 8
617, 767, 917, 1067
617, 767, 917, 1067
9 to 12
1217, 1367, 1517, 1667
1217, 1367, 1517, 1667
13 to 16
1817, 1967, 2117, 2267
1817, 1967, 2117, 2267
1 to 4
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
5 to 8
618 to 619, 768 to 769,
918 to 919, 1068 to 1069
No.
3)
4)
Buffer memory address
Axis
13 to 16
-
DEC
1820 to 1821, 1970 to 1971,
2120 to 2121, 2270 to 2271
HEX
71C to 71D, 7B2 to 7B3,
848 to 849, 8DE to 8DF
33
21
1 to 4
22, 172, 322, 472
16, AC, 142, 1D8
622, 772, 922, 1072
5 to 8
622, 772, 922, 1072
9 to 12
1222, 1372, 1522, 1672
1222, 1372, 1522, 1672
26A to 26B, 300 to 301,
396 to 397, 42C to 42D
13 to 16
1822, 1972, 2122, 2272
1822, 1972, 2122, 2272
1 to 4
23, 173, 323, 473
17, AD, 143, 1D9
9 to 12
1218 to 1219, 1368 to 1369,
1518 to 1519, 1668 to 1669
4C2 to 4C3, 558 to 559,
5EE to 5EF, 684 to 685
5 to 8
623, 773, 923, 1073
26F, 305, 39B, 431
9 to 12
1223, 1373, 1523, 1673
4C7, 55D, 5F3, 689
13 to 16
1818 to 1819, 1968 to 1969,
2118 to 2119, 2268 to 2269
71A to 71B, 7B0 to 7B1,
846 to 847, 8DC to 8DD
13 to 16
1823, 1973, 2123, 2273
71F, 7B5, 84B, 8E1
26, 176, 326, 476
1A, B0, 146, 1DC
1 to 4
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,
140 to 141, 1D6 to 1D7
5 to 8
620 to 621, 770 to 771,
920 to 921, 1070 to 1071
26C to 26D, 302 to 303,
398 to 399, 42E to 42F
9 to 12
1220 to 1221, 1370 to 1371,
1520 to 1521, 1670 to 1671
4C4 to 4C5, 55A to 55B,
5F0 to 5F1, 686 to 687
2)
3)
Buffer memory address
DEC
6 - 226
6.5 Intelligent Module Monitor Screens
5)
6)
1 to 4
7)
-
5 to 8
626, 776, 926, 1076
272, 308, 39E, 434
9 to 12
1226, 1376, 1526, 1676
4CA, 560, 5F6, 68C
13 to 16
1826, 1976, 2126, 2276
722, 7B8, 84E, 8E4
-
-
-
1
OVERVIEW
Screen example
1)
2)
6)
3)
2
SYSTEM MONITOR
7)
4)
8)
5)
27, 177, 327, 477
No.
1B, B1, 147, 1DD
5 to 8
627, 777, 927, 1077
273, 309, 39F, 435
9 to 12
1227, 1377, 1527, 1677
4CB, 561, 5F7, 68D
13 to 16
1827, 1977, 2127, 2277
723, 7B9, 84F, 8E5
5)
Buffer memory address
Axis
DEC
HEX
1 to 4
30, 180, 330, 480
1E, B4, 14A, 1E0
5 to 8
630, 780, 930, 1080
276, 30C, 3A2, 438
9 to 12
1230, 1380, 1530, 1680
4CE, 564, 5FA, 690
13 to 16
1830, 1980, 2130, 2280
726, 7BC, 852, 8E8
1 to 4
28, 178, 328, 478
1C, B2, 148, 1DE
1 to 4
31, 181, 331, 481
1F, B5, 14B, 1E1
5 to 8
628, 778, 928, 1078
274, 30A, 3A0, 436
5 to 8
631, 781, 931, 1081
277, 30D, 3A3, 439
9 to 12
1228, 1378, 1528, 1678
4CC, 562, 5F8, 68E
13 to 16
1828, 1978, 2128, 2278
724, 7BA, 850, 8E6
1 to 4
29, 179, 329, 479
1D, B3, 149, 1DF
5 to 8
629, 779, 929, 1079
275, 30B, 3A1, 437
9 to 12
1229, 1379, 1529,1679
4CD, 563, 5F9, 68F
13 to 16
1829, 1979, 2129, 2279
725, 7BB, 851, 8E7
1 to 4
24 to 25, 174 to 175,
324 to 325, 474 to 475
18 to 19, AE to AF,
144 to 145, 1DA to 1DB
5 to 8
624 to 625, 774 to 775,
924 to 925, 1074 to 1075
270 to 271, 306 to 307,
39C to 39D, 432 to 433
9 to 12
1224 to 1225, 1374 to 1375,
1524 to 1525, 1674 to 1675
4C8 to 4C9, 55E to 55F,
5F4 to 5F5, 68A to 68B
13 to 16
1824 to 1825, 1974 to 1975,
2124 to 2125, 2274 to 2275
720 to 721, 7B6 to 7B7,
84C to 84D, 8E2 to 8E3
4)
6)
7)
8)
9)
9 to 12
1231, 1381, 1531, 1681
4CF, 565, 5FB, 691
13 to 16
1831, 1981, 2131, 2281
727, 7BD, 853, 8E9
1 to 4
34, 184, 334, 484
22, B8, 14E, 1E4
5 to 8
634, 784, 934, 1084
27A, 310, 3A6, 43C
9 to 12
1234, 1384, 1534, 1684
4D2, 568, 5FE, 694
13 to 16
1834, 1984, 2134, 2284
72A, 7C0, 856, 8EC
1 to 4
32, 182, 332, 482
20, B6, 14C, 1E2
5 to 8
632, 782, 932, 1082
278, 30E, 3A4, 43A
9 to 12
1232, 1382, 1532, 1682
4D0, 566, 5FC, 692
13 to 16
1832, 1982, 2132, 2282
728, 7BE, 854, 8EA
35
23
-
4
MELSEC-A LIST
EDITOR
3)
1 to 4
HEX
5
6
INTELLIGENT
MODULE MONITOR
2)
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
MELSEC-FX LIST
EDITOR
9)
Buffer memory address
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 227
Screen example
1)
2)
3)
7)
8)
4)
5)
6)
9)
10)
No.
Axis
HEX
1 to 4
36 to 37, 186 to 187,
336 to 337, 486 to 487
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
5 to 8
636 to 637, 786 to 787,
936 to 937, 1086 to 1087
27C to 27D, 312 to 313,
3A8 to 3A9, 43E to 43F
9 to 12
1236 to 1237, 1386 to 1387,
1536 to 1537, 1686 to 1687
13 to 16
No.
Axis
Buffer memory address
DEC
HEX
5 to 8
644 to 645, 794 to 794,
944 to 944, 1094 to 1094
284 to 284, 31A to 31A,
3B0 to 3B0, 446 to 446
9 to 12
1244 to 1244, 1394 to 1394,
1544 to 1544, 1694 to 1694
4DC to 4DC, 572 to 572,
608 to 608, 69E to 69E
4D4 to 4D5, 56A to 56B,
600 to 601, 696 to 697
13 to 16
1844 to 1844, 1994 to 1994,
2144 to 2144, 2294 to 2294
734 to 734, 7CA to 7CA,
860 to 860, 8F6 to 8F6
1836 to 1837, 1986 to 1987,
2136 to 2137, 2286 to 2287
72C to 72D, 7C2 to 7C3,
858 to 859, 8EE to 8EF
1 to 4
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5,
15A to 15B, 1F0 to 1F1
1 to 4
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
5 to 8
646 to 646, 796 to 796,
946 to 946, 1096 to 1096
286 to 286, 31C to 31C,
3B2 to 3B2, 448 to 448
5 to 8
638 to 639, 788 to 789,
938 to 939, 1088 to 1089
27E to 27F, 314 to 315,
3AA to 3AB, 440 to 441
9 to 12
1246 to 1246, 1396 to 1396,
1546 to 1546, 1696 to 1696
4DE to 4DE, 574 to 574,
60A to 60A, 6A0 to 6A0
9 to 12
1238 to 1239, 1388 to 1389,
1538 to 1539, 1688 to 1689
4D6 to 4D7, 56C to 56D,
602 to 603, 698 to 699
13 to 16
1846 to 1846, 1996 to 1996,
2146 to 2146, 2296 to 2296
736 to 736, 7CC to 7CC,
862 to 862, 8F8 to 8F8
13 to 16
1838 to 1839, 1988 to 1989,
2138 to 2139, 2288 to 2289
72E to 72F, 7C4 to 7C5,
85A to 85B, 8F0 to 8F1
1 to 4
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
1 to 4
40 to 41, 190 to 191,
340 to 341, 490 to 491
28 to 29, BE to BF,
154 to 155, 1EA to 1EB
5 to 8
648 to 649, 798 to 799,
948 to 949, 1098 to 1099
288 to 289, 31E to 31F,
3B4 to 3B5, 44A to 44B
5 to 8
640 to 641, 790 to 791,
940 to 941, 1090 to 1091
280 to 281, 316 to 317,
3AC to 3AD, 442 to 443
9 to 12
1248 to 1249, 1398 to 1399,
1548 to 1549, 1698 to 1699
4E0 to 4E1, 576 to 577,
60C to 60D, 6A2 to 6A3
9 to 12
1240 to 1241, 1390 to 1391,
1540 to 1541, 1690 to 1691
4D8 to 4D9, 56E to 56F,
604 to 605, 69A to 69B
13 to 16
1848 to 1849, 1998 to 1999,
2148 to 2149, 2298 to 2299
738 to 739, 7CE to 7CF,
864 to 865, 8FA to 8FB
13 to 16
1840 to 1841, 1990 to 1991,
2140 to 2141, 2290 to 2291
730 to 731, 7C6 to 7C7,
85C to 85D, 8F2 to 8F3
1 to 4
50, 200, 350, 500
32, C8, 15E, 1F4
5 to 8
650, 800, 950, 1100
28A, 320, 3B6, 44C
1 to 4
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
9 to 12
1250, 1400, 1550, 1700
4E2, 578, 60E, 6A4
13 to 16
1850, 2000, 2150, 2300
73A, 7D0, 866, 8FC
5 to 8
642 to 643, 792 to 793,
942 to 943, 1092 to 1093
282 to 283, 318 to 319,
3AE to 3AF, 444 to 445
1 to 4
51, 201, 351, 501
33, C9, 15F, 1F5
5 to 8
651, 801, 951, 1101
28B, 321, 3B7, 44D
9 to 12
1242 to 1243, 1392 to 1393,
1542 to 1543, 1692 to 1693
4DA to 4DB, 570 to 571,
606 to 607, 69C to 69D
9 to 12
1251, 1401, 1551, 1701
4E3, 579, 60F, 6A5
13 to 16
1851, 2001, 2151, 2301
73B, 7D1, 867, 8FD
13 to 16
1842 to 1843, 1992 to 1993,
2142 to 2143, 2292 to 2293
732 to 733, 7C8 to 7C9,
85E to 85F, 8F4 to 8F5
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
1)
2)
3)
4)
5)
Buffer memory address
DEC
1 to 4
6 - 228
6.5 Intelligent Module Monitor Screens
5)
6)
7)
8)
9)
10)
1 to 4
69, 219, 369, 519
45, DB, 171, 207
5 to 8
669, 819, 969, 1119
29D, 333, 3C9, 45F
9 to 12
1269, 1419, 1569, 1719
4F5, 58B, 621, 6B7
13 to 16
1869, 2019, 2169, 2319
74D, 7E3, 879, 90F
1
9)
2
SYSTEM MONITOR
10)
6)
11)
8)
1)
Axis
1 to 4
52, 202, 352, 502
HEX
No.
34, CA, 160, 1F6
5 to 8
652, 802, 952, 1102
28C, 322, 3B8, 44E
9 to 12
1252, 1402, 1552, 1702
4E4, 57A, 610, 6A6
13 to 16
1852, 2002, 2152, 2302
73C, 7D2, 868, 8FE
53, 203, 353, 503
35, CB, 161, 1F7
1 to 4
2)
Buffer memory address
DEC
1 to 4
7)
8)
3B, D1, 167, 1FD
5 to 8
659, 809, 959, 1109
293, 329, 3BF, 455
1259, 1409, 1559, 1709
4EB, 581, 617, 6AD
13 to 16
1859, 2009, 2159, 2309
743, 7D9, 86F, 905
67
43
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
1
5 to 8
653, 803, 953, 1103
28D, 323, 3B9, 44F
1 to 4
60 to 61, 210 to 211,
360 to 361, 510 to 511
9 to 12
1253, 1403, 1553, 1703
4E5, 57B, 611, 6A7
5 to 8
660 to 661, 810 to 811,
960 to 961, 1110 to 1111
294 to 295, 32A to 32B,
3C0 to 3C1, 456 to 457
13 to 16
1853, 2003, 2153, 2303
73D, 7D3, 869, 8FF
9 to 12
1260 to 1261, 1410 to 1411,
1560 to 1561, 1710 to 1711
4EC to 4ED, 582 to 583,
618 to 619, 6AE to 6AF
1 to 4
56, 206, 356, 506
38, CE, 164, 1FA
13 to 16
1860 to 1861, 2010 to 2011,
2160 to 2160, 2310 to 2311
744 to 745, 7DA to 7DB,
870 to 871, 906 to 907
5 to 8
656, 806, 956, 1106
290, 326, 3BC, 452
1 to 4
62, 212, 362, 512
3E, D4, 16A, 200
9 to 12
1256, 1406, 1556, 1706
4E8, 57E, 614, 6AA
5 to 8
662, 812, 962, 1112
296, 32C, 3C2, 458
13 to 16
1856, 2006, 2156, 2306
740, 7D6, 86C, 902
9 to 12
1262, 1412, 1562, 1712
4EE, 584, 61A, 6B0
1 to 4
57, 207, 357, 507
39, CF, 165, 1FB
13 to 16
1862, 2012, 2162, 2312
746, 7DC, 872, 908
5 to 8
657, 807, 957, 1107
291, 327, 3BD, 453
1 to 4
63, 213, 363, 513
3F, D5, 16B, 201
5 to 8
663 to 664, 813 to 814,
963 to 964, 1113 to 1114
297 to 298, 32D to 32E,
3C3 to 3C4, 459 to 45A
9 to 12
1263 to 1264, 1413 to 1414,
1563 to 1564, 1713 to 1714
4EF to 4F0, 585 to 586,
61B to 61C, 6B1 to 6B2
13 to 16
1863 to 1864, 2013 to 2014,
2163 to 2164, 2313 to 2314
747 to 748, 7DD to 7DE,
873 to 874, 909 to 90A
9 to 12
1257, 1407, 1557, 1707
4E9, 57F, 615, 6AB
13 to 16
1857, 2007, 2157, 2307
741, 7D7, 86D, 903
10)
11)
1 to 4
58, 208, 358, 508
3A, D0, 166, 1FC
5 to 8
658, 808, 958, 1108
292, 328, 3BE, 454
9 to 12
1258, 1408, 1558, 1708
4EA, 580, 616, 6AC,
13 to 16
1858, 2008, 2158, 2308
742, 7D8, 86E, 904
1 to 4
54 to 55, 204 to 205,
354 to 355, 504 to 505
36 to 37, CC to CD,
162 to 163, 1F8 to 1F9
1 to 4
64 to 65, 214 to 215,
364 to 365, 514 to 515
40 to 41, D6 to D7,
16C to 16D, 202 to 203
5 to 8
654 to 655, 804 to 805,
954 to 955, 1104 to 1105
28E to 28F, 324 to 325,
3BA to 3BB, 450 to 451
5 to 8
664 to 665, 814 to 815,
964 to 965, 1114 to 1115
298 to 299, 32E to 32F,
3C4 to 3C5, 45A to 45B
9 to 12
1254 to 1255, 1404 to 1405,
1554 to 1555, 1704 to 1705
4E6 to 4E7, 57C to 57D,
612 to 613, 6A8 to 6A9
9 to 12
1264 to 1265, 1414 to 1415,
1564 to 1565, 1714 to 1715
4F0 to 4F1, 586 to 587,
61C to 61D, 6B2 to 6B3
13 to 16
1854 to 1855, 2004 to 2005,
2154 to 2155, 2304 to 2305
73E to 73F, 7D4 to 7D5,
86A to 86B, 900 to 901
13 to 16
1864 to 1865, 2014 to 2015,
2164 to 2165, 2314 to 2315
748 to 749, 7DE to 7DF,
874 to 875, 90A to 90B
6)
12)
4
5
6
7
NETWORK
MONITOR
5)
HEX
59, 209, 359, 509
8
Q MOTION
MONITOR
4)
DEC
9 to 12
9)
3)
Buffer memory address
Axis
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
12)
MELSEC-FX LIST
EDITOR
7)
INTELLIGENT
MODULE MONITOR
1)
2)
3)
4)
5)
OVERVIEW
Screen example
6.5 Intelligent Module Monitor Screens
6 - 229
Screen example
1)
6)
2)
3)
4)
7)
5)
8)
No.
Axis
Buffer memory address
DEC
HEX
Buffer memory address
DEC
HEX
1 to 4
82, 232, 382, 532
52, E8, 17E, 214
1 to 4
5 to 8
682, 832, 982, 1132
2AA, 340, 3D6, 46C
5 to 8
680 to 681, 830 to 831,
980 to 981, 1130 to 1131
2A8 to 2A9, 33E to 33F,
3D4 to 3D5, 46A to 46B
9 to 12
1282, 1432, 1582, 1732
502, 598, 62E, 6C4
9 to 12
1280 to 1281, 1430 to 1431,
1580 to 1581, 1730 to 1731
500 to 501, 596 to 597,
62C to 62D, 6C2 to 6C3
13 to 16
1882, 2032, 2182, 2332
75A, 7F0, 886, 91C
13 to 16
1880 to 1881, 2030 to 2031,
2180 to 2181, 2330 to 2331
758 to 759, 7EE to 7EF,
884 to 885, 91A to 91B
1 to 4
83, 233, 383, 533
53, E9, 17F, 215
1 to 4
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
5 to 8
683, 833, 983, 1133
2AB, 341, 3D7, 46D
5 to 8
684 to 685, 834 to 835,
984 to 985, 1134 to 1135
2AC to 2AD, 342 to 343,
3D8 to 3D9, 46E to 46F
9 to 12
1283, 1433, 1583, 1733
503, 599, 62F, 6C5
9 to 12
1284 to 1285, 1434 to 1435,
1584 to 1585, 1734 to 1735
504 to 505, 59A to 59B,
630 to 631, 6C6 to 6C7
13 to 16
1883, 2033, 2183, 2333
75B, 7F1, 887, 91D
13 to 16
1884 to 1885, 2034 to 2035,
2184 to 2185, 2334 to 2335
75C to 75D, 7F2 to 7F3,
888 to 889, 91E to 91F
5)
2)
4)
Axis
80 to 81, 230 to 231,
380 to 381, 530 to 531
1)
3)
No.
6)
50 to 51, E6 to E7,
17C to 17D, 212 to 213
1 to 4
86, 236, 386, 536
56, EC, 182, 218
1 to 4
88, 238, 388, 538
58, EE, 184, 21A
5 to 8
686, 836, 986, 1136
2AE, 344, 3DA, 470
5 to 8
688, 838, 988, 1138
2B0, 346, 3DC, 472
9 to 12
1286, 1436, 1586, 1736
506, 59C, 632, 6C8
9 to 12
1288, 1438, 1588, 1738
508, 59E, 634, 6CA
13 to 16
1886, 2036, 2186, 2336
75E, 7F4, 88A, 920
13 to 16
1888, 2038, 2188, 2338
760, 7F6, 88C, 922
7)
1 to 4
87, 237, 387, 537
57, ED, 183, 219
1 to 4
89, 239, 389, 539
59, EF, 185, 21B
5 to 8
687, 837, 987, 1137
2AF, 345, 3DB, 471
5 to 8
689, 839, 989, 1139
2B1, 347, 3DD, 473
9 to 12
1287, 1437, 1587, 1737
507, 59D, 633, 6C9
13 to 16
1887, 2037, 2187, 2337
75F, 7F5, 88B, 921
6 - 230
6.5 Intelligent Module Monitor Screens
8)
9 to 12
1289, 1439, 1589, 1739
509, 59F, 635, 6CB
13 to 16
1889, 2039, 2189, 2339
761, 7F7, 88D, 923
1
1)
OVERVIEW
Screen example
5)
2)
2
4)
SYSTEM MONITOR
3)
6)
2)
3)
4)
Buffer memory address
DEC
No.
HEX
1 to 4
70, 220, 370, 520
46, DC, 172, 208
5 to 8
670, 820, 970, 1120
29E, 334, 3CA, 460
9 to 12
1270, 1420, 1570, 1720
4F6, 58C, 622, 6B8
13 to 16
1870, 2020, 2170, 2320
74E, 7E4, 87A, 910
1 to 4
71, 221, 371, 521
47, DD, 173, 209
5 to 8
671, 821, 971, 1121
29F, 335, 3CB, 461
9 to 12
1271, 1421, 1571, 1721
4F7, 58D, 623, 6B9
13 to 16
1871, 2021, 2171, 2321
74F, 7E5, 87B, 911
1 to 4
78, 228, 378, 528
4E, E4, 17A, 210
5 to 8
678, 828, 978, 1128
2A6, 33C, 3D2, 468
4)
Axis
9 to 12
1278, 1428, 1578, 1728
4FE, 594, 62A, 6C0
1878, 2028, 2178, 2328
756, 7EC, 882, 918
1 to 4
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5 to 8
672 to 673, 822 to 823,
972 to 973, 1122 to 1123
2A0 to 2A1, 336 to 337,
3CC to 3CD, 462 to 463
9 to 12
1272 to 1273, 1422 to 1423,
1572 to 1573, 1722 to 1723
4F8 to 4F9, 58E to 58F,
624 to 625, 6BA to 6BB
HEX
1872 to 1873, 2022 to 2023,
2172 to 2173, 2322 to 2323
750 to 751, 7E6 to 7E7,
87C to 87D, 912 to 913
1 to 4
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
5 to 8
674 to 675, 824 to 825,
974 to 975, 1124 to 1125
2A2 to 2A3, 338 to 339,
3CE to 3CF, 464 to 465
9 to 12
1274 to 1275, 1424 to 1425,
1574 to 1575, 1724 to 1725
4FA to 4FB, 590 to 591,
626 to 627, 6BC to 6BD
13 to 16
1874 to 1875, 2024 to 2025,
2174 to 2175, 2324 to 2325
752 to 753, 7E8 to 7E9,
87E to 87F, 914 to 915
1 to 4
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
5 to 8
676 to 677, 826 to 827,
976 to 977, 1126 to 1127
2A4 to 2A5, 33A to 33B,
3D0 to 3D1, 466 to 467
9 to 12
1276 to 1277, 1426 to 1427,
1576 to 1577, 1726 to 1727
4FC to 4FD, 592 to 593,
628 to 629, 6BE to 6BF
13 to 16
1876 to 1877, 2026 to 2027,
2176 to 2177, 2326 to 2327
754 to 755, 7EA to 7EB,
880 to 881, 916 to 917
13 to 16
5)
13 to 16
Buffer memory address
DEC
6)
Screen example
4
MELSEC-A LIST
EDITOR
1)
Axis
5
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
INTELLIGENT
MODULE MONITOR
6
1)
2)
NETWORK
MONITOR
7
1)
Axis
Buffer memory address
DEC
HEX
No.
Axis
8
Buffer memory address
DEC
HEX
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
1 to 4
2417, 2517, 2617, 2717
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
2)
971, 9D5, A39, A9D
6.5 Intelligent Module Monitor Screens
6 - 231
Q MOTION
MONITOR
No.
Screen example
1)
2)
6)
7)
3)
No.
Axis
4)
5)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2410 to 2411, 2510 to 2511,
2610 to 2611, 2710 to 2711
96A to 96B, 9CE to 9CF,
A32 to A33, A96 to A97
5 to 8
2810 to 2811, 2910 to 2911,
3010 to 3011, 3110 to 3111
AFA to AFB, B5E to B5F,
BC2 to BC3, C26 to C27
9 to 12
3210 to 3211, 3310 to 3311,
3410 to 3411, 3510 to 3511
C8A to C8B, CEE to CEF,
D52 to D53, DB6 to DB7
E22 to E23, E86 to E87,
EEA to EEB, F4E to F4F
13 to 16
3610 to 3611, 3710 to 3711,
3810 to 3811, 3910 to 3911
E1A to E1B, E7E to E7F,
EE2 to EE3, F46 to F47
2402 to 2403, 2502 to 2503,
2602 to 2603, 2702 to 2703
962 to 963, 9C6 to 9C7,
A2A to A2B, A8E to A8F
1 to 4
2412 to 2413, 2512 to 2513,
2612 to 2613, 2712 to 2713
96C to 96D, 9D0 to 9D1,
A34 to A35, A98 to A99
5 to 8
2802 to 2803, 2902 to 2903,
3002 to 3003, 3102 to 3103
AF2 to AF3, B56 to B57,
BBA to BBB, C1E to C1F
5 to 8
2812 to 2813, 2912 to 2913,
3012 to 3013, 3112 to 3113
AFC to AFD, B60 to B61,
BC4 to BC5, C28 to C29
9 to 12
3202 to 3203, 3302 to 3303,
3402 to 3403, 3502 to 3503
C82 to C83, CE6 to CE7,
D4A to D4B, DAE to DAF
9 to 12
3212 to 3213, 3312 to 3313,
3412 to 3413, 3512 to 3513
C8C to C8D, CF0 to CF1,
D54 to D55, DB8 to DB9
13 to 16
3602 to 3603, 3702 to 3703,
3802 to 3803, 3902 to 3903
E12 to E13, E76 to E77,
EDA to EDB, F3E to F3F
13 to 16
3612 to 3613, 3712 to 3713,
3812 to 3813, 3912 to 3913
E1C to E1D, E80 to E81,
EE4 to EE5, F48 to F49
1 to 4
2420 to 2421, 2520 to 2521,
2620 to 2621, 2720 to 2721
974 to 975, 9D8 to 9D9,
A3C to A3D, AA0 to AA1
5 to 8
2820 to 2821, 2920 to 2921,
3020 to 3021, 3120 to 3121
B04 to B05, B68 to B69,
BCC to BCD, C30 to C31
9 to 12
3220 to 3221, 3320 to 3321,
3420 to 3421, 3520 to 3521
C94 to C95, CF8 to CF9,
D5C to D5D, DC0 to DC1
13 to 16
3620 to 3621, 3720 to 3721,
3820 to 3821, 3920 to 3921
E24 to E25, E88 to E89,
EEC to EED, F50 to F51
1 to 4
2418 to 2419, 2518 to 2519,
2618 to 2619, 2718 to 2719
972 to 973, 9D6 to 9D7,
A3A to A3B, A9E to A9F
5 to 8
2818 to 2819, 2918 to 2919,
3018 to 3019, 3118 to 3119
B02 to B03, B66 to B67,
BCA to BCB, C2E to C2F
9 to 12
3218 to 3219, 3318 to 3319,
3418 to 3419, 3518 to 3519
C92 to C93, CF6 to CF7,
D5A to D5B, DBE to DBF
13 to 16
3618 to 3619, 3718 to 3719,
3818 to 3819, 3918 to 3919
1 to 4
1)
2)
3)
6 - 232
6.5 Intelligent Module Monitor Screens
4)
5)
6)
7)
1 to 4
2430, 2530, 2630, 2730
97E, 9E2, A46, AAA
5 to 8
2830, 2930, 3030, 3130
B0E, B72, BD6, C3A
9 to 12
3230, 3330, 3430, 3530
C9E, D02, D66, DCA
13 to 16
3630, 3730, 3830, 3930
E2E, E92, EF6, F5A
1 to 4
2431, 2531, 2631, 2731
97F, 9E3, A47, AAB
5 to 8
2831, 2931, 3031, 3131
B0F, B73, BD7, C3B
9 to 12
3231, 3331, 3431, 3531
C9F, D03, D67, DCB
13 to 16
3631, 3731, 3831, 3931
E2F, E93, EF7, F5B
1
Screen example
3)
2)
OVERVIEW
1)
8)
2
SYSTEM MONITOR
9)
3)
4)
5)
2427, 2527, 2627, 2727
No.
97B, 9DF, A43, AA7
Axis
Buffer memory address
DEC
HEX
1 to 4
2436, 2536, 2636, 2736
984, 9E8, A4C, AB0
5 to 8
2836, 2936, 3036, 3136
B14, B78, BDC, C40
9 to 12
3236, 3336, 3436, 3536
CA4, D08, D6C, DD0
E34, E98, EFC, F60
5 to 8
2827, 2927, 3027, 3127
B0B, B6F, BD3, C37
9 to 12
3227, 3327, 3427, 3527
C9B, CFF, D63, DC7
13 to 16
3627, 3727, 3827, 3927
E2B, E8F, EF3, F57
13 to 16
3636, 3736, 3836, 3936
1 to 4
2428, 2528, 2628, 2728
97C, 9E0, A44, AA8
1 to 4
2437, 2537, 2637, 2737
985, 9E9, A4D, AB1
5 to 8
2828, 2928, 3028, 3128
B0C, B70, BD4, C38
5 to 8
2837, 2937, 3037, 3137
B15, B79, BDD, C41
9 to 12
3228, 3328, 3428, 3528
C9C, D00, D64, DC8
9 to 12
3237, 3337, 3437, 3537
CA5, D09, D6D, DD1
13 to 16
3628, 3728, 3828, 3928
E2C, E90, EF4, F58
13 to 16
3637, 3737, 3837, 3937
E35, E99, EFD, F61
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
1 to 4
2432, 2532, 2632, 2732
980, 9E4, A48, AAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
5 to 8
2832, 2932, 3032, 3132
B10, B74, BD8, C3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
9 to 12
3232, 3332, 3432, 3532
CA0, D04, D68, DCC
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
13 to 16
3632, 3732, 3832, 3932
E30, E94, EF8, F5C
1 to 4
2434, 2534, 2634, 2734
982, 9E6, A4A, AAE
1 to 4
2433, 2533, 2633, 2733
981, 9E5, A49, AAD
5 to 8
2834, 2934, 3034, 3134
B12, B76, BDA, C3E
5 to 8
2833, 2933, 3033, 3133
B11, B75, BD9, C3D
9 to 12
3234, 3334, 3434, 3534
CA2, D06, D6A, DCE
13 to 16
3634, 3734, 3834, 3934
E32, E96, EFA, F5E
1 to 4
2435, 2535, 2635, 2735
983, 9E7, A4B, AAF
5 to 8
2835, 2935, 3035, 3135
B13, B77, BDB, C3F
9 to 12
3235, 3335, 3435, 3535
CA3, D07, D6B, DCF
13 to 16
3635, 3735, 3835, 3935
E33, E97, EFB, F5F
6)
7)
8)
9)
-
9 to 12
3233, 3333, 3433, 3533
CA1, D05, D69, DCD
13 to 16
3633, 3733, 3833, 3933
E31, E95, EF9, F5D
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
HEX
5
6
-
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7)
7
NETWORK
MONITOR
1)
Axis
6)
8
Q MOTION
MONITOR
No.
5)
MELSEC-FX LIST
EDITOR
4)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 233
Screen example
1)
2)
4)
No.
Axis
3)
DEC
6)
5)
Buffer memory address
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2454 to 2455, 2554 to 2555,
2654 to 2655, 2754 to 2755
996 to 997, 9FA to 9FB,
A5E to A5F, AC2 to AC3
5 to 8
2854 to 2855, 2954 to 2955,
3054 to 3055, 3154 to 3155
B26 to B27, B8A to B8B,
BEE to BEF, C52 to C53
9 to 12
3254 to 3255, 3354 to 3355,
3454 to 3455, 3554 to 3555
CB6 to CB7, D1A to D1B,
D7E to D7F, DE2 to DE3
E40 to E41, EA4 to EA5,
F08 to F09, F6C to F6D
13 to 16
3654 to 3655, 3754 to 3755,
3854 to 3855, 3954 to 3955
E46 to E47, EAA to EAB,
F0E to F0F, F72 to F73
2450 to 2451, 2550 to 2551,
2650 to 2651, 2750 to 2751
992 to 993, 9F6 to 9F7,
A5A to A5B, ABE to ABF
1 to 4
2456, 2556, 2656, 2756
998, 9FC, A60, AC4
2850 to 2851, 2950 to 2951,
3050 to 3051, 3150 to 3151
B22 to B23, B86 to B87,
BEA to BEB, C4E to C4F
5 to 8
2856, 2956, 3056, 3156
B28, B8C, BF0, C54
9 to 12
3250 to 3251, 3350 to 3351,
3450 to 3451, 3550 to 3551
CB2 to CB3, D16 to D17,
D7A to D7B, DDE to DDF
9 to 12
3256, 3356, 3456, 3556
CB8, D1C, D80, DE4
13 to 16
3650 to 3651, 3750 to 3751,
3850 to 3851, 3950 to 3951
E42 to E43, EA6 to EA7,
F0A to F0B, F6E to F6F
13 to 16
3656, 3756, 3856, 3956
E48, EAC, F10, F74
1 to 4
2452 to 2453, 2552 to 2553,
2652 to 2653, 2752 to 2753
994 to 995, 9F8 to 9F9,
A5C to A5D, AC0 to AC1
1 to 4
2464 to 2469, 2564 to 2569,
2664 to 2669, 2764 to 2769
9A0 to 9A5, A04 to A09,
A68 to A6D, ACC to AD1
5 to 8
2852 to 2853, 2952 to 2953,
3052 to 3053, 3152 to 3153
B24 to B25, B88 to B89,
BEC to BED, C50 to C51
5 to 8
2864 to 2869, 2964 to 2969,
3064 to 3069, 3164 to 3169
B30 to B35, B94 to B99,
BF8 to BFD, C5C to C61
9 to 12
3252 to 3253, 3352 to 3353,
3452 to 3453, 3552 to 3553
CB4 to CB5, D18 to D19,
D7C to D7D, DE0 to DE1
9 to 12
3264 to 3269, 3364 to 3369,
3464 to 3469, 3564 to 3569
CC0 to CC5, D24 to D29,
D88 to D8D, DEC to DF1
13 to 16
3652 to 3653, 3752 to 3753,
3852 to 3853, 3952 to 3953
E44 to E45, EA8 to EA9,
F0C to F0D, F70 to F71
13 to 16
3664 to 3669, 3764 to 3769,
3864 to 3869, 3964 to 3969
E50 to E55, EB4 to EB9,
F18 to F1D, F7C to F81
1 to 4
2448 to 2449, 2548 to 2549,
2648 to 2649, 2748 to 2749
990 to 991, 9F4 to 9F5,
A58 to A59, ABC to ABD
5 to 8
2848 to 2849, 2948 to 2949,
3048 to 3049, 3148 to 3149
B20 to B21, B84 to B85,
BE8 to BE9, C4C to C4D
9 to 12
3248 to 3249, 3348 to 3349,
3448 to 3449, 3548 to 3549
CB0 to CB1, D14 to D15,
D78 to D79, DDC to DDD
13 to 16
3648 to 3649, 3748 to 3749,
3848 to 3849, 3948 to 3949
1 to 4
5 to 8
1)
2)
3)
6 - 234
6.5 Intelligent Module Monitor Screens
4)
5)
6)
1
1)
OVERVIEW
Screen example
2)
3)
SYSTEM MONITOR
2
4)
5)
6)
1)
2)
3)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
2470, 2570, 2670, 2770
Axis
9A6, A0A, A6E, AD2
5 to 8
2870, 2970, 3070, 3170
B36, B9A, BFE, C62
9 to 12
3270, 3370, 3470, 3570
CC6, D2A, D8E, DF2
13 to 16
3670, 3770, 3870, 3970
Buffer memory address
DEC
HEX
1 to 4
2478, 2578, 2678, 2778
9AE, A12, A76, ADA
B3E, BA2, C06, C6A
5 to 8
2878, 2978, 3078, 3178
9 to 12
3278, 3378, 3478, 3578
CCE, D32, D96, DFA
E56, EBA, F1E, F82
13 to 16
3678, 3778, 3878, 3978
E5E, EC2, F26, F8A
4)
1 to 4
2476, 2576, 2676, 2776
9AC, A10, A74, AD8
1 to 4
2479, 2579, 2679, 2779
9AF, A13, A77, ADB
5 to 8
2876, 2976, 3076, 3176
B3C, BA0, C04, C68
5 to 8
2879, 2979, 3079, 3179
B3F, BA3, C07, C6B
9 to 12
3276, 3376, 3476, 3576
CCC, D30, D94, DF8
9 to 12
3279, 3379, 3479, 3579
CCF, D33, D97, DFB
13 to 16
3676, 3776, 3876, 3976
E5C, EC0, F24, F88
13 to 16
3679, 3779, 3879, 3979
E5F, EC3, F27, F8B
5)
1 to 4
2477, 2577, 2677, 2777
9AD, A11, A75, AD9
1 to 4
2480, 2580, 2680, 2780
9B0, A14, A78, ADC
5 to 8
2877, 2977, 3077, 3177
B3D, BA1, C05, C69
5 to 8
2880, 2980, 3080, 3180
B40, BA4, C08, C6C
9 to 12
3277, 3377, 3477, 3577
CCD, D31, D95, DF9
9 to 12
3280, 3380, 3480, 3580
CD0, D34, D98, DFC
13 to 16
3677, 3777, 3877, 3977
E5D, EC1, F25, F89
13 to 16
3680, 3780, 3880, 3980
E60, EC4, F28, F8C
6)
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
5
MELSEC-FX LIST
EDITOR
Screen example
1)
6
INTELLIGENT
MODULE MONITOR
2)
7
3)
Buffer memory address
DEC
HEX
1 to 4
2424 to 2425, 2524 to 2525,
2624 to 2625, 2724 to 2725
978 to 979, 9DC to 9DD,
A40 to A41, AA4 to AA5
5 to 8
2824 to 2825, 2924 to 2925,
3024 to 3025, 3124 to 3125
B08 to B09, B6C to B6D,
BD0 to BD1, C34 to C35
9 to 12
3224 to 3225, 3324 to 3325,
3424 to 3425, 3524 to 3525
C98 to C99, CFC to CFD,
D60 to D61, DC4 to DC5
13 to 16
3624 to 3625, 3724 to 3725,
3824 to 3825, 3924 to 3925
E28 to E29, E8C to E8D,
EF0 to EF1, F54 to F55
1)
No.
2)
3)
Axis
Buffer memory address
DEC
1 to 4
2426, 2526, 2626, 2726
HEX
97A, 9DE, A42, AA6
5 to 8
2826, 2926, 3026, 3126
B0A, B6E, BD2, C36
9 to 12
3226, 3326, 3426, 3526
C9A, CFE, D62, DC6
13 to 16
3626, 3726, 3826, 3926
E2A, E8E, EF2, F56
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 235
Screen example
1)
3)
4)
2)
No.
Axis
Buffer memory address
DEC
HEX
2414 to 2415, 2514 to 2515,
2614 to 2615, 2714 to 2715
96E to 96F, 9D2 to 9D3,
A36 to A37, A9A to A9B
5 to 8
2814 to 2815, 2914 to 2915,
3014 to 3015, 3114 to 3115
AFE to AFF, B62 to B63,
BC6 to BC7, C2A to C2B
9 to 12
3214 to 3215, 3314 to 3315,
3414 to 3415, 3514 to 3515
C8E to C8F, CF2 to CF3,
D56 to D57, DBA to DBB
13 to 16
3614 to 3615, 3714 to 3715,
3814 to 3815, 3914 to 3915
E1E to E1F, E82 to E83,
EE6 to EE7, F4A to F4B
1 to 4
4326 to 4327, 4426 to 4427,
4526 to 4527, 4626 to 4627
10E6 to 10E7, 114A to 114B,
11AE to 11AF, 1212 to 1213
5 to 8
4726 to 4727, 4826 to 4827,
4926 to 4927, 5026 to 5027
1276 to 1277, 12DA to 12DB,
133E to 133F, 13A2 to 13A3
1 to 4
1)
2)
6 - 236
6.5 Intelligent Module Monitor Screens
No.
Axis
HEX
9 to 12
5126 to 5127, 5226 to 5227,
5326 to 5327, 5426 to 5427
1406 to 1407, 146A to 146B,
14CE to 14CF, 1532 to 1533
13 to 16
5526 to 5527, 5626 to 5627,
5726 to 5727, 5826 to 5827
1596 to 1597, 15FA to 15FB,
165E to 165F, 16C2 to 16C3
2)
3)
4)
Buffer memory address
DEC
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4328, 4428, 4528, 4628
10E8, 114C, 11B0, 1214
5 to 8
4728, 4828, 4928, 5028
1278, 12DC, 1340, 13A4
9 to 12
5128, 5228, 5328, 5428
1408, 146C, 14D0, 1534
13 to 16
5528, 5628, 5728, 5828
1598, 15FC, 1660, 16C4
1
OVERVIEW
Screen example
1)
SYSTEM MONITOR
2
2)
3)
10EA to 10EB, 114E to 114F,
11B2 to 11B3, 1216 to 1217
5 to 8
4730 to 4731, 4830 to 4831,
4930 to 4931, 5030 to 5031
127A to 127B, 12DE to 12DF,
1342 to 1343, 13A6 to 13A7
9 to 12
5130 to 5131, 5230 to 5231,
5330 to 5331, 5430 to 5431
140A to 140B, 146E to 146F,
14D2 to 14D3, 1536 to 1537
13 to 16
5530 to 5531, 5630 to 5631,
5730 to 5731, 5830 to 5831
159A to 159B, 15FE to 15FF,
1662 to 1663, 16C6 to 16C7
1)
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4332, 4432, 4532, 4632
10EC, 1150, 11B4, 1218
5 to 8
4732, 4832, 4932, 5032
127C, 12E0, 1344, 13A8
9 to 12
5132, 5232, 5332, 5432
140C, 1470, 14D4, 1538
13 to 16
5532, 5632, 5732, 5832
159C, 1600, 1664, 16C8
4
MELSEC-A LIST
EDITOR
1 to 4
4330 to 4331, 4430 to 4431,
4530 to 4531, 4630 to 4631
No.
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 237
Screen example
3)
1)
4)
5)
6)
2)
7)
8)
No.
Axis
1 to 4
5 to 8
Buffer memory address
DEC
HEX
4306 to 4307, 4406 to 4407,
4506 to 4507, 4606 to 4607
10D2 to 10D3, 1136 to 1137,
119A to 119B, 11FE to 11FF
4706 to 4707, 4806 to 4807,
4906 to 4907, 5006 to 5007
1262 to 1263, 12C6 to 12C7,
132A to 132B, 138E to 138F
1)
No.
3)
4)
9 to 12
13 to 16
1 to 4
5 to 8
5106 to 5107, 5206 to 5207,
5306 to 5307, 5406 to 5407
13F2 to 13F3, 1456 to 1457,
14BA to 14BB, 151E to 151F
5506 to 5507, 5606 to 5607,
5706 to 5707, 5806 to 5807
1582 to 1583, 15E6 to 15E7,
164A to 164B, 16AE to 16AF
4314 to 4315, 4414 to 4415,
4514 to 4515, 4614 to 4615
10DA to 10DB, 113E to 113F,
11A2 to 11A3, 1206 to 1207
4714 to 4715, 4814 to 4815,
4914 to 4915, 5014 to 5015
126A to 126B, 12CE to 12CF,
1332 to 1333, 1396 to 1397
5114 to 5115, 5214 to 5215,
5314 to 5315, 5414 to 5415
13FA to 13FB, 145E to 145F,
14C2 to 14C3, 1526 to 1527
5514 to 5515, 5614 to 5615,
5714 to 5715, 5814 to 5815
158A to 158B, 15EE to 15EF,
1652 to 1653, 16B6 to 16B7
2)
5)
6)
7)
9 to 12
13 to 16
6 - 238
6.5 Intelligent Module Monitor Screens
8)
Axis
Buffer memory address
DEC
HEX
1 to 4
4313, 4413, 4513, 4613
10D9, 113D, 11A1, 1205
5 to 8
4713, 4813, 4913, 5013
1269, 12CD, 1331, 1395
9 to 12
5113, 5213, 5313, 5413
13F9, 145D, 14C1, 1525
13 to 16
5513, 5613, 5713, 5813
1589, 15ED, 1651, 16B5
1 to 4
4344, 4444, 4544, 4644
10F8, 115C, 11C0, 1224
5 to 8
4744, 4844, 4944, 5044
1288, 12EC, 1350, 13B4
9 to 12
5144, 5244, 5344, 5444
1418, 147C, 14E0, 1544
13 to 16
5544, 5644, 5744, 5844
15A8, 160C, 1670, 16D4
1 to 4
4345, 4445, 4545, 4645
10F9, 115D, 11C1, 1225
5 to 8
4745, 4845, 4945, 5045
1289, 12ED, 1351, 13B5
9 to 12
5145, 5245, 5345, 5445
1419, 147D, 14E1, 1545
13 to 16
5545, 5645, 5745, 5845
15A9, 160D, 1671, 16D5
1 to 4
4346, 4446, 4546, 4646
10FA, 115E, 11C2, 1226
128A, 12EE, 1352, 13B6
5 to 8
4746, 4846, 4946, 5046
9 to 12
5146, 5246, 5346, 5446
141A, 147E, 14E2, 1546
13 to 16
5546, 5646, 5746, 5846
15AA, 160E, 1672, 16D6
1 to 4
4347, 4447, 4547, 4647
10FB, 115F, 11C3, 1227
5 to 8
4747, 4847, 4947, 5047
128B, 12EF, 1353, 13B7
141B, 147F, 14E3, 1547
9 to 12
5147, 5247, 5347, 5447
13 to 16
5547, 5647, 5747, 5847
15AB, 160F, 1673, 16D7
1 to 4
4305, 4405, 4505, 4605
10D1, 1135, 1199, 11FD
5 to 8
4705, 4805, 4905, 5005
1261, 12C5, 1329, 138D
9 to 12
5105, 5205, 5305, 5405
13F1, 1455, 14B9, 151D
13 to 16
5505, 5605, 5705, 5805
1581, 15E5, 1649, 16AD
1
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
2
SYSTEM MONITOR
1)
OVERVIEW
Screen example
14)
7)
4)
5)
6)
7)
4300, 4400, 4500, 4600
10CC, 1130, 1194, 11F8
5 to 8
4700, 4800, 4900, 5000
125C, 12C0, 1324, 1388
9 to 12
5100, 5200, 5300, 5400
13EC, 1450, 14B4, 1518
13 to 16
5500, 5600, 5700, 5800
157C, 15E0, 1644, 16A8
1 to 4
4301, 4401, 4501, 4601
10CD, 1131, 1195, 11F9
5 to 8
4701, 4801, 4901, 5001
125D, 12C1, 1325, 1389
9 to 12
5101, 5201, 5301, 5401
13ED, 1451, 14B5, 1519
13 to 16
5501, 5601, 5701, 5801
157D, 15E1, 1645, 16A9
1 to 4
4302, 4402, 4502, 4602
10CE, 1132, 1196, 11FA
5 to 8
4702, 4802, 4902, 5002
125E, 12C2, 1326, 138A
9 to 12
5102, 5202, 5302, 5402
13EE, 1452, 14B6, 151A
Axis
Buffer memory address
DEC
HEX
1 to 4
4310 to 4311, 4410 to 4411,
4510 to 4511, 4610 to 4611
10D6 to 10D7, 113A to 113B,
119E to 119F, 1202 to 1203
5 to 8
4710 to 4711, 4810 to 4811,
4910 to 4911, 5010 to 5011
1266 to 1267, 12CA to 12CB,
132E to 132F, 1392 to 1393
9 to 12
5110 to 5111, 5210 to 5211,
5310 to 5311, 5410 to 5411
13F6 to 13F7, 145A to 145B,
14BE to 14BF, 1522 to 1523
13 to 16
5510 to 5511, 5610 to 5611,
5710 to 5711, 5810 to 5811
1586 to 1587, 15EA to 15EB,
164E to 164F, 16B2 to 16B3
13 to 16
5502, 5602, 5702, 5802
157E, 15E2, 1646, 16AA
1 to 4
4303, 4403, 4503, 4603
10CF, 1133, 1197, 11FB
1 to 4
4320, 4420, 4520, 4620
10E0, 1144, 11A8, 120C
5 to 8
4703, 4803, 4903, 5003
125F, 12C3, 1327, 138B
5 to 8
4720, 4820, 4920, 5020
1270, 12D4, 1338, 139C
10)
9 to 12
5103, 5203, 5303, 5403
13EF, 1453, 14B7, 151B
9 to 12
5120, 5220, 5320, 5420
1400, 1464, 14C8, 152C
13 to 16
5503, 5603, 5703, 5803
157F, 15E3, 1647, 16AB
13 to 16
5520, 5620, 5720, 5820
1590, 15F4, 1658, 16BC
1 to 4
4304, 4404, 4504, 4604
10D0, 1134, 1198, 11FC
1 to 4
4321, 4421, 4521, 4621
10E1, 1145, 11A9, 120D
5 to 8
4704, 4804, 4904, 5004
1260, 12C4, 1328, 138C
5 to 8
4721, 4821, 4921, 5021
1271, 12D5, 1339, 139D
9 to 12
5104, 5204, 5304, 5404
13F0, 1454, 14B8, 151C
9 to 12
5121, 5221, 5321, 5421
1401, 1465, 14C9, 152D
13 to 16
5504, 5604, 5704, 5804
1580, 15E4, 1648, 16AC
13 to 16
5521, 5621, 5721, 5821
1591, 15F5, 1659, 16BD
1 to 4
4322 to 4323, 4422 to 4423,
4522 to 4523, 4622 to 4623
10E2 to 10E3, 1146 to 1147,
11AA to 11AB, 120E to 120F
5 to 8
4722 to 4723, 4822 to 4823,
4922 to 4923, 5022 to 5023
1272 to 1273, 12D6 to 12D7,
133A to 133B, 139E to 139F
1 to 4
4312, 4412, 4512, 4612
10D8, 113C, 11A0, 1204
5 to 8
4712, 4812, 4912, 5012
1268, 12CC, 1330, 1394
9 to 12
5112, 5212, 5312, 5412
13F8, 145C, 14C0, 1524
13 to 16
5512, 5612, 5712, 5812
1588, 15EC, 1650, 16B4
1 to 4
4316, 4416, 4516, 4616
10DC, 1140, 11A4, 1208
11)
5 to 8
4716, 4816, 4916, 5016
126C, 12D0, 1334, 1398
9 to 12
5116, 5216, 5316, 5416
13FC, 1460, 14C4, 1528
13 to 16
5516, 5616, 5716, 5816
158C, 15F0, 1654, 16B8
9 to 12
5122 to 5123, 5222 to 5223,
5322 to 5323, 5422 to 5423
1402 to 1403, 1466 to 1467,
14CA to 14CB, 152E to 152F
1 to 4
4308 to 4309, 4408 to 4409,
4508 to 4509, 4608 to 4609
10D4 to 10D5, 1138 to 1139,
119C to 119D, 1200 to 1201
13 to 16
5522 to 5523, 5622 to 5623,
5722 to 5723, 5822 to 5823
1592 to 1593, 15F6 to 15F7,
165A to 165B, 16BE to 16BF
4708 to 4709, 4808 to 4809,
4908 to 4909, 5008 to 5009
1264 to 1265, 12C8 to 12C9,
132C to 132D, 1390 to 1391
1 to 4
4324, 4424, 4524, 4624
10E4, 1148, 11AC, 1210
5 to 8
5 to 8
4724, 4824, 4924, 5024
1274, 12D8, 133C, 13A0
9 to 12
5124, 5224, 5324, 5424
1404, 1468, 14CC, 1530
5108 to 5109, 5208 to 5209,
5308 to 5309, 5408 to 5409
13F4 to 13F5, 1458 to 1459,
14BC to 14BD, 1520 to 1521
13 to 16
5524, 5624, 5724, 5824
1594, 15F8, 165C, 16C0
1 to 4
4325, 4425, 4525, 4625
10E5, 1149, 11AD, 1211
5 to 8
4725, 4825, 4925, 5025
1275, 12D9, 133D, 13A1
5508 to 5509, 5608 to 5609,
5708 to 5709, 5808 to 5809
1584 to 1585, 15E8 to 15E9,
164C to 164D, 16B0 to 16B1
9 to 12
5125, 5225, 5325, 5425
1405, 1469, 14CD, 1531
13 to 16
5525, 5625, 5725, 5825
1595, 15F9, 165D, 16C1
8)
9 to 12
13 to 16
4
9)
12)
13)
14)
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 239
Screen example
1)
3)
6)
7)
8)
9)
4)
10)
2)
11)
12)
13)
5)
No.
1)
2)
3)
4)
5)
6)
7)
Axis
Buffer memory address
DEC
1 to 4
4338, 4438, 4538, 4638
HEX
No.
10F2, 1156, 11BA, 121E
5 to 8
4738, 4838, 4938, 5038
1282, 12E6, 134A, 13AE
9 to 12
5138, 5238, 5338, 5438
1412, 1476, 14DA, 153E
13 to 16
5538, 5638, 5738, 5838
1 to 4
4348, 4448, 4548, 4648
5 to 8
Axis
Buffer memory address
DEC
1 to 4
4341, 4441, 4541, 4641
HEX
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
15A2, 1606, 166A, 16CE
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
10FC, 1160, 11C4, 1228
1 to 4
4343, 4443, 4543, 4643
10F7, 115B, 11BF, 1223
4748, 4848, 4948, 5048
128C, 12F0, 1354, 13B8
5 to 8
4743, 4843, 4943, 5043
1287, 12EB, 134F, 13B3
9 to 12
5148, 5248, 5348, 5448
141C, 1480, 14E4, 1548
9 to 12
5143, 5243, 5343, 5443
1417, 147B, 14DF, 1543
13 to 16
5548, 5648, 5748, 5848
15AC, 1610, 1674, 16D8
13 to 16
5543, 5643, 5743, 5843
15A7, 160B, 166F, 16D3
1 to 4
4349, 4449, 4549, 4649
10FD, 1161, 11C5, 1229
1 to 4
4351, 4451, 4551, 4651
10FF, 1163, 11C7, 122B
8)
9)
5 to 8
4749, 4849, 4949, 5049
128D, 12F1, 1355, 13B9
9 to 12
5149, 5249, 5349, 5449
141D, 1481, 14E5, 1549
13 to 16
5549, 5649, 5749, 5849
15AD, 1611, 1675, 16D9
13 to 16
5551, 5651, 5751, 5851
15AF, 1613, 1677, 16DB
1 to 4
4350, 4450, 4550, 4650
10FE, 1162, 11C6, 122A
1 to 4
4352, 4452, 4552, 4652
1100, 1164, 11C8, 122C
10)
5 to 8
4751, 4851, 4951, 5051
128F, 12F3, 1357, 13BB
9 to 12
5151, 5251, 5351, 5451
141F, 1483, 14E7, 154B
5 to 8
4750, 4850, 4950, 5050
128E, 12F2, 1356, 13BA
9 to 12
5150, 5250, 5350, 5450
141E, 1482, 14E6, 154A
13 to 16
5550, 5650, 5750, 5850
15AE, 1612, 1676, 16DA
13 to 16
5552, 5652, 5752, 5852
15B0, 1614, 1678, 16DC
1 to 4
4339, 4439, 4539, 4639
10F3, 1157, 11BB, 121F
1 to 4
4359, 4459, 4559, 4659
1107, 116B, 11CF, 1233
5 to 8
4739, 4839, 4939, 5039
1283, 12E7, 134B, 13AF
9 to 12
5139, 5239, 5339, 5439
1413, 1477, 14DB, 153F
13 to 16
5539, 5639, 5739, 5839
1 to 4
5 to 8
4752, 4852, 4952, 5052
1290, 12F4, 1358, 13BC
9 to 12
5152, 5252, 5352, 5452
1420, 1484, 14E8, 154C
5 to 8
4759, 4859, 4959, 5059
1297, 12FB, 135F, 13C3
9 to 12
5159, 5259, 5359, 5459
1427, 148B, 14EF, 1553
15A3, 1607, 166B, 16CF
13 to 16
5559, 5659, 5759, 5859
15B7, 161B, 167F, 16E3
4340, 4440, 4540, 4640
10F4, 1158, 11BC, 1220
1 to 4
4365, 4465, 4565, 4665
110D, 1171, 11D5, 1239
129D, 1301, 1365, 13C9
5 to 8
4740, 4840, 4940, 5040
1284, 12E8, 134C, 13B0
9 to 12
5140, 5240, 5340, 5440
1414, 1478, 14DC, 1540
13 to 16
5540, 5640, 5740, 5840
15A4, 1608, 166C, 16D0
1 to 4
4341, 4441, 4541, 4641
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
6 - 240
11)
6.5 Intelligent Module Monitor Screens
12)
13)
-
5 to 8
4765, 4865, 4965, 5065
9 to 12
5165, 5265, 5365, 5465
142D, 1491, 14F5, 1559
13 to 16
5565, 5665, 5765, 5865
15BD, 1621, 1685, 16E9
-
-
-
1
1)
OVERVIEW
Screen example
3)
2)
SYSTEM MONITOR
2
4)
4317, 4417, 4517, 4617
10DD, 1141, 11A5, 1209
1 to 4
5 to 8
4717, 4817, 4917, 5017
126D, 12D1, 1335, 1399
5 to 8
4734 to 4735, 4834 to 4835,
4934 to 4935, 5034 to 5035
127E to 127F, 12E2 to 12E3,
1346 to 1347, 13AA to 13AB
9 to 12
5117, 5217, 5317, 5417
13FD, 1461, 14C5, 1529
9 to 12
5134 to 5135, 5234 to 5235,
5334 to 5335, 5434 to 5435
140E to 140F, 1472 to 1473,
14D6 to 14D7, 153A to 153B
4
13 to 16
5517, 5617, 5717, 5817
158D, 15F1, 1655, 16B9
13 to 16
5534 to 5535, 5634 to 5635,
5734 to 5735, 5834 to 5835
159E to 159F, 1602 to 1603,
1666 to 1667, 16CA to 16CB
1 to 4
4318 to 4319, 4418 to 4419,
4518 to 4519, 4618 to 4619
10DE to 10DF, 1142 to 1143,
11A6 to 11A7, 120A to 120B
1 to 4
4336 to 4337, 4436 to 4437,
4536 to 4537, 4636 to 4637
10F0 to 10F1, 1154 to 1155,
11B8 to 11B9, 121C to 121D
5 to 8
4718 to 4719, 4818 to 4819,
4918 to 4919, 5018 to 5019
126E to 126F, 12D2 to 12D3,
1336 to 1337, 139A to 139B
5 to 8
4736 to 4737, 4836 to 4837,
4936 to 4937, 5036 to 5037
1280 to 1281, 12E4 to 12E5,
1348 to 1349, 13AC to 13AD
9 to 12
5118 to 5119, 5218 to 5219,
5318 to 5319, 5418 to 5419
13FE to 13FF, 1462 to 1463,
14C6 to 14C7, 152A to 152B
9 to 12
5136 to 5137, 5236 to 5237,
5336 to 5337, 5436 to 5437
1410 to 1411, 1474 to 1475,
14D8 to 14D9, 153C to 153D
13 to 16
5518 to 5519, 5618 to 5619,
5718 to 5719, 5818 to 5819
158E to 158F, 15F2 to 15F3,
1656 to 1657, 16BA to 16BB
13 to 16
5536 to 5537, 5636 to 5637,
5736 to 5737, 5836 to 5837
15A0 to 15A1, 1604 to 1605,
1668 to 1669, 16CC to 16CD
HEX
Axis
3)
4)
HEX
10EE to 10EF, 1152 to 1153,
11B6 to 11B7, 121A to 121B
5
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
No.
MELSEC-FX LIST
EDITOR
Buffer memory address
DEC
MELSEC-A LIST
EDITOR
1 to 4
4334 to 4335, 4434 to 4435,
4534 to 4535, 4634 to 4635
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 241
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
Buffer memory address
No.
Axis
1)
-
4012 to 4016
2)
-
3)
-
4)
Buffer memory address
No.
Axis
FAC to FB0
9)
-
4052 to 4056
FD4 to FD8
4017 to 4021
FB1 to FB5
10)
-
4057 to 4061
FD9 to FDD
4022 to 4026
FB6 to FBA
11)
-
4062 to 4066
FDE to FE2
-
4027 to 4031
FBB to FBF
12)
-
4067 to 4071
FE3 to FE7
5)
-
4032 to 4036
FC0 to FC4
13)
-
4072 to 4076
FE8 to FEC
6)
-
4037 to 4041
FC5 to FC9
14)
-
4077 to 4081
FED to FF1
7)
-
4042 to 4046
FCA to FCE
15)
-
4082 to 4086
FF2 to FF6
8)
-
4047 to 4051
FCF to FD3
16)
-
4087 to 4091
FF7 to FFB
DEC
HEX
DEC
HEX
Screen example
No.
Axis
1)
-
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
9)
10)
11)
12)
13)
14)
15)
16)
25)
26)
27)
28)
29)
30)
31)
32)
Buffer memory address
DEC
4093 to 4096
HEX
FFD to 1000
No.
Axis
12)
-
Buffer memory address
DEC
4137 to 4140
HEX
1029 to 102C
No.
Axis
23)
-
Buffer memory address
DEC
4182 to 4185
HEX
1056 to 1059
2)
-
4097 to 4100
1001 to 1004
13)
-
4141 to 4144
102D to 1030
24)
-
4186 to 4189
105A to 105D
3)
-
4101 to 4104
1005 to 1008
14)
-
4145 to 4148
1031 to 1034
25)
-
4190 to 4193
105E to 1061
4)
-
4105 to 4108
1009 to 100C
15)
-
4149 to 4152
1035 to 1038
26)
-
4194 to 4197
1062 to 1065
5)
-
4109 to 4112
100D to 1010
16)
-
4153 to 4156
1039 to 103C
27)
-
4198 to 4201
1066 to 1069
6)
-
4113 to 4116
1011 to 1014
17)
-
4158 to 4161
103E to 1041
28)
-
4202 to 4205
106A to 106D
7)
-
4117 to 4120
1015 to 1018
18)
-
4162 to 4165
1042 to 1045
29)
-
4206 to 4209
106E to 1071
8)
-
4121 to 4124
1019 to 101C
19)
-
4166 to 4169
1046 to 1049
30)
-
4210 to 4213
1072 to 1075
9)
-
4125 to 4128
101D to 1020
20)
-
4170 to 4173
104A to 104D
31)
-
4214 to 4217
1076 to 1079
10)
-
4129 to 4132
1021 to 1024
21)
-
4174 to 4177
104E to 1051
32)
-
4218 to 4221
107A to 107D
11)
-
4133 to 4136
1025 to 1028
22)
-
4178 to 4181
1052 to 1055
-
-
6 - 242
6.5 Intelligent Module Monitor Screens
-
-
1
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
2
SYSTEM MONITOR
1)
OVERVIEW
Screen example
1F54 to 1F56,
1F58 to 1F5D
7
12020 to 12022,
12024 to 12029
2EF4 to 2EF6,
2EF8 to 2EFD
11
16020 to 16022,
16024 to 16029
3E94 to 3E96,
3E98 to 3E9D
4
4A42 to 4A44,
4A46 to 4A4B
15
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
7020 to 7022,
7024 to 7029
1B6C to 1B6E,
1B70 to 1B75
4
9000 to 9002,
9004 to 9009
2328 to 232A,
232C to 2331
6
11020 to 11022,
11024 to 11029
2B0C to 2B0E,
2B10 to 2B15
8
13000 to 13002,
13004 to 13009
32C8 to 32CA,
32CC to 32D1
10
15020 to 15022,
15024 to 15029
3AAC to 3AAE,
3AB0 to 3AB5
12
17000 to 17002,
17004 to 17009
4268 to 426A,
426C to 4271
465A to 465C,
465E to 4663
14
19020 to 19022,
19024 to 19029
4A4C to 4A4E,
4A50 to 4A55
16
21000 to 21002,
21004 to 21009
5208 to 520A,
520C to 5211
6020 to 6022,
6024 to 6029
1784 to 1786,
1788 to 178D
3
8000 to 8002,
8004 to 8009
1F40 to 1F42,
1F44 to 1F49
4
9010 to 9012,
9014 to 9019
2332 to 2334,
2336 to 233B
5
10020 to 10022,
10024 to 10029
2724 to 2726,
2728 to 272D
7
12000 to 12002,
12004 to 12009
2EE0 to 2EE2,
2EE4 to 2EE9
8
13010 to 13012,
13014 to 13019
32D2 to 32D4,
32D6 to 32DB
9
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
11
16000 to 16002,
16004 to 16009
3E80 to 3E82,
3E84 to 3E89
12
17010 to 17012,
17014 to 17019
4272 to 4274,
4276 to 427B
13
18020 to 18022,
18024 to 18029
4664 to 4666,
4668 to 466D
15
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
16
21010 to 21012,
21014 to 21019
5212 to 5214,
5216 to 521B
2
7000 to 7002,
7004 to 7009
1B58 to 1B5A,
1B5C to 1B61
3
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
4
9020 to 9022,
9024 to 9029
233C to 233E,
2340 to 2345
6
11000 to 11002,
11004 to 11009
2AF8 to 2AFA,
2AFC to 2B01
7
12010 to 12012,
12014 to 12019
2EEA to 2EEC,
2EEE to 2EF3
8
13020 to 13022,
13024 to 13029
32DC to 32DE,
32E0 to 32E5
10
15000 to 15002,
15004 to 15009
3A98 to 3A9A,
3A9C to 3AA1
11
16010 to 16012,
16014 to 16019
3E8A to 3E8C,
3E8E to 3E93
12
17020 to 17022,
17024 to 17029
427C to 427E,
4280 to 4285
14
19000 to 19002,
19004 to 19009
4A38 to 4A3A,
4A3C to 4A41
15
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
16
21020 to 21022,
21024 to 21029
521C to 521E,
5220 to 5225
1770 to 1772,
1774 to 1779
5
10000 to 10002,
10004 to 10009
2710 to 2712,
2714 to 2719
9
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
13
18000 to 18002,
18004 to 18009
1
Axis
Buffer memory address
DEC
HEX
2
7010 to 7012,
7014 to 7019
1B62 to 1B64,
1B66 to 1B6B
6
11010 to 11012,
11014 to 11019
2B02 to 2B04,
2B06 to 2B0B
10
15010 to 15012,
15014 to 15019
3AA2 to 3AA4,
3AA6 to 3AAB
4650 to 4652,
4654 to 4659
14
19010 to 19012,
19014 to 19019
6010 to 6012,
6014 to 6019
177A to 177C,
177E to 1783
2
5
10010 to 10012,
10014 to 10019
271A to 271C,
271E to 2723
9
14010 to 14012,
14014 to 14019
36BA to 36BC,
36BE to 36C3
13
18010 to 18012,
18014 to 18019
1
1)
2)
3)
4)
5)
6)
7)
8)
No.
Axis
9)
10)
11)
12)
Buffer memory address
DEC
HEX
5
6
7
NETWORK
MONITOR
1
6000 to 6002,
6004 to 6009
No.
MELSEC-FX LIST
EDITOR
HEX
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
MELSEC-A LIST
EDITOR
3
8020 to 8022,
8024 to 8029
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 243
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28400, 28500,
28600, 28700
6EF0, 6F54,
6FB8, 701C
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
No.
Buffer memory address
Axis
DEC
HEX
1 to 4
28404, 28504,
28604, 28704
6EF4, 6F58,
6FBC, 7020
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
5 to 8
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28410, 28510,
28610, 28710
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
5 to 8
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
5 to 8
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415, 29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615, 29715,
29815, 29915
73AF, 7413,
7477, 74DB
1)
2)
3)
6 - 244
4)
5)
6)
6.5 Intelligent Module Monitor Screens
7)
8)
9)
1
OVERVIEW
Screen example
1)
2)
2
SYSTEM MONITOR
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
6F11, 6F75,
6FD9, 703D
5 to 8
28833, 28933,
29033, 29133
70A1, 7105,
7169, 71CD
LADDER MONITOR
FUNCTION
9 to 12
29233, 29333,
29433, 29533
7231, 7295,
72F9, 735D
4
73BA, 741E,
7482, 74E6
13 to 16
29633, 29733,
29833, 29933
73C1, 7425,
7489, 74ED
28427, 28527,
28627, 28727
6F0B, 6F6F,
6FD3, 7037
1 to 4
28436, 28536,
28636, 28736
6F14, 6F78,
6FDC, 7040
5 to 8
28827, 28927,
29027, 29127
709B, 70FF,
7163, 71C7
5 to 8
28836, 28936,
29036, 29136
70A4, 7108,
716C, 71D0
9 to 12
29227, 29327,
29427, 29527
722B, 728F,
72F3, 7357
9 to 12
29236, 29336,
29436, 29536
7234, 7298,
72FC, 7360
73B4, 7418,
747C, 74E0
13 to 16
29627, 29727,
29827, 29927
73BB, 741F,
7483, 74E7
13 to 16
29636, 29736,
29836, 29936
73C4, 7428,
748C, 74F0
28422, 28522,
28622, 28722
6F06, 6F6A,
6FCE, 7032
1 to 4
28428, 28528,
28628, 28728
6F0C, 6F70,
6FD4, 7038
1 to 4
28441, 28541,
28641, 28741
6F19, 6F7D,
6FE1, 7045
5 to 8
28822, 28922,
29022, 29122
7096, 70FA,
715E, 71C2
5 to 8
28828, 28928,
29028, 29128
709C, 7100,
7164, 71C8
5 to 8
28841, 28941,
29041, 29141
70A9, 710D,
7171, 71D5
9 to 12
29222, 29322,
29422, 29522
7226, 728A,
72EE, 7352
9 to 12
29228, 29328,
29428, 29528
722C, 7290,
72F4, 7358
9 to 12
29241, 29341,
29441, 29541
7239, 729D,
7301, 7365
13 to 16
29622, 29722,
29822, 29922
73B6, 741A,
747E, 74E2
13 to 16
29628, 29728,
29828, 29928
73BC, 7420,
7484, 74E8
13 to 16
29641, 29741,
29841, 29941
73C9, 742D,
7491, 74F5
1 to 4
28424, 28524,
28624, 28724
6F08, 6F6C,
6FD0, 7034
1 to 4
28429, 28529,
28629, 28729
6F0D, 6F71,
6FD5, 7039
5 to 8
28824, 28924,
29024, 29124
7098, 70FC,
7160, 71C4
5 to 8
28829, 28929,
29029, 29129
709D, 7101,
7165, 71C9
9 to 12
29224, 29324,
29424, 29524
7228, 728C,
72F0, 7354
9 to 12
29229, 29329,
29429, 29529
722D, 7291,
72F5, 7359
13 to 16
29624, 29724,
29824, 29924
73B8, 741C,
7480, 74E4
13 to 16
29629, 29729,
29829, 29929
73BD, 7421,
7485, 74E9
1 to 4
28425, 28525,
28625, 28725
6F09, 6F6D,
6FD1, 7035
1 to 4
28431, 28531,
28631, 28731
6F0F, 6F73,
6FD7, 703B
5 to 8
28825, 28925,
29025, 29125
7099, 70FD,
7161, 71C5
5 to 8
28831, 28931,
29031, 29131
709F, 7103,
7167, 71CB
9 to 12
29225, 29325,
29425, 29525
7229, 728D,
72F1, 7355
9 to 12
29231, 29331,
29431, 29531
722F, 7293,
72F7, 735B
13 to 16
29625, 29725,
29825, 29925
73B9, 741D,
7481, 74E5
13 to 16
29631, 29731,
29831, 29931
73BF, 7423,
7487, 74EB
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28426, 28526,
28626, 28726
6F0A, 6F6E,
6FD2, 7036
5 to 8
28826, 28926,
29026, 29126
709A, 70FE,
7162, 71C6
9 to 12
29226, 29326,
29426, 29526
722A, 728E,
72F2, 7356
73B3, 7417,
747B, 74DF
13 to 16
29626, 29726,
29826, 29926
28420, 28520,
28620, 28720
6F04, 6F68,
6FCC, 7030
1 to 4
5 to 8
28820, 28920,
29020, 29120
7094, 70F8,
715C, 71C0
9 to 12
29220, 29320,
29420, 29520
7224, 7288,
72EC, 7350
13 to 16
29620, 29720,
29820, 29920
1 to 4
1 to 4
28419, 28519,
28619, 28719
6F03, 6F67,
6FCB, 702F
5 to 8
28819, 28919,
29019, 29119
7093, 70F7,
715B, 71BF
9 to 12
29219, 29319,
29419, 29519
7223, 7287,
72EB, 734F
13 to 16
29619, 29719,
29819, 29919
1 to 4
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
No.
Axis
11)
12)
13)
Buffer memory address
DEC
HEX
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
DEC
7
-
-
-
-
NETWORK
MONITOR
Buffer memory address
MELSEC-A LIST
EDITOR
1 to 4
28433, 28533,
28633, 28733
Axis
8
Q MOTION
MONITOR
No.
3
6.5 Intelligent Module Monitor Screens
6 - 245
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28400, 28500,
28600, 28700
6EF0, 6F54,
6FB8, 701C
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
5 to 8
No.
Buffer memory address
Axis
DEC
HEX
1 to 4
28404, 28504,
28604, 28704
6EF4, 6F58,
6FBC, 7020
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
5 to 8
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
5 to 8
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28410, 28510,
28610, 28710
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415, 29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615, 29715,
29815, 29915
73AF, 7413,
7477, 74DB
1)
2)
3)
6 - 246
4)
5)
6)
6.5 Intelligent Module Monitor Screens
7)
8)
9)
1
OVERVIEW
Screen example
1)
2)
3)
4)
5)
6)
2
SYSTEM MONITOR
7)
8)
9)
4)
5)
28445, 28545, 28645, 28745
6F1D, 6F81, 6FE5, 7049
5 to 8
28845, 28945, 29045, 29145
70AD, 7111, 7175, 71D9
9 to 12
29245, 29345, 29445, 29545
723D, 72A1, 7305, 7369
13 to 16
29645, 29745, 29845, 29945
1 to 4
Axis
Buffer memory address
DEC
HEX
1 to 4
28450, 28550, 28650, 28750
6F22, 6F86, 6FEA, 704E
5 to 8
28850, 28950, 29050, 29150
70B2, 7116, 717A, 71DE
9 to 12
29250, 29350, 29450, 29550
7242, 72A6, 730A, 736E
73CD, 7431, 7495, 74F9
13 to 16
29650, 29750, 29850, 29950
73D2, 7436, 749A, 74FE
28446, 28546, 28646, 28746
6F1E, 6F82, 6FE6, 704A
1 to 4
28451, 28551, 28651, 28751
6F23, 6F87, 6FEB, 704F
5 to 8
28846, 28946, 29046, 29146
70AE, 7112, 7176, 71DA
5 to 8
28851, 28951, 29051, 29151
70B3, 7117, 717B, 71DF
9 to 12
29246, 29346, 29446, 29546
723E, 72A2, 7306, 736A
9 to 12
29251, 29351, 29451, 29551
7243, 72A7, 730B, 736F
13 to 16
29646, 29746, 29846, 29946
73CE, 7432, 7496, 74FA
13 to 16
29651, 29751, 29851, 29951
73D3, 7437, 749B, 74FF
1 to 4
28447, 28547, 28647, 28747
6F1F, 6F83, 6FE7, 704B
1 to 4
28452, 28552, 28652, 28752
6F24, 6F88, 6FEC, 7050
5 to 8
28847, 28947, 29047, 29147
70AF, 7113, 7177, 71DB
9 to 12
29247, 29347, 29447, 29547
723F, 72A3, 7307, 736B
6)
7)
8)
5 to 8
28852, 28952, 29052, 29152
70B4, 7118, 717C, 71E0
9 to 12
29252, 29352, 29452, 29552
7244, 72A8, 730C, 7370
13 to 16
29647, 29747, 29847, 29947
73CF, 7433, 7497, 74FB
13 to 16
29652, 29752, 29852, 29952
73D4, 7438, 749C, 7500
1 to 4
28448, 28548, 28648, 28748
6F20, 6F84, 6FE8, 704C
1 to 4
28444, 28544, 28644, 28744
6F1C, 6F80, 6FE4, 7048
5 to 8
28848, 28948, 29048, 29148
70B0, 7114, 7178, 71DC
5 to 8
28844, 28944, 29044, 29144
70AC, 7110, 7174, 71D8
9 to 12
29248, 29348, 29448, 29548
7240, 72A4, 7308, 736C
9 to 12
29244, 29344, 29444, 29544
723C, 72A0, 7304, 7368
13 to 16
29648, 29748, 29848, 29948
73D0, 7434, 7498, 74FC
13 to 16
29644, 29744, 29844, 29944
73CC, 7430, 7494, 74F8
1 to 4
28449, 28549, 28649, 28749
6F21, 6F85, 6FE9, 704D
5 to 8
28849, 28949, 29049, 29149
70B1, 7115, 7179, 71DD
9 to 12
29249, 29349, 29449, 29549
7241, 72A5, 7309, 736D
13 to 16
29649, 29749, 29849, 29949
73D1, 7435, 7499, 74FD
9)
-
-
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 247
Screen example
1)
2)
3)
4)
5)
6)
7)
No.
1)
2)
3)
4)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
28464, 28564, 28664, 28764
5 to 8
28864, 28964, 29064, 29164
70C0, 7124, 7188, 71EC
9 to 12
29264, 29364, 29464, 29564
7250, 72B4, 7318, 737C
Axis
6F30, 6F94, 6FF8, 705C
1 to 4
5)
Buffer memory address
DEC
HEX
28467, 28567, 28667, 28767
6F33, 6F97, 6FFB, 705F
5 to 8
28867, 28967, 29067, 29167
70C3, 7127, 718B, 71EF
9 to 12
29267, 29367, 29467, 29567
7253, 72B7, 731B, 737F
13 to 16
29664, 29764, 29864, 29964
73E0, 7444, 74A8, 750C
13 to 16
29667, 29767, 29867, 29967
73E3, 7447, 74AB, 750F
1 to 4
28465, 28565, 28665, 28765
6F31, 6F95, 6FF9, 705D
1 to 4
28468, 28568, 28668, 28768
6F34, 6F98, 6FFC, 7060
5 to 8
28865, 28965, 29065, 29165
70C1, 7125, 7189, 71ED
9 to 12
29265, 29365, 29465, 29565
7251, 72B5, 7319, 737D
5 to 8
28868, 28968, 29068, 29168
70C4, 7128, 718C, 71F0
9 to 12
29268, 29368, 29468, 29568
7254, 72B8, 731C, 7380
13 to 16
29665, 29765, 29865, 29965
1 to 4
28466, 28566, 28666, 28766
73E1, 7445, 74A9, 750D
13 to 16
29668, 29768, 29868, 29968
73E4, 7448, 74AC, 7510
6F32, 6F96, 6FFA, 705E
1 to 4
28470, 28570, 28670, 28770
5 to 8
6F36, 6F9A, 6FFE, 7062
28866, 28966, 29066, 29166
70C2, 7126, 718A, 71EE
5 to 8
28870, 28970, 29070, 29170
70C6, 712A, 718E, 71F2
9 to 12
29266, 29366, 29466, 29566
7252, 72B6, 731A, 737E
9 to 12
29270, 29370, 29470, 29570
7256, 72BA, 731E, 7382
13 to 16
29666, 29766, 29866, 29966
73E2, 7446, 74AA, 750E
13 to 16
29670, 29770, 29870, 29970
73E6, 744A, 74AE, 7512
6)
7)
Screen example
1)
2)
3)
4)
No.
1)
2)
Axis
Buffer memory address
DEC
HEX
1 to 4
28474, 28574, 28674, 28774
6F3A, 6F9E, 7002, 7066
No.
Axis
1 to 4
Buffer memory address
DEC
28472, 28572, 28672, 28772
HEX
6F38, 6F9C, 7000, 7064
5 to 8
28874, 28974, 29074, 29174
70CA, 712E, 7192, 71F6
9 to 12
29274, 29374, 29474, 29574
725A, 72BE, 7322, 7386
13 to 16
29674, 29774, 29874, 29974
73EA, 744E, 74B2, 7516
13 to 16
29672, 29772, 29872, 29972
73E8, 744C, 74B0, 7514
1 to 4
28475, 28575, 28675, 28775
6F3B, 6F9F, 7003, 7067
1 to 4
28473, 28573, 28673, 28773
6F39, 6F9D, 7001, 7065
5 to 8
28875, 28975, 29075, 29175
70CB, 712F, 7193, 71F7
9 to 12
29275, 29375, 29475, 29575
725B, 72BF, 7323, 7387
13 to 16
29675, 29775, 29875, 29975
73EB, 744F, 74B3, 7517
6 - 248
6.5 Intelligent Module Monitor Screens
3)
4)
5 to 8
28872, 28972, 29072, 29172
70C8, 712C, 7190, 71F4
9 to 12
29272, 29372, 29472, 29572
7258, 72BC, 7320, 7384
5 to 8
28873, 28973, 29073, 29173
70C9, 712D, 7191, 71F5
9 to 12
29273, 29373, 29473, 29573
7259, 72BD, 7321, 7385
13 to 16
29673, 29773, 29873, 29973
73E9, 744D, 74B1, 7515
No.
1)
1)
2)
3)
4)
10)
11)
12)
13)
5)
14)
15)
16)
17)
Buffer memory address
DEC
HEX
800, 812
320, 32C
2)
900, 912
384, 390
3)
1000, 1012
3E8, 3F4
4)
1100, 1112
44C, 458
5)
806 to 809
326 to 329
6)
906 to 909
38A to 38D
7)
1006 to 1009
3EE to 3F1
8)
1106 to 1109
452 to 455
9)
1431
597
10)
829, 838
33D, 346
11)
929, 938
3A1, 3AA
8)
12)
1029, 1038
405, 40E
13)
1129, 1138
469, 472
9)
14)
838
346
15)
938
3AA
16)
1038
40E
17)
1138
472
-
-
-
1)
-
-
-
-
-
1)
0, 150, 300, 450
0, 96, 12C, 1C2
2)
2 to 3, 152 to 153,
302 to 303,
452 to 453
2 to 3, 98 to 99,
12E to 12F,
1C4 to 1C5
3
4
MELSEC-A LIST
EDITOR
7)
2
SYSTEM MONITOR
Screen example
OVERVIEW
1
LD77MS4 module monitoring
LADDER MONITOR
FUNCTION
6.5.44
5
MELSEC-FX LIST
EDITOR
1)
2)
4)
5)
3)
1, 151, 301, 451
1, 97, 12D, 1C3
4)
6 to 7, 156 to 157,
306 to 307,
456 to 457
6 to 7, 9C to 9D,
132 to 133,
1C8 to 1C9
5)
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131,
1C6 to 1C7
-
-
-
7
NETWORK
MONITOR
1)
INTELLIGENT
MODULE MONITOR
6
3)
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 249
Screen example
1)
No.
3)
Buffer memory address
DEC
HEX
1)
10 to 11, 160 to 161,
310 to 311, 460 to 461
A to B, A0 to A1,
136 to 137,
1CC to 1CD
2)
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3,
138 to 139, 1CE to 1CF
3)
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
-
-
-
2)
1)
4)
5)
2)
3)
1)
17, 167, 317, 467
11, A7, 13D, 1D3
2)
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
3)
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB,
140 to 141,
1D6 to 1D7
4)
33
21
5)
22, 172, 322, 472
16, AC, 142, 1D8
6)
23, 173, 323, 473
17, AD, 143, 1D9
7)
26, 176, 326, 476
1A, B0, 146, 1DC
-
-
-
1)
27, 177, 327, 477
1B, B1, 147, 1DD
2)
28, 178, 328, 478
1C, B2, 148, 1DE
3)
29, 179, 329, 479
1D, B3, 149, 1DF
4)
24 to 25, 174 to 175,
324 to 325, 474 to 475
18 to 19, AE to AF,
144 to 145,
1DA to 1DB
5)
30, 180, 330, 480
1F, B4, 14A, 1E0
6)
31, 181, 331, 481
20, B5, 14B, 1E1
7)
34, 184, 334, 484
22, B8, 14E, 1E4
8)
32, 182, 332, 482
21, B6, 14C, 1E2
9)
35
23
-
-
-
6)
7)
1)
2)
6)
3)
7)
4)
8)
5)
9)
6 - 250
6.5 Intelligent Module Monitor Screens
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
3)
40 to 41, 190 to 191,
340 to 341,
490 to 491
28 to 29, BE to BF,
154 to 155,
1EA to 1EB
4)
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157,
1EC to 1ED
5)
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
6)
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5,
15A to 15B,
1F0 to 1F1
7)
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D,
1F2 to 1F3
8)
50, 200, 350, 500
32, C8, 15E, 1F4
9)
51, 201, 351, 501
33, C9, 15F, 1F5
-
-
-
1)
52, 202, 352, 502
34, CA, 160, 1F6
8)
9)
9)
6)
11)
8)
2)
53, 203, 353, 503
35, CB, 161, 1F7
3)
56, 206, 356, 506
38, CE, 164, 1FA
4)
57, 207, 357, 507
39, CF, 165, 1FB
5)
58, 208, 358, 508
3A, D0, 166, 1FC
6)
54, 204, 354, 504
36, CC, 162, 1F8
7)
59, 209, 359, 509
3B, D1, 167, 1FD
8)
67, 217, 367, 517
43, D9, 16F, 205
9)
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
10)
62, 212, 362, 512
3E, D4, 16A, 200
11)
63, 213, 363, 513
3F, D5, 16B, 201
12)
64 to 65, 214 to 215, 364
to 365, 514 to 515
40 to 41, D6 to D7,
16C to 16D,
202 to 203
-
-
-
1)
82, 232, 382, 532
52, E8, 17E, 214
2)
83, 233, 383, 533
53, E9, 17F, 215
3)
86, 236, 386, 536
56, EC, 182, 218
4)
87, 237, 387, 537
57, ED, 183, 219
5)
80 to 81, 230 to 231,
380 to 381, 530 to 531
50 to 51, E6 to E7,
17C to 17D,
212 to 213
6)
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
12)
1)
6)
2)
3)
4)
7)
7)
88, 238, 388, 538
58, EE, 184, 21A
8)
8)
89, 239, 389, 539
59, EF, 185, 21B
-
-
-
5)
OVERVIEW
38 to 39, 188 to 189,
338 to 339, 488 to 489
2
SYSTEM MONITOR
2)
3
LADDER MONITOR
FUNCTION
1)
7)
10)
7)
HEX
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
4
MELSEC-A LIST
EDITOR
1)
2)
3)
4)
5)
DEC
36 to 37, 186 to 187,
336 to 337, 486 to 487
5
MELSEC-FX LIST
EDITOR
4)
5)
6)
1
Buffer memory address
6
7
NETWORK
MONITOR
1)
2)
3)
No.
INTELLIGENT
MODULE MONITOR
Screen example
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 251
Screen example
No.
1)
HEX
1)
70, 220, 370, 520
46, DC, 172, 208
2)
71, 221, 371, 521
47, DD, 173, 209
3)
78, 228, 378, 528
4E, E4, 17A, 210
4)
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175,
20A to 20B
5)
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177,
20C to 20D
6)
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
-
-
-
1)
816
330
2)
916
394
3)
1016
3F8
4)
1116
45C
5)
817
331
6)
917
395
7)
1017
3F9
8)
1117
45D
-
-
-
1)
818 to 819, 802 to 803
332 to 333, 322 to 323
2)
918 to 919, 902 to 903
396 to 397, 386 to 387
3)
1018 to 1019,
1002 to 1003
3FA to 3FB,
3EA to 3EB
4)
1118 to 1119,
1102 to 1103
45E to 45F,
44E to 44F
5)
820 to 821,
810 to 811,
812 to 813
334 to 335,
32A to 32B,
32C to 32D
6)
920 to 921,
910 to 911,
912 to 913
398 to 399,
38E to 38F,
390 to 391
7)
1020 to 1021,
1010 to 1011,
1012 to 1013
3FC to 3FD,
3F2 to 3F3,
3F4 to 3F5
8)
1120 to 1121,
1110 to 1111,
1112 to 1113
460 to 461,
456 to 457,
458 to 459
5)
2)
3)
4)
6)
5)
1)
2)
3)
4)
5)
1)
2)
3)
4)
6)
6)
7)
7)
8)
8)
9)
10)
5)
6)
7)
8)
6 - 252
Buffer memory address
DEC
6.5 Intelligent Module Monitor Screens
9)
830, 930, 1030, 1130
33E, 3A2, 406, 46A
10)
831, 931, 1031, 1131
33F, 3A3, 407, 46B
-
-
-
HEX
33B to 33D
2)
927 to 929
39F to 3A1
3)
1027 to 1029
403 to 405
4)
1127 to 1129
467 to 469
2)
5)
834 to 837
342 to 345
3)
6)
934 to 937
3A6 to 3A9
7)
1034 to 1037
40A to 40D
10)
4)
5)
8)
1134 to 1137
46E to 471
9)
832, 932, 1032, 1132
340, 3A4, 408, 46C
10)
833, 933, 1033, 1133
341, 3A5, 409, 46D
-
-
-
1)
848 to 849,
850 to 851,
852 to 853
350 to 351,
352 to 353,
354 to 355
2)
948 to 949,
950 to 951,
952 to 953
3B4 to 3B5,
3B6 to 3B7,
3B8 to 3B9
3)
1048 to 1049,
1050 to 1051,
1052 to 1053
418 to 419,
41A to 41B,
41C to 41D
4)
1148 to 1149,
1150 to 1151,
1152 to 1153
47C to 47D,
47E to 47F,
480 to 481
5)
854 to 855, 856 to 857
356 to 357, 358 to 359
6)
954 to 955, 956 to 957
3BA to 3BB, 3BC to 3BD
7)
1054 to 1055,
1056 to 1057
41E to 41F,
420 to 421
8)
1154 to 1155,
1156 to 1157
480 to 481,
482 to 483
6)
7)
8)
1)
2)
3)
4)
2)
3)
9)
864 to 869
360 to 365
10)
964 to 969
3C4 to 3C9
11)
1064 to 1069
428 to 42D
12)
1164 to 1169
48C to 491
-
-
-
1)
870, 970, 1070, 1170
366, 3CA, 42E, 492
2)
876, 976, 1076, 1176
36C, 3D0, 434, 498
3)
877, 977, 1077, 1177
36D, 3D1, 435, 499
4)
878, 978, 1078, 1178
36E, 3D2, 436, 49A
5)
879, 979, 1079, 1179
36F, 3D3, 437, 49B
6)
880, 980, 1080, 1180
370, 3D4, 438, 49C
4
5
6
7
4)
5)
6)
-
-
NETWORK
MONITOR
1)
9)
10)
11)
12)
3
-
8
Q MOTION
MONITOR
5)
6)
7)
8)
2
LADDER MONITOR
FUNCTION
9)
MELSEC-A LIST
EDITOR
1)
SYSTEM MONITOR
DEC
827 to 829
1)
OVERVIEW
1
Buffer memory address
MELSEC-FX LIST
EDITOR
No.
INTELLIGENT
MODULE MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 253
Screen example
No.
1)
Buffer memory address
DEC
HEX
824 to 825
338 to 339
39C to 39D
2)
924 to 925
3)
1024 to 1025
400 to 401
1)
2)
3)
4)
1124 to 1125
464 to 465
5)
826, 816
33A, 330
4)
6)
926, 916
39E, 394
7)
1026, 1016
402, 3F8
8)
1126, 1116
466, 45C
-
-
-
1)
814 to 815
32E to 32F
2)
914 to 915
392 to 393
3)
1014 to 1015
3F6 to 3F7
5)
6)
7)
8)
1)
2)
3)
4)
7)
8)
5)
6)
1)
2)
4)
1114 to 1115
45A to 45B
5)
1526 to 1527,
1626 to 1627
5F6 to 5F7,
65A to 65B
6)
1726 to 1727,
1826 to 1927
6BE to 6BF,
722 to 723
7)
817, 917, 1017, 1117
330, 395, 3F9, 45D
8)
1528, 1628,
1728, 1828
5F8, 65C,
6C0, 724
-
-
-
1)
1530 to 1531,
1630 to 1631
5FA to 5FB,
65E to 65F
2)
1730 to 1731,
1830 to 1931
6C2 to 6C3,
726 to 727
3)
817, 917, 1017, 1117
331, 395, 3F9, 45D
4)
1532, 1632,
1732, 1832
5FC, 660,
6C4, 728
-
-
-
3)
4)
6 - 254
6.5 Intelligent Module Monitor Screens
2)
1706 to 1707,
1806 to 1807
6AA to 6AB,
70E to 70F
3)
1514 to 1515,
1614 to 1615
5EA to 5EB,
64E to 64F
4)
1714 to 1715,
1814 to 1815
6B2 to 6B3,
716 to 717
5)
1513, 1613,
1713, 1813
5E9, 64D,
6B1, 715
6)
1544, 1644,
1744, 1844
608, 66C,
6D0, 734,
7)
1545, 1645,
1745, 1845
609, 66D,
6B1, 735
8)
1546, 1646,
1746, 1846
60A, 66E,
6B2, 736
9)
1547, 1647,
1747, 1847
60B, 66F,
6B3, 737
10)
1505, 1605,
1705, 1805
5E1, 645,
6A9, 70D
7)
8)
3)
4)
9)
1)
8)
2)
9)
3)
10)
4)
11)
5)
12)
6)
13)
14)
3
-
-
-
1)
1500, 1600,
1700, 1800
5DC, 640,
6A4, 708
2)
1501, 1601,
1701, 1801
5DD, 641,
6A5, 709
4
3)
1502, 1602,
1702, 1802
5DE, 642,
6A6, 70A
4)
1503, 1603,
1703, 1803
5DF, 643,
6A7, 70B
5)
1504, 1604,
1704, 1804
5E0, 644,
6A8, 70C
6)
1512, 1612,
1712, 1812
5E8, 64C,
6B0, 714
7)
1516, 1616,
1716, 1816
5EC, 650,
6B4, 718
8)
1508 to 1509,
1608 to 1609,
1708 to 1709,
1808 to 1809
5E4 to 5E5,
648 to 649,
6AC to 6AD,
710 to 711
9)
1510 to 1511,
1610 to 1611,
1710 to 1711,
1810 to 1811
5E6 to 5E7,
64A to 64B,
6AE to 6AF,
712 to 713
10)
1520, 1620,
1720, 1820
5F0, 654,
6B8, 71C
11)
1521, 1621,
1721, 1821
5F1, 655,
6B9, 71D
12)
1522 to 1523,
1622 to 1623,
1722 to 1723,
1822 to 1823
5F2 to 5F3,
656 to 657,
6BA to 6BB,
71E to 71F
13)
1524, 1624,
1724, 1824
5F4, 658,
6BC, 720
14)
1525, 1625,
1725, 1825
5F5, 659,
68D, 721
-
-
-
5
6
7
8
Q MOTION
MONITOR
7)
2
LADDER MONITOR
FUNCTION
10)
OVERVIEW
1)
SYSTEM MONITOR
HEX
5E2 to 5E3,
646 to 647
MELSEC-A LIST
EDITOR
6)
DEC
1506 to 1507,
1606 to 1607
MELSEC-FX LIST
EDITOR
5)
1
Buffer memory address
INTELLIGENT
MODULE MONITOR
1)
2)
No.
NETWORK
MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 255
Screen example
No.
1)
5)
6)
7)
8)
2)
3)
4)
HEX
1)
1538, 1638,
1738, 1838
602, 670,
6CA, 72E
2)
1548, 1648,
1748, 1848
60C, 670,
6D4, 738
3)
1549, 1649,
1749, 1849
60D, 671,
6D5, 739
4)
1550, 1650,
1750, 1850
60E, 672,
606, 73A
5)
1540, 1640,
1740, 1840
604, 668,
6CB, 730
6)
1541, 1641,
1741, 1841
605, 669,
6CD, 731
7)
1542, 1642,
1742, 1842
606, 66A,
6CE, 732
8)
1543, 1643,
1743, 1843
607, 66B,
6D0, 733
9)
1551, 1651,
1751, 1851
60F, 673,
6D7, 73B
10)
1552, 1652,
1752, 1852
610, 674,
6D8, 73C
11)
1559, 1659,
1759, 1859
617, 67B,
6DF, 743
12)
1565, 1665,
1765, 1865
61D, 681,
6E5, 749
9)
10)
11)
12)
5)
6)
1)
2)
3)
4)
6 - 256
7)
8)
6.5 Intelligent Module Monitor Screens
Buffer memory address
DEC
-
-
-
1)
1517, 1617
5ED, 651
2)
1717, 1817
6B5, 719
3)
1518 to 1519,
1618 to 1619
5EE to 5EF,
652 to 653
4)
1718 to 1719,
1818 to 1819
6B6 to 6B7,
71A to 71B
5)
1534 to 1535,
1634 to 1635
5FE to 5FF,
662 to 663
6)
1734 to 1735,
1834 to 1835
6C6 to 6C7,
72A to 72B
7)
1536 to 1537,
1636 to 1637
600 to 601,
664 to 665
8)
1736 to 1737,
1836 to 1837
6C8 to 6C9,
72C to 72D
-
-
-
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
33)
34)
4C6 to 4CA
4)
1227 to 1231
4CB to 4CF
5)
1232 to 1236
4D0 to 4D4
6)
1237 to 1241
4D5 to 4D9
7)
1242 to 1246
4DA to 4DE
8)
1247 to 1251
4DF to 4E3
9)
1252 to 1256
4E4 to 4E8
10)
1257 to 1261
4E9 to 4ED
4EE to 4F2
11)
1262 to 1266
12)
1267 to 1271
4F3 to 4F7
13)
1272 to 1276
4F8 to 4FC
14)
1277 to 1281
4FD to 501
15)
1282 to 1286
502 to 506
16)
1287 to 1291
507 to 50B
-
-
-
1)
1293 to 1296
50D to 510
2)
1297 to 1300
511 to 514
3)
1301 to 1304
515 to 518
4)
1305 to 1308
519 to 51C
5)
1309 to 1312
51D to 520
521 to 524
6)
1313 to 1316
7)
1317 to 1320
525 to 528
8)
1321 to 1324
529 to 52C
9)
1325 to 1328
52D to 530
10)
1329 to 1332
531 to 534
11)
1333 to 1336
535 to 538
12)
1337 to 1340
539 to 53C
13)
1341 to 1344
53D to 540
14)
1345 to 1348
541 to 544
15)
1349 to 1352
545 to 548
16)
1353 to 1356
549 to 54C
17)
1358 to 1361
54E to 551
18)
1362 to 1365
552 to 555
19)
1366 to 1369
556 to 559
20)
1370 to 1373
55A to 55D
21)
1374 to 1377
55E to 561
22)
1378 to 1381
562 to 565
23)
1382 to 1385
566 to 569
24)
1386 to 1389
56A to 56D
25)
1390 to 1393
56E to 571
26)
1394 to 1397
572 to 575
27)
1398 to 1401
576 to 579
28)
1402 to 1405
57A to 57D
29)
1406 to 1409
57E to 581
30)
1410 to 1413
582 to 585
31)
1414 to 1417
586 to 589
32)
1418 to 1421
58A to 58D
33)
31300 to 31315
7A44 to 7A53
34)
31316 to 31331
7A54 to 7A63
-
-
-
OVERVIEW
4C1 to 4C5
1222 to 1226
2
SYSTEM MONITOR
1217 to 1221
3)
3
4
5
6
7
8
Q MOTION
MONITOR
25)
26)
27)
28)
29)
30)
31)
32)
9)
10)
11)
12)
13)
14)
15)
16)
2)
LADDER MONITOR
FUNCTION
9)
10)
11)
12)
13)
14)
15)
16)
HEX
4BC to 4C0
MELSEC-A LIST
EDITOR
1)
2)
3)
4)
5)
6)
7)
8)
DEC
1212 to 1216
MELSEC-FX LIST
EDITOR
1)
1
Buffer memory address
INTELLIGENT
MODULE MONITOR
No.
NETWORK
MONITOR
Screen example
6.5 Intelligent Module Monitor Screens
6 - 257
Screen example
No.
1)
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
Buffer memory address
DEC
HEX
1)
2000 to 2002,
2004 to 2009
7D0 to 7D2,
7D4 to 7D9
2)
2010 to 2012,
2014 to 2019
7DA to 7DC,
7DE to 7E3
3)
2020 to 2022,
2024 to 2029
7E4 to 7E6,
7E8 to 7ED
4)
8000 to 8002,
8004 to 8009
1F40 to 1F41,
1F44 to 1F49
5)
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
6)
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7)
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
8)
14010 to 14012,
14014 to 14019
36BA to 36BB,
36BE to 36C3
9)
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
10)
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
11)
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
12)
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
-
-
-
1)
30100, 30300,
30500, 30700
7594, 765C,
7724, 77EC
2)
30102, 30302,
30502 30702
7596, 765E,
7726, 77EE
3)
30103, 30303,
30503, 30703
7797, 765F,
7727, 77EF
4)
30104, 30304,
30504, 30704
7798, 7660,
7728, 77F0
5)
30108, 30308,
30508, 30708
759C, 7664,
772C, 77F4
5)
6)
30109, 30309,
30509, 30709
759D, 7665,
772D, 77F5
6)
7)
30110, 30310,
30510, 30710
7591, 7666,
772E, 77F6
8)
30114, 30314,
30514, 30714
75A2, 766A,
7732, 77FA
9)
30115, 30315,
30515, 30715
75A3, 766B,
7733, 77FB
1)
2)
3)
4)
7)
8)
9)
1)
2)
3)
4)
6 - 258
6.5 Intelligent Module Monitor Screens
-
-
-
1)
30104, 30304,
30504, 30704
7598, 7660,
7728, 77F0
2)
30116, 30316,
30516, 30716
75A4, 766C,
7734, 77FC
3)
30117, 30317,
30517, 30717
75A5, 766D,
7735, 77FD
4)
30118, 30318,
30518, 30718
75A4, 766E,
7736, 77FE
-
-
-
DEC
HEX
1)
31632, 31882,
32132, 32382
7B90, 7C8A,
7D84, 7E7E
2)
31633, 31883,
32133, 32383
7B91, 7C8B,
7D85, 7E7F
3)
31636, 31886,
32136, 32386
7B94, 7C8E,
7D88, 7E82
4)
31635, 31885,
32135, 32385
7B93, 7C8D,
7D87, 7E81
-
-
-
1)
2)
1
Buffer memory address
3)
OVERVIEW
No.
2
SYSTEM MONITOR
Screen example
4)
1)
30119, 30319,
30519, 30719
75A7, 766F,
7737, 77FF
2)
30120, 30320,
30520 30720
75A8, 7670,
7738, 7800
3)
30122, 30322,
30522, 30722
75AA, 7672,
773A, 7802
4)
30124, 30324,
30524, 30724
75AC, 7674,
773C, 7804
5)
30125, 30325,
30525, 30725
75AD, 7675,
773D, 7805
6)
30126, 30326,
30526, 30726
75AE, 7676,
773E, 7806
7)
30127, 30327,
30527, 30727
75AF, 7677,
773F, 7807
8)
30128, 30328,
30528, 30728
75B0, 7678,
7740, 7808
9)
30129, 30329,
30529, 30729
75B1, 7679,
7741, 7809
10)
30131, 30331,
30531, 30731
75B3, 767B,
7743, 780B
11)
30133, 30333,
30533, 30733
75B5, 767D,
7745, 780D
MELSEC-FX LIST
EDITOR
12)
30136, 30336,
30536, 30736
75B8, 7680,
7748, 7810
6
13)
30141, 30341,
30541, 30741
75BD, 7685,
774D, 7815
13)
-
-
-
1)
2)
30132, 30332,
30532, 30732
75B4, 767C,
7744, 780C
3)
4)
5)
30134, 30334,
30534, 30734
75B6, 767E,
7746, 780E
2)
6)
30137, 30337,
30537, 30737
75B9, 7681,
7749, 7811
3)
7)
30138, 30338,
30538, 30738
75BA, 7682,
774A, 7812
4)
8)
9)
30142, 30342,
30542, 30742
75BE, 7686,
774E, 7816
-
-
-
1)
5)
6)
7)
8)
MELSEC-A LIST
EDITOR
4
5
INTELLIGENT
MODULE MONITOR
2)
7
NETWORK
MONITOR
1)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
LADDER MONITOR
FUNCTION
3
8
Q MOTION
MONITOR
9)
6.5 Intelligent Module Monitor Screens
6 - 259
Screen example
No.
Buffer memory address
DEC
HEX
1)
30145, 30345,
30545, 30745
75C1, 7689,
7751, 7819
2)
30146, 30346,
30546, 30746
75C2, 768A,
7752, 781A
3)
30147, 30347,
30547, 30747
75C3, 768B,
7753, 781B
4)
5)
6)
4)
30148, 30348,
30548, 30748
75C4, 768C,
7754, 781C
7)
5)
30149, 30349,
30549, 30749
75C5, 768D,
7755, 781D
6)
30150, 30350,
30550, 30750
75C6, 768E,
7756, 781E
7)
30151, 30351,
30551, 30751
75C7, 768F,
7757, 781F
8)
30152, 30352,
30552, 30752
75C8, 7690,
7758, 7820
9)
30144, 30344,
30544, 30744
75C0, 7688,
7750, 7818
1)
2)
3)
8)
9)
-
-
-
1)
30120, 30320,
30520, 30720
75A8, 7670,
7738, 7800
2)
30121, 30321,
30521, 30721
75A9, 7671,
7739, 7801
3)
30130, 30330,
30530, 30730
75B2, 767A,
7742, 780A
4)
5)
30135, 30335,
30535, 30735
75B7, 767F,
7747, 780F
6)
30139, 30339,
30539, 30739
75BB, 7683,
774B, 7813
7)
30140, 30340,
30540, 30740
75BC, 7684,
774C, 7814
-
-
-
1)
30153, 30353,
30553, 30753
75C9, 7691,
7759, 7821
2)
30154, 30354,
30554, 30754
75CA, 5692,
775A, 7822
3)
4)
30163, 30363,
30563, 30763
75D3, 769B,
7763, 782B
-
-
-
1)
2)
3)
4)
5)
6)
7)
1)
2)
3)
4)
6 - 260
6.5 Intelligent Module Monitor Screens
1
Buffer memory address
DEC
HEX
1)
31645, 31895,
32145, 32395
7B9D, 7C97,
7D91, 7E8B
2)
2)
3)
4)
31646, 31896,
32146, 32396
7B9E, 7C98,
7D92, 7E8C
3)
5)
31647, 31897,
32147, 32397
7B9F, 7C99,
7D93, 7E8D
6)
7)
8)
31648, 31898,
32148, 32398
7BA0, 7C9A,
7D94, 7E8E
-
-
-
1)
4)
5)
6)
3
1)
31649, 31899,
32149, 32399
7BA1, 7C9B,
7D95, 7E8F
2)
2)
3)
4)
31650, 31900,
32150, 32400
7BA2, 7C9C,
7D96, 7E90
3)
5)
31651, 31901,
32151, 32401
7BA3, 7C9D,
7D97, 7E91
4)
6)
31652, 31902,
32152, 32402
7BA4, 7C9E,
7D98, 7E92
5)
6)
7)
31653, 31903,
32153, 32403
7BA5, 7C9F,
7D99, 7E93
8)
31654, 31904,
32154, 32404
7BA6, 7CA0,
7D9A, 7E94
-
-
-
1)
31455, 31705,
31955, 32205
7ADF, 7BD9,
7CD3, 7DCD
2)
31456, 31706,
31956, 32206
7AE0, 7BDA,
7CD4, 7DCE
MELSEC-FX LIST
EDITOR
3)
4)
31457, 31707,
31957, 32207
7AE1, 7BDB,
7CD5, 7DCF
6
5)
31458, 31708,
31958, 32208
7AE2, 7BDC,
7CD6, 7DD0
6)
31459, 31709,
31959, 32209
7AE3, 7BDD,
7CD7, 7DD1
INTELLIGENT
MODULE MONITOR
8)
9)
2
LADDER MONITOR
FUNCTION
7)
OVERVIEW
No.
SYSTEM MONITOR
Screen example
-
-
-
7)
8)
1)
2)
3)
7
8
Q MOTION
MONITOR
5)
5
NETWORK
MONITOR
4)
4
MELSEC-A LIST
EDITOR
1)
6.5 Intelligent Module Monitor Screens
6 - 261
Screen example
No.
Buffer memory address
DEC
HEX
1)
30164, 30364,
30564, 30764
75D4, 769C,
7764, 782C
2)
30165, 30365,
30565, 30765
75D5, 769D,
7765, 782D
3)
3)
4)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
4)
5)
30167, 30367,
30567, 30767
75D7, 769F,
7767, 782F
5)
6)
30168, 30368,
30568, 30768
75D8, 76A0,
7768, 7830
7)
30170, 30370,
30570, 30770
75DA, 76A2,
776A, 7832
-
-
-
1)
30174, 30374,
30574, 30774
75DE, 76A6,
776E, 7836
2)
30175, 30375,
30575, 30775
75DF, 76A7,
776F, 7837
3)
30172, 30372,
30572, 30772
75DC, 76A4,
776C, 7834
4)
30173, 30373,
30573, 30773
75DD, 76A5,
776D, 7835
-
-
-
1)
30166, 30366,
30566, 30766
75D6, 769E,
7766, 782E
2)
30169, 30369,
30569, 30769
75D9, 76A1,
7769, 7831
3)
30171, 30371,
30571, 30771
75DB, 76A3,
776B, 7833
4)
30180, 30380,
30580, 30780
75E4, 76AC,
7774, 783C
5)
30181, 30381,
30581, 30781
75E5, 76AD,
7775, 783D
6)
30183, 30383,
30583, 30783
75E7, 76AF,
7777, 783F
7)
30184, 30384,
30584, 30784
75E8, 76B0,
7778, 7840
8)
30187, 30387,
30587, 30787
75EB, 76B3,
777B, 7843
-
-
-
1)
2)
6)
7)
1)
2)
3)
4)
1)
2)
3)
4)
5)
6)
7)
8)
6 - 262
6.5 Intelligent Module Monitor Screens
No.
1)
2)
1
Buffer memory address
DEC
HEX
1)
30190, 30390,
30590, 30790
75EE, 76B6,
777E, 7846
2)
30192, 30392,
30592, 30792
75F0, 76B8,
7780, 7848
3)
4)
30194, 30394,
30594, 30794
75F2, 76BA,
7782, 784A
-
-
-
2
SYSTEM MONITOR
3)
OVERVIEW
Screen example
30202, 30402,
30602, 30802
75FA, 76C2,
778A, 7852
2)
30203, 30403,
30603, 30803
75FB, 76C3,
778B, 7853
3)
30204, 30404,
30604, 30804
75FC, 76C4,
778C, 7854
4)
30207, 30407,
30607, 30807
75FF, 76C7,
778F, 7857
5)
30209, 30409,
30609, 30809
7601, 76C9,
7791, 7859
-
-
-
1)
30228, 30428,
30628, 30828
7614, 76DC,
77A4, 786C
1)
2)
3)
4)
30230, 30430,
30630, 30830
7616, 76DE,
77A6, 786E
2)
5)
30231, 30431,
30631, 30831
7617, 76DF,
77A7, 786F
3)
6)
30232, 30432,
30632, 30832
7618, 76E0,
77A8, 7870
4)
7)
30233, 30433,
30633, 30833
7619, 76E1,
77A9, 7871
5)
8)
30234, 30434,
30634, 30834
761A, 76E2,
77AA, 7872
-
-
6)
6
7
NETWORK
MONITOR
-
MELSEC-FX LIST
EDITOR
5
7)
8)
4
INTELLIGENT
MODULE MONITOR
1)
2)
3)
MELSEC-A LIST
EDITOR
1)
LADDER MONITOR
FUNCTION
3
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 263
Screen example
No.
Buffer memory address
DEC
HEX
1)
30235, 30435,
30635, 30835
761B, 76E3,
77AB, 7873
2)
3)
4)
30237, 30437,
30637, 30837
761D, 76E5,
77AD, 7875
2)
5)
30261, 30461,
30661, 30861
7635, 76FD,
77C5, 788D
3)
6)
30262, 30462,
30662, 30862
7636, 76FE,
77C6, 788E
-
-
-
1)
31712, 31962,
32212, 32462
7BE0, 7CDA,
7DD4, 7ECE
-
-
-
1)
30905, 30955,
31005, 31055
78B9, 78EB,
791D, 794F
2)
30911, 30961,
31011, 31061
78BF, 78F1,
7923, 7955
-
-
-
1)
4)
5)
6)
1)
1)
2)
6 - 264
6.5 Intelligent Module Monitor Screens
DEC
HEX
1)
31740, 31990,
32240, 32490
7BFC, 7CF6,
7DF0, 7EEA
2)
31742, 31992,
32242, 32492
7BFE, 7CF8,
7DF2, 7EEC
2)
3)
31743, 31993,
32243, 32493
7BFF, 7CF9,
7DF3, 7EED
3)
4)
31744, 31994,
32244, 32494
7C00, 7CFA,
7DF4, 7EEE
5)
31750, 32000,
32250, 32500
7C06, 7D00,
7DFA, 7EF4
-
-
-
1)
31784, 32034,
32284, 32534
7C28, 7D22,
7E1C, 7F16
2)
31784, 32034,
32284, 32534
7C28, 7D22,
7E1C, 7F16
3)
31785, 32035,
32285, 32535
7C29, 7D23,
7E1D, 7F17
4)
31786, 32036,
32286, 32536
7C2A, 7D24,
7E1E, 7F18
-
-
-
1)
4)
5)
2)
2
3
4
MELSEC-A LIST
EDITOR
1)
OVERVIEW
1
Buffer memory address
SYSTEM MONITOR
No.
LADDER MONITOR
FUNCTION
Screen example
3)
4)
1)
2)
31787, 32037,
32287, 32537
7C2B, 7D25,
7E1F, 7F19
1)
MELSEC-FX LIST
EDITOR
5
-
-
INTELLIGENT
MODULE MONITOR
6
-
2)
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
6.5 Intelligent Module Monitor Screens
6 - 265
Screen example
No.
HEX
1)
31788, 32038,
32288, 32538
7C2C, 7D26,
7E20, 7F1A
2)
31789, 32039,
32289, 32539
7C2D, 7D27,
7E21, 7F1B
3)
31790, 32040,
32290, 32540
7C2E, 7D28,
7E22, 7F1C
4)
31792, 32042,
32292, 32542
7C30, 7D2A,
7E24, 7F1E
5)
6)
31791, 32041,
32291, 32541
7C2F, 7D29,
7E23, 7F1D
-
-
-
1)
2)
31800, 32050,
32300, 32550
7C38, 7D32,
7E2C, 7F26
3)
31801, 32051,
32301, 32551
7C39, 7D33,
7E2D, 7F27
-
-
-
1)
2)
3)
4)
5)
Buffer memory address
DEC
6)
1)
2)
3)
6 - 266
6.5 Intelligent Module Monitor Screens
6.5.45
1
LD77MS16 module monitoring
2)
5)
OVERVIEW
Screen example
1)
6)
SYSTEM MONITOR
2
7)
3)
LADDER MONITOR
FUNCTION
3
8)
4)
Axis
4)
-
Buffer memory address
DEC
4231
HEX
4
1087
5 to 8
2800, 2900, 3000, 3100
AF0, B54, BB8, C1C
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
9 to 12
3200, 3300, 3400, 3500
C80, CE4, D48, DAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
13 to 16
3600, 3700, 3800, 3900
E10, E74, ED8, F3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
1 to 4
2412, 2512, 2612, 2712
96C, 9D0, A34, A98
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
5 to 8
2812, 2912, 3012, 3112
AFC, B60, BC4, C28
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
9 to 12
3212, 3312, 3412, 3512
C8C, CF0, D54, DB8
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
13 to 16
3612, 3712, 3812, 3912
E1C, E80, EE4, F48
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
2406 to 2409, 2506 to 2509,
2606 to 2609, 2706 to 2709
966 to 969, 9CA to 9CD,
A2E to A31, A92 to A95
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
1 to 4
2441, 2541, 2641, 2741
989, 9ED, A51, AB5
5 to 8
2841, 2941, 3041, 3141
B19, B7D, BE1, C45
2806 to 2809, 2906 to 2909,
3006 to 3009, 3106 to 3109
AF6 to AF9, B5A to B5D,
BBE to BC1, C22 to C25
1 to 4
5)
6)
7)
5 to 8
3)
9 to 12
13 to 16
3206 to 3209, 3306 to 3309,
3406 to 3409, 3506 to 3509
C86 to C89, CEA to CED,
D4E to D51, DB2 to DB5
3606 to 3609, 3706 to 3709,
3806 to 3809, 3906 to 3909
E16 to E19, E7A to E7D,
EDE to EE1, F42 to F45
8)
-
9 to 12
3241, 3341, 3441, 3541
CA9, D0D, D71, DD5
13 to 16
3641, 3741, 3841, 3941
E39, E9D, F01, F65
1 to 4
2438, 2538, 2638, 2738
986, 9EA, A4E, AB2
5 to 8
2838, 2938, 3038, 3138
B16, B7A, BDE, C42
9 to 12
3238, 3338, 3438, 3538
CA6, D0A, D6E, DD2
13 to 16
3638, 3738, 3838, 3938
E36, E9A, EFE, F62
-
-
-
MELSEC-A LIST
EDITOR
2)
960, 9C4, A28, A8C
No.
5
6
7
NETWORK
MONITOR
1)
2400, 2500, 2600, 2700
HEX
MELSEC-FX LIST
EDITOR
1 to 4
Buffer memory address
DEC
INTELLIGENT
MODULE MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 267
Screen example
1)
No.
Axis
1)
-
Buffer memory address
DEC
HEX
-
-
No.
Axis
-
-
Buffer memory address
DEC
HEX
-
-
Screen example
1)
4)
2)
5)
3)
No.
Axis
Buffer memory address
DEC
HEX
Axis
Buffer memory address
DEC
HEX
1 to 4
0, 150, 300, 450
0, 96, 12C, 1C2
1 to 4
6 to 7, 156 to 157,
306 to 307, 456 to 457
5 to 8
600, 750, 900, 1050
258, 2EE, 3E8, 47E
5 to 8
606 to 607, 756 to 757,
906 to 907, 1056 to 1057
25E to 25F, 2F4 to 2F5,
38A to 38B, 420 to 421
9 to 12
1200, 1350, 1500, 1650
514, 5AA, 640, 6D6
9 to 12
1206 to 1207, 1356 to 1357,
1506 to 1507, 1656 to 1657
4B6 to 4B7, 54C to 54D,
5E2 to 5E3, 678 to 679
13 to 16
1800, 1950, 2100, 2250
708, 79E, 834, 8CA
13 to 16
1806 to 1807, 1956 to 1957,
2106 to 2107, 2256 to 2257
70E to 70F, 7A4 to 7A5,
83A to 83B, 8D0 to 8D1
1 to 4
2 to 3, 152 to 153,
302 to 303 , 452 to 453
2 to 3, 98 to 99,
12E to 12F, 1C4 to 1C5
1 to 4
4 to 5, 154 to 155,
304 to 305, 454 to 455
4 to 5, 9A to 9B,
130 to 131, 1C6 to 1C7
5 to 8
602 to 603, 752 to 753, 902 to
903, 1052 to 1053
25A to 25B, 2F0 to 2F1,
386 to 387, 41C to 41D
5 to 8
604 to 605, 754 to 755, 904 to
905, 1054 to 1055
25C to 25D, 2F2 to 2F3,
388 to 389, 41E to 41F
9 to 12
1202 to 1203, 1352 to 1353,
1502 to 1503, 1652 to 1653
4B2 to 4B3, 548 to 549,
5DE to 5DF, 674 to 675
9 to 12
1204 to 1205, 1354 to 1355,
1504 to 1505, 1654 to 1655
4B4 to 4B5, 54A to 54B,
5E0 to 5E1, 676 to 677
13 to 16
1802 to 1803, 1952 to 1953,
2102 to 2103, 2252 to 2253
70A to 70B, 7A0 to 7A1,
836 to 837, 8CC to 8CD
13 to 16
1804 to 1805, 1954 to 1955,
2104 to 2105, 2254 to 2255
70C to 70D, 7A2 to 7A3,
838 to 839, 8CE to 8CF
1 to 4
1, 151, 301, 451
1, 97, 12D, 1C3
5 to 8
601, 751, 901, 1051
259, 2EF, 385, 41B
9 to 12
1201, 1351, 1501, 1651
4B1, 547, 5DD, 673
13 to 16
1801, 1951, 2101, 2251
709, 79F, 835, 8CB
1)
4)
2)
3)
No.
6 - 268
6.5 Intelligent Module Monitor Screens
5)
-
-
-
6 to 7, 9C to 9D,
132 to 133, 1C8 to 1C9
-
1
1)
OVERVIEW
Screen example
3)
SYSTEM MONITOR
2
2)
A to B, A0 to A1,
136 to 137, 1CC to 1CD
5 to 8
610 to 611, 760 to 761,
910 to 911, 1060 to 1061
262 to 263, 2F8 to 2F9,
2F8 to 2F9, 424 to 425
9 to 12
1210 to 1211, 1360 to 1361,
1510 to 1511, 1660 to 1661
4BA to 4BB, 550 to 551,
5E6 to 5E7, 67C to 67D
13 to 16
1810 to 1811, 1960 to 1961,
2110 to 2111, 2260 to 2261
712 to 713, 7A8 to 7A9,
83E to 83F, 8D4 to 8D5
1 to 4
12 to 13, 162 to 163,
312 to 313, 462 to 463
C to D, A2 to A3, 138 to
139, 1CE to 1CF
5 to 8
612 to 613, 762 to 763,
912 to 913, 1062 to 1063
264 to 265, 2FA to 2FB,
390 to 391, 426 to 427
1 to 4
1)
2)
9 to 12
1212 to 1213, 1362 to 1363,
1512 to 1513, 1662 to 1663
4BC to 4BD, 552 to 553,
5E8 to 5E9, 67E to 67F
13 to 16
1812 to 1813, 1962 to 1963,
2112 to 2113, 2262 to 2263
714 to 715, 7AA to 7AB,
840 to 841, 8D6 to 8D7
1 to 4
14 to 15, 164 to 165,
314 to 315, 464 to 465
E to F, A4 to A5,
13A to 13B, 1D0 to 1D1
4
5 to 8
614 to 615, 764 to 765,
914 to 915, 1064 to 1065
266 to 267, 2FC to 2FD,
392 to 393, 428 to 429
9 to 12
1214 to 1215, 1364 to 1365,
1514 to 1515, 1664 to 1665
4BE to 4BF, 554 to 555,
5EA to 5EB, 680 to 681
13 to 16
1814 to 1815, 1964 to 1965,
2114 to 2115, 2264 to 2265
716 to 717, 7AC to 7AD,
842 to 843, 8D8 to 8D9
Axis
2)
3)
Buffer memory address
DEC
HEX
MELSEC-A LIST
EDITOR
10 to 11, 160 to 161,
310 to 311, 460 to 461
No.
5
MELSEC-FX LIST
EDITOR
HEX
6
INTELLIGENT
MODULE MONITOR
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 269
Screen example
4)
1)
5)
2)
3)
6)
7)
No.
1)
Axis
HEX
1 to 4
17, 167, 317, 467
11, A7, 13D, 1D3
5 to 8
617, 767, 917, 1067
617, 767, 917, 1067
9 to 12
1217, 1367, 1517, 1667
1217, 1367, 1517, 1667
13 to 16
1817, 1967, 2117, 2267
1817, 1967, 2117, 2267
1 to 4
18 to 19, 168 to 169,
318 to 319, 468 to 469
12 to 13, A8 to A9,
13E to 13F, 1D4 to 1D5
5 to 8
618 to 619, 768 to 769, 918 to
919, 1068 to 1069
No.
3)
4)
Axis
13 to 16
-
Buffer memory address
DEC
1820 to 1821, 1970 to 1971,
2120 to 2121, 2270 to 2271
33
HEX
71C to 71D, 7B2 to 7B3,
848 to 849, 8DE to 8DF
21
1 to 4
22, 172, 322, 472
16, AC, 142, 1D8
622, 772, 922, 1072
5 to 8
622, 772, 922, 1072
9 to 12
1222, 1372, 1522, 1672
1222, 1372, 1522, 1672
26A to 26B, 300 to 301,
396 to 397, 42C to 42D
13 to 16
1822, 1972, 2122, 2272
1822, 1972, 2122, 2272
1 to 4
23, 173, 323, 473
17, AD, 143, 1D9
9 to 12
1218 to 1219, 1368 to 1369,
1518 to 1519, 1668 to 1669
4C2 to 4C3, 558 to 559,
5EE to 5EF, 684 to 685
5 to 8
623, 773, 923, 1073
26F, 305, 39B, 431
9 to 12
1223, 1373, 1523, 1673
4C7, 55D, 5F3, 689
13 to 16
1818 to 1819, 1968 to 1969,
2118 to 2119, 2268 to 2269
71A to 71B, 7B0 to 7B1,
846 to 847, 8DC to 8DD
13 to 16
1823, 1973, 2123, 2273
71F, 7B5, 84B, 8E1
26, 176, 326, 476
1A, B0, 146, 1DC
1 to 4
20 to 21, 170 to 171,
320 to 321, 470 to 471
14 to 15, AA to AB, 140 to
141, 1D6 to 1D7
5 to 8
620 to 621, 770 to 771, 920 to
921, 1070 to 1071
26C to 26D, 302 to 303,
398 to 399, 42E to 42F
9 to 12
1220 to 1221, 1370 to 1371,
1520 to 1521, 1670 to 1671
4C4 to 4C5, 55A to 55B,
5F0 to 5F1, 686 to 687
2)
3)
Buffer memory address
DEC
6 - 270
6.5 Intelligent Module Monitor Screens
5)
6)
1 to 4
7)
-
5 to 8
626, 776, 926, 1076
272, 308, 39E, 434
9 to 12
1226, 1376, 1526, 1676
4CA, 560, 5F6, 68C
13 to 16
1826, 1976, 2126, 2276
722, 7B8, 84E, 8E4
-
-
-
1
OVERVIEW
Screen example
1)
2)
6)
3)
2
SYSTEM MONITOR
7)
4)
8)
5)
27, 177, 327, 477
1B, B1, 147, 1DD
5 to 8
627, 777, 927, 1077
273, 309, 39F, 435
9 to 12
1227, 1377, 1527, 1677
4CB, 561, 5F7, 68D
13 to 16
1827, 1977, 2127, 2277
723, 7B9, 84F, 8E5
1 to 4
28, 178, 328, 478
1C, B2, 148, 1DE
5 to 8
628, 778, 928, 1078
274, 30A, 3A0, 436
9 to 12
1228, 1378, 1528, 1678
4CC, 562, 5F8, 68E
13 to 16
1828, 1978, 2128, 2278
724, 7BA, 850, 8E6
1 to 4
29, 179, 329, 479
1D, B3, 149, 1DF
5 to 8
629, 779, 929, 1079
275, 30B, 3A1, 437
9 to 12
1229, 1379, 1529,1679
4CD, 563, 5F9, 68F
13 to 16
1829, 1979, 2129, 2279
725, 7BB, 851, 8E7
1 to 4
24 to 25, 174 to 175, 324 to
325, 474 to 475
18 to 19, AE to AF, 144 to
145, 1DA to 1DB
5 to 8
624 to 625, 774 to 775, 924 to
925, 1074 to 1075
270 to 271, 306 to 307,
39C to 39D, 432 to 433
9 to 12
1224 to 1225, 1374 to 1375,
1524 to 1525, 1674 to 1675
4C8 to 4C9, 55E to 55F,
5F4 to 5F5, 68A to 68B
13 to 16
1824 to 1825, 1974 to 1975,
2124 to 2125, 2274 to 2275
720 to 721, 7B6 to 7B7,
84C to 84D, 8E2 to 8E3
4)
No.
5)
6)
7)
8)
9)
Buffer memory address
Axis
DEC
HEX
1 to 4
30, 180, 330, 480
1E, B4, 14A, 1E0
5 to 8
630, 780, 930, 1080
276, 30C, 3A2, 438
9 to 12
1230, 1380, 1530, 1680
4CE, 564, 5FA, 690
13 to 16
1830, 1980, 2130, 2280
726, 7BC, 852, 8E8
1 to 4
31, 181, 331, 481
1F, B5, 14B, 1E1
277, 30D, 3A3, 439
5 to 8
631, 781, 931, 1081
9 to 12
1231, 1381, 1531, 1681
4CF, 565, 5FB, 691
13 to 16
1831, 1981, 2131, 2281
727, 7BD, 853, 8E9
1 to 4
34, 184, 334, 484
22, B8, 14E, 1E4
5 to 8
634, 784, 934, 1084
27A, 310, 3A6, 43C
9 to 12
1234, 1384, 1534, 1684
4D2, 568, 5FE, 694
13 to 16
1834, 1984, 2134, 2284
72A, 7C0, 856, 8EC
1 to 4
32, 182, 332, 482
20, B6, 14C, 1E2
5 to 8
632, 782, 932, 1082
278, 30E, 3A4, 43A
9 to 12
1232, 1382, 1532, 1682
4D0, 566, 5FC, 692
13 to 16
1832, 1982, 2132, 2282
728, 7BE, 854, 8EA
35
23
-
4
MELSEC-A LIST
EDITOR
3)
1 to 4
HEX
5
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
MELSEC-FX LIST
EDITOR
9)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 271
Screen example
1)
2)
3)
7)
8)
4)
5)
6)
9)
10)
No.
Axis
HEX
1 to 4
36 to 37, 186 to 187, 336 to
337, 486 to 487
24 to 25, BA to BB,
150 to 151, 1E6 to 1E7
5 to 8
636 to 637, 786 to 787,
936 to 937, 1086 to 1087
27C to 27D, 312 to 313,
3A8 to 3A9, 43E to 43F
9 to 12
1236 to 1237, 1386 to 1387,
1536 to 1537, 1686 to 1687
13 to 16
No.
Axis
Buffer memory address
DEC
HEX
5 to 8
644 to 645, 794 to 794,
944 to 944, 1094 to 1094
284 to 284, 31A to 31A,
3B0 to 3B0, 446 to 446
9 to 12
1244 to 1244, 1394 to 1394,
1544 to 1544, 1694 to 1694
4DC to 4DC, 572 to 572,
608 to 608, 69E to 69E
4D4 to 4D5, 56A to 56B,
600 to 601, 696 to 697
13 to 16
1844 to 1844, 1994 to 1994,
2144 to 2144, 2294 to 2294
734 to 734, 7CA to 7CA,
860 to 860, 8F6 to 8F6
1836 to 1837, 1986 to 1987,
2136 to 2137, 2286 to 2287
72C to 72D, 7C2 to 7C3,
858 to 859, 8EE to 8EF
1 to 4
46 to 47, 196 to 197,
346 to 347, 496 to 497
2E to 2F, C4 to C5, 15A to
15B, 1F0 to 1F1
1 to 4
38 to 39, 188 to 189,
338 to 339, 488 to 489
26 to 27, BC to BD,
152 to 153, 1E8 to 1E9
5 to 8
646 to 646, 796 to 796,
946 to 946, 1096 to 1096
286 to 286, 31C to 31C,
3B2 to 3B2, 448 to 448
5 to 8
638 to 639, 788 to 789,
938 to 939, 1088 to 1089
27E to 27F, 314 to 315,
3AA to 3AB, 440 to 441
9 to 12
1246 to 1246, 1396 to 1396,
1546 to 1546, 1696 to 1696
4DE to 4DE, 574 to 574,
60A to 60A, 6A0 to 6A0
9 to 12
1238 to 1239, 1388 to 1389,
1538 to 1539, 1688 to 1689
4D6 to 4D7, 56C to 56D,
602 to 603, 698 to 699
13 to 16
1846 to 1846, 1996 to 1996,
2146 to 2146, 2296 to 2296
736 to 736, 7CC to 7CC,
862 to 862, 8F8 to 8F8
13 to 16
1838 to 1839, 1988 to 1989,
2138 to 2139, 2288 to 2289
72E to 72F, 7C4 to 7C5,
85A to 85B, 8F0 to 8F1
1 to 4
48 to 49, 198 to 199,
348 to 349, 498 to 499
30 to 31, C6 to C7,
15C to 15D, 1F2 to 1F3
1 to 4
40 to 41, 190 to 191, 340 to
341, 490 to 491
28 to 29, BE to BF, 154 to
155, 1EA to 1EB
5 to 8
648 to 649, 798 to 799, 948 to
949, 1098 to 1099
288 to 289, 31E to 31F,
3B4 to 3B5, 44A to 44B
5 to 8
640 to 641, 790 to 791, 940 to
941, 1090 to 1091
280 to 281, 316 to 317,
3AC to 3AD, 442 to 443
9 to 12
1248 to 1249, 1398 to 1399,
1548 to 1549, 1698 to 1699
4E0 to 4E1, 576 to 577,
60C to 60D, 6A2 to 6A3
9 to 12
1240 to 1241, 1390 to 1391,
1540 to 1541, 1690 to 1691
4D8 to 4D9, 56E to 56F,
604 to 605, 69A to 69B
13 to 16
1848 to 1849, 1998 to 1999,
2148 to 2149, 2298 to 2299
738 to 739, 7CE to 7CF,
864 to 865, 8FA to 8FB
13 to 16
1840 to 1841, 1990 to 1991,
2140 to 2141, 2290 to 2291
730 to 731, 7C6 to 7C7,
85C to 85D, 8F2 to 8F3
1 to 4
50, 200, 350, 500
32, C8, 15E, 1F4
5 to 8
650, 800, 950, 1100
28A, 320, 3B6, 44C
1 to 4
42 to 43, 192 to 193,
342 to 343, 492 to 493
2A to 2B, C0 to C1,
156 to 157, 1EC to 1ED
9 to 12
1250, 1400, 1550, 1700
4E2, 578, 60E, 6A4
13 to 16
1850, 2000, 2150, 2300
73A, 7D0, 866, 8FC
5 to 8
642 to 643, 792 to 793,
942 to 943, 1092 to 1093
282 to 283, 318 to 319,
3AE to 3AF, 444 to 445
1 to 4
51, 201, 351, 501
33, C9, 15F, 1F5
5 to 8
651, 801, 951, 1101
28B, 321, 3B7, 44D
9 to 12
1242 to 1243, 1392 to 1393,
1542 to 1543, 1692 to 1693
4DA to 4DB, 570 to 571,
606 to 607, 69C to 69D
9 to 12
1251, 1401, 1551, 1701
4E3, 579, 60F, 6A5
13 to 16
1851, 2001, 2151, 2301
73B, 7D1, 867, 8FD
13 to 16
1842 to 1843, 1992 to 1993,
2142 to 2143, 2292 to 2293
732 to 733, 7C8 to 7C9,
85E to 85F, 8F4 to 8F5
44 to 45, 194 to 195,
344 to 345, 494 to 495
2C to 2D, C2 to C3,
158 to 159, 1EE to 1EF
1)
2)
3)
4)
5)
Buffer memory address
DEC
1 to 4
6 - 272
6.5 Intelligent Module Monitor Screens
5)
6)
7)
8)
9)
10)
1 to 4
69, 219, 369, 519
45, DB, 171, 207
5 to 8
669, 819, 969, 1119
29D, 333, 3C9, 45F
9 to 12
1269, 1419, 1569, 1719
4F5, 58B, 621, 6B7
13 to 16
1869, 2019, 2169, 2319
74D, 7E3, 879, 90F
1
9)
3)
4)
2
5)
SYSTEM MONITOR
10)
6)
11)
8)
No.
1)
2)
Axis
Buffer memory address
DEC
1 to 4
52, 202, 352, 502
HEX
No.
34, CA, 160, 1F6
5 to 8
652, 802, 952, 1102
28C, 322, 3B8, 44E
9 to 12
1252, 1402, 1552, 1702
4E4, 57A, 610, 6A6
13 to 16
1852, 2002, 2152, 2302
73C, 7D2, 868, 8FE
1 to 4
53, 203, 353, 503
35, CB, 161, 1F7
5 to 8
653, 803, 953, 1103
28D, 323, 3B9, 44F
9 to 12
1253, 1403, 1553, 1703
4E5, 57B, 611, 6A7
13 to 16
1853, 2003, 2153, 2303
1 to 4
1 to 4
3B, D1, 167, 1FD
5 to 8
659, 809, 959, 1109
293, 329, 3BF, 455
1259, 1409, 1559, 1709
4EB, 581, 617, 6AD
13 to 16
1859, 2009, 2159, 2309
743, 7D9, 86F, 905
67
43
1 to 4
60 to 61, 210 to 211,
360 to 361, 510 to 511
3C to 3D, D2 to D3,
168 to 169, 1FE to 1FF
5 to 8
660 to 661, 810 to 811,
960 to 961, 1110 to 1111
294 to 295, 32A to 32B,
3C0 to 3C1, 456 to 457
73D, 7D3, 869, 8FF
9 to 12
1260 to 1261, 1410 to 1411,
1560 to 1561, 1710 to 1711
4EC to 4ED, 582 to 583,
618 to 619, 6AE to 6AF
56, 206, 356, 506
38, CE, 164, 1FA
13 to 16
1860 to 1861, 2010 to 2011,
2160 to 2160, 2310 to 2311
744 to 745, 7DA to 7DB,
870 to 871, 906 to 907
8)
1
5 to 8
656, 806, 956, 1106
290, 326, 3BC, 452
1 to 4
62, 212, 362, 512
3E, D4, 16A, 200
9 to 12
1256, 1406, 1556, 1706
4E8, 57E, 614, 6AA
5 to 8
662, 812, 962, 1112
296, 32C, 3C2, 458
13 to 16
1856, 2006, 2156, 2306
740, 7D6, 86C, 902
9 to 12
1262, 1412, 1562, 1712
4EE, 584, 61A, 6B0
1 to 4
57, 207, 357, 507
39, CF, 165, 1FB
13 to 16
1862, 2012, 2162, 2312
746, 7DC, 872, 908
5 to 8
657, 807, 957, 1107
291, 327, 3BD, 453
1 to 4
63, 213, 363, 513
3F, D5, 16B, 201
5 to 8
663 to 664, 813 to 814, 963 to
964, 1113 to 1114
297 to 298, 32D to 32E,
3C3 to 3C4, 459 to 45A
9 to 12
1263 to 1264, 1413 to 1414,
1563 to 1564, 1713 to 1714
4EF to 4F0, 585 to 586,
61B to 61C, 6B1 to 6B2
13 to 16
1863 to 1864, 2013 to 2014,
2163 to 2164, 2313 to 2314
747 to 748, 7DD to 7DE,
873 to 874, 909 to 90A
9 to 12
1257, 1407, 1557, 1707
4E9, 57F, 615, 6AB
13 to 16
1857, 2007, 2157, 2307
741, 7D7, 86D, 903
10)
1 to 4
58, 208, 358, 508
3A, D0, 166, 1FC
5 to 8
658, 808, 958, 1108
292, 328, 3BE, 454
9 to 12
1258, 1408, 1558, 1708
4EA, 580, 616, 6AC,
13 to 16
1858, 2008, 2158, 2308
742, 7D8, 86E, 904
1 to 4
54 to 55 , 204 to 205, 354 to
355, 504 to 505
36 to 37, CC to CD,162 to
163, 1F8 to 1F9
1 to 4
64 to 65, 214 to 215, 364 to
365, 514 to 515
40 to 41, D6 to D7,
16C to 16D, 202 to 203
5 to 8
654 to 655, 804 to 805,
954 to 955, 1104 to 1105
28E to 28F, 324 to 325,
3BA to 3BB, 450 to 451
5 to 8
664 to 665, 814 to 815, 964 to
965, 1114 to 1115
298 to 299, 32E to 32F,
3C4 to 3C5, 45A to 45B
9 to 12
1254 to 1255, 1404 to 1405,
1554 to 1555, 1704 to 1705
4E6 to 4E7, 57C to 57D,
612 to 613, 6A8 to 6A9
9 to 12
1264 to 1265, 1414 to 1415,
1564 to 1565, 1714 to 1715
4F0 to 4F1, 586 to 587,
61C to 61D, 6B2 to 6B3
13 to 16
1854 to 1855, 2004 to 2005,
2154 to 2155, 2304 to 2305
73E to 73F, 7D4 to 7D5,
86A to 86B, 900 to 901
13 to 16
1864 to 1865, 2014 to 2015,
2164 to 2165, 2314 to 2315
748 to 749, 7DE to 7DF,
874 to 875, 90A to 90B
6)
11)
12)
4
5
6
7
NETWORK
MONITOR
5)
HEX
59, 209, 359, 509
8
Q MOTION
MONITOR
4)
DEC
9 to 12
7)
9)
3)
Buffer memory address
Axis
LADDER MONITOR
FUNCTION
3
12)
MELSEC-A LIST
EDITOR
7)
MELSEC-FX LIST
EDITOR
2)
INTELLIGENT
MODULE MONITOR
1)
OVERVIEW
Screen example
6.5 Intelligent Module Monitor Screens
6 - 273
Screen example
1)
6)
2)
3)
4)
7)
5)
8)
No.
Axis
Buffer memory address
DEC
HEX
Buffer memory address
DEC
HEX
1 to 4
82, 232, 382, 532
52, E8, 17E, 214
1 to 4
5 to 8
682, 832, 982, 1132
2AA, 340, 3D6, 46C
5 to 8
680 to 681, 830 to 831, 980 to
981, 1130 to 1131
2A8 to 2A9, 33E to 33F,
3D4 to 3D5, 46A to 46B
9 to 12
1282, 1432, 1582, 1732
502, 598, 62E, 6C4
9 to 12
1280 to 1281, 1430 to 1431,
1580 to 1581, 1730 to 1731
500 to 501, 596 to 597,
62C to 62D, 6C2 to 6C3
13 to 16
1882, 2032, 2182, 2332
75A, 7F0, 886, 91C
13 to 16
1880 to 1881, 2030 to 2031,
2180 to 2181, 2330 to 2331
758 to 759, 7EE to 7EF,
884 to 885, 91A to 91B
1 to 4
83, 233, 383, 533
53, E9, 17F, 215
1 to 4
84 to 85, 234 to 235,
384 to 385, 534 to 535
54 to 55, EA to EB,
180 to 181, 216 to 217
5 to 8
683, 833, 983, 1133
2AB, 341, 3D7, 46D
5 to 8
684 to 685, 834 to 835, 984 to
985, 1134 to 1135
2AC to 2AD, 342 to 343,
3D8 to 3D9, 46E to 46F
9 to 12
1283, 1433, 1583, 1733
503, 599, 62F, 6C5
9 to 12
1284 to 1285, 1434 to 1435,
1584 to 1585, 1734 to 1735
504 to 505, 59A to 59B,
630 to 631, 6C6 to 6C7
13 to 16
1883, 2033, 2183, 2333
75B, 7F1, 887, 91D
13 to 16
1884 to 1885, 2034 to 2035,
2184 to 2185, 2334 to 2335
75C to 75D, 7F2 to 7F3,
888 to 889, 91E to 91F
5)
2)
4)
Axis
80 to 81, 230 to 231,
380 to 381, 530 to 531
1)
3)
No.
6)
50 to 51, E6 to E7,
17C to 17D, 212 to 213
1 to 4
86, 236, 386, 536
56, EC, 182, 218
1 to 4
88, 238, 388, 538
58, EE, 184, 21A
5 to 8
686, 836, 986, 1136
2AE, 344, 3DA, 470
5 to 8
688, 838, 988, 1138
2B0, 346, 3DC, 472
9 to 12
1286, 1436, 1586, 1736
506, 59C, 632, 6C8
9 to 12
1288, 1438, 1588, 1738
508, 59E, 634, 6CA
13 to 16
1886, 2036, 2186, 2336
75E, 7F4, 88A, 920
13 to 16
1888, 2038, 2188, 2338
760, 7F6, 88C, 922
7)
1 to 4
87, 237, 387, 537
57, ED, 183, 219
1 to 4
89, 239, 389, 539
59, EF, 185, 21B
5 to 8
687, 837, 987, 1137
2AF, 345, 3DB, 471
5 to 8
689, 839, 989, 1139
2B1, 347, 3DD, 473
9 to 12
1287, 1437, 1587, 1737
507, 59D, 633, 6C9
13 to 16
1887, 2037, 2187, 2337
75F, 7F5, 88B, 921
6 - 274
6.5 Intelligent Module Monitor Screens
8)
9 to 12
1289, 1439, 1589, 1739
509, 59F, 635, 6CB
13 to 16
1889, 2039, 2189, 2339
761, 7F7, 88D, 923
1
1)
OVERVIEW
Screen example
5)
2)
2
4)
SYSTEM MONITOR
3)
6)
2)
3)
4)
Buffer memory address
DEC
No.
HEX
1 to 4
70, 220, 370, 520
46, DC, 172, 208
5 to 8
670, 820, 970, 1120
29E, 334, 3CA, 460
9 to 12
1270, 1420, 1570, 1720
4F6, 58C, 622, 6B8
13 to 16
1870, 2020, 2170, 2320
74E, 7E4, 87A, 910
1 to 4
71, 221, 371, 521
47, DD, 173, 209
5 to 8
671, 821, 971, 1121
29F, 335, 3CB, 461
9 to 12
1271, 1421, 1571, 1721
4F7, 58D, 623, 6B9
13 to 16
1871, 2021, 2171, 2321
74F, 7E5, 87B, 911
1 to 4
78, 228, 378, 528
4E, E4, 17A, 210
5 to 8
678, 828, 978, 1128
2A6, 33C, 3D2, 468
4)
Axis
9 to 12
1278, 1428, 1578, 1728
4FE, 594, 62A, 6C0
1878, 2028, 2178, 2328
756, 7EC, 882, 918
1 to 4
72 to 73, 222 to 223,
372 to 373, 522 to 523
48 to 49, DE to DF,
174 to 175, 20A to 20B
5 to 8
672 to 673, 822 to 823,
972 to 973, 1122 to 1123
2A0 to 2A1, 336 to 337,
3CC to 3CD, 462 to 463
9 to 12
1272 to 1273, 1422 to 1423,
1572 to 1573, 1722 to 1723
4F8 to 4F9, 58E to 58F,
624 to 625, 6BA to 6BB
HEX
1872 to 1873, 2022 to 2023,
2172 to 2173, 2322 to 2323
750 to 751, 7E6 to 7E7,
87C to 87D, 912 to 913
1 to 4
74 to 75, 224 to 225,
374 to 375, 524 to 525
4A to 4B, E0 to E1,
176 to 177, 20C to 20D
5 to 8
674 to 675, 824 to 825,
974 to 975, 1124 to 1125
2A2 to 2A3, 338 to 339,
3CE to 3CF, 464 to 465
9 to 12
1274 to 1275, 1424 to 1425,
1574 to 1575, 1724 to 1725
4FA to 4FB, 590 to 591,
626 to 627, 6BC to 6BD
13 to 16
1874 to 1875, 2024 to 2025,
2174 to 2175, 2324 to 2325
752 to 753, 7E8 to 7E9,
87E to 87F, 914 to 915
1 to 4
76 to 77, 226 to 227,
376 to 377, 526 to 527
4C to 4D, E2 to E3,
178 to 179, 20E to 20F
5 to 8
676 to 677, 826 to 827,
976 to 977, 1126 to 1127
2A4 to 2A5, 33A to 33B,
3D0 to 3D1, 466 to 467
9 to 12
1276 to 1277, 1426 to 1427,
1576 to 1577, 1726 to 1727
4FC to 4FD, 592 to 593,
628 to 629, 6BE to 6BF
13 to 16
1876 to 1877, 2026 to 2027,
2176 to 2177, 2326 to 2327
754 to 755, 7EA to 7EB,
880 to 881, 916 to 917
13 to 16
5)
13 to 16
Buffer memory address
DEC
6)
Screen example
4
MELSEC-A LIST
EDITOR
1)
Axis
5
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
INTELLIGENT
MODULE MONITOR
6
1)
2)
NETWORK
MONITOR
7
1)
Axis
Buffer memory address
DEC
HEX
No.
Axis
8
Buffer memory address
DEC
HEX
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
1 to 4
2417, 2517, 2617, 2717
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
2)
971, 9D5, A39, A9D
6.5 Intelligent Module Monitor Screens
6 - 275
Q MOTION
MONITOR
No.
Screen example
1)
2)
6)
7)
3)
No.
Axis
4)
5)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2410 to 2411, 2510 to 2511,
2610 to 2611, 2710 to 2711
96A to 96B, 9CE to 9CF,
A32 to A33, A96 to A97
5 to 8
2810 to 2811, 2910 to 2911,
3010 to 3011, 3110 to 3111
AFA to AFB, B5E to B5F,
BC2 to BC3, C26 to C27
9 to 12
3210 to 3211, 3310 to 3311,
3410 to 3411, 3510 to 3511
C8A to C8B, CEE to CEF,
D52 to D53, DB6 to DB7
E22 to E23, E86 to E87,
EEA to EEB, F4E to F4F
13 to 16
3610 to 3611, 3710 to 3711,
3810 to 3811, 3910 to 3911
E1A to E1B, E7E to E7F,
EE2 to EE3, F46 to F47
2402 to 2403, 2502 to 2503,
2602 to 2603, 2702 to 2703
962 to 963, 9C6 to 9C7,
A2A to A2B, A8E to A8F
1 to 4
2412 to 2413, 2512 to 2513,
2612 to 2613, 2712 to 2713
96C to 96D, 9D0 to 9D1,
A34 to A35, A98 to A99
5 to 8
2802 to 2803, 2902 to 2903,
3002 to 3003, 3102 to 3103
AF2 to AF3, B56 to B57,
BBA to BBB, C1E to C1F
5 to 8
2812 to 2813, 2912 to 2913,
3012 to 3013, 3112 to 3113
AFC to AFD, B60 to B61,
BC4 to BC5, C28 to C29
9 to 12
3202 to 3203, 3302 to 3303,
3402 to 3403, 3502 to 3503
C82 to C83, CE6 to CE7,
D4A to D4B, DAE to DAF
9 to 12
3212 to 3213, 3312 to 3313,
3412 to 3413, 3512 to 3513
C8C to C8D, CF0 to CF1,
D54 to D55, DB8 to DB9
13 to 16
3602 to 3603, 3702 to 3703,
3802 to 3803, 3902 to 3903
E12 to E13, E76 to E77,
EDA to EDB, F3E to F3F
13 to 16
3612 to 3613, 3712 to 3713,
3812 to 3813, 3912 to 3913
E1C to E1D, E80 to E81,
EE4 to EE5, F48 to F49
1 to 4
2420 to 2421, 2520 to 2521,
2620 to 2621, 2720 to 2721
974 to 975, 9D8 to 9D9,
A3C to A3D, AA0 to AA1
1 to 4
2430, 2530, 2630, 2730
97E, 9E2, A46, AAA
5 to 8
2830, 2930, 3030, 3130
B0E, B72, BD6, C3A
5 to 8
2820 to 2821, 2920 to 2921,
3020 to 3021, 3120 to 3121
B04 to B05, B68 to B69,
BCC to BCD, C30 to C31
9 to 12
3230, 3330, 3430, 3530
C9E, D02, D66, DCA
13 to 16
3630, 3730, 3830, 3930
E2E, E92, EF6, F5A
9 to 12
3220 to 3221, 3320 to 3321,
3420 to 3421, 3520 to 3521
C94 to C95, CF8 to CF9,
D5C to D5D, DC0 to DC1
1 to 4
2431, 2531, 2631, 2731
97F, 9E3, A47, AAB
13 to 16
3620 to 3621, 3720 to 3721,
3820 to 3821, 3920 to 3921
E24 to E25, E88 to E89,
EEC to EED, F50 to F51
1 to 4
2418 to 2419, 2518 to 2519,
2618 to 2619, 2718 to 2719
972 to 973, 9D6 to 9D7,
A3A to A3B, A9E to A9F
5 to 8
2818 to 2819, 2918 to 2919,
3018 to 3019, 3118 to 3119
B02 to B03, B66 to B67,
BCA to BCB, C2E to C2F
9 to 12
3218 to 3219, 3318 to 3319,
3418 to 3419, 3518 to 3519
C92 to C93, CF6 to CF7,
D5A to D5B, DBE to DBF
13 to 16
3618 to 3619, 3718 to 3719,
3818 to 3819, 3918 to 3919
1 to 4
1)
2)
3)
6 - 276
6.5 Intelligent Module Monitor Screens
4)
5)
6)
7)
5 to 8
2831, 2931, 3031, 3131
B0F, B73, BD7, C3B
9 to 12
3231, 3331, 3431, 3531
C9F, D03, D67, DCB
13 to 16
3631, 3731, 3831, 3931
E2F, E93, EF7, F5B
1
Screen example
3)
2)
OVERVIEW
1)
8)
2
SYSTEM MONITOR
9)
3)
4)
5)
2427, 2527, 2627, 2727
No.
97B, 9DF, A43, AA7
Axis
Buffer memory address
DEC
HEX
1 to 4
2436, 2536, 2636, 2736
984, 9E8, A4C, AB0
5 to 8
2836, 2936, 3036, 3136
B14, B78, BDC, C40
9 to 12
3236, 3336, 3436, 3536
CA4, D08, D6C, DD0
E34, E98, EFC, F60
5 to 8
2827, 2927, 3027, 3127
B0B, B6F, BD3, C37
9 to 12
3227, 3327, 3427, 3527
C9B, CFF, D63, DC7
13 to 16
3627, 3727, 3827, 3927
E2B, E8F, EF3, F57
13 to 16
3636, 3736, 3836, 3936
1 to 4
2428, 2528, 2628, 2728
97C, 9E0, A44, AA8
1 to 4
2437, 2537, 2637, 2737
985, 9E9, A4D, AB1
5 to 8
2828, 2928, 3028, 3128
B0C, B70, BD4, C38
5 to 8
2837, 2937, 3037, 3137
B15, B79, BDD, C41
9 to 12
3228, 3328, 3428, 3528
C9C, D00, D64, DC8
9 to 12
3237, 3337, 3437, 3537
CA5, D09, D6D, DD1
13 to 16
3628, 3728, 3828, 3928
E2C, E90, EF4, F58
13 to 16
3637, 3737, 3837, 3937
E35, E99, EFD, F61
1 to 4
2429, 2529, 2629, 2729
97D, 9E1, A45, AA9
1 to 4
2432, 2532, 2632, 2732
980, 9E4, A48, AAC
5 to 8
2829, 2929, 3029, 3129
B0D, B71, BD5, C39
5 to 8
2832, 2932, 3032, 3132
B10, B74, BD8, C3C
9 to 12
3229, 3329, 3429, 3529
C9D, D01, D65, DC9
9 to 12
3232, 3332, 3432, 3532
CA0, D04, D68, DCC
13 to 16
3629, 3729, 3829, 3929
E2D, E91, EF5, F59
13 to 16
3632, 3732, 3832, 3932
E30, E94, EF8, F5C
6)
7)
8)
1 to 4
2434, 2534, 2634, 2734
982, 9E6, A4A, AAE
1 to 4
2433, 2533, 2633, 2733
981, 9E5, A49, AAD
5 to 8
2834, 2934, 3034, 3134
B12, B76, BDA, C3E
5 to 8
2833, 2933, 3033, 3133
B11, B75, BD9, C3D
9 to 12
3234, 3334, 3434, 3534
CA2, D06, D6A, DCE
13 to 16
3634, 3734, 3834, 3934
E32, E96, EFA, F5E
1 to 4
2435, 2535, 2635, 2735
983, 9E7, A4B, AAF
5 to 8
2835, 2935, 3035, 3135
B13, B77, BDB, C3F
9 to 12
3235, 3335, 3435, 3535
CA3, D07, D6B, DCF
13 to 16
3635, 3735, 3835, 3935
E33, E97, EFB, F5F
9)
-
9 to 12
3233, 3333, 3433, 3533
CA1, D05, D69, DCD
13 to 16
3633, 3733, 3833, 3933
E31, E95, EF9, F5D
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
HEX
5
6
-
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7)
7
NETWORK
MONITOR
1)
Axis
6)
8
Q MOTION
MONITOR
No.
5)
MELSEC-FX LIST
EDITOR
4)
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 277
Screen example
1)
2)
4)
No.
Axis
3)
Buffer memory address
DEC
6)
5)
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2454 to 2455, 2554 to 2555,
2654 to 2655, 2754 to 2755
996 to 997, 9FA to 9FB,
A5E to A5F, AC2 to AC3
5 to 8
2854 to 2855, 2954 to 2955,
3054 to 3055, 3154 to 3155
B26 to B27, B8A to B8B,
BEE to BEF, C52 to C53
9 to 12
3254 to 3255, 3354 to 3355,
3454 to 3455, 3554 to 3555
CB6 to CB7, D1A to D1B,
D7E to D7F, DE2 to DE3
E40 to E41, EA4 to EA5,
F08 to F09, F6C to F6D
13 to 16
3654 to 3655, 3754 to 3755,
3854 to 3855, 3954 to 3955
E46 to E47, EAA to EAB,
F0E to F0F, F72 to F73
2450 to 2451, 2550 to 2551,
2650 to 2651, 2750 to 2751
992 to 993, 9F6 to 9F7,
A5A to A5B, ABE to ABF
1 to 4
2456, 2556, 2656, 2756
998, 9FC, A60, AC4
2850 to 2851, 2950 to 2951,
3050 to 3051, 3150 to 3151
B22 to B23, B86 to B87,
BEA to BEB, C4E to C4F
5 to 8
2856, 2956, 3056, 3156
B28, B8C, BF0, C54
9 to 12
3250 to 3251, 3350 to 3351,
3450 to 3451, 3550 to 3551
CB2 to CB3, D16 to D17,
D7A to D7B, DDE to DDF
9 to 12
3256, 3356, 3456, 3556
CB8, D1C, D80, DE4
13 to 16
3650 to 3651, 3750 to 3751,
3850 to 3851, 3950 to 3951
E42 to E43, EA6 to EA7,
F0A to F0B, F6E to F6F
13 to 16
3656, 3756, 3856, 3956
E48, EAC, F10, F74
1 to 4
2452 to 2453, 2552 to 2553,
2652 to 2653, 2752 to 2753
994 to 995, 9F8 to 9F9,
A5C to A5D, AC0 to AC1
1 to 4
2464 to 2469, 2564 to 2569,
2664 to 2669, 2764 to 2769
9A0 to 9A5, A04 to A09,
A68 to A6D, ACC to AD1
5 to 8
2852 to 2853, 2952 to 2953,
3052 to 3053, 3152 to 3153
B24 to B25, B88 to B89,
BEC to BED, C50 to C51
5 to 8
2864 to 2869, 2964 to 2969,
3064 to 3069, 3164 to 3169
B30 to B35, B94 to B99,
BF8 to BFD, C5C to C61
9 to 12
3252 to 3253, 3352 to 3353,
3452 to 3453, 3552 to 3553
CB4 to CB5, D18 to D19,
D7C to D7D, DE0 to DE1
9 to 12
3264 to 3269, 3364 to 3369,
3464 to 3469, 3564 to 3569
CC0 to CC5, D24 to D29,
D88 to D8D, DEC to DF1
13 to 16
3652 to 3653, 3752 to 3753,
3852 to 3853, 3952 to 3953
E44 to E45, EA8 to EA9,
F0C to F0D, F70 to F71
13 to 16
3664 to 3669, 3764 to 3769,
3864 to 3869, 3964 to 3969
E50 to E55, EB4 to EB9,
F18 to F1D, F7C to F81
1 to 4
2448 to 2449, 2548 to 2549,
2648 to 2649, 2748 to 2749
990 to 991, 9F4 to 9F5,
A58 to A59, ABC to ABD
5 to 8
2848 to 2849, 2948 to 2949,
3048 to 3049, 3148 to 3149
B20 to B21, B84 to B85,
BE8 to BE9, C4C to C4D
9 to 12
3248 to 3249, 3348 to 3349,
3448 to 3449, 3548 to 3549
CB0 to CB1, D14 to D15,
D78 to D79, DDC to DDD
13 to 16
3648 to 3649, 3748 to 3749,
3848 to 3849, 3948 to 3949
1 to 4
5 to 8
1)
2)
3)
6 - 278
6.5 Intelligent Module Monitor Screens
4)
5)
6)
1
1)
OVERVIEW
Screen example
2)
3)
SYSTEM MONITOR
2
4)
5)
6)
1)
2)
3)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
2470, 2570, 2670, 2770
Axis
9A6, A0A, A6E, AD2
5 to 8
2870, 2970, 3070, 3170
B36, B9A, BFE, C62
9 to 12
3270, 3370, 3470, 3570
CC6, D2A, D8E, DF2
13 to 16
3670, 3770, 3870, 3970
Buffer memory address
DEC
HEX
1 to 4
2478, 2578, 2678, 2778
9AE, A12, A76, ADA
B3E, BA2, C06, C6A
5 to 8
2878, 2978, 3078, 3178
9 to 12
3278, 3378, 3478, 3578
CCE, D32, D96, DFA
E56, EBA, F1E, F82
13 to 16
3678, 3778, 3878, 3978
E5E, EC2, F26, F8A
4)
1 to 4
2476, 2576, 2676, 2776
9AC, A10, A74, AD8
1 to 4
2479, 2579, 2679, 2779
9AF, A13, A77, ADB
5 to 8
2876, 2976, 3076, 3176
B3C, BA0, C04, C68
5 to 8
2879, 2979, 3079, 3179
B3F, BA3, C07, C6B
9 to 12
3276, 3376, 3476, 3576
CCC, D30, D94, DF8
9 to 12
3279, 3379, 3479, 3579
CCF, D33, D97, DFB
13 to 16
3676, 3776, 3876, 3976
E5C, EC0, F24, F88
13 to 16
3679, 3779, 3879, 3979
E5F, EC3, F27, F8B
5)
1 to 4
2477, 2577, 2677, 2777
9AD, A11, A75, AD9
1 to 4
2480, 2580, 2680, 2780
9B0, A14, A78, ADC
5 to 8
2877, 2977, 3077, 3177
B3D, BA1, C05, C69
5 to 8
2880, 2980, 3080, 3180
B40, BA4, C08, C6C
9 to 12
3277, 3377, 3477, 3577
CCD, D31, D95, DF9
9 to 12
3280, 3380, 3480, 3580
CD0, D34, D98, DFC
13 to 16
3677, 3777, 3877, 3977
E5D, EC1, F25, F89
13 to 16
3680, 3780, 3880, 3980
E60, EC4, F28, F8C
6)
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
5
MELSEC-FX LIST
EDITOR
Screen example
1)
6
INTELLIGENT
MODULE MONITOR
2)
7
3)
Buffer memory address
DEC
HEX
1 to 4
2424 to 2425, 2524 to 2525,
2624 to 2625, 2724 to 2725
978 to 979, 9DC to 9DD,
A40 to A41, AA4 to AA5
5 to 8
2824 to 2825, 2924 to 2925,
3024 to 3025, 3124 to 3125
B08 to B09, B6C to B6D,
BD0 to BD1, C34 to C35
9 to 12
3224 to 3225, 3324 to 3325,
3424 to 3425, 3524 to 3525
C98 to C99, CFC to CFD,
D60 to D61, DC4 to DC5
13 to 16
3624 to 3625, 3724 to 3725,
3824 to 3825, 3924 to 3925
E28 to E29, E8C to E8D,
EF0 to EF1, F54 to F55
1)
No.
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
2426, 2526, 2626, 2726
97A, 9DE, A42, AA6
5 to 8
2826, 2926, 3026, 3126
B0A, B6E, BD2, C36
9 to 12
3226, 3326, 3426, 3526
C9A, CFE, D62, DC6
13 to 16
3626, 3726, 3826, 3926
E2A, E8E, EF2, F56
1 to 4
2416, 2516, 2616, 2716
970, 9D4, A38, A9C
5 to 8
2816, 2916, 3016, 3116
B00, B64, BC8, C2C
9 to 12
3216, 3316, 3416, 3516
C90, CF4, D58, DBC
13 to 16
3616, 3716, 3816, 3916
E20, E84, EE8, F4C
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 279
Screen example
1)
3)
4)
2)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
2414 to 2415, 2514 to 2515,
2614 to 2615, 2714 to 2715
96E to 96F, 9D2 to 9D3,
A36 to A37, A9A to A9B
5 to 8
2814 to 2815, 2914 to 2915,
3014 to 3015, 3114 to 3115
AFE to AFF, B62 to B63,
BC6 to BC7, C2A to C2B
9 to 12
3214 to 3215, 3314 to 3315,
3414 to 3415, 3514 to 3515
C8E to C8F, CF2 to CF3,
D56 to D57, DBA to DBB
13 to 16
3614 to 3615, 3714 to 3715,
3814 to 3815, 3914 to 3915
E1E to E1F, E82 to E83,
EE6 to EE7, F4A to F4B
4326 to 4327, 4426 to 4427,
4526 to 4527, 4626 to 4627
10E6 to 10E7, 114A to
114B, 11AE to 11AF, 1212
to 1213
No.
Axis
Buffer memory address
DEC
9 to 12
5126 to 5127, 5226 to 5227,
5326 to 5327, 5426 to 5427
13 to 16
5526 to 5527, 5626 to 5627,
5726 to 5727, 5826 to 5827
1596 to 1597, 15FA to
15FB, 165E to 165F, 16C2
to 16C3
2)
1)
1 to 4
2)
5 to 8
6 - 280
4726 to 4727, 4826 to 4827,
4926 to 4927, 5026 to 5027
1276 to 1277, 12DA to
12DB, 133E to 133F, 13A2
to 13A3
6.5 Intelligent Module Monitor Screens
3)
4)
HEX
1406 to 1407, 146A to
146B, 14CE to 14CF, 1532
to 1533
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4328, 4428, 4528, 4628
10E8, 114C, 11B0, 1214
5 to 8
4728, 4828, 4928, 5028
1278, 12DC, 1340, 13A4
9 to 12
5128, 5228, 5328, 5428
1408, 146C, 14D0, 1534
13 to 16
5528, 5628, 5728, 5828
1598, 15FC, 1660, 16C4
1
OVERVIEW
Screen example
1)
SYSTEM MONITOR
2
2)
3)
5 to 8
4730 to 4731, 4830 to 4831,
4930 to 4931, 5030 to 5031
127A to 127B, 12DE to
12DF, 1342 to 1343,
13A6 to 13A7
9 to 12
5130 to 5131, 5230 to 5231,
5330 to 5331, 5430 to 5431
140A to 140B, 146E to
146F, 14D2 to 14D3, 1536
to 1537
1)
13 to 16
5530 to 5531, 5630 to 5631,
5730 to 5731, 5830 to 5831
159A to 159B, 15FE to
15FF, 1662 to 1663, 16C6
to 16C7
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
2417, 2517, 2617, 2717
971, 9D5, A39, A9D
5 to 8
2817, 2917, 3017, 3117
B01, B65, BC9, C2D
9 to 12
3217, 3317, 3417, 3517
C91, CF5, D59, DBD
13 to 16
3617, 3717, 3817, 3917
E21, E85, EE9, F4D
1 to 4
4332, 4432, 4532, 4632
10EC, 1150, 11B4, 1218
5 to 8
4732, 4832, 4932, 5032
127C, 12E0, 1344, 13A8
9 to 12
5132, 5232, 5332, 5432
140C, 1470, 14D4, 1538
13 to 16
5532, 5632, 5732, 5832
159C, 1600, 1664, 16C8
4
MELSEC-A LIST
EDITOR
10EA to 10EB, 114E to
114F, 11B2 to 11B3,
1216 to 1217
No.
5
MELSEC-FX LIST
EDITOR
4330 to 4331, 4430 to 4431,
4530 to 4531, 4630 to 4631
HEX
6
INTELLIGENT
MODULE MONITOR
1 to 4
Buffer memory address
DEC
7
NETWORK
MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 281
Screen example
3)
1)
4)
5)
6)
2)
7)
8)
No.
Axis
1 to 4
5 to 8
Buffer memory address
DEC
4306 to 4307, 4406 to 4407,
4506 to 4507, 4606 to 4607
10D2 to 10D3, 1136 to
1137, 119A to 119B, 11FE
to 11FF
4706 to 4707, 4806 to 4807,
4906 to 4907, 5006 to 5007
1262 to 1263, 12C6 to
12C7, 132A to 132B, 138E
to 138F
5106 to 5107, 5206 to 5207,
5306 to 5307, 5406 to 5407
13F2 to 13F3, 1456 to
1457, 14BA to 14BB,
151E to 151F
5506 to 5507, 5606 to 5607,
5706 to 5707, 5806 to 5807
1582 to 1583, 15E6 to
15E7, 164A to 164B,
16AE to 16AF
4314 to 4315, 4414 to 4415,
4514 to 4515, 4614 to 4615
10DA to 10DB, 113E to
113F, 11A2 to 11A3, 1206
to 1207
4714 to 4715, 4814 to 4815,
4914 to 4915, 5014 to 5015
126A to 126B, 12CE to
12CF, 1332 to 1333, 1396
to 1397
5114 to 5115, 5214 to 5215,
5314 to 5315, 5414 to 5415
13FA to 13FB, 145E to
145F, 14C2 to 14C3, 1526
to 1527
5514 to 5515, 5614 to 5615,
5714 to 5715, 5814 to 5815
158A to 158B, 15EE to
15EF, 1652 to 1653, 16B6
to 16B7
1)
9 to 12
13 to 16
1 to 4
5 to 8
2)
9 to 12
13 to 16
6 - 282
HEX
6.5 Intelligent Module Monitor Screens
No.
3)
4)
5)
6)
7)
8)
Axis
Buffer memory address
DEC
1 to 4
4313, 4413, 4513, 4613
HEX
10D9, 113D, 11A1, 1205
5 to 8
4713, 4813, 4913, 5013
1269, 12CD, 1331, 1395
9 to 12
5113, 5213, 5313, 5413
13F9, 145D, 14C1, 1525
13 to 16
5513, 5613, 5713, 5813
1589, 15ED, 1651, 16B5
1 to 4
4344, 4444, 4544, 4644
10F8, 115C, 11C0, 1224
5 to 8
4744, 4844, 4944, 5044
1288, 12EC, 1350, 13B4
9 to 12
5144, 5244, 5344, 5444
1418, 147C, 14E0, 1544
13 to 16
5544, 5644, 5744, 5844
15A8, 160C, 1670, 16D4
1 to 4
4345, 4445, 4545, 4645
10F9, 115D, 11C1, 1225
5 to 8
4745, 4845, 4945, 5045
1289, 12ED, 1351, 13B5
9 to 12
5145, 5245, 5345, 5445
1419, 147D, 14E1, 1545
13 to 16
5545, 5645, 5745, 5845
15A9, 160D, 1671, 16D5
1 to 4
4346, 4446, 4546, 4646
10FA, 115E, 11C2, 1226
5 to 8
4746, 4846, 4946, 5046
128A, 12EE, 1352, 13B6
9 to 12
5146, 5246, 5346, 5446
141A, 147E, 14E2, 1546
13 to 16
5546, 5646, 5746, 5846
15AA, 160E, 1672, 16D6
1 to 4
4347, 4447, 4547, 4647
10FB, 115F, 11C3, 1227
128B, 12EF, 1353, 13B7
5 to 8
4747, 4847, 4947, 5047
9 to 12
5147, 5247, 5347, 5447
141B, 147F, 14E3, 1547
13 to 16
5547, 5647, 5747, 5847
15AB, 160F, 1673, 16D7
1 to 4
4305, 4405, 4505, 4605
10D1, 1135, 1199, 11FD
5 to 8
4705, 4805, 4905, 5005
1261, 12C5, 1329, 138D
9 to 12
5105, 5205, 5305, 5405
13F1, 1455, 14B9, 151D
13 to 16
5505, 5605, 5705, 5805
1581, 15E5, 1649, 16AD
1
8)
9)
3)
10)
4)
11)
5)
12)
6)
13)
2
SYSTEM MONITOR
1)
2)
OVERVIEW
Screen example
14)
7)
4)
5)
6)
7)
4300, 4400, 4500, 4600
10CC, 1130, 1194, 11F8
5 to 8
4700, 4800, 4900, 5000
125C, 12C0, 1324, 1388
9 to 12
5100, 5200, 5300, 5400
13EC, 1450, 14B4, 1518
13 to 16
5500, 5600, 5700, 5800
157C, 15E0, 1644, 16A8
1 to 4
4301, 4401, 4501, 4601
10CD, 1131, 1195, 11F9
5 to 8
4701, 4801, 4901, 5001
125D, 12C1, 1325, 1389
9 to 12
5101, 5201, 5301, 5401
13ED, 1451, 14B5, 1519
13 to 16
5501, 5601, 5701, 5801
157D, 15E1, 1645, 16A9
1 to 4
4302, 4402, 4502, 4602
10CE, 1132, 1196, 11FA
5 to 8
4702, 4802, 4902, 5002
125E, 12C2, 1326, 138A
9 to 12
5102, 5202, 5302, 5402
13EE, 1452, 14B6, 151A
Axis
Buffer memory address
DEC
HEX
1 to 4
4310 to 4311, 4410 to 4411,
4510 to 4511, 4610 to 4611
10D6 to 10D7, 113A to 113B,
119E to 119F, 1202 to 1203
5 to 8
4710 to 4711, 4810 to 4811,
4910 to 4911, 5010 to 5011
1266 to 1267, 12CA to
12CB, 132E to 132F,
1392 to 1393
9 to 12
5110 to 5111, 5210 to 5211,
5310 to 5311, 5410 to 5411
13F6 to 13F7, 145A to 145B,
14BE to 14BF, 1522 to 1523
13 to 16
5510 to 5511, 5610 to 5611,
5710 to 5711, 5810 to 5811
1586 to 1587, 15EA to 15EB,
164E to 164F, 16B2 to 16B3
9)
13 to 16
5502, 5602, 5702, 5802
157E, 15E2, 1646, 16AA
1 to 4
4303, 4403, 4503, 4603
10CF, 1133, 1197, 11FB
1 to 4
4320, 4420, 4520, 4620
10E0, 1144, 11A8, 120C
5 to 8
4703, 4803, 4903, 5003
125F, 12C3, 1327, 138B
5 to 8
4720, 4820, 4920, 5020
1270, 12D4, 1338, 139C
9 to 12
5103, 5203, 5303, 5403
13EF, 1453, 14B7, 151B
9 to 12
5120, 5220, 5320, 5420
1400, 1464, 14C8, 152C
13 to 16
5503, 5603, 5703, 5803
157F, 15E3, 1647, 16AB
13 to 16
5520, 5620, 5720, 5820
1590, 15F4, 1658, 16BC
1 to 4
4304, 4404, 4504, 4604
10D0, 1134, 1198, 11FC
1 to 4
4321, 4421, 4521, 4621
10E1, 1145, 11A9, 120D
5 to 8
4704, 4804, 4904, 5004
1260, 12C4, 1328, 138C
9 to 12
5104, 5204, 5304, 5404
13F0, 1454, 14B8, 151C
13 to 16
5504, 5604, 5704, 5804
1580, 15E4, 1648, 16AC
1 to 4
4312, 4412, 4512, 4612
10D8, 113C, 11A0, 1204
5 to 8
4712, 4812, 4912, 5012
1268, 12CC, 1330, 1394
13F8, 145C, 14C0, 1524
9 to 12
5112, 5212, 5312, 5412
13 to 16
5512, 5612, 5712, 5812
1588, 15EC, 1650, 16B4
1 to 4
4316, 4416, 4516, 4616
10DC, 1140, 11A4, 1208
10)
11)
5 to 8
4721, 4821, 4921, 5021
1271, 12D5, 1339, 139D
9 to 12
5121, 5221, 5321, 5421
1401, 1465, 14C9, 152D
13 to 16
5521, 5621, 5721, 5821
1591, 15F5, 1659, 16BD
1 to 4
4322 to 4323, 4422 to 4423,
4522 to 4523, 4622 to 4623
10E2 to 10E3, 1146 to 1147,
11AA to 11AB, 120E to 120F
5 to 8
4722 to 4723, 4822 to 4823,
4922 to 4923, 5022 to 5023
1272 to 1273, 12D6 to 12D7,
133A to 133B, 139E to 139F
12)
5 to 8
4716, 4816, 4916, 5016
126C, 12D0, 1334, 1398
9 to 12
5116, 5216, 5316, 5416
13FC, 1460, 14C4, 1528
13 to 16
5516, 5616, 5716, 5816
158C, 15F0, 1654, 16B8
9 to 12
5122 to 5123, 5222 to 5223,
5322 to 5323, 5422 to 5423
1402 to 1403, 1466 to 1467,
14CA to 14CB, 152E to 152F
1 to 4
4308 to 4309, 4408 to 4409,
4508 to 4509, 4608 to 4609
10D4 to 10D5, 1138 to 1139,
119C to 119D, 1200 to 1201
13 to 16
5522 to 5523, 5622 to 5623,
5722 to 5723, 5822 to 5823
1592 to 1593, 15F6 to 15F7,
165A to 165B, 16BE to 16BF
4708 to 4709, 4808 to 4809,
4908 to 4909, 5008 to 5009
1264 to 1265, 12C8 to 12C9,
132C to 132D, 1390 to 1391
1 to 4
4324, 4424, 4524, 4624
10E4, 1148, 11AC, 1210
5 to 8
5 to 8
4724, 4824, 4924, 5024
1274, 12D8, 133C, 13A0
9 to 12
5124, 5224, 5324, 5424
1404, 1468, 14CC, 1530
5108 to 5109, 5208 to 5209,
5308 to 5309, 5408 to 5409
13F4 to 13F5, 1458 to 1459,
14BC to 14BD, 1520 to 1521
13 to 16
5524, 5624, 5724, 5824
1594, 15F8, 165C, 16C0
1 to 4
4325, 4425, 4525, 4625
10E5, 1149, 11AD, 1211
5 to 8
4725, 4825, 4925, 5025
1275, 12D9, 133D, 13A1
5508 to 5509, 5608 to 5609,
5708 to 5709, 5808 to 5809
1584 to 1585, 15E8 to 15E9,
164C to 164D, 16B0 to 16B1
9 to 12
5125, 5225, 5325, 5425
1405, 1469, 14CD, 1531
13 to 16
5525, 5625, 5725, 5825
1595, 15F9, 165D, 16C1
8)
9 to 12
13 to 16
13)
14)
4
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 283
Screen example
1)
3)
5)
6)
7)
8)
4)
9)
2)
10)
11)
12)
No.
1)
2)
3)
4)
5)
6)
7)
Axis
Buffer memory address
DEC
1 to 4
4338, 4438, 4538, 4638
HEX
No.
10F2, 1156, 11BA, 121E
5 to 8
4738, 4838, 4938, 5038
1282, 12E6, 134A, 13AE
9 to 12
5138, 5238, 5338, 5438
1412, 1476, 14DA, 153E
13 to 16
5538, 5638, 5738, 5838
1 to 4
4348, 4448, 4548, 4648
5 to 8
Axis
Buffer memory address
DEC
1 to 4
4341, 4441, 4541, 4641
HEX
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
15A2, 1606, 166A, 16CE
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
10FC, 1160, 11C4, 1228
1 to 4
4343, 4443, 4543, 4643
10F7, 115B, 11BF, 1223
4748, 4848, 4948, 5048
128C, 12F0, 1354, 13B8
5 to 8
4743, 4843, 4943, 5043
1287, 12EB, 134F, 13B3
9 to 12
5148, 5248, 5348, 5448
141C, 1480, 14E4, 1548
9 to 12
5143, 5243, 5343, 5443
1417, 147B, 14DF, 1543
13 to 16
5548, 5648, 5748, 5848
15AC, 1610, 1674, 16D8
13 to 16
5543, 5643, 5743, 5843
15A7, 160B, 166F, 16D3
1 to 4
4349, 4449, 4549, 4649
10FD, 1161, 11C5, 1229
1 to 4
4351, 4451, 4551, 4651
10FF, 1163, 11C7, 122B
8)
9)
5 to 8
4749, 4849, 4949, 5049
128D, 12F1, 1355, 13B9
9 to 12
5149, 5249, 5349, 5449
141D, 1481, 14E5, 1549
13 to 16
5549, 5649, 5749, 5849
15AD, 1611, 1675, 16D9
13 to 16
5551, 5651, 5751, 5851
15AF, 1613, 1677, 16DB
1 to 4
4350, 4450, 4550, 4650
10FE, 1162, 11C6, 122A
1 to 4
4352, 4452, 4552, 4652
1100, 1164, 11C8, 122C
10)
5 to 8
4751, 4851, 4951, 5051
128F, 12F3, 1357, 13BB
9 to 12
5151, 5251, 5351, 5451
141F, 1483, 14E7, 154B
5 to 8
4750, 4850, 4950, 5050
128E, 12F2, 1356, 13BA
9 to 12
5150, 5250, 5350, 5450
141E, 1482, 14E6, 154A
13 to 16
5550, 5650, 5750, 5850
15AE, 1612, 1676, 16DA
13 to 16
5552, 5652, 5752, 5852
15B0, 1614, 1678, 16DC
1 to 4
4339, 4439, 4539, 4639
10F3, 1157, 11BB, 121F
1 to 4
4359, 4459, 4559, 4659
1107, 116B, 11CF, 1233
5 to 8
4739, 4839, 4939, 5039
1283, 12E7, 134B, 13AF
9 to 12
5139, 5239, 5339, 5439
1413, 1477, 14DB, 153F
13 to 16
5539, 5639, 5739, 5839
1 to 4
5 to 8
4752, 4852, 4952, 5052
1290, 12F4, 1358, 13BC
9 to 12
5152, 5252, 5352, 5452
1420, 1484, 14E8, 154C
5 to 8
4759, 4859, 4959, 5059
1297, 12FB, 135F, 13C3
9 to 12
5159, 5259, 5359, 5459
1427, 148B, 14EF, 1553
15A3, 1607, 166B, 16CF
13 to 16
5559, 5659, 5759, 5859
15B7, 161B, 167F, 16E3
4340, 4440, 4540, 4640
10F4, 1158, 11BC, 1220
1 to 4
4365, 4465, 4565, 4665
110D, 1171, 11D5, 1239
129D, 1301, 1365, 13C9
5 to 8
4740, 4840, 4940, 5040
1284, 12E8, 134C, 13B0
9 to 12
5140, 5240, 5340, 5440
1414, 1478, 14DC, 1540
13 to 16
5540, 5640, 5740, 5840
15A4, 1608, 166C, 16D0
1 to 4
4341, 4441, 4541, 4641
10F5, 1159, 11BD, 1221
5 to 8
4741, 4841, 4941, 5041
1285, 12E9, 134D, 13B1
9 to 12
5141, 5241, 5341, 5441
1415, 1479, 14DD, 1541
13 to 16
5541, 5641, 5741, 5841
15A5, 1609, 166D, 16D1
6 - 284
11)
6.5 Intelligent Module Monitor Screens
12)
13)
-
5 to 8
4765, 4865, 4965, 5065
9 to 12
5165, 5265, 5365, 5465
142D, 1491, 14F5, 1559
13 to 16
5565, 5665, 5765, 5865
15BD, 1621, 1685, 16E9
-
-
-
1
1)
OVERVIEW
Screen example
3)
2)
SYSTEM MONITOR
2
4)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
10EE to 10EF, 1152 to 1153,
11B6 to 11B7, 121A to 121B
1 to 4
4317, 4417, 4517, 4617
10DD, 1141, 11A5, 1209
1 to 4
4334 to 4335, 4434 to 4435,
4534 to 4535, 4634 to 4635
5 to 8
4717, 4817, 4917, 5017
126D, 12D1, 1335, 1399
5 to 8
4734 to 4735, 4834 to 4835,
4934 to 4935, 5034 to 5035
127E to 127F, 12E2 to 12E3,
1346 to 1347, 13AA to 13AB
9 to 12
5117, 5217, 5317, 5417
13FD, 1461, 14C5, 1529
9 to 12
5134 to 5135, 5234 to 5235,
5334 to 5335, 5434 to 5435
140E to 140F, 1472 to 1473,
14D6 to 14D7, 153A to 153B
13 to 16
5517, 5617, 5717, 5817
158D, 15F1, 1655, 16B9
13 to 16
5534 to 5535, 5634 to 5635,
5734 to 5735, 5834 to 5835
159E to 159F, 1602 to 1603,
1666 to 1667, 16CA to 16CB
1 to 4
4318 to 4319, 4418 to 4419,
4518 to 4519, 4618 to 4619
10DE to 10DF, 1142 to 1143,
11A6 to 11A7, 120A to 120B
1 to 4
4336 to 4337, 4436 to 4437,
4536 to 4537, 4636 to 4637
10F0 to 10F1, 1154 to 1155,
11B8 to 11B9, 121C to 121D
5 to 8
4718 to 4719, 4818 to 4819,
4918 to 4919, 5018 to 5019
126E to 126F, 12D2 to 12D3,
1336 to 1337, 139A to 139B
5 to 8
4736 to 4737, 4836 to 4837,
4936 to 4937, 5036 to 5037
1280 to 1281, 12E4 to 12E5,
1348 to 1349, 13AC to 13AD
MELSEC-A LIST
EDITOR
Axis
9 to 12
5118 to 5119, 5218 to 5219,
5318 to 5319, 5418 to 5419
13FE to 13FF, 1462 to 1463,
14C6 to 14C7, 152A to 152B
9 to 12
5136 to 5137, 5236 to 5237,
5336 to 5337, 5436 to 5437
1410 to 1411, 1474 to 1475,
14D8 to 14D9, 153C to 153D
5
13 to 16
5518 to 5519, 5618 to 5619,
5718 to 5719, 5818 to 5819
158E to 158F, 15F2 to 15F3,
1656 to 1657, 16BA to 16BB
13 to 16
5536 to 5537, 5636 to 5637,
5736 to 5737, 5836 to 5837
15A0 to 15A1, 1604 to 1605,
1668 to 1669, 16CC to 16CD
4)
6
INTELLIGENT
MODULE MONITOR
2)
4
MELSEC-FX LIST
EDITOR
3)
7
NETWORK
MONITOR
1)
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 285
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
No.
Axis
1)
Buffer memory address
No.
Axis
FAC to FB0
9)
4017 to 4021
FB1 to FB5
4022 to 4026
FB6 to FBA
-
4027 to 4031
-
4032 to 4036
DEC
HEX
-
4012 to 4016
2)
-
3)
-
4)
5)
Buffer memory address
DEC
HEX
-
4052 to 4056
FD4 to FD8
10)
-
4057 to 4061
FD9 to FDD
11)
-
4062 to 4066
FDE to FE2
FBB to FBF
12)
-
4067 to 4071
FE3 to FE7
FC0 to FC4
13)
-
4072 to 4076
FE8 to FEC
FED to FF1
6)
-
4037 to 4041
FC5 to FC9
14)
-
4077 to 4081
7)
-
4042 to 4046
FCA to FCE
15)
-
4082 to 4086
FF2 to FF6
8)
-
4047 to 4051
FCF to FD3
16)
-
4087 to 4091
FF7 to FFB
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
17)
18)
19)
20)
21)
22)
23)
24)
9)
10)
11)
12)
13)
14)
15)
16)
25)
26)
27)
28)
29)
30)
31)
32)
33)
Buffer memory address
No.
Axis
1)
-
4093 to 4096
2)
-
3)
-
4)
34)
Buffer memory address
No.
Axis
FFD to 1000
13)
-
4141 to 4144
4097 to 4100
1001 to 1004
14)
-
4101 to 4104
1005 to 1008
15)
-
-
4105 to 4108
1009 to 100C
16)
5)
-
4109 to 4112
100D to 1010
6)
-
4113 to 4116
7)
-
8)
-
9)
Buffer memory address
No.
Axis
102D to 1030
25)
-
4190 to 4193
105E to 1061
4145 to 4148
1031 to 1034
26)
-
4194 to 4197
1062 to 1065
4149 to 4152
1035 to 1038
27)
-
4198 to 4201
1066 to 1069
-
4153 to 4156
1039 to 103C
28)
-
4202 to 4205
106A to 106D
17)
-
4158 to 4161
103E to 1041
29)
-
4206 to 4209
106E to 1071
1011 to 1014
18)
-
4162 to 4165
1042 to 1045
30)
-
4210 to 4213
1072 to 1075
4117 to 4120
1015 to 1018
19)
-
4166 to 4169
1046 to 1049
31)
-
4214 to 4217
1076 to 1079
4121 to 4124
1019 to 101C
20)
-
4170 to 4173
104A to 104D
32)
-
4218 to 4221
107A to 107D
-
4125 to 4128
101D to 1020
21)
-
4174 to 4177
104E to 1051
10)
-
4129 to 4132
1021 to 1024
22)
-
4178 to 4181
1052 to 1055
33)
-
31300 to 31315
7A44 to 7A53
11)
-
4133 to 4136
1025 to 1028
23)
-
4182 to 4185
1056 to 1059
12)
-
4137 to 4140
1029 to 102C
24)
-
4186 to 4189
105A to 105D
34)
-
31316 to 31331
7A54 to 7A63
6 - 286
DEC
HEX
DEC
6.5 Intelligent Module Monitor Screens
HEX
DEC
HEX
1
7)
2)
8)
3)
9)
4)
10)
5)
11)
6)
12)
2
SYSTEM MONITOR
1)
OVERVIEW
Screen example
No.
Axis
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
3
8020 to 8022,
8024 to 8029
1F54 to 1F56,
1F58 to 1F5D
7
12020 to 12022,
12024 to 12029
2EF4 to 2EF6,
2EF8 to 2EFD
11
16020 to 16022,
16024 to 16029
3E94 to 3E96,
3E98 to 3E9D
4A42 to 4A44,
4A46 to 4A4B
15
20020 to 20022,
20024 to 20029
4E34 to 4E36,
4E38 to 4E3D
7020 to 7022,
7024 to 7029
1B6C to 1B6E,
1B70 to 1B75
4
9000 to 9002,
9004 to 9009
2328 to 232A,
232C to 2331
6
11020 to 11022,
11024 to 11029
2B0C to 2B0E,
2B10 to 2B15
8
13000 to 13002,
13004 to 13009
32C8 to 32CA,
32CC to 32D1
10
15020 to 15022,
15024 to 15029
3AAC to 3AAE,
3AB0 to 3AB5
12
17000 to 17002,
17004 to 17009
4268 to 426A,
426C to 4271
465A to 465C,
465E to 4663
14
19020 to 19022,
19024 to 19029
4A4C to 4A4E,
4A50 to 4A55
16
21000 to 21002,
21004 to 21009
5208 to 520A,
520C to 5211
6020 to 6022,
6024 to 6029
1784 to 1786,
1788 to 178D
3
8000 to 8002,
8004 to 8009
1F40 to 1F42,
1F44 to 1F49
4
9010 to 9012,
9014 to 9019
2332 to 2334,
2336 to 233B
5
10020 to 10022,
10024 to 10029
2724 to 2726,
2728 to 272D
7
12000 to 12002,
12004 to 12009
2EE0 to 2EE2,
2EE4 to 2EE9
8
13010 to 13012,
13014 to 13019
32D2 to 32D4,
32D6 to 32DB
9
14020 to 14022,
14024 to 14029
36C4 to 36C6,
36C8 to 36CD
11
16000 to 16002,
16004 to 16009
3E80 to 3E82,
3E84 to 3E89
12
17010 to 17012,
17014 to 17019
4272 to 4274,
4276 to 427B
13
18020 to 18022,
18024 to 18029
4664 to 4666,
4668 to 466D
15
20000 to 20002,
20004 to 20009
4E20 to 4E22,
4E24 to 4E29
16
21010 to 21012,
21014 to 21019
5212 to 5214,
5216 to 521B
2
7000 to 7002,
7004 to 7009
1B58 to 1B5A,
1B5C to 1B61
3
8010 to 8012,
8014 to 8019
1F4A to 1F4C,
1F4E to 1F53
4
9020 to 9022,
9024 to 9029
233C to 233E
2340 to 2345
6
11000 to 11002,
11004 to 11009
2AF8 to 2AFA,
2AFC to 2B01
7
12010 to 12012,
12014 to 12019
2EEA to 2EEC,
2EEE to 2EF3
8
13020 to 13022,
13024 to 13029
32DC to 32DE
32E0 to 32E5
10
15000 to 15002,
15004 to 15009
3A98 to 3A9A,
3A9C to 3AA1
11
16010 to 16012,
16014 to 16019
3E8A to 3E8C,
3E8E to 3E93
12
17020 to 17022,
17024 to 17029
427C to 427E
4280 to 4285
14
19000 to 19002,
19004 to 19009
4A38 to 4A3A,
4A3C to 4A41
15
20010 to 20012,
20014 to 20019
4E2A to 4E2C,
4E2E to 4E33
16
21020 to 21022,
21024 to 21029
521C to 521E,
5220 to 5225
1B62 to 1B64,
1B66 to 1B6B
6
11010 to 11012,
11014 to 11019
2B02 to 2B04,
2B06 to 2B0B
10
15010 to 15012,
15014 to 15019
3AA2 to 3AA4,
3AA6 to 3AAB
4650 to 4652,
4654 to 4659
14
19010 to 19012,
19014 to 19019
6010 to 6012,
6014 to 6019
177A to 177C,
177E to 1783
2
5
10010 to 10012,
10014 to 10019
271A to 271C,
271E to 2723
9
14010 to 14012,
14014 to 14019
36BA to 36BC,
36BE to 36C3
13
18010 to 18012,
18014 to 18019
1
1
1770 to 1772,
1774 to 1779
5
10000 to 10002,
10004 to 10009
2710 to 2712,
2714 to 2719
9
14000 to 14002,
14004 to 14009
36B0 to 36B2,
36B4 to 36B9
13
18000 to 18002,
18004 to 18009
1
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
4
5
6
7
NETWORK
MONITOR
2
7010 to 7012,
7014 to 7019
6000 to 6002,
6004 to 6009
MELSEC-A LIST
EDITOR
HEX
MELSEC-FX LIST
EDITOR
Buffer memory address
DEC
INTELLIGENT
MODULE MONITOR
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 287
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
Axis
Buffer memory address
DEC
HEX
No.
Buffer memory address
Axis
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28410, 28510,
28610, 28710
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
5 to 8
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
5 to 8
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415,29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615,29715,
29815, 29915
73AF, 7413,
7477, 74DB
1 to 4
28404, 28504,
28604, 28704
6EF4, 6F58,
6FBC, 7020
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
5 to 8
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
1 to 4
28400, 28500,
28600, 28700
6EF0, 6F54,
6FB8, 701C
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
1)
2)
3)
6 - 288
4)
5)
6)
6.5 Intelligent Module Monitor Screens
7)
8)
9)
1
OVERVIEW
Screen example
1)
2)
3)
4)
SYSTEM MONITOR
2
2)
Buffer memory address
DEC
No.
HEX
1 to 4
28404, 28504, 28604, 28704
5 to 8
28804, 28904, 29004, 29104
7084, 70E8, 714C, 71B0
9 to 12
29204, 29304, 29404, 29504
7214, 7278, 72DC, 7340
Axis
6EF4, 6F58, 6FBC, 7020
1 to 4
3)
Buffer memory address
DEC
HEX
28417, 28517, 28617, 28717
6F01, 6F65, 6FC9, 702D
5 to 8
28817, 28917, 29017, 29117
7091, 70F5, 7159, 71BD
9 to 12
29217, 29317, 29417, 29517
7221, 7285, 72E9, 734D
13 to 16
29604, 29704, 29804, 29904
73A4, 7408, 746C, 74D0
13 to 16
29617, 29717, 29817, 29917
73B1, 7415, 7479, 74DD
1 to 4
28416, 28516, 28616, 28716
6F00, 6F64, 6FC8, 702C
1 to 4
28418, 28518, 28618, 28718
6F02, 6F66, 6FCA, 702E
5 to 8
28816, 28916, 29016, 29116
7090, 70F4, 7158, 71BC
5 to 8
28818, 28918, 29018, 29118
7092, 70F6, 715A, 71BE
9 to 12
29206, 29306, 29406, 29506
7216, 727A, 72DE, 7342
13 to 16
29606, 29706, 29806, 29906
73A6, 740A, 746E, 74D2
4)
9 to 12
29218, 29318, 29418, 29518
7222, 7286, 72EA, 734E
13 to 16
29618, 29718, 29818, 29918
73B2, 7416, 747A, 74DE
Screen example
5
1)
MELSEC-FX LIST
EDITOR
2)
3)
4)
5)
6)
1)
2)
3)
Buffer memory address
DEC
HEX
No.
Axis
INTELLIGENT
MODULE MONITOR
Axis
6
Buffer memory address
DEC
HEX
1 to 4
31632, 31702, 31772, 31842
7B90, 7BD6, 7C1C, 7C62
1 to 4
31636, 31706, 31776, 31846
7B94, 7BDA, 7C20, 7C66
5 to 8
31912, 31982, 32052, 32122
7CA8, 7CEE, 7D34, 7D7A
5 to 8
31916, 31986, 32056, 32126
7CAC, 7CF2, 7D38, 7D7E
9 to 12
32192, 32262, 32332, 32402
7DC0, 7E06, 7E4C, 7E92
13 to 16
32472, 32542, 32612, 32682
7ED8, 7F1E, 7F64, 7FAA
1 to 4
31633, 31703, 31773, 31843
7B91, 7BD7, 7C1D, 7C63
5 to 8
31913, 31983, 32053, 32123
7CA9, 7CEF, 7D35, 7D7B
9 to 12
32193, 32263, 32333, 32403
7DC1, 7E07, 7E4D, 7E93
13 to 16
32473, 32543, 32613, 32683
7ED9, 7F1F, 7F65, 7FAB
4)
5)
6)
9 to 12
32196, 32266, 32336, 32406
7DC4, 7E0A, 7E50, 7E96
13 to 16
32476, 32546, 32616, 32686
7EDC, 7F22, 7F68, 7FAE
1 to 4
31635, 31705, 31775, 31845
7B93, 7BD9, 7C1F, 7C65
5 to 8
31915, 31985, 32055, 32125
7CAB, 7CF1, 7D37, 7D7D
9 to 12
32195, 32265, 32335, 32405
7DC3, 7E09, 7E4F, 7E95
13 to 16
32475, 32545, 32615, 32685
7EDB, 7F21, 7F67, 7FAD
7
8
Q MOTION
MONITOR
No.
4
MELSEC-A LIST
EDITOR
1)
Axis
NETWORK
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 289
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
No.
Axis
Buffer memory address
DEC
HEX
No.
Buffer memory address
Axis
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28433, 28533,
28633, 28733
6F11, 6F75,
6FD9, 703D
5 to 8
28833, 28933,
29033, 29133
70A1, 7105,
7169, 71CD
9 to 12
29233, 29333,
29433, 29533
7231, 7295,
72F9, 735D
73BA, 741E,
7482, 74E6
13 to 16
29633, 29733,
29833, 29933
73C1, 7425,
7489, 74ED
28427, 28527,
28627, 28727
6F0B, 6F6F,
6FD3, 7037
1 to 4
28436, 28536,
28636, 28736
6F14, 6F78,
6FDC, 7040
5 to 8
28827, 28927,
29027, 29127
709B, 70FF,
7163, 71C7
5 to 8
28836, 28936,
29036, 29136
70A4, 7108,
716C, 71D0
9 to 12
29227, 29327,
29427, 29527
722B, 728F,
72F3, 7357
9 to 12
29236, 29336,
29436, 29536
7234, 7298,
72FC, 7360
73B4, 7418,
747C, 74E0
13 to 16
29627, 29727,
29827, 29927
73BB, 741F,
7483, 74E7
13 to 16
29636, 29736,
29836, 29936
73C4, 7428,
748C, 74F0
28422, 28522,
28622, 28722
6F06, 6F6A,
6FCE, 7032
1 to 4
28428, 28528,
28628, 28728
6F0C, 6F70,
6FD4, 7038
1 to 4
28441, 28541,
28641, 28741
6F19, 6F7D,
6FE1, 7045
5 to 8
28822, 28922,
29022, 29122
7096, 70FA,
715E, 71C2
5 to 8
28828, 28928,
29028, 29128
709C, 7100,
7164, 71C8
5 to 8
28841, 28941,
29041, 29141
70A9, 710D,
7171, 71D5
9 to 12
29222, 29322,
29422, 29522
7226, 728A,
72EE, 7352
9 to 12
29228, 29328,
29428, 29528
722C, 7290,
72F4, 7358
9 to 12
29241, 29341,
29441, 29541
7239, 729D,
7301, 7365
13 to 16
29622, 29722,
29822, 29922
73B6, 741A,
747E, 74E2
13 to 16
29628, 29728,
29828, 29928
73BC, 7420,
7484, 74E8
13 to 16
29641, 29741,
29841, 29941
73C9, 742D,
7491, 74F5
1 to 4
28424, 28524,
28624, 28724
6F08, 6F6C,
6FD0, 7034
1 to 4
28429, 28529,
28629, 28729
6F0D, 6F71,
6FD5, 7039
5 to 8
28824, 28924,
29024, 29124
7098, 70FC,
7160, 71C4
5 to 8
28829, 28929,
29029, 29129
709D, 7101,
7165, 71C9
9 to 12
29224, 29324,
29424, 29524
7228, 728C,
72F0, 7354
9 to 12
29229, 29329,
29429, 29529
722D, 7291,
72F5, 7359
13 to 16
29624, 29724,
29824, 29924
73B8, 741C,
7480, 74E4
13 to 16
29629, 29729,
29829, 29929
73BD, 7421,
7485, 74E9
1 to 4
28425, 28525,
28625, 28725
6F09, 6F6D,
6FD1, 7035
1 to 4
28431, 28531,
28631, 28731
6F0F, 6F73,
6FD7, 703B
5 to 8
28825, 28925,
29025, 29125
7099, 70FD,
7161, 71C5
5 to 8
28831, 28931,
29031, 29131
709F, 7103,
7167, 71CB
9 to 12
29225, 29325,
29425, 29525
7229, 728D,
72F1, 7355
9 to 12
29231, 29331,
29431, 29531
722F, 7293,
72F7, 735B
13 to 16
29625, 29725,
29825, 29925
73B9, 741D,
7481, 74E5
13 to 16
29631, 29731,
29831, 29931
73BF, 7423,
7487, 74EB
1 to 4
28426, 28526,
28626, 28726
6F0A, 6F6E,
6FD2, 7036
5 to 8
28826, 28926,
29026, 29126
709A, 70FE,
7162, 71C6
9 to 12
29226, 29326,
29426, 29526
722A, 728E,
72F2, 7356
73B3, 7417,
747B, 74DF
13 to 16
29626, 29726,
29826, 29926
28420, 28520,
28620, 28720
6F04, 6F68,
6FCC, 7030
1 to 4
5 to 8
28820, 28920,
29020, 29120
7094, 70F8,
715C, 71C0
9 to 12
29220, 29320,
29420, 29520
7224, 7288,
72EC, 7350
13 to 16
29620, 29720,
29820, 29920
1 to 4
1 to 4
28419, 28519,
28619, 28719
6F03, 6F67,
6FCB, 702F
5 to 8
28819, 28919,
29019, 29119
7093, 70F7,
715B, 71BF
9 to 12
29219, 29319,
29419, 29519
7223, 7287,
72EB, 734F
13 to 16
29619, 29719,
29819, 29919
1 to 4
1)
2)
3)
4)
5)
6 - 290
6)
7)
8)
9)
10)
6.5 Intelligent Module Monitor Screens
11)
12)
13)
-
-
-
-
1
OVERVIEW
Screen example
1)
2)
2
3)
SYSTEM MONITOR
4)
5)
6)
7)
8)
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28410, 28510,
28610, 28710
6EFA, 6F5E,
6FC2, 7026
5 to 8
28810, 28910,
29010, 29110
708A, 70EE,
7152, 71B6
9 to 12
29210, 29310,
29410, 29510
721A, 727E,
72E2, 7346
73A4, 7408,
746C, 74D0
13 to 16
29610, 29710,
29810, 29910
73AA, 740E,
7472, 74D6
28408, 28508,
28608, 28708
6EF8, 6F5C,
6FC0, 7024
1 to 4
28414, 28514,
28614, 28714
6EFE, 6F62,
6FC6, 702A
5 to 8
28808, 28908,
29008, 29108
7088, 70EC,
7150, 71B4
5 to 8
28814, 28914,
29014, 29114
708E, 70F2,
7156, 71BA
MELSEC-A LIST
EDITOR
Axis
9 to 12
29208, 29308,
29408, 29508
7218, 727C,
72E0, 7344
9 to 12
29214, 29314,
29414, 29514
721E, 7282,
72E6, 734A
5
73A2, 7406,
746A, 74CE
13 to 16
29608, 29708,
29808, 29908
73A8, 740C,
7470, 74D4
13 to 16
29614, 29714,
29814, 29914
73AE, 7412,
7476, 74DA
28403, 28503,
28603, 28703
6EF3, 6F57,
6FBB, 701F
1 to 4
28409, 28509,
28609, 28709
6EF9, 6F5D,
6FC1, 7025
1 to 4
28415, 28515,
28615, 28715
6EFF, 6F63,
6FC7, 702B
5 to 8
28803, 28903,
29003, 29103
7083, 70E7,
714B, 71AF
5 to 8
28809, 28909,
29009, 29109
7089, 70ED,
7151, 71B5
5 to 8
28815, 28915,
29015, 29115
708F, 70F3,
7157, 71BB
9 to 12
29203, 29303,
29403, 29503
7213, 7277,
72DB, 733F
9 to 12
29209, 29309,
29409, 29509
7219, 727D,
72E1, 7345
9 to 12
29215, 29315,
29415, 29515
721F, 7283,
72E7, 734B
13 to 16
29603, 29703,
29803, 29903
73A3, 7407,
746B, 74CF
13 to 16
29609, 29709,
29809, 29909
73A9, 740D,
7471, 74D5
13 to 16
29615, 29715,
29815, 29915
73AF, 7413,
7477, 74DB
5 to 8
28804, 28904,
29004, 29104
7084, 70E8,
714C, 71B0
9 to 12
29204, 29304,
29404, 29504
7214, 7278,
72DC, 7340
73A0, 7404,
7468, 74CC
13 to 16
29604, 29704,
29804, 29904
28402, 28502,
28602, 28702
6EF2, 6F56,
6FBA, 701E
1 to 4
5 to 8
28802, 28902,
29002, 29102
7082, 70E6,
714A, 71AE
9 to 12
29202, 29302,
29402, 29502
7212, 7276,
72DA, 733E
13 to 16
29602, 29702,
29802, 29902
1 to 4
5 to 8
28800, 28900,
29000, 29100
7080, 70E4,
7148, 71AC
9 to 12
29200, 29300,
29400, 29500
7210, 7274,
72D8, 733C
13 to 16
29600, 29700,
29800, 29900
1 to 4
1)
2)
3)
4)
5)
6)
7)
8)
9)
4
6
7
NETWORK
MONITOR
1 to 4
MELSEC-FX LIST
EDITOR
6EF4, 6F58,
6FBC, 7020
6EF0, 6F54,
6FB8, 701C
INTELLIGENT
MODULE MONITOR
1 to 4
28404, 28504,
28604, 28704
28400, 28500,
28600, 28700
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
9)
6.5 Intelligent Module Monitor Screens
6 - 291
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
9)
No.
1)
2)
3)
4)
5)
Axis
Buffer memory address
DEC
HEX
1 to 4
28445, 28545, 28645, 28745
6F1D, 6F81, 6FE5, 7049
5 to 8
28845, 28945, 29045, 29145
70AD, 7111, 7175, 71D9
9 to 12
29245, 29345, 29445, 29545
723D, 72A1, 7305, 7369
13 to 16
29645, 29745, 29845, 29945
1 to 4
28446, 28546, 28646, 28746
5 to 8
No.
Axis
1 to 4
Buffer memory address
DEC
28450, 28550, 28650, 28750
HEX
6F22, 6F86, 6FEA, 704E
5 to 8
28850, 28950, 29050, 29150
70B2, 7116, 717A, 71DE
9 to 12
29250, 29350, 29450, 29550
7242, 72A6, 730A, 736E
73CD, 7431, 7495, 74F9
13 to 16
29650, 29750, 29850, 29950
73D2, 7436, 749A, 74FE
6F1E, 6F82, 6FE6, 704A
1 to 4
28451, 28551, 28651, 28751
6F23, 6F87, 6FEB, 704F
28846, 28946, 29046, 29146
70AE, 7112, 7176, 71DA
5 to 8
28851, 28951, 29051, 29151
70B3, 7117, 717B, 71DF
9 to 12
29246, 29346, 29446, 29546
723E, 72A2, 7306, 736A
9 to 12
29251, 29351, 29451, 29551
7243, 72A7, 730B, 736F
13 to 16
29646, 29746, 29846, 29946
73CE, 7432, 7496, 74FA
13 to 16
29651, 29751, 29851, 29951
73D3, 7437, 749B, 74FF
1 to 4
28447, 28547, 28647, 28747
6F1F, 6F83, 6FE7, 704B
1 to 4
28452, 28552, 28652, 28752
6F24, 6F88, 6FEC, 7050
5 to 8
28847, 28947, 29047, 29147
70AF, 7113, 7177, 71DB
9 to 12
29247, 29347, 29447, 29547
723F, 72A3, 7307, 736B
13 to 16
29647, 29747, 29847, 29947
1 to 4
28448, 28548, 28648, 28748
5 to 8
28848, 28948, 29048, 29148
70B0, 7114, 7178, 71DC
9 to 12
29248, 29348, 29448, 29548
7240, 72A4, 7308, 736C
7)
5 to 8
28852, 28952, 29052, 29152
70B4, 7118, 717C, 71E0
9 to 12
29252, 29352, 29452, 29552
7244, 72A8, 730C, 7370
73CF, 7433, 7497, 74FB
13 to 16
29652, 29752, 29852, 29952
73D4, 7438, 749C, 7500
6F20, 6F84, 6FE8, 704C
1 to 4
28444, 28544, 28644, 28744
6F1C, 6F80, 6FE4, 7048
13 to 16
29648, 29748, 29848, 29948
73D0, 7434, 7498, 74FC
1 to 4
28449, 28549, 28649, 28749
6F21, 6F85, 6FE9, 704D
5 to 8
28849, 28949, 29049, 29149
70B1, 7115, 7179, 71DD
9 to 12
29249, 29349, 29449, 29549
7241, 72A5, 7309, 736D
13 to 16
29649, 29749, 29849, 29949
73D1, 7435, 7499, 74FD
6 - 292
6)
6.5 Intelligent Module Monitor Screens
8)
9)
-
5 to 8
28844, 28944, 29044, 29144
70AC, 7110, 7174, 71D8
9 to 12
29244, 29344, 29444, 29544
723C, 72A0, 7304, 7368
13 to 16
29644, 29744, 29844, 29944
73CC, 7430, 7494, 74F8
-
-
-
1
2)
3)
OVERVIEW
Screen example
4)
2
SYSTEM MONITOR
1)
5)
6)
7)
1)
2)
3)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
28420, 28520, 28620, 28720
6F04, 6F68, 6FCC, 7030
5 to 8
28820, 28920, 29020, 29120
7094, 70F8, 715C, 71C0
9 to 12
29220, 29320, 29420, 29520
7224, 7288, 72EC, 7350
Axis
1 to 4
4)
5)
Buffer memory address
DEC
HEX
28435, 28535, 28635, 28735
6F13, 6F77, 6FDB, 703F
5 to 8
28835, 28935, 29035, 29135
70A3, 7107, 716B, 71CF
9 to 12
29235, 29335, 29435, 29535
7233, 7297, 72FB, 735F
13 to 16
29620, 29720, 29820, 29920
73B4, 7418, 747C, 74E0
13 to 16
29635, 29735, 29835, 29935
73C3, 7427, 748B, 74EF
1 to 4
28421, 28521, 28621, 28721
6F05, 6F69, 6FCD, 7031
1 to 4
28439, 28539, 28639, 28739
6F17, 6F7B, 6FDF, 7043
5 to 8
28821, 28921, 29021, 29121
7095, 70F9, 715D, 71C1
5 to 8
28839, 28939, 29039, 29139
70A7, 710B, 716F, 71D3
9 to 12
29221, 29321, 29421, 29521
7225, 7289, 72ED, 7351
9 to 12
29239, 29339, 29439, 29539
7237, 729B, 72FF, 7363
13 to 16
29621, 29721, 29821, 29921
73B5, 7419, 747D, 74E1
13 to 16
29639, 29739, 29839, 29939
73C7, 742B, 748F, 74F3
1 to 4
28430, 28530, 28630, 28730
6F0E, 6F72, 6FD6, 703A
1 to 4
28440, 28540, 28640, 28740
6F18, 6F7C, 6FE0, 7044
5 to 8
28830, 28930, 29030, 29130
709E, 7102, 7166, 71CA
5 to 8
28840, 28940, 29040, 29140
70A8, 710C, 7170, 71D4
9 to 12
29230, 29330, 29430, 29530
722E, 7292, 72F6, 735A
13 to 16
29630, 29730, 29830, 29930
73BE, 7422, 7486, 74EA
6)
7)
9 to 12
29240, 29340, 29440, 29540
7238, 729C, 7300, 7364
13 to 16
29640, 29740, 29840, 29940
73C8, 742C, 7490, 74F4
4
MELSEC-A LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
5
2)
MELSEC-FX LIST
EDITOR
Screen example
3)
6
INTELLIGENT
MODULE MONITOR
1)
4)
7
2)
Buffer memory address
DEC
HEX
1 to 4
28453, 28553, 28653, 28753
6F25, 6F89, 6FED, 7051
5 to 8
28853, 28953, 29053, 29153
70B5, 7119, 717D, 71E1
9 to 12
29253, 29353, 29453, 29553
7245, 72A9, 730D, 7371
13 to 16
29653, 29753, 29853, 29953
73D5, 7439, 749D, 7501
1 to 4
28454, 28554, 28654, 28754
6F26, 6F8A, 6FEE, 7052
5 to 8
28854, 28954, 29054, 29154
70B6, 711A, 717E, 71E2
9 to 12
29254, 29354, 29454, 29554
7246, 72AA, 730E, 7372
13 to 16
29654, 29754, 29854, 29954
73D6, 743A, 749E, 7502
No.
3)
4)
-
Axis
Buffer memory address
DEC
HEX
1 to 4
28463, 28563, 28663, 28763
6F2F, 6F93, 6FF7, 705B
70BF, 7123, 7187, 71EB
5 to 8
28863, 28963, 29063, 29163
9 to 12
29263, 29363, 29463, 29563
724F, 72B3, 7317, 737B
13 to 16
29663, 29763, 29863, 29963
73DF, 7443, 74A7, 750B
-
-
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
6.5 Intelligent Module Monitor Screens
6 - 293
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
No.
1)
2)
3)
4)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
31645, 31715, 31785, 31855
7B9D, 7BE3, 7C29, 7C6F
5 to 8
31925, 31995, 32065, 32135
7CB5, 7CFB, 7D41, 7D87
9 to 12
32205, 32275, 32345, 32415
7DCD, 7E13, 7E59, 7E9F
13 to 16
32485, 32555, 32625, 32695
7EE5, 7F2B, 7F71, 7FB7
1 to 4
31646, 31716, 31786, 31856
7B9E, 7BE4, 7C2A, 7C70
5 to 8
31926, 31996, 32066, 32136
7CB6, 7CFC, 7D42, 7D88
9 to 12
32206, 32276, 32346, 32416
7DCE, 7E14, 7E5A, 7EA0
13 to 16
32486, 32556, 32626, 32696
7EE6, 7F2C, 7F72, 7FB8
Axis
HEX
1 to 4
31647, 31717, 31787, 31857
7B9F, 7BE5, 7C2B, 7C71
7CB7, 7CFD, 7D43, 7D89
5 to 8
31927, 31997, 32067, 32137
9 to 12
32207, 32277, 32347, 32417
7DCF, 7E15, 7E5B, 7EA1
13 to 16
32487, 32557, 32627, 32697
7EE7, 7F2D, 7F73, 7FB9
1 to 4
31648, 31718, 31788, 31858
7BA0, 7BE6, 7C2C, 7C72
5 to 8
31928, 31998, 32068, 32138
7CB8, 7CFE, 7D44, 7D8A
9 to 12
32208, 32278, 32348, 32418
7DD0, 7E16, 7E5C, 7EA2
13 to 16
32488, 32558, 32628, 32698
7EE8, 7F2E, 7F74, 7FBA
5)
6)
7)
8)
Buffer memory address
DEC
Screen example
1)
2)
3)
4)
5)
6)
7)
8)
No.
1)
2)
3)
4)
5)
Axis
Buffer memory address
DEC
HEX
1 to 4
31649, 31719, 31789, 31859
7BA1, 7BE7, 7C2D, 7C73
No.
Axis
1 to 4
Buffer memory address
DEC
31652, 31722, 31792, 31862
HEX
7BA4, 7BEA, 7C30, 7C76
5 to 8
31929, 31999, 32069, 32139
7CB9, 7CFF, 7D45, 7D8B
9 to 12
32209, 32279, 32349, 32419
7DD1, 7E17, 7E5D, 7EA3
13 to 16
32489, 32559, 32629, 32699
7EE9, 7F2F, 7F75, 7FBB
13 to 16
32492, 32562, 32632, 32702
7EEC, 7F32, 7F78, 7FBE
1 to 4
31650, 31720, 31790, 31860
7BA2, 7BE8, 7C2E, 7C74
1 to 4
31653, 31723, 31793, 31863
7BA5, 7BEB, 7C31, 7C77
6)
5 to 8
31932, 32002, 32072, 32142
7CBC, 7D02, 7D48, 7D8E
9 to 12
32212, 32282, 32352, 32422
7DD4, 7E1A, 7E60, 7EA6
5 to 8
31930, 32000, 32070, 32140
7CBA, 7D00, 7D46, 7D8C
9 to 12
32210, 32280, 32350, 32420
7DD2, 7E18, 7E5E, 7EA4
13 to 16
32490, 32560, 32630, 32700
7EEA, 7F30, 7F76, 7FBC
13 to 16
32493, 32563, 32633, 32703
7EED, 7F33, 7F79, 7FBF
1 to 4
31651, 31721, 31791, 31861
7BA3, 7BE9, 7C2F, 7C75
1 to 4
31654, 31724, 31794, 31864
7BA6, 7BEC, 7C32, 7C78
7CBE, 7D04, 7D4A, 7D90
5 to 8
31931, 32001, 32071, 32141
7CBB, 7D01, 7D47, 7D8D
9 to 12
32211, 32281, 32351, 32421
7DD3, 7E19, 7E5F, 7EA5
13 to 16
32491, 32561, 32631, 32701
7EEB, 7F31, 7F77, 7FBD
6 - 294
6.5 Intelligent Module Monitor Screens
7)
8)
5 to 8
31933, 32003, 32073, 32143
7CBD, 7D03, 7D49, 7D8F
9 to 12
32213, 32283, 32353, 32423
7DD5, 7E1B, 7E61, 7EA7
5 to 8
31934, 32004, 32074, 32144
9 to 12
32214, 32284, 32354, 32424
7DD6, 7E1C, 7E62, 7EA8
13 to 16
32494, 32564, 32634, 32704
7EEE, 7F34, 7F7A, 7FC0
1
OVERVIEW
Screen example
1)
2)
3)
2
SYSTEM MONITOR
4)
5)
31455, 31525, 31595, 31665
7ADF, 7B25, 7B6B, 7BB1
5 to 8
31735, 31805, 31875, 31945
7BF7, 7C3D, 7C83, 7CC9
9 to 12
32015, 32085, 32155, 32225
7D0F, 7D55, 7D9B, 7DE1
Axis
1 to 4
4)
Buffer memory address
DEC
31458, 31528, 31598, 31668
HEX
7AE2, 7B28, 7B6E, 7BB4
5 to 8
31738, 31808, 31878, 31948
7BFA, 7C40, 7C86, 7CCC
9 to 12
32018, 32088, 32158, 32228
7D12, 7D58, 7D9E, 7DE4
13 to 16
32295, 32365, 32435, 32505
7E27, 7E6D, 7EB3, 7EF9
13 to 16
32298, 32368, 32438, 32508
7E2A, 7E70, 7EB6, 7EFC
1 to 4
31456, 31526, 31596, 31666
7AE0, 7B26, 7B6C, 7BB2
1 to 4
31459, 31529, 31599, 31669
7AE3, 7B29, 7B6F, 7BB5
5 to 8
31736, 31806, 31876, 31946
7BF8, 7C3E, 7C84, 7CCA
5 to 8
31739, 31809, 31879, 31949
7BFB, 7C41, 7C87, 7CCD
9 to 12
32016, 32086, 32156, 32226
7D10, 7D56, 7D9C, 7DE2
9 to 12
32019, 32089, 32159, 32229
7D13, 7D59, 7D9F, 7DE5
13 to 16
32296, 32366, 32436, 32506
7E28, 7E6E, 7EB4, 7EFA
13 to 16
32299, 32369, 32439, 32509
7E2B, 7E71, 7EB7, 7EFD
1 to 4
31457, 31527, 31597, 31667
7AE1, 7B27, 7B6D, 7BB3
5 to 8
31737, 31807, 31877, 31947
7BF9, 7C3F, 7C85, 7CCB
9 to 12
32017, 32087, 32157, 32227
7D11, 7D57, 7D9D, 7DE3
13 to 16
32297, 32367, 32437, 32507
7E29, 7E6F, 7EB5, 7EFB
5)
-
-
-
-
4
MELSEC-A LIST
EDITOR
1 to 4
No.
5
MELSEC-FX LIST
EDITOR
3)
HEX
6
INTELLIGENT
MODULE MONITOR
2)
Buffer memory address
DEC
7
NETWORK
MONITOR
1)
Axis
8
Q MOTION
MONITOR
No.
LADDER MONITOR
FUNCTION
3
6.5 Intelligent Module Monitor Screens
6 - 295
Screen example
1)
2)
3)
4)
5)
6)
7)
No.
1)
2)
3)
4)
Axis
Buffer memory address
DEC
No.
HEX
1 to 4
28464, 28564, 28664, 28764
5 to 8
28864, 28964, 29064, 29164
70C0, 7124, 7188, 71EC
9 to 12
29264, 29364, 29464, 29564
7250, 72B4, 7318, 737C
Axis
6F30, 6F94, 6FF8, 705C
1 to 4
5)
Buffer memory address
DEC
HEX
28467, 28567, 28667, 28767
6F33, 6F97, 6FFB, 705F
5 to 8
28867, 28967, 29067, 29167
70C3, 7127, 718B, 71EF
9 to 12
29267, 29367, 29467, 29567
7253, 72B7, 731B, 737F
13 to 16
29664, 29764, 29864, 29964
73E0, 7444, 74A8, 750C
13 to 16
29667, 29767, 29867, 29967
73E3, 7447, 74AB, 750F
1 to 4
28465, 28565, 28665, 28765
6F31, 6F95, 6FF9, 705D
1 to 4
28468, 28568, 28668, 28768
6F34, 6F98, 6FFC, 7060
5 to 8
28865, 28965, 29065, 29165
70C1, 7125, 7189, 71ED
9 to 12
29265, 29365, 29465, 29565
7251, 72B5, 7319, 737D
5 to 8
28868, 28968, 29068, 29168
70C4, 7128, 718C, 71F0
9 to 12
29268, 29368, 29468, 29568
7254, 72B8, 731C, 7380
13 to 16
29665, 29765, 29865, 29965
1 to 4
28466, 28566, 28666, 28766
73E1, 7445, 74A9, 750D
13 to 16
29668, 29768, 29868, 29968
73E4, 7448, 74AC, 7510
6F32, 6F96, 6FFA, 705E
1 to 4
28470, 28570, 28670, 28770
5 to 8
6F36, 6F9A, 6FFE, 7062
28866, 28966, 29066, 29166
70C2, 7126, 718A, 71EE
5 to 8
28870, 28970, 29070, 29170
70C6, 712A, 718E, 71F2
9 to 12
29266, 29366, 29466, 29566
7252, 72B6, 731A, 737E
9 to 12
29270, 29370, 29470, 29570
7256, 72BA, 731E, 7382
13 to 16
29666, 29766, 29866, 29966
73E2, 7446, 74AA, 750E
13 to 16
29670, 29770, 29870, 29970
73E6, 744A, 74AE, 7512
6)
7)
Screen example
1)
2)
3)
4)
No.
1)
2)
Axis
Buffer memory address
DEC
HEX
1 to 4
28474, 28574, 28674, 28774
6F3A, 6F9E, 7002, 7066
No.
Axis
1 to 4
Buffer memory address
DEC
28472, 28572, 28672, 28772
HEX
6F38, 6F9C, 7000, 7064
5 to 8
28874, 28974, 29074, 29174
70CA, 712E, 7192, 71F6
9 to 12
29274, 29374, 29474, 29574
725A, 72BE, 7322, 7386
13 to 16
29674, 29774, 29874, 29974
73EA, 744E, 74B2, 7516
13 to 16
29672, 29772, 29872, 29972
73E8, 744C, 74B0, 7514
1 to 4
28475, 28575, 28675, 28775
6F3B, 6F9F, 7003, 7067
1 to 4
28473, 28573, 28673, 28773
6F39, 6F9D, 7001, 7065
5 to 8
28875, 28975, 29075, 29175
70CB, 712F, 7193, 71F7
9 to 12
29275, 29375, 29475, 29575
725B, 72BF, 7323, 7387
13 to 16
29675, 29775, 29875, 29975
73EB, 744F, 74B3, 7517
6 - 296
6.5 Intelligent Module Monitor Screens
3)
4)
5 to 8
28872, 28972, 29072, 29172
70C8, 712C, 7190, 71F4
9 to 12
29272, 29372, 29472, 29572
7258, 72BC, 7320, 7384
5 to 8
28873, 28973, 29073, 29173
70C9, 712D, 7191, 71F5
9 to 12
29273, 29373, 29473, 29573
7259, 72BD, 7321, 7385
13 to 16
29673, 29773, 29873, 29973
73E9, 744D, 74B1, 7515
1
OVERVIEW
Screen example
1)
2)
3)
2
SYSTEM MONITOR
4)
5)
6)
7)
8)
2)
3)
4)
DEC
No.
HEX
1 to 4
28466, 28566, 28666, 28766
6F32, 6F96, 6FFA, 705E
5 to 8
28866, 28966, 29066, 29166
70C2, 7126, 718A, 71EE
9 to 12
29266, 29366, 29466, 29566
7252, 72B6, 731A, 737E
13 to 16
29666, 29766, 29866, 29966
1 to 4
5 to 8
Buffer memory address
Axis
DEC
HEX
1 to 4
28481, 28581, 28681, 28781
6F41, 6FA5, 7009, 706D
70D1, 7135, 7199, 71FD
5 to 8
28881, 28981, 29081, 29181
9 to 12
29281, 29381, 29481, 29581
7261, 72C5, 7329, 738D
73E2, 7446, 74AA, 750E
13 to 16
29681, 29781, 29881, 29981
73F1, 7455, 74B9, 751D
28469, 28569, 28669, 28769
6F35, 6F99, 6FFD, 7061
1 to 4
28483, 28583, 28683, 28783
6F43, 6FA7, 700B, 706F
28869, 28969, 29069, 29169
70C5, 7129, 718D, 71F1
5 to 8
28883, 28983, 29083, 29183
70D3, 7137, 719B, 71FF
9 to 12
29269, 29369, 29469, 29569
7255, 72B9, 731D, 7381
9 to 12
29283, 29383, 29483, 29583
7263, 72C7, 732B, 738F
13 to 16
29669, 29769, 29869, 29969
73E5, 7449, 74AD, 7511
13 to 16
29683, 29783, 29883, 29983
73F3, 7457, 74BB, 751F
1 to 4
28471, 28571, 28671, 28771
6F37, 6F9B, 6FFF, 7063
1 to 4
28484, 28584, 28684, 28784
6F44, 6FA8, 700C, 7070
5 to 8
28871, 28971, 29071, 29171
70C7, 712B, 718F, 71F3
5 to 8
28884, 28984, 29084, 29184
70D4, 7138, 719C, 7200
9 to 12
29271, 29371, 29471, 29571
7257, 72BB, 731F, 7383
9 to 12
29284, 29384, 29484, 29584
7264, 72C8, 732C, 7390
13 to 16
29671, 29771, 29871, 29971
73E7, 744B, 74AF, 7513
13 to 16
29684, 29784, 29884, 29984
73F4, 7458, 74BC, 7520
5)
6)
7)
1 to 4
28480, 28580, 28680, 28780
6F40, 6FA4, 7008, 706C
1 to 4
28487, 28587, 28687, 28787
6F47, 6FAB, 700F, 7073
5 to 8
28880, 28980, 29080, 29180
70D0, 7134, 7198, 71FC
5 to 8
28887, 28987, 29087, 29187
70D7, 713B, 719F, 7203
9 to 12
29280, 29380, 29480, 29580
7260, 72C4, 7328, 738C
13 to 16
29680, 29780, 29880, 29980
73F0, 7454, 74B8, 751C
8)
9 to 12
29287, 29387, 29487, 29587
7267, 72CB, 732F, 7393
13 to 16
29687, 29787, 29887, 29987
73F7, 745B, 74BF, 7523
Screen example
4
MELSEC-A LIST
EDITOR
1)
Buffer memory address
Axis
5
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
6
INTELLIGENT
MODULE MONITOR
1)
2)
3)
Axis
Buffer memory address
DEC
HEX
1 to 4
28490, 28590,
28690, 28790
6F4A, 6FAE,
7012, 7076
5 to 8
28890, 28990,
29090, 29190
70DA, 713E,
71A2, 7206
9 to 12
29290, 29390,
29490, 29590
726A, 72CE,
7332, 7396
13 to 16
29690, 29790,
29890, 29990
73FA, 745E,
74C2, 7526
1)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28492, 28592,
28692, 28792
6F4C, 6FB0,
7014, 7078
5 to 8
28892, 28992,
29092, 29192
70DC, 7140,
71A4, 7208
9 to 12
29292, 29392,
29492, 29592
726C, 72D0,
7334, 7398
13 to 16
29692, 29792,
29892, 29992
73FC, 7460,
74C4, 7528
2)
No.
Axis
Buffer memory address
DEC
HEX
1 to 4
28494, 28594,
28694, 28794
6F4E, 6FB2,
7016, 707A
5 to 8
28894, 28994,
29094, 29194
70DE, 7142,
71A6, 720A
9 to 12
29294, 29394,
29494, 29594
726E, 72D2,
7336, 739A
13 to 16
29694, 29794,
29894, 29994
73FE, 7462,
74C6, 752A
3)
6.5 Intelligent Module Monitor Screens
6 - 297
8
Q MOTION
MONITOR
No.
NETWORK
MONITOR
7
6.6 Operating I/O Module Monitor Screen
This section describes the operation of the various screens in the intelligent module monitor function, when monitoring
input or output modules.
6.6.1
Specifying the module to be monitored
This section describes how to start monitoring for an input or output module with the intelligent module monitor function.
Operation procedure
Display the System Configuration screen.
Specify the module to be monitored
See Sec. 6.4.1
(Touch the position at which the module is displayed.)
(1)
Display the monitor screen for the specified module.
(2) For information on confirming the displayed contents and
subsequent operation, please see Sec. 6.6.2.
* Tests cannot be conducted on input or output modules.
To Sec. 13.2
6 - 298
From among the modules installed in the corresponding
base unit, specify the module whose "Input" or "Output"
is displayed.
Refer to Section 6.4.1 for the way to specify the intelligent
function module.
6.6 Operating I/O Module Monitor Screen
1
Monitor screen configuration and key functions
This section describes the configuration of monitor screens displayed by specifying the input module on the system
configuration screen, and explains the functions of keys displayed on the screen.
 Displayed contents (for an input module)
2
2)
1)
OVERVIEW
6.6.2
SYSTEM MONITOR
3)
4)
Description
4
1)
Displays the type of object module (input or output module).
2)
Displays keys used for the operations on the monitor screen.
3)
Displays the name of the signal being monitored (X or Y).
4)
Displays the number and status of the I/O signal.
The statuses of input and output signals are displayed after they are read out from the corresponding module.
Displays up to 64 points.(
: ON,
: OFF)
5
 Key functions
MELSEC-FX LIST
EDITOR
The table below shows the functions of keys that are used for the operations on the monitor screen.
Function
Closes the current monitor and returns to the System Configuration screen.
6
INTELLIGENT
MODULE MONITOR
Closes the monitoring and returns the screen to the one for starting the intelligent module monitor.
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
Key
MELSEC-A LIST
EDITOR
Item
LADDER MONITOR
FUNCTION
3
6.6 Operating I/O Module Monitor Screen
6 - 299
6.7 Error Messages and Corrective Action
This section describes the error messages displayed when the intelligent module monitor is executed, and corrective
action.
Error message
Description
Corrective action
Communication channel setup error
There is no channel for communication.
Check that the channel number is correctly set in the
Communication Settings.
Communications error
Communication could not be established
with the PLC CPU.
Check the connection status between the PLC CPU and
the GOT (disconnected or cut cables).
Has an error occurred in the PLC CPU?
Monitor Data Can Not Find
The special data (intelligent module
monitor data) has not been downloaded
to the GOT.
Download the special data (intelligent module monitor
data) to the GOT.
This PLC type is not supported
The intelligent module monitor selected
an unsupported PLC CPU.
6 - 300
6.7 Error Messages and Corrective Action
Use the PLC CPU supported by the intelligent module
monitor.
6.2.1 System configuration
1
NETWORK MONITOR
OVERVIEW
7.
SYSTEM MONITOR
2
7.1 Features
The network monitor function enables the GOT to monitor and display the statuses of the MELSECNET/H,
MELSECNET/10, MELSECNET(II), CC-Link IE controller networks, and CC-Link IE field networks.
The features of the network monitor are described below.
 Selectable from detailed monitoring or other station monitoring for a desired network by
the line monitor
The line monitor enables you to monitor the statuses of all network lines connected to the host.
In addition, you can also perform detailed monitoring of a desired network and monitoring of other stations by touch
input on the line monitor.
LADDER MONITOR
FUNCTION
3
MELSEC-A LIST
EDITOR
4
(GOT wirh VGA or higher resolution)
MELSEC-FX LIST
EDITOR
5
(GOT wirh QVGA resolution)
 Monitoring available for the detailed network information with the detailed monitor
Dedicated monitor screens are displayed according to the network type of the connected host.
Network type:MELSECNET(II), master station
MELSECNET(II), local station
MELSECNET/10 and MELSECNET/H, control station and normal station
MELSECNET/10 and MELSECNET/H, remote master station
CC-Link IE controller network, control station and normal station
CC-Link IE field network, master station and local station
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.1 Features
7-1
 Monitoring available for other stations statuses with the other station monitor
You can monitor the following statuses of other stations connected to the network.
• Communication status of each station
• Data link status of each station
• Parameter status of each station
• CPU action status of each station
• CPU RUN status of each station
• Loop status of each station
Other station monitor menu
Other station communication status monitor
7-2
7.1 Features
System configuration
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Target controller
Controller
RCPU, motion controller CPU (MELSEC iQ-R Series)
3
LADDER MONITOR
FUNCTION
QCPU (Q mode), motion controller (Q series)*1
LCPU
QnACPU
ACPU/QCPU (A mode)
Motion controller (A series)
For the motion controller CPU (Q series), only the PLC CPU area (CPU No.1) in the Q170MCPU and Q170MSCPU can be
monitored.
4
 Connection type
This function can be used in the following connection types.
(1) When GOT is connected to an RCPU, MELSEC iQ-R series motion controller CPU
(
Function
Name
Description
: Available,
: Partly restricted,
: Unavailable)
Connection type between GOT and controller
Bus
connection
Direct
CPU
connection
Computer
link
connection
Ethernet
connection
*4
MELSEC
NET/H
connection,
MELSEC
NET/10
connection
CC-Link IE
controller
connection*1,
CC-Link IE
field
CC-Link
connection
ID*3
G4
connection*2
Monitors the statuses of the
following networks.
• CC-Link IE controller
network
• CC-Link IE field network
INTELLIGENT
MODULE MONITOR
6
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
Network monitor cannot be used when using CC-Link IE field network Ethernet adapter.
7
NETWORK
MONITOR
*1
*2
*3
*4
5
8
Q MOTION
MONITOR
Network
monitor
MELSEC-A LIST
EDITOR
*1
2
SYSTEM MONITOR
This section describes the system configuration of the network monitor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
MELSEC-FX LIST
EDITOR
7.2.1
OVERVIEW
1
7.2 Specifications
7.2 Specifications
7-3
(2) When the GOT is connected to a QCPU (Q mode), motion controller (Q series), QnACPU, or motion
controller (A series)
(
Function
Name
Description
: Available,
: Partly restricted,
Connection type between GOT and controller
Bus
connection
Direct
CPU
connection
Computer
link
connection
Ethernet
connection
*6
MELSEC
NET/H
connection,
MELSEC
NET/10
*5
connection
Monitors the statuses of the
following networks.
• MELSECNET/H network
• MELSECNET/10 network
• MELSECNET(II) network
• CC-Link IE controller
network
• CC-Link IE field network
Network
monitor
*1
*2
*3
*4
*5
*6
: Unavailable)
CC-Link IE
controller
connection*1,
CC-Link IE
field
CC-Link
connection
ID*3
G4*4
connection*2
*5
Indicates the CC-Link IE controller network connection.
Indicates CC-Link IE field network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
When the GOT is connected to the MELSECNET/H or MELSECNET/10, use a QCPU and a network module (QJ71LP21,
QJ71LP21-25, QJ71LP21S-25, QJ71LP21G, or QJ71BR11) of function version B or a later version.
Network monitor cannot be used when using CC-Link IE field network Ethernet adapter.
(3) When the GOT is connected to an ACPU/QCPU (A mode)
(
Function
Name
Description
Monitoring the network
status of MELSECNET/H,
MELSECNET/10 and
MELSECNET(II)
Network
monitor
*1
*2
*3
7-4
: Available,
: Partly restricted,
Connection type between GOT and controller
Bus
connection
Direct CPU
connection
Computer link
connection
Ethernet
connection
MELSECNET/10
connection
*3
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
Monitoring is not possible when the target CPU is AnUCPU and a MELSECNET/10 network module is used.
7.2 Specifications
: Unavailable)
CC-Link
connection
ID*1
G4*2
1
 Required option OS and option function board
The option OS and option function board shown below are required.
OVERVIEW
1.1.2 Hardware and OS’ required for each function
(1) Option OS
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
(2) OS memory space
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(3) Option function board
(a) For GT16
No option function board is required.
3
LADDER MONITOR
FUNCTION
GOT
SYSTEM MONITOR
2
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
4
MELSEC-A LIST
EDITOR
(b) For GT15
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.2 Specifications
7-5
7.2.2
Network information that can be monitored
The network information that can be monitored with the network monitor and the link types are as follows.
(
Function
Network Information
MELSEC
NET(II)
master
station
MELSEC
NET(II)
local
station
MELSEC
NET/10,
MELSEC
NET/H
control
station
MELSEC
NET/10,
MELSEC
NET/H
normal
station
MELSEC
NET/10,
MELSEC
NET/H
remote
master
station
: Can be monitored,
CC-Link IE
controller
network
control
station
CC-Link IE
controller
network
normal
station
: Cannot be monitored)
CC-Link IE
field
network
master
station
CC-Link IE
field
network
local
station
Network category display
Network number display
Station number display
Host operation mode
Line monitor
Host loop line status
Loopback execution status
Link scan time display
Data link system loop status
Host communication status
*1
Host number
Host
information
Host
Network number
Group number
Specified control station
Current control station
Control station
information
Communication information
Detailed monitor
Sub-control-station link
Remote-I/O-master-station
station number
Total of linked stations
Largest connected stations
Largest data-linked station
Data link
information
Communication status
Causes of interrupted
communication
Causes of data link stoppage
Constant link scan
Constant link scan
BWY receive
BWY from the master station
BW receive
BW from the master station in
the higher loop
(Continued to next page)
7-6
7.2 Specifications
1
CC-Link IE
controller
network
control
station
CC-Link IE
controller
network
normal
station
Forward loop status
*2
*2
*2
*3
*3
Reverse loop status
*2
*2
*2
*3
*3
Loopback station (forward loop)
*2
*2
*2
*3
*3
Loopback station (reverse loop)
*2
*2
*2
*3
*3
Loop switching frequency
*2
*2
*2
CC-Link IE
field
network
master
station
CC-Link IE
field
network
local
station
2
PORT1 Loop
*4
PORT2 Loop
*4
Loop Back Sta.1
*4
Loop Back Sta.2
*4
3
LADDER MONITOR
FUNCTION
Detailed monitor
Loopback
#of Loop Switching
Parameter settings
Designation of reserved station
4
Designation of transmission
*2
*2
*2
Transmission status
*2
*2
*2
MELSEC-A LIST
EDITOR
Communications mode
Host status
OVERVIEW
Network Information
MELSEC
NET
(II) local
station
MELSEC
NET/10,
MELSEC
NET/H
remote
master
station
MELSEC
NET/10,
MELSEC
NET/H
normal
Station
SYSTEM MONITOR
Function
MELSEC
NET
(II) master
station
MELSEC
NET/10,
MELSEC
NET/H
control
station
Communication status of each
station
Communications status of each
station
5
Parameter status of each station
MELSEC-FX LIST
EDITOR
Other station monitor
CPU action status of each
station
CPU RUN status of each station
*2
*2
*1
*2
Monitoring is only possible when connected to a MELSECNET(II) local station.
Monitoring is possible only when using a MELSECNET/H or MELSECNET/10 loop system.
*3
The loop names vary depending on the network system to be monitored as shown below.
MELSECNET/H, MELSECNET/10,
MELSECNET(II) network systems
*4
6
CC-Link IE controller network
Forward loop
OUT-side loop
Reverse loop
IN-side loop
7
Monitoring is possible only when using a loopback function.
In bus connection, direct CPU connection, computer link connection, or Ethernet connection, only the host station can be
monitored.
In MELSECNET/H connection or MELSECNET/10 connection, only the control station can be monitored.
In CC-Link connection (Intelligent device station), only the master station can be monitored.
In CC-Link connection (via G4), only the host and master stations can be monitored.
When the GOT is connected to the remote I/O station in MELSECNET/H network system, no stations can be monitored.
The GOT cannot monitor stations on the MELSECNET/G network system.
The access range other than above is the same as the access range when the GOT is connected to a controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
7.2 Specifications
7-7
NETWORK
MONITOR
Access range
8
Q MOTION
MONITOR
7.2.3
*2
INTELLIGENT
MODULE MONITOR
Loop status of each station
7.2.4
Precautions
(1) Station monitored as the host
The station monitored as the host differs depending on the connection type.
Connection type
Station monitored as the host
Bus connection, direct CPU connection, computer link connection
Connected station (target)
Ethernet connection
Station set as the host with the Ethernet setting of GT Designer3
MELSECNET/H connection,
MELSECNET/10 connection
CC-Link IE controller network connection
Control station
CC-Link connection (Intelligent device station),
CC-Link connection (Via G4),
CC-Link IE field network connection
Master station
(2) When the network monitor cannot be displayed correctly
The network monitor cannot be displayed correctly in the following cases.
(a) When the network module is performing offline testing
The network monitor cannot be displayed correctly during offline testing.
Set the network module mode to online.
(b) When the network parameter has been changed
The network monitor cannot be displayed correctly when the network parameter is changed.
Restart the network monitor.
(c)
When there is a network parameter error
The network monitor cannot be displayed correctly when there is a network parameter error.
Review the network parameter.
(d) When the network parameter has not been set to the QCPU
The network monitor cannot be displayed correctly when the network parameter is not set to the QCPU.
Be sure to set the network parameter when monitoring the network with the GOT.
(e) When changing the head addresses on CPU side to which refresh parameter is set
The network monitor cannot be displayed correctly if the SB and SW head addresses on CPU side are
changed while refresh parameter is set in the network parameter for the QCPU.
To monitor the network with the GOT, set the SB and SW head addresses on CPU side to default.
However, for CC-Link IE field network connection, set the SB and SW head addresses on CPU side
according to the position where the network module is installed.
Installation position of the network module
1st
0000
2nd
0200
3rd
0400
4th
0600
(3) When monitoring MELSECNET/H, CC-Link IE controller network, or CC-Link IE field network
Even if a network module on the MELSECNET/H, CC-Link IE controller network, or CC-Link IE field network is
being monitored, a MELSECNET/10 display is provided in either of the following cases:
• The normal station has been started due to a communication error (cable disconnection, etc.)
• The monitor target is the remote master station.
(4) When monitoring MELSECNET(II)
When connected to a QnACPU and the master station of the MELSECNET(II), monitoring cannot be done with
the keyword being defined.
(5) When the CPU type of the connection target of the GOT is AnNCPU or AnACPU
Even when using the network module of the MELSECNET/10, the network information that can be monitored is
the content of the MELSECNET(II).
7-8
7.2 Specifications
In ring topology with CC-Link IE field network, if an error occurs in a local module which is not directly connected
to a master module and the network comes into loopback status, information cannot be acquired from the
master station.
Therefore, in the above case, the loop status cannot be displayed on the line monitor normally.
・When an error occurs in a local station which is directly connected to a master station
Local station
Error
2
The loop status can
be displayed normally.
SYSTEM MONITOR
Master station
Local station
GOT
3
・When an error occurs in a local station which is not directly connected to a master station
LADDER MONITOR
FUNCTION
Local station
The loop status cannot
be displayed normally.
Error
Master station
OVERVIEW
1
(6) Display of loop status for CC-Link IE field network
Local station
4
MELSEC-A LIST
EDITOR
GOT
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.2 Specifications
7-9
7.3 Operations for display
This section describes the flow until the operation screen for the network monitor is displayed after the network monitor
(Option OS) is installed in the GOT.
Start
Turn on the power to the GOT.
Starting from the utility
Starting from the special
function switch
(Network monitor) set in the
project data
Display the utility.
Touch the special function switch.
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor
screens1]
[Network monitor] from the Main Menu.
For how to display the utility, refer to the User's Manual
for the GOT used.
Refer to the following manual for how to set the special
function switch.
GT Designer3 Version1 Screen Design Manual
(Functions) 2. TOUCH SWITCH
Set the channel number.
Set the channel number of the
controller targeted to the network.
Communication setting window
The network monitor startup
The network monitor starts after a
channel number is selected.
Exit
7 - 10
7.3 Operations for display
1
POINT
OVERVIEW
(1) How to display the utility
For how to display the utility, refer to the following.
(2) Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the network
monitor only.
For displaying the communication setting window at the second or later startup, touch the Ch : button on the
network monitor screen. (
7.4 Operation Procedures)
3
LADDER MONITOR
FUNCTION
(3) If the project data has not been downloaded
The network monitor can be started from the utility even if the project data has not been downloaded to the
GOT.
2
SYSTEM MONITOR
User's Manual for the GOT used
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.3 Operations for display
7 - 11
 Changing screens
Utility Main Menu
or
user-created monitor screen
Communication setting window
END
Touch Ch :
Other station monitor menu screen
Line monitor
END
Touch a
module.
RET
Touch a box.
RET
(Select a box)
RET
Detailed monitor
(Select a
menu item)
Other station monitor screen
END
END
7 - 12
7.3 Operations for display
This section describes the information and key functions displayed on the network monitor screen.
The display on the network monitor screen varies slightly depending on the GOT used, and a screen for the GT1575-V is
used for the descriptions in this section.
This section describes the structure of the monitor screen and the common operations used when executing the line
monitor.
 Display contents and keys functions
This section describes the line monitor screen configuration and the function of keys displayed on the screen after
starting the network monitor.
1)
2)
7)
3)
4)
8)
3
LADDER MONITOR
FUNCTION
(1) Displayed contents
SYSTEM MONITOR
2
Line monitor
5)
MELSEC-A LIST
EDITOR
4
5
6)
This shows the operation mode of the host. (On-line, Off-line, Test*1)
2)
This shows the status of the F-loop (Forward loop). (OK, NG)*2
3)
This shows the status of the R-loop (Reverse loop). (OK, NG)*2
6
4)
This shows whether the loopback was executed or not. (Executed, Not executed)
5)
This shows the link scan time required for the control station and the normal station, for the remote master station and the remote I/O
station, and for the master station and all the sub-stations.
Maximum (the maximum value of link scan time)
Minimum (the minimum value of link scan time)
Current (the current value of link scan time)
6)
This shows the communication status of the host. (Only for MELSECNET(II) local station)
P-MTR WAIT
:Ready to receive parameters from the master station.
Cyclic com
:Normal communication
Com. suspension :Communication is suspended because the host is disconnected.
7)
This shows the network category, network number, and station number.
Display contents
7
(Continued to next page)
8
Q MOTION
MONITOR
No.
INTELLIGENT
MODULE MONITOR
1)
MELSEC-FX LIST
EDITOR
9)
NETWORK
MONITOR
7.4.1
OVERVIEW
1
7.4 Operation Procedures
7.4 Operation Procedures
7 - 13
No.
Display contents
For the MELSECNET/H and MELSECNET/10 network systems, the loop status is displayed as shown below.
(Forward loop: F, Reverse loop: R)
(a) Forward loop: OK
Reverse loop: OK
(b) Forward loop: OK
Reverse loop: NG
F
(c) Forward loop: NG
Reverse loop: OK
F
R
F
R
(d) Loopback in execution
R
(e) Forward loop: NG
Reverse loop: NG
(f) MELSECNET/10 coaxial bus
(OK)
(g) MELSECNET/10 coaxial
bus (NG)
F
F
R
R
For the MELSECNET(II)network system, the loop status is displayed as shown below. (Forward loop: F, Reverse loop: R)
(a) Data link in execution in forward loop
(b) Data link in execution in reverse loop.
(c) Loopback is performed in the forward/
reverse loop direction.
F
F
F
R
R
R
(d) Loopback is performed in the forward loop
direction only.
(e) Loopback is performed in the reverse
loop direction only.
(f) Data link is not available.
8)
F
F
F
R
R
R
For the CC-Link IE controller network, the loop status is displayed as shown below.
(a) Normal status
(b) Loopback in execution
(c) All stations with errors
For the CC-Link IE field network, the loop status is displayed as shown below.
(a) Normal status (ring topology)
(d) Error status (ring topology)
9)
7 - 14
(b) Loopback in execution on PORT1 side
(ring topology)
7.4 Operation Procedures
PORT1
PORT1
PORT2
PORT2
(e) Normal status (star topology/line
topology)
This shows the number of installed network modules.
(c) Loopback in execution on PORT2 side
(ring topology)
(f) Error status (star topology/line topology)
[Test] is only displayed when using MELSECNET(II).
When using a system other than MELSECNET(II), [Off-line] is displayed even during testing of the forward or reverse loop.
*2
The loop names vary depending on the network system to be monitored as shown below.
CC-Link IE controller network
CC-Link IE field network
Forward loop
OUT-side loop
PORT1-side loop
Reverse loop
IN-side loop
PORT2-side loop
2
SYSTEM MONITOR
MELSECNET/H,
MELSECNET/10,
MELSECNET(II) network systems
POINT
When the GOT target is AnACPU or AnNCPU
"MELSECNET(II)" is displayed even if a MELSECNET/10 network module is installed.
In addition, if there is a master station and local station, module 1 of the line monitor is displayed as "Master
station".
3
LADDER MONITOR
FUNCTION
Network module
Display on the GOT
1st module
2nd module
Module 1
Module 2
Local station
Master station
Master station
Local station
1
OVERVIEW
*1
4
(2) Key functions
Exits the line monitor and returns to the screen where the network monitor function was started.
Switches to the detailed monitor screen that corresponds to the module displayed on the current monitor
screen.
This key is effective for each screen.
Switches to the other station monitor menu that corresponds to the network displayed on the current
monitor screen.
This key is effective for each screen.
Displays the communication setting window.
Touch
to switch the displayed module to the previous one.
NETWORK
MONITOR
to switch the displayed module to the next one.
6
7
Changes the monitoring destination CPU using the controller number.
(For multi-CPU system connection only)
The controller number is displayed according to the number of CPUs loaded.
Touch
5
MELSEC-FX LIST
EDITOR
Function
INTELLIGENT
MODULE MONITOR
Key
MELSEC-A LIST
EDITOR
This section describes the function of keys to be used for the line monitor operations.
/
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 15
7.4.2
Detailed monitor
This section describes the detailed monitor and the common operations used when executing the line monitor.
 Display contents and keys functions: acting as a MELSECNET/H or MELSECNET/10
Control station/normal station
This section describes the contents of the detailed monitor and the function of on-screen keys. All these are
displayed and used when the host acts as the control station/normal station on the MELSECNET/H, MELSECNET/
10.
(1) Displayed contents
1)
4)
5)
2)
6)
3)
No.
1)
Item
TsSt' Info
Display contents
• This Station's #
• Network #
• Group #
: Indicates the station number of the host.
: Indicates the network number.
: Indicates the group number.
• Spc Ctrlr Sta
: Indicates the station number of the station that is specified as a control
station.
: Indicates the station number of a station that is currently acting as the
control station.
: Indicates whether the host is communicating with the control station or the
sub-control station.
: Indicates whether there is a sub-control station link.
: Displays the station number of the remote I/O master station for X/Y
communication block1 and block 2.
Displays "None" when there is no setting.
• Curr Ctrl Sta
2)
Ctrl St Info
• Com Info
• SubCtrl Sta Com
• Rmt I/OMstSt*1
• Total of L-Sta
• Largest Nrm Sta
• Largest DL-Sta
• Com Status
3)
D-Link Info
• Causes of Ssp
• Causes of Stop
: Indicates the maximum number of the stations to be linked. The maximum
number is defined by common parameters.
: Indicates the maximum station number of the station performing a
communication in a normal condition.
: Indicates the maximum station number of the station that is data-linked.
: Shows the current communications status of the host. (D-Link in prog/DLink Stop (A)/D-Link Stop (H)/B-Pass excut/Disconnection/Loop test/Set
Conf. test/Sta Odr. Conf./Com. test/Offline test/Reset. in prgr.)
: Indicates the causes why the communications were interrupted. This
indicates "Normal" if communications are normal. (Normal/Offline/Offline
Test/Line error/Disconnection/Initialize/Others (error codes))
: Indicates the causes why the data link was stopped. This indicates
"Normal" if communications are normal. (Stop disignat/No common para/
Host Para error/Host CPU error/Com. suspension/Others)
(Continued to next page)
7 - 16
7.4 Operation Procedures
• FLoop
• RLoop
• FLoop Back Station
5)
LoopBK
Info*2
• RLoop Back Station
• # of Loop Switching
6)
TsSt' Sta
*1
*2
•
•
•
•
•
Parameter Setting
Reserved Sta
Communication Mode
Transmission Mode
Transmission Stat
: Shows the status of the forward loop lines of the host.
(Normal/LoopBK Trans/D-Link Impo)
: Shows the status of the reverse loop lines of the host.
(Normal/LoopBK Trans/D-Link Impo)
: Indicates the station number of a station that executes the loopback along
the forward loop.
Displays "---" when the loopback is operating normally.
: Indicates the station number of a station that executes the loopback along
the reverse loop.
Displays "---" when the loopback is operating normally.
: Indicates the cumulative number of times for which loops have been
switched.
:
:
:
:
:
Common Param, Common + Spec if, Default Param, Default + Specif
Indicates the availability of a reserved station. (Have/None)
Indicates either "Normal mode" or "Constant LS."
Indicates either "Normal Trans" or "Multiple Trans."*2
Indicates either "Normal Trans" or "Multiple Trans."*2
This is not displayed when the CPU type of the GOT connection target is AnNCPU or AnACPU
"---" is displayed when coaxial bus connections are established.
(2) Key functions
The table below shows the function of keys that are used on the detailed monitor.
Key
OVERVIEW
Indicates the predetermined time of constant link scans.
2
SYSTEM MONITOR
Constant LS
1
Display contents
3
LADDER MONITOR
FUNCTION
4)
Item
4
Function
Returns to the line monitor.
Exits the detailed monitor and returns to the screen where the network monitor function was executed.
MELSEC-A LIST
EDITOR
No.
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 17
 Display contents and keys functions: acting as a MELSECNET/H, MELSECNET/10 remote
master station
This section describes the screen configuration of the detailed monitor and the function of on-screen keys when the
host acts as the remote master station on the MELSECNET/H, MELSECNET/10.
(1) Displayed contents
1)
4)
5)
2)
6)
3)
No.
1)
2)
Item
Display contents
TsStí Info
• This Sations #
• Network #
• Group #
: Indicates the station number of the host.
: Indicates the network number.
: Not displayed. ("---" is displayed.)
Ctrl St Info
•
•
•
•
:
:
:
:
Spc Ctrl Sta
Curr Ctrl Sta
Com Info
SubCtrl-Sta Com
• Total of L-Sta
• Largest Nrm Sta
• Largest DL-Sta
• Com Status
3)
D-Link Info
• Causes of Ssp
• Causes of Stop
4)
Constant LS
Not displayed. ("---" is displayed.)
Not displayed. ("---" is displayed.)
Not displayed. ("---" is displayed.)
Not displayed. ("---" is displayed.)
: Indicates the maximum number of the stations to be linked, which is set by
common parameters.
: Indicates the maximum station number of the station that is connected in a
normal condition.
: Indicates the maximum station number of the station that is performing
data link.
: Shows the current communications status of the host. (D-Link in prog/DLink Stop (A)/D-Link Stop (H)/B-Pass excut/Disconnection/Loop test/Set
Conf. test/Sta Odr. Conf./Com. test/Offline test/Reset. in prgr.)
: Indicates the causes why the communications were interrupted. This
indicates "Normal" if communications are normal. (Normal/Offline/Offline
Test/Line error/Disconnection/Initialize/Others (error codes))
: Indicates the causes why the data link was stopped. This indicates
"Normal" if communications are normal. (Stop disignat/No common para/
Host Para error/Host CPU error/Com. suspension/Others (error codes))
Indicates the predetermined time of constant link scans.
(Continued to next page)
7 - 18
7.4 Operation Procedures
• RLoop
• FLoop Back Station
LoopBK
Info*1
• RLoop Back Station
• # of Loop Switching
6)
TsSt' Sta
*1
•
•
•
•
•
Parameter Setting
Reserved Sta
Communication Mode
Transmission Mode
Transmission Stat
: Shows the status of the forward loop lines of the host.
(Normal/LoopBK Trans/D-Link Impo)
: Shows the status of the reverse loop lines of the host.
(Normal/LoopBK Trans/D-Link Impo)
: Indicates the station number of a station that executes the loopback along
the forward loop.
Displays "---" when the loopback is operating normally.
: Indicates the station number of a station that executes the loopback along
the reverse loop.
Displays "---" when the loopback is operating normally.
: Indicates the cumulative number of times for which loops have been
switched.
:
:
:
:
:
Not displayed. ("---" is displayed.)
Indicates the availability of a reserved station. (Have/None)
Indicates either "Normal mode" or "Constant LS."
2
3
Indicates either "Normal Trans" or "Multiple Trans."*1
Indicates either "Normal Trans" or "Multiple Trans."*1
"---" is displayed when coaxial bus connections are established.
(2) Key functions
The table below shows the function of keys that are used on the detailed monitor.
Key
OVERVIEW
• FLoop
5)
1
Display contents
SYSTEM MONITOR
Item
LADDER MONITOR
FUNCTION
No.
Function
4
Returns to the line monitor.
MELSEC-A LIST
EDITOR
Exits the detailed monitor and returns to the screen where the network monitor function was started.
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 19
 Display contents and keys functions: acting as a MELSECNET(II) master station
This section describes the screen configuration of the detailed monitor and the function of on-screen keys when the
host acts as the master station on the MELSECNET(II).
(1) Displayed contents
1)
3)
2)
No.
Item
Display contents
1)
TsStí Info
This Stationís #
This Stationís
2)
D-Link Info
Indicates the maximum number of the stations to be linked, which is defined by common parameters.
• FLoop
• RLoop
• FLoop Back Station
3)
LoopBK Info
• RLoop Back Station
• # of Loop Switching
: This shows the station number of the host.
: Indicates the category of the host.
: Shows the status of the forward loop lines of the host. (Normal/NG)
: Shows the status of the reverse loop lines of the host. (Normal/NG)
: Indicates the station number of a station that executes the loopback along
the forward loop.
When loopback is normal, "---" is displayed.
When there is no loopback station, "F" is displayed.
: Indicates the station number of a station that executes the loopback along
the reverse loop.
When loopback is normal, "---" is displayed.
When there is no loopback station, "R" is displayed.
: Indicates the cumulative number of times for which loops have been
switched.
(2) Key functions
The table below shows the function of keys that are used on the detailed monitor.
Key
Function
Returns to the line monitor.
Exits the detailed monitor and returns to the screen where the network monitor function was started.
7 - 20
7.4 Operation Procedures
This section describes the screen configuration of the detailed monitor and the function of on-screen keys when the
host acts as the local station on the MELSECNET(II).
(1) Displayed contents
1)
OVERVIEW
1
 Display contents and keys functions: acting as a MELSECNET(II) local station
2
6)
SYSTEM MONITOR
2)
3)
4)
5)
Display contents
• This Station's #
• This Station's
: Indicates the station number of the host.
: Indicates the category of the host.
• Total of L-Sta
: Indicates the maximum number of the stations to be linked, which is
defined by common parameters.
TsStí Info
2)
D-Link Info
3)
Com status
This shows the communication status of the host.
(Parameter wait/Cyclic comm/Com. suspension)
4)
BWY From Master
This shows the status of receiving Device BWY from the master station.
OK: Data is being received by cyclic communication.
NG: Unable to receive because the host is disconnected, etc.
5)
BW From Hostmaster
This shows the status of receiving Device BW from the master station of a dual-layer system.
OK: Data is being received by cyclic communication.
NG: Unable to receive because the host is disconnected, etc.
6)
LoopBK Info
•
•
•
•
•
FLoop
RLoop
FLoop Back Station
RLoop Back Station
# of Loop Switching
:
:
:
:
:
4
MELSEC-A LIST
EDITOR
1)
Shows the status of the forward loop lines of the host. (Normal/NG)
Shows the status of the reverse loop lines of the host. (Normal/NG)
Not displayed. ("---" is displayed.)
Not displayed. ("---" is displayed.)
Not displayed. ("---" is displayed.)
(2) Key functions
6
The table below shows the function of keys that are used on the detailed monitor.
Key
5
MELSEC-FX LIST
EDITOR
Item
Function
Returns to the line monitor.
Exits the detailed monitor and returns to the screen where the network monitor function was started.
INTELLIGENT
MODULE MONITOR
No.
LADDER MONITOR
FUNCTION
3
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 21
 Display contents and keys functions when monitoring CC-Link IE controller network
This section describes the screen configuration of the detailed monitor and the functions of on-screen keys when the
GOT monitors a control station or normal station on the CC-Link IE controller network set as the host station.
(1) Displayed contents
1)
4)
5)
2)
6)
3)
No.
1)
Item
TsSt' Info
Display contents
• This Station's#
• NetWork#
• Group#
: Displays the host station number.
: Displays the network number of the host station.
: Displays the group number.
• Spc Ctrl Sta
• Curr Ctrl Sta
: Displays the station number set as the control station.
: Displays the station number of the station currently operating as the
control station.
: Displays whether the GOT communicates with the control station or subcontrol station.
: Not displayed ([---] is displayed.)
: Displays the station numbers of the I/O master stations for block 1 and
block 2.
[None] is displayed with no setting.
• Com Info
2)
CtrlSt Info
• SubCtrl Sta Com
• RmtI/OMstSta
3)
D-Link Info
• Total of L-Sta
: Displays the total number of stations on the monitored network set for
common parameters.
• Largest Nrm Sta
: Displays the maximum station number of the station communicating
normally.
• Largest DL-Sta
: Displays the maximum station number of the station performing a data
link.
• Com Status
: Displays the current communication status of the host station.
(D-Link in prog., D-Link stopped, B-Pass excut, B-Pass stopped, Offline
test, Offline)
• Cause of Ssp*1
: Displays the reason for the interrupted communication.
[Normal Comm] is displayed with normal communications.
(Cable disconnct, Wrong cable, Checking cables, Disconnct/retrn, Offline
mode, Offline test, Self-check mode)
• Cause of Stop*2
: Displays the reason for the interrupted data link.
[Normal] is displayed with normal data links.
(Stop disignat, D-Link time up, Testing line, Param not rcvd, Invlid Host
No., Set Rsvd Sta., Dup Host No., Dup CtrlSta No., Sta No. not set, Invlid
NTWK No., Host Para error, Params in comm., CPU stop error, CPU pwr
stp err)
(Continued to next page)
7 - 22
7.4 Operation Procedures
1
Displays the set contact link scan time.
5)
LoopBK Info
• OUT Loop Back Sta.
• IN Loop Back Sta.
• #of Loop Switching
• Parameter Setting
6)
•
•
•
•
TsSt' Sta
*1
*2
Reserved Sta
Communication Mode
Transmission Mode
Transmission Stat
OVERVIEW
• IN Loop
: Displays the OUT-side loop line status of the host station.
(Normal, LoopBK Trans, All Sta. NG)
: Displays the IN-side loop line status of the host station.
(Normal, LoopBK Trans, All Sta. NG)
: Displays the station number of the OUT-side loopback station.
[---] is displayed with normal loopbacks.
: Displays the station number of the IN-side loopback station.
[---] is displayed with normal loopbacks.
: Displays the accumulated number of switching loops.
2
SYSTEM MONITOR
• OUT Loop
: Displays [No parameters], [Common Param], [Unique param], or
[Common+unique].
: Displays whether a reserved station exists or not.
: Displays [Normal Mode] or [Constant LS].
: Not displayed ([---] is displayed.)
: Not displayed ([---] is displayed.)
3
When the station is in the hardware test mode, self-loopback test mode, circuit test mode, or station-to-station test mode, [Offline
test] is displayed.
For duplication of the control station or station number, [Dup CtrlSta No.] is displayed.
(2) Key functions
The table below shows the function of keys that are used on the detailed monitor.
Key
4
Function
Returns to the line monitor.
Exits the detailed monitor and returns to the screen where the network monitor function was started.
 Display contents and keys functions when monitoring a master/local station on the CCLink IE field network
This section describes the screen configuration of the detailed monitor and the functions of on-screen keys when the
GOT monitors a master station or local station on the CC-Link IE field network set as the host station.
(1) Displayed contents
1)
LADDER MONITOR
FUNCTION
Constant LS
Display contents
4)
MELSEC-A LIST
EDITOR
4)
Item
5
MELSEC-FX LIST
EDITOR
No.
6
5)
INTELLIGENT
MODULE MONITOR
2)
6)
3)
1)
2)
Item
Display contents
TsSt' Info
• This Station's#
• NetWork#
• Group#
: Displays the host station number.
: Displays the network number of the host station.
: Not displayed ([---] is displayed.)
CtrlSt Info
•
•
•
•
:
:
:
:
Spc Ctrl Sta
Curr Ctrl Sta
Com Info
SubCtrl Sta Com
8
Not displayed ([---] is displayed.)
Not displayed ([---] is displayed.)
Not displayed ([---] is displayed.)
Not displayed ([---] is displayed.)
(Continued to next page)
7.4 Operation Procedures
7 - 23
Q MOTION
MONITOR
No.
NETWORK
MONITOR
7
No.
3)
4)
Item
Display contents
D-Link Info
Constant LS
• Total of L-Sta
: Displays the total number of stations on the monitored network set for
common parameters.
• Largest Nrm Sta
: Displays the maximum station number of the station communicating
normally.
• Largest DL-Sta
: Displays the maximum station number of the station performing a data
link.
• Com Status
: Displays the current communication status of the host station.
(D-Link in prog., B-Pass excut, B-Pass stopped, Offline test, Offline)
• Cause of Ssp*1
: Displays the reason for the interrupted communication.
[Normal Comm] is displayed with normal communications.
(Cable disconnct, Disconnct/retrn, Offline mode, Offline test)
• Cause of Stop
: Displays the reason for the interrupted data link.
[Normal] is displayed with normal data links.
(Stop disignat, D-Link time up, No Slave Sta., Param not rcvd, Invlid Host
No., Set Rsvd Sta., Dup Host No., Dup Master Sta., Sta No. not set, Host
Para error, Params in comm., Station Type, CPU stop error, Ring
connection)
Displays the set contact link scan time.
• PORT1 Loop
• #of Loop Switching
: Shows the status of the PORT1-side loop.
(Normal/LoopBK Trans/D-Link Impo)
: Shows the status of the PORT2-side loop.
(Normal/LoopBK Trans/D-Link Impo)
: Indicates the station number of a station that executes the loopback.
[---] is displayed with normal loopbacks.
: Indicates the station number of a station that executes the loopback.
[---] is displayed with normal loopbacks.
: Displays the accumulated number of switching loops.
•
•
•
•
•
:
:
:
:
:
• PORT2 Loop
5)
LoopBK Info
• Loop Back Sta.1
• Loop Back Sta.2
6)
TsSt' Sta
*1
Parameter Setting
Reserved Sta
Communication Mode
Transmission Mode
Transmission Stat
Not displayed ([---] is displayed.)
Displays whether a reserved station exists or not.
Displays [Normal Mode] or [Constant LS].
Not displayed ([---] is displayed.)
Not displayed ([---] is displayed.)
When the station is in the hardware test mode, offline test mode, or self-loopback test mode, [Offline test] is displayed.
(2) Key functions
The table below shows the function of keys that are used on the detailed monitor.
Key
Function
Returns to the line monitor.
Exits the detailed monitor and returns to the screen where the network monitor function was started.
7 - 24
7.4 Operation Procedures
This section describes the structure of the monitor screen and the common operations used when executing the other
station monitor.
 Display contents and keys functions: other station monitor menu
This section describes the other station monitor menu screen and the function of on-screen keys. The menu screen
for the other station monitor is displayed by touching a module number displayed on the host monitor screen.
By this other station monitor menu, each of the other station monitor can be specified.
(1) Displayed contents
2)
3)
1)
4)
LADDER MONITOR
FUNCTION
6)
Item
D-Link
3)
P-MTR
4)
CPU OP
5)
CPU RUN
6)
Loop
*1
*2
*3
*4
(
MELSEC-A LIST
EDITOR
2)
Switches to the communication status monitor for other stations.*1
7.4.4 Other station communication status monitor)
Switches to the data link status monitor for other stations.*2
(
7.4.5 Other station data link status monitor)
5
Switches to the parameter status monitor for other stations.*1
(
7.4.6 Other station parameter status monitor)
Switches to the CPU operation status monitor for other stations.*3
(
MELSEC-FX LIST
EDITOR
COM STA
4
Display contents
7.4.7 Other station CPU operation status monitor)
Switches to the CPU RUN status monitor for other stations.*3
(
7.4.8 Other station CPU RUN status monitor)
6
Switches to the loop status monitor for other stations.*4
(
7.4.9 Other station loop status monitor)
INTELLIGENT
MODULE MONITOR
1)
2
3
5)
No.
OVERVIEW
1
Other station monitor
SYSTEM MONITOR
7.4.3
This cannot be selected when a MELSECNET(II) local station is selected using the line monitor.
This cannot be selected when a MELSECNET(II) master station or local station is selected using the line monitor.
This cannot be selected when a remote I/O station is selected using the line monitor.
The other station loop status monitor is not available in the following conditions.
• When a local station on the MELSECNET(II)network system is selected using the line monitor
• When a MELSECNET network system with coaxial cables is used
• When a station on the CC-Link IE controller network or CC-Link IE field network is selected using the line monitor
7
(2) Key functions
The table below shows the function of keys to be used for the other station monitor operations.
Switches to each monitor for other stations.
Returns to the line monitor.
Exits the other station monitor screen and returns to the screen where the network monitor function
was started.
8
Q MOTION
MONITOR
to
Function
NETWORK
MONITOR
Key
7.4 Operation Procedures
7 - 25
7.4.4
Other station communication status monitor
This section describes the screen configuration of the other station communication status monitor and the function of
keys displayed on it.
This screen cannot be displayed for a MELSECNET(II) local station.
(1) Displayed contents
3)
2)
1)
No.
Display contents
1)
Displays the communication status by station number. (OK/ERR)
The station numbers displayed do not indicate the number of station numbers in the network, rather the maximum number of
communication stations.
For CC-Link IE field network, station number 1 to 120 are displayed regardless of the number of station numbers in the
network.
2)
Any station in an abnormal condition is highlighted.
3)
Reserved stations are displayed as normal stations.
(2) Key functions
The table below shows the functions of the keys that are used for the other station communications status
monitor operations.
Key
Function
Returns to the other station monitor.
Exits the other station communication statuses monitor screen and returns to the screen where the
network monitor was started.
Switches the screen display of stations. (1 to 80 stations/81 to 120 stations)
7 - 26
7.4 Operation Procedures
1
Other station data link status monitor
This section describes the screen configuration of the other station data link status monitor and the function of on-screen
keys.
This screen cannot be displayed for a MELSECNET(II) master station or local station.
(1) Displayed contents
OVERVIEW
7.4.5
SYSTEM MONITOR
2
3)
2)
Displays the data link status by station number. (OK/NO)
The station numbers displayed do not indicate the number of station numbers in the network, rather the maximum number of
communication stations.
For CC-Link IE field network, station number 1 to 120 are displayed regardless of the number of station numbers in the
network.
2)
Any station to which data link is not performed is highlighted.
3)
Reserved stations are displayed as having a data link established.
(2) Key functions
The table below shows the function of keys that are used for the operations of other station data link status
monitor.
Key
4
MELSEC-A LIST
EDITOR
1)
Display contents
5
Function
Returns to the other station monitor.
Exits the other station data link status monitor screen and returns to the screen where the network
monitor was started.
Switches the screen display of stations. (1 to 80 stations/81 to 120 stations)
MELSEC-FX LIST
EDITOR
No.
LADDER MONITOR
FUNCTION
3
1)
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 27
7.4.6
Other station parameter status monitor
This section describes the screen configuration of the other station parameter status monitor and the function of onscreen keys.
This screen cannot be displayed for a MELSECNET(II) local station.
(1) Displayed contents
3)
2)
4)
1)
No.
Display contents
1)
Displays the parameter status by station number.
The station numbers displayed do not indicate the number of station numbers in the network, rather the maximum number of
communication stations.
For CC-Link IE field network, station number 1 to 120 are displayed regardless of the number of station numbers in the
network.
2)
Any station whose parameters are monitored is highlighted.*1
3)
Any station in an abnormal condition is highlighted.
4)
Reserved stations are displayed as normal stations.
*1
Only [Parameter Err Sta.] is displayed when connecting to a MELSECNET(II) master station.
(2) Key functions
The table below shows the function of keys that are used for the operations of the other station parameter status
monitor.
Key
Function
Returns to the other station monitor.
Exits the other station parameter status monitor screen and returns to the screen where the network
monitor was started.
Switches the screen display of stations. (1 to 80 stations/81 to 120 stations)
7 - 28
7.4 Operation Procedures
1
Other station CPU operation status monitor
This section describes the screen configuration of the other station CPU operation status monitor and the function of onscreen keys.
This screen cannot be displayed for a remote I/O network system.
(1) Displayed contents
OVERVIEW
7.4.7
2
SYSTEM MONITOR
2)
3)
LADDER MONITOR
FUNCTION
3
1)
Display contents
2)
Any station that stays in an abnormal condition or out of operation is highlighted.
3)
Reserved stations and unconnected stations are displayed as normal stations.
4
MELSEC-A LIST
EDITOR
1)
Displays the CPU operation status by station number. (OK/ERR)
The station number displayed does not indicate the station number in the network, rather the maximum number of
communication stations.
For CC-Link IE field network, station number 1 to 120 are displayed regardless of the number of station numbers in the
network.
(2) Key functions
The table below shows the function of keys that are used for the operations of the other station CPU operation
status monitor.
Key
Function
Returns to the other station monitor.
Exits the other station CPU operation status monitor screen and returns to the screen where the
network monitor was started.
6
INTELLIGENT
MODULE MONITOR
Switches the screen display of stations. (1 to 80 stations/81 to 120 stations)
5
MELSEC-FX LIST
EDITOR
No.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 29
7.4.8
Other station CPU RUN status monitor
This section describes the other station CPU RUN status monitor and the function of on-screen keys.
This screen cannot be displayed for a remote I/O network system.
(1) Displayed contents
2)
1)
No.
Display contents
1)
Displays the CPU operation status by station number. (RUN/STOP)
"DOWN" is displayed for stations with communication errors.
Up to 64 stations are displayed regardless of the number of stations in a network.
For CC-Link IE controller network or CC-Link IE field network, station number 1 to 120 are displayed regardless of the number
of station numbers in the network.
2)
"---" is displayed for a reserved station and the statuses of stations beyond the maximum communication stations, or when a
MELSECNET(II) local station has been selected in the line monitor.
(2) Key functions
The table below shows the function of keys that are used for the operations of the other station CPU RUN status
monitor.
Key
Function
Returns to the other station monitor.
Exits the other station CPU RUN status monitor screen and returns to the screen where the network
monitor was started.
Switches the screen display of stations. (1 to 80 stations/81 to 120 stations)
7 - 30
7.4 Operation Procedures
1
Other station loop status monitor
This section describes the screen configuration of the other station loop status monitor and the function of on-screen
keys.
The other station loop status monitor is not available in the following conditions.
• When a local station on the MELSECNET(II)network system is selected using the line monitor
• When a MELSECNET network system with coaxial cables is used
• When a station on the CC-Link IE controller network or CC-Link IE field network is selected using the line monitor.
2
SYSTEM MONITOR
(1) Displayed contents
OVERVIEW
7.4.9
3)
4)
LADDER MONITOR
FUNCTION
3
2)
1)
1)
The F-loop (forward loop) status and the R-loop (reverse loop) status are displayed.
2)
The station numbers displayed do not indicate the number of station numbers in the network, rather the maximum number of
communication stations.
3)
Any station that stays in an abnormal condition is highlighted.
4)
Reserved stations are displayed as normal stations.
The table below shows the function of keys that are used for the operations of the other station loop status
monitor.
Function
Returns to the other station monitor.
Exits the other station loop status monitor screen and returns to the screen where the network
monitor was started.
MELSEC-FX LIST
EDITOR
5
(2) Key functions
Key
MELSEC-A LIST
EDITOR
4
Display contents
6
INTELLIGENT
MODULE MONITOR
No.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
7.4 Operation Procedures
7 - 31
7.5 Error Message and Corrective Action
The following shows the error messages that are displayed during the network monitor operation and how to handle
them.
Error message
Contents of error
Communication channel setup error
There is no channel for
communication.
Can not Communication
Communication could not be
established with the PLC CPU.
Key Word error
A keyword has been set in the
parameter when monitoring the
MELSECNET(II) master station of
the QnACPU.
7 - 32
7.5 Error Message and Corrective Action
Action to take
Set the channel number in the Communication Settings of the utility.
• Check the connections between the controller and the GOT for
disconnected connectors and cables.
• Check if an error has occurred in the controller.
Release the set keyword.
1
Q MOTION MONITOR
OVERVIEW
8.
SYSTEM MONITOR
2
8.1 Features
The Q motion monitor enables the servo monitoring and parameter setting of the motion controller CPU.
The following are the features of the Q motion monitor.
The Q motion monitor function has multiple monitor screens, on which you can monitor servo data in a variety of
patterns.
(Display examples)
Present Value Monitor
Error List
LADDER MONITOR
FUNCTION
3
 Various servo monitor data can be displayed on multiple monitor screens
MELSEC-A LIST
EDITOR
4
• Displays the history of errors that occurred on and after the
leading edge of PLC ready (M2000).
• Monitors and displays the feed current values and actual
current values of all running axes.
(
8.4.4 Present Value Monitor screen)
(
8.4.6 Error List screen)
6
Error List Designated-Axis
INTELLIGENT
MODULE MONITOR
Positioning Monitor
MELSEC-FX LIST
EDITOR
5
NETWORK
MONITOR
7
8.4.8 Positioning Monitor screen)
• Displays the latest errors that occurred on the specified axis.
(
8.4.7 Error List Designated-Axis screen)
8
Q MOTION
MONITOR
• Monitors the details of the positioning data set to any axis.
(
8.1 Features
8-1
 Servo parameters can be changed by writing
(Write example: Changing the setting of the auto tuning function)
Parameter setting screen
1.
2.
8-2
Parameter setting window appears
Parameter setting screen
Change the auto tuning mode from "1" to "2".
Parameter setting is changed.
By performing writing from the parameter setting screen, write the servo parameter setting (basic parameters/
adjustment parameters) to the motion controller CPU.
To change a servo parameter setting, enter the necessary numerical value or option number from the automatically
displayed key window, and write it to the motion controller CPU.
8.1 Features
System configuration
 Target motion controller CPU of the Q motion monitor
Motion controller CPU
*2
Use the following production number motion controller CPU when using the Q172CPU or Q173CPU.
• For bus connection and direct CPU connection
Q172CPU: Production number K******* or later
Q173CPU: Production number J******* or later
• For a connection other than bus connection and direct CPU connection
Q172CPU: Production number N******* or later
Q173CPU: Production number M******* or later
When using the OS (SV13 or SV22) with the Q172CPU, Q173CPU, Q172CPUN, or Q173CPUN, install the following version.
SW6RN-SV13Q
connection)
: 00H or later (00E or later when using the Q172CPU or Q173CPU with a bus connection or direct CPU
SW6RN-SV22Q
connection)
: 00H or later (00E or later when using the Q172CPU or Q173CPU with a bus connection or direct CPU
 Connection type
This function can be used in the following connection types.
(1) When the GOT is connected to a QCPU (Q mode), QnACPU, or motion controller CPU
(
Description
Servo
monitor
Monitors the present
value, positioning error
and other servo-related
items on a variety of
monitor screens.
Parameter
settings
Changes the setting of
the servo parameter.
5
Connection type between GOT and controller
Bus
connection
Direct CPU
connection
Computer
link
connection
Ethernet
connection
*4
MELSEC
NET/H
connection,
MELSEC
NET/10
connection
CC-Link IE
controller
connection
*1
CC-Link
connection
ID*2
G4*3
6
7
Indicates the CC-Link IE controller network connection.
Indicates CC-Link connection (Intelligent device station).
Indicates CC-Link connection (via G4).
Q motion monitor cannot be used when using CC-Link IE field network Ethernet adapter.
NETWORK
MONITOR
*1
*2
*3
*4
: Unavailable)
8
Q MOTION
MONITOR
Name
: Partly restricted,
4
INTELLIGENT
MODULE MONITOR
Function
: Available,
3
MELSEC-A LIST
EDITOR
*1
*1*2
LADDER MONITOR
FUNCTION
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
Motion controller CPU (Q series)
2
SYSTEM MONITOR
This chapter describes the system configuration of the Q motion monitor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
MELSEC-FX LIST
EDITOR
8.2.1
OVERVIEW
1
8.2 Specifications
8.2 Specifications
8-3
 Required option OS and option function board
The option function OS and option function board shown below are required.
1.1.2 Hardware and OS’ required for each function
(1) Option OS
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) OS memory space
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(3) Option function board
(a) For GT16
No option function board is required.
(b) For GT15
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
The Use’s Manual of GOT used
 Required special data
Write the Q motion monitor data to the GOT.
The available memory space of the user area for writing varies depending on the Q motion monitor data to be used.
Refer to the capacity of the Q motion monitor data in the following table and calculate the required space for writing.
For the procedure for writing to the GOT and for checking the available memory space of the user area and
information about the data using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(1) GT1695, GT1685, GT1675M-S, GT1665M-S, GT1595, GT1585, GT1575V-S, GT1575-S
Q motion monitor data capacity (KB)
Q motion monitor data
Common information
Q172
CPU
Q173
CPU
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
500 [PV Mon. [172] Feed]
15.5
-
15.5
-
-
-
-
-
-
-
501 [PV Mon. [172] Act.]
15.5
-
15.5
-
-
-
-
-
-
-
503 [PV Mon. [173] Feed]
-
23.2
-
23.2
-
-
-
-
-
-
504 [PV Mon. [173] Act.]
-
23.2
-
23.2
-
-
-
-
-
-
506 [SFC Error History]
9.5
9.5
9.5
9.5
-
-
-
-
-
-
507 [Error List Mon.]
12.4
12.4
12.4
12.4
-
-
-
-
-
-
508 [Err. List-Ax[172R]]
7.3
-
7.3
-
-
-
-
-
-
-
509 [Err. List-Ax[173R]]
-
11.8
-
11.8
-
-
-
-
-
-
510 [Err. List-Ax Virt.]
5.8
5.8
5.8
5.8
-
-
-
-
-
-
511 [Position.Mon. Real:Q17x]
7.6
7.6
-
-
-
-
-
-
-
-
(Continued to next page)
8-4
8.2 Specifications
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
512 [Position.Mon. Virt.:Q17x]
6.7
6.7
-
-
-
-
-
-
-
-
513 [PV History Mon.]
10.7
10.7
10.7
10.7
10.7
10.7
10.7
10.7
10.7
10.7
514 [Servo Monitor]
2.6
2.6
2.6
2.6
-
-
-
-
-
-
515 [Parameter Setting:Q17x]
4.3
4.3
-
-
-
-
-
-
-
-
516 [Parameter Setting:Q17xH/Q17xD]
-
-
3.7
3.7
3.7*1
3.7*1
-
-
-
-
517 [Parameter Setting:Q17xD(E)/Q170M]
-
-
-
-
3.8*1
3.8*1
-
-
3.8
3.8
520 [Position.Mon. Real:Q17xH]
-
-
7.8
7.8
-
-
-
-
-
-
521 [Position.Mon. Virt.:Q17xH]
-
-
6.9
6.9
-
-
-
-
-
-
530 [PV Mon. [172] Feed:Q17xD]
-
-
-
-
16.1
-
-
-
-
-
531 [PV Mon. [172] Act.:Q17xD]
-
-
-
-
16.1
-
-
-
-
-
533 [PV Mon. [173] Feed:Q17xD]
-
-
-
-
-
23.8
-
-
-
-
534 [PV Mon. [173] Act.:Q17xD]
-
-
-
-
-
23.8
-
-
-
-
536 [SFC Error History:Q17xD/Q170M]
-
-
-
-
9.7
9.7
-
-
9.7
9.7
537 [Error List Mon.:Q17xD/Q170M]
-
-
-
-
12.9
12.9
-
-
12.9
12.9
538 [Err. List-Ax[172R]:Q17xD]
-
-
-
-
7.3
-
-
-
-
-
539 [Err. List-Ax[173R]:Q17xD]
-
-
-
-
-
11.8
-
-
-
-
540 [Err. List-Ax Virt.:Q17xD/Q170M]
-
-
-
-
5.8
5.8
-
-
5.8
5.8
541 [Position.Mon. Real:Q17xD/Q170M]
-
-
-
-
7.8
7.8
-
-
7.8
7.8
542 [Position.Mon. Virt.:Q17xD/Q170M]
-
-
-
-
6.9
6.9
-
-
6.9
6.9
544 [Servo Monitor:Q17xD/Q170M]
-
-
-
-
2.6
2.6
-
-
2.6
2.6
560 [PV Mon. Feed:Q170M]
-
-
-
-
-
-
-
-
18.8
18.8
561 [PV Mon. Act.:Q170M]
-
-
-
-
-
-
-
-
18.8
18.8
566 [SFC Error History(E):Q17xD/Q170M]
-
-
-
-
10.2
10.2
-
-
10.2
10.2
567 [Error List Mon(E).:Q17xD/Q170M]
-
-
-
-
13.4
13.4
-
-
13.4
13.4
568 [Err. List-Ax:Q170M]
-
-
-
-
-
-
-
-
8.7
8.7
570 [PV Mon. [172] Feed:Q17xDS]
-
-
-
-
-
-
19.8
19.8
-
-
571 [PV Mon. [172] Act.:Q17xDS]
-
-
-
-
-
-
19.8
19.8
-
-
573 [PV Mon. [173] Feed:Q17xDS]
-
-
-
-
-
-
24.5
24.5
-
-
574 [PV Mon. [173] Act.:Q17xDS]
-
-
-
-
-
-
24.5
24.5
-
-
576 [SFC Error History:Q17xDS]
-
-
-
-
-
-
10.2
10.2
-
-
577 [Error List Mon.:Q17xDS]
-
-
-
-
-
-
13.4
13.4
-
-
578 [Err. List-Ax[172R]:Q17xDS]
-
-
-
-
-
-
8.7
-
-
-
579 [Err. List-Ax[173R]:Q17xDS]
-
-
-
-
-
-
-
11.8
-
-
580 [Err. List-Ax Virt.:Q17xDS]
-
-
-
-
-
-
5.8
5.8
-
-
581 [Position.Mon. Real:Q17xDS]
-
-
-
-
-
-
7.9
7.9
-
-
582 [Position.Mon. Virt.:Q17xDS]
-
-
-
-
-
-
7.0
7.0
-
-
584 [Servo Monitor:Q17xDS]
-
-
-
-
-
-
2.6
2.6
-
-
585 [Parameter Setting:Q17xDS]
-
-
-
-
-
-
3.8
3.8
-
-
Either 516 or 517 can be selected.
3
4
5
6
7
8
Q MOTION
MONITOR
*1
2
SYSTEM MONITOR
Q172D
CPU
LADDER MONITOR
FUNCTION
Q173H
CPU
MELSEC-A LIST
EDITOR
Q172H
CPU
MELSEC-FX LIST
EDITOR
Q173
CPU
INTELLIGENT
MODULE MONITOR
Q172
CPU
NETWORK
MONITOR
Q motion monitor data
OVERVIEW
1
Q motion monitor data capacity (KB)
8.2 Specifications
8-5
(2) GT1675M-V, GT1675-VN, GT1672-VN, GT1665M-V, GT1655-V, GT1575-V, GT1565-V, GT1555-V
Q motion monitor data capacity (KB)
Q motion monitor data
Q172
CPU
Q173
CPU
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
Common information
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
500 [PV Mon. [172] Feed]
15.4
-
15.4
-
-
-
-
-
-
-
501 [PV Mon. [172] Act.]
15.4
-
15.4
-
-
-
-
-
-
-
503 [PV Mon. [173] Feed]
-
23.1
-
23.1
-
-
-
-
-
-
504 [PV Mon. [173] Act.]
-
23.1
-
23.1
-
-
-
-
-
-
506 [SFC Error History]
9.4
9.4
9.4
9.4
-
-
-
-
-
-
507 [Error List Mon.]
12.4
12.4
12.4
12.4
-
-
-
-
-
-
508 [Err. List-Ax[172R]]
7.3
-
7.3
-
-
-
-
-
-
-
509 [Err. List-Ax[173R]]
-
11.8
-
11.8
-
-
-
-
-
-
510 [Err. List-Ax Virt.]
5.7
5.7
5.7
5.7
-
-
-
-
-
-
511 [Position.Mon. Real:Q17x]
7.6
7.6
-
-
-
-
-
-
-
-
512 [Position.Mon. Virt.:Q17x]
6.7
6.7
-
-
-
-
-
-
-
-
513 [PV History Mon.]
10.6
10.6
10.6
10.6
10.6
10.6
10.6
10.6
10.6
10.6
514 [Servo Monitor]
2.6
2.6
2.6
2.6
-
-
-
-
-
-
515 [Parameter Setting:Q17x]
4.3
4.3
-
-
-
*1
-
-
-
-
*1
-
-
-
-
516 [Parameter Setting:Q17xH/Q17xD]
-
-
3.7
3.7
517 [Parameter Setting:Q17xD(E)/Q170M]
-
-
-
-
3.8*1
3.8*1
-
-
3.8
3.8
520 [Position.Mon. Real:Q17xH]
-
-
7.7
7.7
-
-
-
-
-
-
521 [Position.Mon. Virt.:Q17xH]
-
-
6.8
6.8
-
-
-
-
-
-
530 [PV Mon. [172] Feed:Q17xD]
-
-
-
-
16.1
-
-
-
-
-
531 [PV Mon. [172] Act.:Q17xD]
-
-
-
-
16.1
-
-
-
-
-
533 [PV Mon. [173] Feed:Q17xD]
-
-
-
-
-
23.8
-
-
-
-
534 [PV Mon. [173] Act.:Q17xD]
-
-
-
-
-
23.8
-
-
-
-
536 [SFC Error History:Q17xD/Q170M]
-
-
-
-
9.7
9.7
-
-
9.7
9.7
537 [Error List Mon.:Q17xD/Q170M]
-
-
-
-
12.9
12.9
-
-
12.9
12.9
538 [Err. List-Ax[172R]:Q17xD]
-
-
-
-
7.3
-
-
-
-
-
539 [Err. List-Ax[173R]:Q17xD]
-
-
-
-
-
11.8
-
-
-
-
540 [Err. List-Ax Virt.:Q17xD/Q170M]
-
-
-
-
5.8
5.8
-
-
5.8
5.8
541 [Position.Mon. Real:Q17xD/Q170M]
-
-
-
-
7.7
7.7
-
-
7.7
7.7
542 [Position.Mon. Virt.:Q17xD/Q170M]
-
-
-
-
6.8
6.8
-
-
6.8
6.8
3.7
3.7
544 [Servo Monitor:Q17xD/Q170M]
-
-
-
-
2.6
2.6
-
-
2.6
2.6
560 [PV Mon. Feed:Q170M]
-
-
-
-
-
-
-
-
18.7
18.7
561 [PV Mon. Act.:Q170M]
-
-
-
-
-
-
-
-
18.8
18.8
566 [SFC Error History(E):Q17xD/Q170M]
-
-
-
-
10.2
10.2
-
-
10.2
10.2
567 [Error List Mon(E).:Q17xD/Q170M]
-
-
-
-
13.4
13.4
-
-
13.4
13.4
568 [Err. List-Ax:Q170M]
-
-
-
-
-
-
-
-
8.7
8.7
570 [PV Mon. [172] Feed:Q17xDS]
-
-
-
-
-
-
19.8
19.8
-
-
571 [PV Mon. [172] Act.:Q17xDS]
-
-
-
-
-
-
19.8
19.8
-
-
573 [PV Mon. [173] Feed:Q17xDS]
-
-
-
-
-
-
24.4
24.4
-
-
574 [PV Mon. [173] Act.:Q17xDS]
-
-
-
-
-
-
24.4
24.4
-
-
576 [SFC Error History:Q17xDS]
-
-
-
-
-
-
10.2
10.2
-
-
577 [Error List Mon.:Q17xDS]
-
-
-
-
-
-
13.4
13.4
-
-
(Continued to next page)
8-6
8.2 Specifications
Q172DS
CPU
578 [Err. List-Ax[172R]:Q17xDS]
-
-
-
-
-
-
579 [Err. List-Ax[173R]:Q17xDS]
-
-
-
-
-
-
580 [Err. List-Ax Virt.:Q17xDS]
-
-
-
-
-
581 [Position.Mon. Real:Q17xDS]
-
-
-
-
582 [Position.Mon. Virt.:Q17xDS]
-
-
-
584 [Servo Monitor:Q17xDS]
-
-
-
585 [Parameter Setting:Q17xDS]
-
-
-
*1
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
8.7
-
-
-
-
11.8
-
-
-
5.7
5.7
-
-
-
-
7.8
7.8
-
-
-
-
-
6.9
6.9
-
-
-
-
-
2.6
2.6
-
-
-
-
-
3.8
3.8
-
-
Either 516 or 517 can be selected.
(3) GT1675-VN, GT1672-VN, GT1662-VN, GT1575-VN, GT1572-VN, GT1562-VN
3
Q motion monitor data capacity (KB)
Q motion monitor data
Q172
CPU
Q173
CPU
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
Common information
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
40.4
500 [PV Mon. [172] Feed]
14.4
-
14.4
-
-
-
-
-
-
-
501 [PV Mon. [172] Act.]
14.4
-
14.4
-
-
-
-
-
-
-
503 [PV Mon. [173] Feed]
-
21.9
-
21.9
-
-
-
-
-
-
504 [PV Mon. [173] Act.]
-
21.9
-
21.9
-
-
-
-
-
-
506 [SFC Error History]
8.7
8.7
8.7
8.7
-
-
-
-
-
-
507 [Error List Mon.]
11.6
11.6
11.6
11.6
-
-
-
-
-
-
508 [Err. List-Ax[172R]]
5.8
-
5.8
-
-
-
-
-
-
-
509 [Err. List-Ax[173R]]
-
10.3
-
10.3
-
-
-
-
-
-
510 [Err. List-Ax Virt.]
4.2
4.2
4.2
4.2
-
-
-
-
-
-
511 [Position.Mon. Real:Q17x]
6.9
6.9
-
-
-
-
-
-
-
-
512 [Position.Mon. Virt.:Q17x]
6.1
6.1
-
-
-
-
-
-
-
-
513 [PV History Mon.]
9.6
9.6
9.6
9.6
9.6
9.6
9.6
9.6
9.6
9.6
514 [Servo Monitor]
2.1
2.1
2.1
2.1
-
-
-
-
-
-
515 [Parameter Setting:Q17x]
3.9
3.9
-
-
-
-
-
-
-
-
3.3
3.3
*1
-
-
-
-
*1
2
SYSTEM MONITOR
Q173D
CPU
516 [Parameter Setting:Q17xH/Q17xD]
-
-
3.3
3.3
517 [Parameter Setting:Q17xD(E)/Q170M]
-
-
-
-
4.2*1
4.2*1
-
-
4.2
4.2
520 [Position.Mon. Real:Q17xH]
-
-
7.0
7.0
-
-
-
-
-
-
521 [Position.Mon. Virt.:Q17xH]
-
-
6.2
6.2
-
-
-
-
-
-
530 [PV Mon. [172] Feed:Q17xD]
-
-
-
-
16.2
-
-
-
-
-
531 [PV Mon. [172] Act.:Q17xD]
-
-
-
-
16.2
-
-
-
-
-
533 [PV Mon. [173] Feed:Q17xD]
-
-
-
-
-
23.9
-
-
-
-
534 [PV Mon. [173] Act.:Q17xD]
-
-
-
-
-
23.9
-
-
-
-
536 [SFC Error History:Q17xD/Q170M]
-
-
-
-
10.0
10.0
-
-
10.0
10.0
537 [Error List Mon.:Q17xD/Q170M]
-
-
-
-
13.2
13.2
-
-
13.2
13.2
538 [Err. List-Ax[172R]:Q17xD]
-
-
-
-
7.6
-
-
-
-
-
539 [Err. List-Ax[173R]:Q17xD]
-
-
-
-
-
12.0
-
-
-
-
540 [Err. List-Ax Virt.:Q17xD/Q170M]
-
-
-
-
6.1
6.1
-
-
6.1
6.1
541 [Position.Mon. Real:Q17xD/Q170M]
-
-
-
-
8.0
8.0
-
-
8.0
8.0
542 [Position.Mon. Virt.:Q17xD/Q170M]
-
-
-
-
7.1
7.1
-
-
7.1
7.1
(Continued to next page)
8.2 Specifications
8-7
LADDER MONITOR
FUNCTION
Q172D
CPU
4
MELSEC-A LIST
EDITOR
Q173H
CPU
5
MELSEC-FX LIST
EDITOR
Q172H
CPU
6
INTELLIGENT
MODULE MONITOR
Q173
CPU
7
NETWORK
MONITOR
Q172
CPU
8
Q MOTION
MONITOR
Q motion monitor data
OVERVIEW
1
Q motion monitor data capacity (KB)
Q motion monitor data capacity (KB)
Q motion monitor data
Q172
CPU
Q173
CPU
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
544 [Servo Monitor:Q17xD/Q170M]
-
-
-
-
2.8
2.8
-
-
2.8
2.8
560 [PV Mon. Feed:Q170M]
-
-
-
-
-
-
-
-
18.9
18.9
561 [PV Mon. Act.:Q170M]
-
-
-
-
-
-
-
-
18.9
18.9
566 [SFC Error History(E):Q17xD/Q170M]
-
-
-
-
10.5
10.5
-
-
10.5
10.5
567 [Error List Mon(E).:Q17xD/Q170M]
-
-
-
-
13.9
13.9
-
-
13.9
13.9
568 [Err. List-Ax:Q170M]
-
-
-
-
-
-
-
-
9.0
9.0
570 [PV Mon. [172] Feed:Q17xDS]
-
-
-
-
-
-
19.9
19.9
-
-
571 [PV Mon. [172] Act.:Q17xDS]
-
-
-
-
-
-
19.9
19.9
-
-
573 [PV Mon. [173] Feed:Q17xDS]
-
-
-
-
-
-
24.6
24.6
-
-
574 [PV Mon. [173] Act.:Q17xDS]
-
-
-
-
-
-
24.6
24.6
-
-
576 [SFC Error History:Q17xDS]
-
-
-
-
-
-
10.5
10.5
-
-
577 [Error List Mon.:Q17xDS]
-
-
-
-
-
-
13.9
13.9
-
-
578 [Err. List-Ax[172R]:Q17xDS]
-
-
-
-
-
-
9.0
-
-
-
579 [Err. List-Ax[173R]:Q17xDS]
-
-
-
-
-
-
-
12.0
-
-
580 [Err. List-Ax Virt.:Q17xDS]
-
-
-
-
-
-
6.1
6.1
-
-
581 [Position.Mon. Real:Q17xDS]
-
-
-
-
-
-
8.1
8.1
-
-
582 [Position.Mon. Virt.:Q17xDS]
-
-
-
-
-
-
7.2
7.2
-
-
584 [Servo Monitor:Q17xDS]
-
-
-
-
-
-
2.8
2.8
-
-
-
-
-
-
-
-
4.2
4.2
-
-
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
585 [Parameter Setting:Q17xDS]
*1
Either 516 or 517 can be selected.
(4) GT1555-Q, GT1550-Q
Q motion monitor data capacity (KB)
Q motion monitor data
Q172
CPU
Q173
CPU
Common information
20
20
20
20
20
20
20
20
20
20
500 [PV Mon. [172] Feed]
8.2
-
8.2
-
-
-
-
-
-
-
501 [PV Mon. [172] Act.]
8.2
-
8.2
-
-
-
-
-
-
-
503 [PV Mon. [173] Feed]
-
8.8
-
8.8
-
-
-
-
-
-
504 [PV Mon. [173] Act.]
-
8.7
-
8.7
-
-
-
-
-
-
506 [SFC Error History]
5.5
5.5
5.5
5.5
-
-
-
-
-
-
507 [Error List Mon.]
11.8
11.8
11.8
11.8
-
-
-
-
-
-
508 [Err. List-Ax. Real]
3.4
-
3.4
-
-
-
-
-
-
-
509 [Err. List-Ax. Virt]
4.9
4.9
4.9
4.9
-
-
-
-
-
-
511 [Position.Mon. Real]
3.4
3.4
3.4
3.4
-
-
-
-
-
-
512 [Position.Mon. Virt.]
4.0
4.0
4.0
4.0
-
-
-
-
-
-
514 [Servo Monitor]
2.1
2.1
2.1
2.1
-
-
-
-
-
-
515 [Parameter Setting:Q17x]
3.7
3.7
-
-
-
516 [Parameter Setting:Q17xH/Q17xD]
-
-
3.1
3.1
*1
3.1
*1
-
-
-
-
3.1
*1
-
-
-
-
3.3
*1
-
-
3.3
3.3
517 [Parameter Setting:Q17xD(E)/Q170M]
-
-
-
-
530 [PV Mon. [172] Feed:Q17xD]
-
-
-
-
8.3
-
-
-
-
-
531 [PV Mon. [172] Act.:Q17xD]
-
-
-
-
8.3
-
-
-
-
-
533 [PV Mon. [173] Feed:Q17xD]
-
-
-
-
-
8.8
-
-
-
-
3.3
(Continued to next page)
8-8
8.2 Specifications
Q172
CPU
Q173
CPU
Q172H
CPU
Q173H
CPU
Q172D
CPU
Q173D
CPU
Q172DS
CPU
Q173DS
CPU
Q170M
CPU
Q170MS
CPU
534 [PV Mon. [173] Act.:Q17xD]
-
-
-
-
-
8.8
-
-
-
-
536 [SFC Error History:Q17xD/Q170M]
-
-
-
-
5.7
5.7
-
-
5.7
5.7
537 [Error List Mon.:Q17xD/Q170M]
-
-
-
-
11.8
11.8
-
-
11.8
11.8
538 [Err. List-Ax. Real:Q17xD/Q170M]
-
-
-
-
3.4
3.4
-
-
3.4
3.4
539 [Err. List-Ax Virt.:Q17xD/Q170M]
-
-
-
-
4.9
4.9
-
-
4.9
4.9
541 [Position.Mon. Real:Q17xD/Q170M]
-
-
-
-
3.4
3.4
-
-
8.0
8.0
-
-
-
-
4.0
4.0
-
-
4.0
4.0
544 [Servo Monitor:Q17xD/Q170M]
-
-
-
-
2.1
2.1
-
-
2.1
2.1
560 [PV Mon. Feed:Q170M]
-
-
-
-
-
-
-
-
8.8
8.8
561 [PV Mon. Act.:Q170M]
-
-
-
-
-
-
-
-
8.8
8.8
3
-
-
-
-
5.7
5.7
-
-
5.7
5.7
567 [Error List Mon(E).:Q17xD/Q170M]
-
-
-
-
12.3
12.3
-
-
12.3
12.3
570 [PV Mon. [172] Feed:Q17xDS]
-
-
-
-
-
-
8.8
-
-
-
571 [PV Mon. [172] Act.:Q17xDS]
-
-
-
-
-
-
8.8
-
-
-
573 [PV Mon. [173] Feed:Q17xDS]
-
-
-
-
-
-
-
8.8
-
-
574 [PV Mon. [173] Act.:Q17xDS]
-
-
-
-
-
-
-
8.8
-
-
576 [SFC Error History:Q17xDS]
-
-
-
-
-
-
5.7
5.7
-
-
577 [Error List Mon.:Q17xDS]
-
-
-
-
-
-
12.3
12.3
-
-
578 [Err. List-Ax. Real:Q17xDS]
-
-
-
-
-
-
3.4
-
-
-
579 [Err. List-Ax[173R]:Q17xDS]
-
-
-
-
-
-
-
4.9
-
-
581 [Position.Mon. Real:Q17xDS]
-
-
-
-
-
-
3.4
3.4
-
-
582 [Position.Mon. Virt.:Q17xDS]
-
-
-
-
-
-
4.0
4.0
-
-
5
584 [Servo Monitor:Q17xDS]
-
-
-
-
-
-
2.1
2.1
-
-
585 [Parameter Setting:Q17xDS]
-
-
-
-
-
-
3.3
3.3
-
-
Either 516 or 517 can be selected.
 Servo amplifiers whose parameter can be set
The Q motion monitor allows you to set the parameter of servo amplifiers shown below.
6
Servo amplifier
MR-H-B, MR-J-B, MR-J2-B, MR-J2S-B, MR-J2M, MR-J2-03B5
Q172HCPU, Q173HCPU
MR-J3-B, MR-J3-BS, MR-J3W-B, MR-J3-B-RJ006, MR-J3-B-RJ004
Q172DCPU, Q173DCPU, Q170MCPU
MR-J3-B, MR-J3-BS, MR-J3W-B, MR-J3-B-RJ006, MR-J3-B-RJ004, MR-J3-B-RJ080W
Q172DSCPU, Q173DSCPU，Q170MSCPU
MR-J3-B, MR-J3-BS, MR-J3W-B, MR-J3-B-RJ006, MR-J3-B-RJ004, MR-J3-B-RJ080W,
MR-J4-B, MR-J4W-B
7
NETWORK
MONITOR
Q172CPU, Q173CPU
INTELLIGENT
MODULE MONITOR
Motion controller CPU
4
MELSEC-FX LIST
EDITOR
*1
-
LADDER MONITOR
FUNCTION
566 [SFC Error History(E):Q17xD/Q170M]
MELSEC-A LIST
EDITOR
542 [Position.Mon. Virt.:Q17xD/Q170M]
2
SYSTEM MONITOR
Q motion monitor data
OVERVIEW
1
Q motion monitor data capacity (KB)
Q MOTION
MONITOR
8
8.2 Specifications
8-9
8.2.2
Access range
For the MELSECNET/H, MELSECNET/10, and CC-Link IE controller network connections, the GOT can monitor the
motion controller CPU on the control station only.
In CC-Link connection (Intelligent device station), only the motion controller CPU in master station can be monitored.
In Ethernet connection, only the motion controller CPU in host station can be monitored.
The access range other than that mentioned above is the same as the access range when the GOT is connected to a
controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
8.2.3
Precautions
(1) Main OS software package for motion controller
The only Main OS software package that can be used is SV13 or SV22.
(2) When using GT1555-Q and GT1550-Q
The present value history monitor is not supported.
(3) When setting parameters for Q172HCPU or Q173HCPU
When setting parameters for Q172HCPU or Q173HCPU, after parameter entry, set the switch on the CPU to
STOP and RUN again, or reset the CPU.
8 - 10
8.2 Specifications
This section describes the flow until the Q motion monitor operation screen is displayed after the Q motion monitor
(Option OS) is installed in the GOT.
Turn on the power to the GOT.
Starting from the utility
Starting from the special function
switch (Q motion monitor) set in
the project data
Touch the special function switch.
SYSTEM MONITOR
2
Start
Display the utility.
OVERVIEW
1
8.3 Operations for Display
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor
screens1]
[Motion monitor] from the Main Menu.
For how to display the utility, refer to the User's Manual
for the GOT used.
LADDER MONITOR
FUNCTION
3
Refer to the following manual for how to set the special
function switch.
GT Designer3 Version1 Screen Design Manual
(Functions) 2.TOUCH SWITCH
MELSEC-A LIST
EDITOR
4
Set the channel number.
Set the channel number of the
controller monitoring the Q motion.
MELSEC-FX LIST
EDITOR
5
Communication setting window
The System Configuration screen is
6
INTELLIGENT
MODULE MONITOR
displayed.
Touch a motion controller CPU to
monitor. Touching Motion Monitor
displays the monitor menu.
7
NETWORK
MONITOR
Continued on the next page
Q MOTION
MONITOR
8
8.3 Operations for Display
8 - 11
(From preceding page)
Parameter setting
Motion monitor
Monitor menu screen appears.
Has the motion parameter
changing password been
registered?
No
Yes
Enter the parameter changing password.
8.4.11
Parameter setting screen appears.
Select the menu item.
The monitor screen of the selected
function appears.
Perform operation for the selected
monitor function.
Present Value Mon
8.4.4
SFC Error History
8.4.5
Error List
8.4.6
Error List Axis
8.4.7
Positioning Monitor
8.4.8
Servo Monitor
8.4.9
Present Value Hist.
8.4.10
Select the servo parameter to be set.
8.4.11
CHG
Change the servo parameter setting.
8.4.11
Write the new servo parameter setting.
8.4.11
POINT
(1) How to display the utility
For how to display the utility, refer to the following.
User's Manual for the GOT used
(2) Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the Q motion
monitor only.
For displaying the communication setting window at the second or later startup, touch the Ch:
the Q motion monitor screen. (
button on
8.4 Operation Procedures)
(3) If the project data has not been downloaded
The Q motion monitor can be started from the utility even if the project data has not been downloaded to the
GOT.
8 - 12
8.3 Operations for Display
1
 Changing screens
or
2
SYSTEM MONITOR
Utility Main Menu
OVERVIEW
Start
user-created monitor screen
Communication
setting window
3
Ch:
LADDER MONITOR
FUNCTION
END
4
8.4.1)
(Select the motion controller
CPU to be monitored.)
Sys. Conf
Sys. Conf
MELSEC-A LIST
EDITOR
System Configuration screen (
Parameter Set.
Motion Monitor
END
5
Monitor menu screen (
Mon. Menu
8.4.3)
(Menu selection)
Password input key window (
MELSEC-FX LIST
EDITOR
END
8.4.11)
Sys. Conf
INTELLIGENT
MODULE MONITOR
6
END
Parameter setting screen
(
8.4.11)
7
END
NETWORK
MONITOR
Monitor screen of selected function
(
Refer to 8.4.4 and thereafter)
HINT
8
Q MOTION
MONITOR
Screen displayed at next startup
At next startup, the last exited screen is displayed.
However, the last exited screen will not be displayed when the GOT is restarted due to an installation of the OS,
turning the GOT power from off to on, or a reset.
8.3 Operations for Display
8 - 13
8.4 Operation Procedures
This section explains screen operations to be performed when using the Q motion monitor.
The display screen of the Q motion monitor varies slightly with the GOT used.
This section mainly uses the screen of the GT1575-V for explanation.
8.4.1
System configuration screen layout
This section describes the configuration of the System Configuration screen that is displayed after startup of the Q
motion monitor and the functions of the keys displayed on the screen.
 Displayed contents
2)
1)
2)
2)
No.
Description
1)
The CPU numbers are displayed for CPUs and the control CPU number for the installed module.
To choose the motion controller CPU for servo monitor/servo parameter setting, touch the respective display
position.
2)
Displays the keys used with the operation on the System Configuration screen.(Touch input)
 Key functions
The table below shows the functions of the keys that are used for the operation on the System Configuration screen.
Key
Function
Displays the communication setting window.
Exits the monitor and returns to the screen where the Q motion monitor was started.
Selects the motion controller CPU where servo monitor/servo parameter setting is performed.
Changes the System Configuration screen to the monitor menu screen.
(
8.4.3 Monitor Menu screen)
Changes the System Configuration screen to parameter setting screen.
(
8.4.11 Parameter setting screen)
Scrolls the display one stage up or down to display the system configuration of the currently undisplayed stage
immediately before/after the currently displayed stage.
: Scrolls down one stage.
: Scrolls up one stage.
8 - 14
8.4 Operation Procedures
8.4.2
1
Setting method for other station monitoring
2.
2
SYSTEM MONITOR
In the communication setting window, select one from
channels No.1 to 4.
For the operation on the communication setting screen, refer
to the following.
(1) Communication setting window
3
When the channel No. is selected, the screen on the left is
displayed.
Set the network number of the target controller and the CPU
station number.
LADDER MONITOR
FUNCTION
1.
OVERVIEW
The following shows the setting methods for monitoring other stations with Q motion monitor.
After selecting the station number, touch the enter key. The
communication setting window closes and the system
configuration of the set monitor destination is displayed.
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
3.
MELSEC-A LIST
EDITOR
4
8.4 Operation Procedures
8 - 15
(1) Communication setting window
(a) Displayed screen
2)
3) 1)
3) 1)
2)
4)
5)
(When the network No., station No.,
and CPU No. are input)
(When the CH No. is input)
The following table shows the displayed contents.
No.
Item
1)
CH No. input area
2)
Description
Network No. input area
Setting range
Set the CH No. for the target
controller.
1 to 4
Set the network No. for the target
controller.
Differs depending on the connection type.
• Bus connection, direct CPU connection, computer link
connection: 0
• Ethernet connection, CC-Link IE controller network
connection: 1 to 239
• MELSECNET/H, MELSECNET/10: 0 (host loop) / 1 to
255 (specified loop)
• CC-Link (ID/G4) connection: 0
Differs depending on the connection type.
• Bus connection, direct CPU connection, computer link
connection: FF (host station)
• Ethernet connection: 1 to 64
• MELSECNET/H, MELSECNET/10: 0 (master station) / 1
to 64 (local station)
• CC-Link IE controller network connection: 1 to 120
• CC-Link (ID/G4) connection: 0 (master station) / 1 to 64
(local station)
3)
Station No. input area
Set the station No. of the target
controller.
When the station No. is set to the
host station (FF), set the network
No. to 0.
4)
CH No. selection key
Select a CH No.
-
5)
Keys
Keys for operations in the
communication setting window
shown in (b). (Touch input)
-
(b) Key functions
Key
Function
Closes the communication setting window.
When any of the CH No., network No., station No., and CPU No. is not input and the monitor target is
not set, the communication setting window does not close.
Moves the cursor among the input areas.
Deletes all the input values and characters.
Deletes an input value or character.
Moves the cursor when the cursor is in the CH No. input area, network No. input area, or station No.
input area.
When the cursor is in the CPU No. input area and settings for the CH No., network No., and station
No. are completed, the communication setting window closes and the PLC read screen appears.
8 - 16
8.4 Operation Procedures
1
Monitor Menu screen
OVERVIEW
The Q motion monitor allows you to monitor various servo monitor data on multiple monitor screens.
To display any of the monitor screens, make a selection on the monitor menu screen.
SYSTEM MONITOR
2
Item
SFC Error History
Error List
Description
Monitors and displays the feed current values and actual current values of all running axes.
(
8.4.4 Present Value Monitor screen)
Displays the history of errors that occurred in SFC programs from when the motion CPU was powered on or reset.
(
8.4.5 SFC Error History screen)
Displays the history of errors that occurred on and after the leading edge of PLC ready (M2000).
(
8.4.6 Error List screen)
Error List Axis
Displays the latest errors that occurred on the specified axis. (
Positioning Monitor
Monitors the details of the positioning data set to any axis. (
Servo Monitor
Monitors the servo monitor/servo amplifier. (
8.4.7 Error List Designated-Axis screen)
8.4.8 Positioning Monitor screen)
5
8.4.9 Servo Monitor screen)
Displays the history of encoder present values, servo command values and monitor present values of the ABS axis
8.4.10 Present Value History Monitor screen)
INTELLIGENT
MODULE MONITOR
6
7
NETWORK
MONITOR
at servo amplifier power-on/off or at home position return. (
Not displayed when using the GT1550-Q or GT1555-Q.
8
Q MOTION
MONITOR
Present Value Hist.
4
MELSEC-A LIST
EDITOR
Present Value Mon.
LADDER MONITOR
FUNCTION
3
MELSEC-FX LIST
EDITOR
8.4.3
8.4 Operation Procedures
8 - 17
8.4.4
Present Value Monitor screen
This section describes the display data of the Present Value Monitor screen and the key functions displayed on the
screen.
 Displayed contents
1)
1)
No.
1)
2)
2)
2)
4)
3)
3)
Item
Ax
Function
The axis numbers of the running axes being monitored are displayed.
The feed present values or actual present values of the running axes are
displayed.Touching the display part of the monitored value switches to the
positioning monitor screen of the touched axis number.
Feed PV/Actual PV
(
3)
SV RDY, ERR DT, SV ERR
8.4.8 Positioning Monitor screen)
Whether the servo ready signals, major/minor errors and servo error detection
signals are ON (lit) or OFF (not lit) are displayed.Touching the error indication part
"
" switches to the Error List Designated-Axis screen of the touched axis number.
(
4)
8.4.7 Error List Designated-Axis screen)
The common bit devices are always monitored and displayed.
• Error detection type bit devices . . . . . . . . . . . . . . Displayed in red
• General status type bit devices . . . . . . . . . . . . . . Displayed in green
Bit device screen
 Key functions
The table below shows the functions of the keys used for operation of the Present Value Monitor screen.
Key
/
Function
Touching the key alternates the monitor item between the "feed present value" and "actual present value".
(Only in the real mode)
Returns to the monitor menu screen.
Exits the present value monitor and returns to the screen where the Q motion monitor was started.
Switches the displayed axis number.
(Displayed only for Q173CPU, Q173HCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and Q173DSCPU
monitoring.)
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The operation of this key is invalid.
8 - 18
8.4 Operation Procedures
8.4.5
1
SFC Error History screen
OVERVIEW
This section describes the display data of the SFC Error History screen and the key functions displayed on the screen.
 Displayed contents
SFC Error History screen displays the history of error which occurs in the motion SFC programs.
2
SYSTEM MONITOR
5)
LADDER MONITOR
FUNCTION
3
4
4)
3)
Item
MELSEC-A LIST
EDITOR
No.
2)
Description
1)
M/D H:M
Displays the dates and time when SFC errors occurred.
The eight latest errors are displayed for the history of errors.
The 128 errors are displayed for Q172DCPU, Q173DCPU, Q170MCPU,
Q172DSCPU, and Q173DSCPU.
2)
Program No.
Displays the SFC program numbers where SFC errors occurred.
3)
Err Code
Displays the error codes of the errors that occurred.
4)
Error Definition
Displays the definitions of the SFC errors that occurred.
5)
Page
Displays the page number and the total number of pages of the SFC error history.
(Only with Q172DCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and
Q173DSCPU)
5
The table below shows the functions of the keys used for operation of the SFC Error History screen.
Key
6
INTELLIGENT
MODULE MONITOR
 Key functions
MELSEC-FX LIST
EDITOR
1)
Function
Returns to the monitor menu screen.
7
Exits the SFC Error History screen and returns to the screen where the Q motion monitor was started.
(
NETWORK
MONITOR
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output)
The operation of this key is invalid.
Clears the error history. (Only with Q172DCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and Q173DSCPU)
8.4 Operation Procedures
Q MOTION
MONITOR
Scrolls the history display up and down by eight histories when the SFC error history is displayed.
(by four histories for QVGA)
(Only with Q172DCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and Q173DSCPU)
8
8 - 19
8.4.6
Error List screen
This section describes the display data of the Error List screen and the key functions displayed on the screen.
 Displayed contents
The error list screen displays the error which occurs in the motion controller CPU.
(Errors occurred in motion SFC programs are also displayed.)
7)
1)
No.
1)
2)
4)
5)
Item
M/D H:M
Ax
6)
Description
The dates and time when errors occurred are displayed.
The eight latest errors are displayed.
The 128 errors are displayed for Q172DCPU, Q173DCPU, Q170MCPU,
Q172DSCPU, and Q173DSCPU.
The axis numbers and axis types of the axes where errors occurred are
displayed.
Virtual axis
Synchronous encoder axis
: Virtual
: Sync
SV P. No.
The servo program numbers that were being executed when the error occurred
are displayed.
The execution destination of the servo program in error is not displayed.Using
the servo program number, refer to the execution destination.
4)
Err Code
Displays the types and error codes of the errors that occurred.
The error types are displayed as indicated below.
• Minor error . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Minor
• Major error . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Major
• Servo error . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Servo
• Servo program setting error . . . . . . . . . . . . . . . . . Servo P
• Real/virtual switching . . . . . . . . . . . . . . . . . . . . . . Switch
• Test mode request error . . . . . . . . . . . . . . . . . . . . Test
• Manual pulse generator setting error . . . . . . . . . . Manual
• PCPU ERROR . . . . . . . . . . . . . . . . . . . . . . . . . . . P-WDT
• SSCNET ERROR . . . . . . . . . . . . . . . . . . . . . . . . . Communication error
5)
Error Definition
The definitions of the errors that occurred are displayed.
6)
Set Data
The program number in error is displayed if the set data has any errors.
7)
Page
Displays the page number and the total number of pages of the error list.
(Only with Q172DCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and
Q173DSCPU)
3)
8 - 20
2) 3)
8.4 Operation Procedures
1
 Key functions
Key
OVERVIEW
The table below shows the functions of the keys that are used for the operation on the Error List screen.
Function
Returns to the monitor menu screen.
2
SYSTEM MONITOR
Exits the Error List screen and returns to the screen where the Q motion monitor was started.
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The touch operation of this key is invalid.
3
LADDER MONITOR
FUNCTION
Scrolls the history display up and down by eight histories when the error list is displayed.
(Only with Q172DCPU, Q173DCPU, Q170MCPU, Q172DSCPU, and Q173DSCPU)
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
8.4 Operation Procedures
8 - 21
8.4.7
Error List Designated-Axis screen
This section describes the display data of the Error List Designated-Axis screen and the key functions displayed on the
screen.
 Displayed contents
(In real mode)
(In virtual mode)
7)
6)
7)
6)
1)
2)
5)
3)
4)
8)
9)
No.
1)
Description
Axis No.
Displays the axis number currently being monitored.
2)
Out Module
Displays the output module axis number currently being monitored.
3)
Virt. Axis
Displays the virtual axis number currently being monitored.
4)
Sync. Enco.
Displays the synchronous encoder axis number currently being monitored.
5)
Program No.
Displays the servo program numbers that were being executed when the error
occurred.
6)
Err Code
Displays the error codes of the minor/major/servo error, servo program setting
error, real/virtual switching error information (error code: hexadecimal), personal
computer link communication error code and motion CPU WDT error that are
currently occurring.
7)
Error Definition
Displays the definitions of the errors that occurred.
8)
9)
8 - 22
Item
MAN-PLS Axis ERR
Test REQ ERR
8.4 Operation Procedures
Each 1-Pulse
1M Error
Displays the axes where a 1-pulse input magnification setting error occurred.
MAN-PLS Ax
ERR
Displays the errors of the axis numbers set to the manual pulse generators P1 to
P3.
Each MANPLS SM ERR
Displays the errors of the smoothing magnifications set to the manual pulse
generators P1 to P3.
Displays the axis numbers that are being started at a test mode request.
The table below shows the functions of the keys that are used for the operation of the Error List Designated-Axis
screen.
Key
Function
2
Switches the axes to be monitored.
(Only in the virtual mode)
(Display example: When axis 1 is
monitored)
3
Returns to the previous screen.
Returns to the monitor menu screen.
Exits the Error List Designated-Axis monitor screen and returns to the screen where the Q motion monitor
was started.
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
LADDER MONITOR
FUNCTION
/
SYSTEM MONITOR
(Only in the real mode)
/
OVERVIEW
1
 Key functions
4
8.4.12 Hard copy output
MELSEC-A LIST
EDITOR
The touch operation of this key is invalid.
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
8.4 Operation Procedures
8 - 23
8.4.8
Positioning Monitor screen
This section describes the display data of the Positioning Monitor screen and the key functions displayed on the screen.
 Displayed contents
(In virtual mode)
(In real mode)
1)
1)
2)
2)
3)
4)
5)
1)
No.
1)
6)
7)
Item
Data Item
7)
Description
Displays the axis numbers of the running axes being monitored.
For the virtual axis, the axis type is displayed.
• Roller
• Ballscrew
• Rotary table
• Cam
Displays the data during positioning control of the PCPU.
2)
8 - 24
Feed PV
• Feed PV
:
• Actual PV
:
• Dvt. Counter
:
• EXE Prog No.
• Min/Major SV ERR
• M Code • T Limit
:
:
:
Target address output to the servo amplifier (value
of the roller surface speed for the roller axis)
Actually traveled present value (no value is
displayed for the roller axis)
Difference between feed present value and actual
present value
Servo program number in execution
rror code of the latest minor/major/servo error
The M code and torque limit of the servo program
in execution
3)
EXE Cam No.
Displays the cam number currently controlled.
4)
EXE Stroke
Displays the stroke amount currently controlled.
5)
Cam Ax. 1 Rev.
Displays the present value within one cam axis revolution pulse.
6)
Status
Displays ON and OFF of the symbols that represent the axis-by-axis control statuses.
• In the ON status, the symbol is lit green.
• At error or servo error detection, the symbol is lit red.
7)
CMD Signal
Displays ON and OFF of the positioning command signals.
In the ON status, the signal is lit green.
8.4 Operation Procedures
1
 Key functions
Key
Function
Changes the axes to be monitored.
SYSTEM MONITOR
2
Returns to the previous screen.
Returns to the monitor menu screen.
Exits the positioning monitor and returns to the screen where the Q motion monitor was started.
3
LADDER MONITOR
FUNCTION
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The operation of this key is invalid.
MELSEC-A LIST
EDITOR
4
MELSEC-FX LIST
EDITOR
5
INTELLIGENT
MODULE MONITOR
6
NETWORK
MONITOR
7
8
Q MOTION
MONITOR
(Display example: When axis 1
is monitored)
OVERVIEW
The table below shows the functions of the keys used for operation of the positioning monitor screen.
8.4 Operation Procedures
8 - 25
8.4.9
Servo Monitor screen
This section describes the display data of the Servo Monitor screen and the key functions displayed on the screen.
 Displayed contents
1)
2)
3)
4)
No.
Item
Description
1)
Ax
Displays the axis number currently being monitored.
2)
Motor Speed
Displays the actual speed of the servo motor.
3)
Motor Current
Displays the motor current value at the rated current of 100%.
4)
Servo Alarm
Displays the alarm detected by the servo amplifier.
 Key functions
The table below shows the functions of the keys that are used for operation of the servo monitor screen.
Key
(Display example: When axis 1
is monitored)
Function
Changes the axes to be monitored.
Returns to the monitor menu screen.
Exits the servo monitoring and returns to the screen where the Q motion monitor was started.
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The operation of this key is invalid.
8 - 26
8.4 Operation Procedures
This section describes the display data of the Present Value History Monitor screen and the key functions displayed on
the screen.
 Displayed contents
OVERVIEW
1
Present Value History Monitor screen
2
4)
3
LADDER MONITOR
FUNCTION
2)
3)
SYSTEM MONITOR
1)
4
3)
4)
HP Data
Displays the following values monitored at home position return.
• Home position return completion time
• Encoder present value
Multi-revolution data of absolute position reference point data
Within-one-revolution position of absolute position reference point data
• Servo command value
• Monitor present value
MELSEC-A LIST
EDITOR
Description
Displays the axis number of the axis currently being monitored.
5
MELSEC-FX LIST
EDITOR
2)
Item
Ax
MON Val
Displays the following present monitor values.
• Present time
• Encoder present value
Present multi-revolution data of encoder present value
Present within-one-revolution position of encoder present value
• Present servo command value
• Present monitor present value
PWR ON/PWR OFF
Displays the four past present values of the ABS axis at servo amplifier power-on/off.
[At power-on]
• Power-on time
• Encoder present value
Multi-revolution data of initial encoder
Single-revolution data of initial encoder
• Servo command value after recovery
• Monitor present value after recovery
• Alarm occurrence information at present value recovery (error code of minor/major error)
[At power-off]
• Servo amplifier power-off time
• Encoder present value
Multi-revolution data of encoder present value before servo amplifier power-off
Single-revolution data of encoder present value before servo amplifier power-off
• Servo command at servo amplifier power-off
• Monitor present value at servo amplifier power-off
6
7
8
Q MOTION
MONITOR
1)
INTELLIGENT
MODULE MONITOR
No.
NETWORK
MONITOR
8.4.10
8.4 Operation Procedures
8 - 27
 Key functions
The table below shows the functions of the keys used for operation of the Present Value History Monitor screen.
Key
(Display example: When axis 1
is monitored)
Function
Changes the axes to be monitored.
Returns to the monitor menu screen.
Exits the Present Value History Monitor screen and returns to the screen where the Q motion monitor was
started.
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The touch operation of this key is invalid.
8 - 28
8.4 Operation Procedures
1
Parameter setting screen
You can set the servo parameters (basic parameters/adjustment parameters) of the connected motion controller CPU.
This section describes the display data of the parameter setting screen and the key functions displayed on the screen.
 Displayed screen
OVERVIEW
8.4.11
SYSTEM MONITOR
2
LADDER MONITOR
FUNCTION
3
The table below shows the functions of the keys that are used with the operation on the parameter setting screen.
Key
Function
Changes the servo parameter setting of the selected item.
MELSEC-A LIST
EDITOR
4
 Key functions
5
MELSEC-FX LIST
EDITOR
Selects the servo parameter setting item.
Changes the axis whose parameter setting will be made.
Returns to the System Configuration screen.
Exits the parameter setting and returns to the screen where the Q motion monitor was started.
6
INTELLIGENT
MODULE MONITOR
Stores the displayed screen to the memory card in BMP/JPEG file format or prints it with a printer.
For further information about hard copies, refer to the following:
8.4.12 Hard copy output
The touch operation of this key is invalid.
NETWORK
MONITOR
7
Q MOTION
MONITOR
8
8.4 Operation Procedures
8 - 29
 Inputting the password
The password input key window appears for accessing the parameter setting screen when the password setting data
for changing motion parameters is written to the GOT with GT Designer3.
(1) Function
• If the password matches, the parameter setting screen is displayed.
• If the password does not match, an error message is displayed. Touching Sys. Conf returns to the System
Configuration screen.
• Only numbers and letters A to F can be used for the password setting. (Up to 8 characters)
• The password for changing the motion parameters is set with GT Designer3.
For details of the setting password, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 4.7 Security Setting
(2) Operations
(a) Inputting the password
Touch the key window and enter a password.
After entering the password, touch Enter to set the password.
To edit the input characters, touch Del to delete the characters, and then input the new characters.
(b) Canceling password input
Touch
8 - 30
to return to the monitor screen.
8.4 Operation Procedures
The following describes the procedure of changing the setting of the [Auto Tuning] item as an example of the
parameter setting operation.
Select the item whose parameter is to be set
with the
,
keys, and touch the CHG
key.
2
SYSTEM MONITOR
1.
OVERVIEW
1
 Parameter setting operation
As the parameter setting window appears,
enter the parameter setting with
Alphanumeric , and touch Enter to confirm
the setting.
To cancel the parameter setting operation,
touch
at the top right of the screen to
close the parameter setting window.
4
MELSEC-A LIST
EDITOR
2.
LADDER MONITOR
FUNCTION
3
(Touch)
As the confirmation window appears, touch
OK to write the parameter setting to the
motion controller CPU.
To cancel writing of the parameter setting,
touch Cancel .
6
INTELLIGENT
MODULE MONITOR
3.
MELSEC-FX LIST
EDITOR
5
(Touch)
(Touch)
After writing is completed, the parameter
setting screen whose display has been
updated to the new parameter setting is
displayed.
8
Q MOTION
MONITOR
4.
NETWORK
MONITOR
7
8.4 Operation Procedures
8 - 31
8.4.12
Hard copy output
This section describes how to store a screen to the memory card in BMP/JPEG file format or print it with a printer when
executing the Q motion monitor.
Hard copy methods differ depending on the GOT to be used.
(1) GOT with VGA or higher resolution
Hard copy output operations are performed by touching the "Print Screen" or "Cancel Print" key displayed on the
screen.
Touch [Print Screen]
A BMP/JPEG file will be stored on the
memory card inserted in the GOT.
The Q motion monitor screen will be printed
with the printer connected to the GOT.
(2) GOT with QVGA resolution
Hard copy output operations are performed by turning ON/OFF the start or abort trigger device that has been set
in the GT Designer3.
POINT
• Install the extended function OS (Printer) to the GOT when printing a Q motion monitor screen.
• The output target (CF card/printer) of hard copy can be set in [Hard Copy] of GT Designer3.
For details of hard copy setting, refer to the following.
User's Manual for the GOT used
GT Designer3 Version1 Screen Design Manual (Functions) 40. HARD COPY FUNCTION
8 - 32
8.4 Operation Procedures
No. PLC Communications
This PLC type is not supported
A motion controller CPU that cannot
be monitored was selected on the
System Configuration screen.
Controller's OS type is different
The motion controller OS installed in
the motion controller CPU (Q172CPU,
Q173CPU) of the monitor target is
other than SV13 or SV22.
It is not a version for GOT
The version of the motion controller
OS installed in the motion controller
CPU of the monitor target is not
compatible with the Q motion monitor.
Monitor data not found
The monitor data was not installed or
was deleted.
Unused axis selected
The axis number selected has not
been set.
It is not possible to select
During servo parameter setting, an
item that cannot be set has been
selected.
Select an item that can be set.
Incorrect setting range
A value that is outside the setting
range has been set.
Set the value within the setting range.
Unmatched password
The password that was input as the
motion parameter changing password
is incorrect.
Input the correct password.
Communication channel setup error
A communication driver that is
compatible with the Q motion monitor
is not installed.
Install a compatible communication driver.
Unsupport amp. selected
The axis number set with a servo
amplifier whose parameter cannot be
set has been selected.
Set the axis number with a servo amplifier whose parameter
can be set.
Select a motion controller CPU that can be monitored on the
System Configuration screen. (
8.2.1 Target motion
controller CPU of the Q motion monitor)
Install SV13 or SV22 in the motion controller CPU (Q172CPU,
Q173CPU) of the monitor target as the motion controller OS.
Install a motion controller OS that is compatible with the Q
motion monitor in the motion controller. (
GOT1000
Series Connection Manual (Mitsubishi Products) for GT
Works3)
Download the monitor data of the motion monitor.
2
SYSTEM MONITOR
Corrective action
• Check the status of the connection between the controller
and the GOT (disconnected or cut cables).
• Check if an error has occurred in the controller.
3
4
MELSEC-A LIST
EDITOR
• Select the axis number that has been set.
• Set the axis using the peripheral software.
5
POINT
6
7
NETWORK
MONITOR
How to clear a displayed error message
For errors that occur with the connection to a controller (communication error, etc.), the error message does not
disappear even after the cause of the error has been removed.
To delete the error message, restart the GOT.
MELSEC-FX LIST
EDITOR
Error definition
Communication cannot be established
with the PLC CPU of the monitor
target.
INTELLIGENT
MODULE MONITOR
Error message
LADDER MONITOR
FUNCTION
This section describes the error messages that may be displayed during Q motion monitor operation and their corrective
action.
OVERVIEW
1
8.5 Error Messages and Corrective Action
Q MOTION
MONITOR
8
8.5 Error Messages and Corrective Action
8 - 33
8 - 34
8.5 Error Messages and Corrective Action
9
SERVO AMPLIFIER MONITOR
SERVO AMPLIFIER
MONITOR
9.
10
CNC MONITOR
FUNCTIONS
9.1 Features
Various monitor functions, changes to the parameter settings and test operations can be performed on the servo
amplifier connected to the GOT.
The features of the servo amplifier monitor are described below.
 Real-time display of the servo amplifier status
9.4.3 Monitor functions, 9.4.4 Alarm function
A list of the status of the servo amplifier connected to the GOT and the alarm details can be displayed in real-time.
(Display examples)
Alarm display
12
CNC DATA I/O
Monitor
BACKUP/RESTORE
11
• Displays monitor data of the servo amplifier in a list.
• Displays the details (number, name, occurrence time and cause of
alarm) of the alarm currently occurring in the servo amplifier. The alarm
can also be reset.
 Various diagnostics of the servo amplifier can be performed
DI/DO display
14
LADDER EDITOR
9.4.5 Diagnostics function
There are multiple diagnostics functions to enable various diagnostics of the servo amplifier to be performed.
(Display examples)
SFC MONITOR
13
Amplifier information display
MELSEC-L
TROUBLE
SHOOTING
15
• Displays a list of the ON/OFF status of the external I/O signals of the servo
amplifier.
• Displays the servo amplifier software number and servo motor information
(model name, ID and encoder resolution).
9.1 Features
9-1
LOG VIEWER
16
 Writing of the servo parameters is enabled
9.4.6 Parameter setting
The servo amplifier parameters can be read, changed and written to the servo amplifier.
 Various test operations can be performed
9.4.7 Test operations
Various test operations can be performed on the connected servo amplifier.
(Display examples)
JOG operation
• The servo amplifier rotates while the Forward or Reverse key is touched.
9-2
9.1 Features
Motor less operation
• Simulates motion of the servo motor within the servo amplifier even when the
servo motor is not connected.
9.2.1
System configuration
This section describes the system configuration of the servo amplifier monitor.
For connection type settings and precautions regarding the communication unit/cable and connection type, refer to the
following.
SERVO AMPLIFIER
MONITOR
9
9.2 Specifications
10
CNC MONITOR
FUNCTIONS
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
 Servo amplifiers targeted for the servo amplifier monitor
Servo amplifier
MELSERVO-J2-Super series
11
BACKUP/RESTORE
MELSERVO-J2M series
MELSERVO-J3 series*1
MELSERVO-J4 series*2
*1
Only MR-J3- A is supported.
*2
Only MR-J4- A is supported.
12
 Connection type
This function can be used in the following connection types.
Function
Description
: Unavailable)
Connection type between GOT and servo amplifier
Direct connection
Servo amplifier monitor,
changing the servo parameter
settings and test operations
SFC MONITOR
13
LADDER EDITOR
14
MELSEC-L
TROUBLE
SHOOTING
15
16
LOG VIEWER
Name
Servo
amplifier
monitor
: Available,
CNC DATA I/O
(
9.2 Specifications
9-3
 Required option OS and option function board
The option OS and option function board shown below are required.
1.1.2 Hardware and OS’ required for each function
(1) Option OS
Install the option OS in the above table to the GOT.
For the installation procedure, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) OS memory space
The available memory space shown in the table above is required in the user area to install the option OS to the
GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(3) Option function board
(a) For GT16
No option function board is required.
(b) For GT15
Mount one of the option function boards in the above table on the GOT.
For the GOTs with a built-in option function board, refer to the following.
1.1.2 Hardware and OS’ required for each function
For how to mount an option function board on the GOT, refer to the following.
User's Manual for the GOT used
9-4
9.2 Specifications
The list of servo amplifier types that can be monitored and their functions is shown below.
(1) MELSERVO-J2-Super series and MELSERVO-J2M series
: Monitoring is possible with the servo amplifier monitor
Servo Amplifier
Function
: Monitoring is not possible with the servo amplifier monitor - : Function unavailable)
MELSERVO-J2-Super series
MR-J2S- A
MR-J2S- CP
MELSERVO-J2M series
MR-J2M-P8A
MR-J2M- DU
-
-
Model selection
10
Setup
Station No. Selection*1
CNC MONITOR
FUNCTIONS
Baud rate*1
Station selection
Axis selection
-
Automatic demo
-
-
Display all
11
Multi-axis listing
-
-
-
-
Trend graph
I/O Input/Output display
BACKUP/RESTORE
High speed monitor
Monitor
-
-
Display
Alarm
History
Amplifier data
I/O display
12
-
No motor rotation
-
CNC DATA I/O
Function device
display
Total power-on time
Software number
display
Diagnostic
Motor data display
-
Tuning data
-
13
Amplifier information
-
Automatic voltage
control
-
Axis name setting
-
-
-
Parameter list
-
Tuning
-
14
-
LADDER EDITOR
Unit composition
listing
-
SFC MONITOR
Absolute encoder data
Change list
-
-
DRU parameter
-
-
Parameter copy
-
-
-
-
Device setting
-
Basic setting
-
-
-
-
Gain/Filter
-
-
-
-
Extension setting
-
-
-
-
I/O setting
-
-
-
-
Jog
Test
-
Positioning
-
Operation w/o motor
-
Forced output
16
-
Program test
Single-step feed
15
MELSEC-L
TROUBLE
SHOOTING
Parameters
IFU parameter
-
-
-
(Continued to next page)
9.2 Specifications
9-5
LOG VIEWER
(
SERVO AMPLIFIER
MONITOR
9
 List of servo amplifier types that can be monitored and functions
(
: Monitoring is possible with the servo amplifier monitor
: Monitoring is not possible with the servo amplifier monitor - : Function unavailable)
MR-J2-Super series
Servo Amplifier
Function
Point-data
Advancedfunction
MR-J2S- A
Point table
MR-J2S- CP
MR-J2M-P8A
MR-J2M- DU
-
-
-
Machine analyzer
-
-
Gain search
-
-
Machine simulation
-
-
-
-
Robust disturbance
compensation
*1
MR-J2M series
-
-
Set the baud rate and station number setting with Communication Settings.
For how to set the connecting device settings, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
(2) MELSERVO-J3 series and MELSERVO-J4 series
(
: Monitoring is possible with the servo amplifier monitor
: Monitoring is not possible with the servo amplifier monitor - : Function unavailable)
Servo Amplifier
Function
MELSERVO-J3 series
MELSERVO-J4 series
MR-J3- A
MR-J4- A
Model selection
Setup
Station selection
Connection Setting
Display all
I/O Monitor*1
Monitor
Trend graph
Display
History
Alarm Onset Data
Drive Recorder
-
No motor rotation
System Configuration*2
Diagnostic
Life Diagnosis
Machine Diagnosis
Amplifier information
*2
Absolute encoder data
I/O Display*1
Parameter Setting
Parameters
Axis Name Setting
Jog
Positioning
Operation w/o motor
Test
Forced output
Program test
Test Mode Information
One-touch Tuning
Tuning
Adjustment
Machine Analyzer
Advanced Gain Search
*1
*2
9-6
It is displayed with "DI/DO display screen" in "Diagnostic".
It is displayed with "Amplifier information display screen" in "Diagnostic".
9.2 Specifications
-
J2S- CP
monitoring
monitoring
Servo amplifier monitor data common information
Alarm
601 "Monitor: J4-A"
Alarm display
Alarm history
DI/DO display
Function device
display
Diagnostics
function
Unit composition
list display
JOG operation
Positioning
operation
Test
Motor-less
operation
DO forced output
Parameter setting
monitoring
monitoring
monitoring
-
5.0
-
2.6
3.3
-
-
-
-
-
611 "I/O Display: S-CP"
-
3.0
-
-
-
-
612 "I/O Display: M-A IFU"
-
-
4.8
-
-
-
613 "I/O Display: M-A D01"
-
-
-
3.9
-
614 "I/O Display: J3-A/J4-A"
-
-
-
-
620 "Function Dev.: S-CP"
-
3.3
-
-
-
621 "Function Dev.: M-A IFU"
-
-
5.1
-
-
-
622 "Function Dev.: M-A DRU"
-
-
-
5.1
-
-
2.4
-
-
-
-
-
631 "Amp inf.: S-CP"
-
2.5
-
-
-
-
632 "Amp inf.: M-A IFU"
-
-
2.4
-
-
-
633 "Amp inf.: M-A DRU"
-
-
-
2.6
-
634 "Amp inf.: J3-A/J4-A"
-
-
-
-
2.8
-
2.7
2.9
-
-
-
642 "ABS data: S-CP"
-
3.4
-
-
-
-
644 "ABS data: M-A DRU"
-
-
-
3.4
-
-
647 "Unit Comp.: M-A IFU"
-
-
3.8
-
-
-
648 "Unit Comp.: M-A DRU"
-
-
3.8
-
-
-
-
-
-
650 "Parameters: S-*"
Parameter setting
J4- A
2.7
640 "ABS data: S-A/J3-A/J4-A"
ABS data display
-
604 "Alarm Hist.: ALL"
630 "Amp inf.: S-A"
Amplifier
information display
For MR-
J3- A
4.4
-
602 "Alarm: ALL"
610 "I/O Display: S-A"
For MR-
40.4
600 "S-*/M-A/J3-A"
Monitor
For MRJ2M- DU
4.4
2.9
651 "Parameters: M-A IFU"
-
-
4.6
-
652 "Parameters: M-A DRU"
-
-
5.0
-
-
653 "Parameter Basic setting: J3-A"
-
-
-
-
5.1
-
654 "Parameters Gain/Filter: J3-A"
-
-
-
-
5.2
-
655 "Parameters Ext. setting: J3-A"
-
-
-
-
5.2
-
656 "Parameters I/O setting: J3-A"
-
-
-
-
5.2
-
-
-
-
-
3.5
-
-
-
-
-
-
660 "JOG operation: S-*/J3-A/J4-A"
661 "JOG operation: M-A DRU"
3.8
-
663 "Positioning: S-*"
3.8
3.8
664 "Positioning: M-A DRU"
-
-
-
3.6
-
-
665 "Positioning: J3-A"
-
-
-
-
4.3
-
666 "Motor-less op: S-*/J3-A"
-
-
2.7
667 "Motor-less op: M-A DRU"
-
2.7
-
-
2.5
-
-
668 "Motor-less op: J4-A"
-
-
-
-
-
2.6
669 "DO Forced Out: S-A"
-
4.1
-
-
-
-
670 "DO Forced Out: S-CP"
-
3.8
-
-
-
-
671 "DO Forced Out: M-A IFU"
-
-
8.2
-
-
-
-
672 "DO Forced Out: M-A D01"
-
-
3.8
-
673 "DO Forced Out: J3-A/J4-A"
-
-
-
-
4.0
680 "Parameters Basic setting: J4-A"
-
-
-
-
-
5.7
681 "Parameters Gain/Filter: J4-A"
-
-
-
-
-
5.7
682 "Parameters Ext.setting: J4-A"
-
-
-
-
-
5.7
683 "Parameters I/O setting: J4-A"
-
-
-
-
-
5.7
684 "Parameters Ext.setting-2: J4-A"
-
-
-
-
-
5.7
685 "Parameters Ext.setting-3: J4-A"
-
-
-
-
-
5.7
9.2 Specifications
9-7
10
CNC MONITOR
FUNCTIONS
J2S- A
11
BACKUP/RESTORE
Stored screen data
For MRJ2M-P8A
monitoring
12
CNC DATA I/O
Function details
For MR-
13
SFC MONITOR
Memory space (KB)
For MR-
14
LADDER EDITOR
( - : Unavailable)
15
MELSEC-L
TROUBLE
SHOOTING
(a) When using GT1695M-X, GT1685M-S, GT1675M-S, GT1675M-V, GT1665M-S, GT1665M-V, GT1595-X,
GT1585V-S, GT1585-S, GT1575V-S, GT1575-S
16
LOG VIEWER
The following special data is required.
SERVO AMPLIFIER
MONITOR
9
 Required special data
(b) When using GT1675-VN, GT1672-VN, GT1662-VN, GT1575-V, GT1575-VN, GT1572-VN, GT1565-V,
GT1562-VN, GT1555-V
( - : Unavailable)
Memory space (KB)
Function details
Stored screen data
For MR-
For MR-
J2S- A
J2S- CP
monitoring
monitoring
For MRJ2M-P8A
monitoring
Servo amplifier monitor data common information
Alarm
601 "Monitor: J4-A"
Alarm display
602 "Alarms: ALL"
Alarm history
604 "Alarms Hist.: ALL"
610 "I/O Display: S-A"
DI/DO display
Function device
display
Amplifier
information display
JOG operation
Positioning
operation
Test
Motor-less
operation
Parameter setting
9-8
monitoring
-
-
-
5.0
-
2.6
3.3
-
-
611 "I/O Display: S-CP"
-
3.0
-
-
-
-
612 "I/O Display: M-A IFU"
-
-
4.8
-
-
-
613 "I/O Display: M-A D01"
-
-
3.9
-
-
614 "I/O Display: J3-A/J4-A"
-
-
-
-
620 "Function Dev.: S-CP"
-
3.3
-
-
-
-
621 "Function Dev.: M-A IFU"
-
-
5.3
-
-
-
622 "Function Dev.: M-A DRU"
631 "Amp inf.: S-CP"
2.7
-
-
-
5.3
-
2.4
-
-
-
-
-
-
2.5
-
-
-
-
632 "Amp inf.: M-A IFU"
-
-
2.4
-
-
-
633 "Amp inf.: M-A DRU"
-
-
-
2.6
-
-
-
-
-
-
2.4
-
-
-
642 "ABS data: S-CP"
-
3.4
-
-
-
644 "ABS data: M-A DRU"
-
-
-
3.4
-
-
647 "Unit Comp.: M-A IFU"
-
-
3.8
-
-
-
648 "Unit Comp.: M-A DRU"
-
-
-
3.8
-
-
-
-
-
-
-
-
4.4
4.6
2.7
2.9
-
651 "Parameters: M-A IFU"
-
-
652 "Parameters: M-A DRU"
-
-
-
5.0
-
-
653 "Parameters Basic setting: J3-A"
-
-
-
-
5.2
-
654 "Parameters Gain/Filter: J3-A"
-
-
-
-
5.2
-
655 "Parameters Ext. setting: J3-A"
-
-
-
-
5.2
-
656 "Parameters I/O setting: J3-A"
-
-
-
-
5.2
-
-
660 "JOG operation: S-*/J3-A/J4-A"
661 "JOG operation: M-A DRU"
3.8
-
663 "Positioning: S-*"
3.8
3.8
-
3.5
-
-
-
-
-
-
-
664 "Positioning: M-A DRU"
-
-
-
3.6
665 "Positioning: J3-A/J4-A"
-
-
-
-
-
-
2.7
-
-
-
2.5
-
2.6
666 "Motor-less op: S-*/J3-A"
667 "Motor-less op: M-A DRU"
2.7
-
4.3
668 "Motor-less op: J4-A"
-
-
-
-
-
669 "DO Forced Out: S-A"
4.1
-
-
-
-
-
-
3.8
-
-
-
-
670 "DO Forced Out: S-CP"
DO forced output
monitoring
4.4
-
650 "Parameters: S-*"
Parameter setting
J4- A
monitoring
-
640 "ABS data: S-A/J3-A/J4-A"
Unit composition
list display
For MR-
-
634 "I/O Display: J3-A/J4-A"
ABS data display
J3- A
2.7
630 "Amp inf.: S-A"
Diagnostics
function
For MR-
40.4
600 "S-*/M-A/J3-A"
Monitor
For MRJ2M- DU
671 "DO Forced Out: M-A"
-
-
8.2
-
-
-
672 "DO Forced Out: M-A D01"
-
-
3.9
-
-
-
673 "DO Forced Out: J3-A/J4-A"
-
-
-
-
680 "Parameters Basic setting: J4-A"
-
-
-
-
-
5.7
681 "Parameters Gain/Filter: J4-A"
-
-
-
-
-
5.7
682 "Parameters Ext.setting: J4-A"
-
-
-
-
-
5.7
683 "Parameters I/O setting: J4-A"
-
-
-
-
-
5.7
684 "Parameters Ext.setting-2: J4-A"
-
-
-
-
-
5.7
685 "Parameters Ext.setting-3: J4-A"
-
-
-
-
-
5.7
9.2 Specifications
4.0
( - : Unavailable)
Memory space (KB)
J2S- A
J2S- CP
monitoring
monitoring
For MRJ2M-P8A
monitoring
Servo amplifier monitor data common information
Function device
display
1.8
604 "Alarms Hist.: ALL"
Unit composition
list display
2.3
-
-
-
-
-
611 "I/O Display: S-CP"
-
2.4
-
-
-
-
612 "I/O Display: M-A IFU"
-
-
3.7
-
-
-
613 "I/O Display: M-A D01"
-
-
-
3.1
-
614 "I/O Display: J3-A/J4-A"
-
-
-
-
620 "Func. Dev.: S-CP"
-
2.4
-
-
-
-
621 "Func. Dev. In1: M-A IFU"
-
-
3.1
-
-
-
622 "Func. Dev. In2: M-A IFU"
-
-
3.1
-
-
-
623 "Func. Dev. Out1: M-A IFU"
-
-
3.2
-
-
-
624 "Func. Dev. Out2: M-A IFU"
-
-
2.7
-
-
-
625 "Func. Dev. In1: M-A DRU"
-
-
-
3.1
-
-
626 "Func. Dev. In2: M-A DRU"
-
-
-
3.0
-
-
627 "Func. Dev. Out1: M-A DRU"
-
-
-
3.1
-
-
JOG operation
Test
Positioning
operation
Motor-less
operation
-
-
-
-
2.7
-
-
-
-
-
-
-
631 "Amp inf.: S-CP"
-
1.7
-
-
-
-
632 "Amp inf.: M-A IFU"
-
-
1.6
-
-
-
633 "Amp inf.: M-A DRU"
-
-
-
1.8
-
634 "Amp. inf.1: J3-A/J4-A"
-
-
-
-
-
13
-
-
-
-
2.1
1.9
-
-
-
1.9
641 "ABS data Orig: S-A/J3-A/J4-A"
2.0
-
-
-
-
2.2
-
-
643 "ABS data Orig: S-CP"
-
2.2
-
-
-
-
644 "ABS data Cur.: M-A DRU"
-
-
-
2.2
-
-
2.0
-
-
645 "ABS data Orig: M-A DRU"
-
-
-
2.2
-
-
647 "Unit Comp.: M-A IFU"
-
-
2.8
-
-
-
648 "Unit Comp.: M-A DRU"
-
-
-
2.8
-
-
3.5
12
2.1
640 "ABS data Cur.: S-A/J3-A/J4-A"
642 "ABS data Cur.: S-CP"
11
2.0
1.6
650 "Parameters: S-*"
Parameter setting
10
2.2
635 "Amp. inf.2: J3-A/J4-A"
ABS data display
20.0
602 "Alarms: ALL"
630 "Amp inf.: S-A"
Amplifier
information display
monitoring
2.5
628 "Func. Dev. Out2: M-A DRU"
Diagnostics
function
monitoring
14
-
-
-
-
651 "Parameters: M-A IFU"
-
-
3.7
-
-
-
652 "Parameters: M-A DRU"
-
-
-
4.0
-
-
653 "Parameters Basic setting: J3-A"
-
-
-
-
4.2
-
654 "Parameters Gain/Filter: J3-A"
-
-
-
-
4.2
-
655 "Parameters Ext. setting: J3-A"
-
-
-
-
4.2
-
656 "Parameters I/O setting: J3-A"
-
-
-
-
4.2
-
-
-
-
-
2.5
-
-
-
-
-
-
-
660 "Jog operation: S-*/J3-A/J4-A"
661 "Jog operation: M-A DRU"
2.8
-
663 "Positioning: S-*"
2.9
664 "Positioning: M-A DRU"
-
-
-
2.6
665 "Positioning: J3-A/J4-A"
-
-
-
-
666 "Motor-less op: S-*/J3-A"
1.9
CNC MONITOR
FUNCTIONS
DI/DO display
J4- A
monitoring
600 "S-*/M-A/J3-A"
610 "I/O Display: S-A"
For MR-
BACKUP/RESTORE
Alarm history
J3- A
CNC DATA I/O
Alarm
Alarm display
For MR-
SFC MONITOR
Monitor
For MRJ2M- DU
LADDER EDITOR
Stored screen data
For MR-
15
2.8
3.3
-
-
1.9
-
667 "Motor-less op: M-A DRU"
-
-
-
1.7
-
-
668 "Motor-less op: J4-A"
-
-
-
-
-
1.8
(Continued to next page)
9.2 Specifications
9-9
MELSEC-L
TROUBLE
SHOOTING
Function details
For MR-
SERVO AMPLIFIER
MONITOR
9
When using GT1555-Q, GT1550-Q
16
LOG VIEWER
(c)
( - : Unavailable)
Memory space (KB)
Function details
Stored screen data
669 "DO Forced Out: S-A"
670 "DO Forced Out: S-CP"
DO forced output
Test
Parameter setting
For MR-
For MR-
J2S- A
J2S- CP
monitoring
monitoring
For MRJ2M-P8A
monitoring
For MR-
For MR-
J2M- DU
J3- A
For MRJ4- A
monitoring
monitoring
monitoring
3.3
-
-
-
-
-
-
3.1
-
-
-
-
671 "DO Forced Out: M-A IFU"
-
-
6.7
-
-
-
672 "DO Forced Out: M-A D01"
-
-
-
3.0
-
-
673 "DO Forced Out: J3-A/J4-A"
-
-
-
-
680 "Parameters Basic setting: J4-A"
-
-
-
-
-
4.7
681 "Parameters Gain/Filter: J4-A"
-
-
-
-
-
4.7
682 "Parameters Ext.setting: J4-A"
-
-
-
-
-
4.7
683 "Parameters I/O setting: J4-A"
-
-
-
-
-
4.7
684 "Parameters Ext.setting-2: J4-A"
-
-
-
-
-
4.7
685 "Parameters Ext.setting-3: J4-A"
-
-
-
-
-
4.7
3.3
(1) Special data
Download the special data indicated in the table above to the GOT.
For how to download, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
(2) Memory space for special data
The available memory space shown in the table above is required in the user area to download the special data
to the GOT.
For the procedure for checking the available memory space of the user area and information about the data
using other user areas, refer to the following.
GT Designer3 Version1 Screen Design Manual (Fundamentals) 8. COMMUNICATION WITH
GOT
9.2.2
Access range
The access range is the same as the access range when the GOT is connected to a controller.
For details of the access range, refer to the following.
GOT1000 Series Connection Manual (Mitsubishi Products) for GT Works3
9 - 10
9.2 Specifications
(1) Before using the servo amplifier monitor
Read the manual of the connected servo amplifier carefully and make sure you understand the contents before
performing servo amplifier monitoring.
(2) Test operation
9.4.7 Test operations
(3) Time displayed on the servo amplifier monitor
If the time data of the GOT is incorrect, the time on the servo amplifier monitor will not be displayed correctly.
Refer to the following for the GOT clock data.
GT Designer3 Version1 Screen Design Manual (Fundamentals)
(4) Setting details
11
BACKUP/RESTORE
9.4.2)) and the servo
CNC MONITOR
FUNCTIONS
10
Be sure to read the precautions listed below before performing a test operation.
Use the same settings for the servo amplifier monitor on the GOT (Setup screen (
amplifier.
If the settings are different, proper communications may not be performed.
SERVO AMPLIFIER
MONITOR
9
Precautions
(5) Servo amplifier monitored
One servo amplifier can be selected to be monitored among 32 servo amplifiers.
If multiple servo amplifiers are connected, select one servo amplifier to monitor.
(6) Background processing during parameter being input or output
Do not monitor the device of the servo amplifier parameter by the function which is operated background (such
as device data transfer, logging, recipe, advanced recipe) while parameters are being input or output. Data may
not be written or read normally or a communication error may occur.
12
CNC DATA I/O
9.2.3
SFC MONITOR
13
LADDER EDITOR
14
MELSEC-L
TROUBLE
SHOOTING
15
LOG VIEWER
16
9.2 Specifications
9 - 11
9.3 Operations of Display
This section describes the flow until the servo amplifier monitor operation screen is displayed after the servo amplifier
monitor (Option OS) is installed in the GOT.
Start
Turn on the power to the GOT.
Starting from the utility
Starting from the special
function switch
(Servo Amplifier Monitor)
set in the project data
Touch the special function switch.
Display the utility.
Example) For GT16
After the utility is displayed, touch [Debug]
[Monitor
screens1]
[Servo amplifier monitor] from the Main Menu.
For how to display the utility, refer to the User's Manual
for the GOT used.
Refer to the following manual for how to set the special
function switch.
GT Designer3 Version1 Screen Design Manual
(Functions) 2. TOUCH SWITCH
Set the channel number.
Set the channel number of the servo
amplifier connected to the GOT.
Communication setting window
Set the setup.
Set the model type etc. of the servo
amplifier to be monitored.
Continued to next page
9 - 12
9.3 Operations of Display
9
Select the servo amplifier monitor to use.
10
CNC MONITOR
FUNCTIONS
Select a function to monitor.
SERVO AMPLIFIER
MONITOR
From previous page
End
BACKUP/RESTORE
11
(1) How to display the utility
For how to display the utility, refer to the following.
User's Manual for the GOT used
(2) Displaying communication setting window
After turning on the GOT, the communication setting window is displayed at the first startup of the servo
amplifier monitor only.
For displaying the communication setting window at the second or later startup, touch the Ch:
the servo amplifier monitor screen.
(
button on
9.4 Operations of Servo Amplifier Monitor Screens)
13
SFC MONITOR
(3) If the project data has not been downloaded
The servo amplifier monitor can be started from the utility even if the project data has not been downloaded to
the GOT.
12
CNC DATA I/O
POINT
LADDER EDITOR
14
MELSEC-L
TROUBLE
SHOOTING
15
LOG VIEWER
16
9.3 Operations of Display
9 - 13
 Changing screens
The following describes how to change the screen.
Start
At the second
or later startup
Utility
or
user-created
monitor screen
At the first startup
Communication setting window
End
Touch
Ch: .
Setup
Setup
Fix
MENU
End
Touch any of the functions.
Menu
Setup
(
Section 9.4.2)
Monitor
(
Section 9.4.3)
Alarm
(
Section 9.4.4)
Diagnostics
(
Section 9.4.5)
Parameters
(
Section 9.4.6)
Test
(
Section 9.4.7)
HINT
To exit by touching End
At next startup of the servo amplifier monitor, the last exited screen is displayed.
If using the same screen frequently, exiting with the End button is convenient.
However, the last exited screen is not displayed if the servo amplifier monitor screen data was deleted due to an
installation of the OS, turning the GOT power from off to on, or a reset.
9 - 14
9.3 Operations of Display
This section describes the operations of the screens when using the servo amplifier monitor.
The display screen of the servo amplifier monitor varies slightly with the GOT used. This section mainly uses the screen
of the GT1575-V for explanation.
9.4.1
Servo amplifier monitor
SERVO AMPLIFIER
MONITOR
9
9.4 Operations of Servo Amplifier Monitor Screens
10
CNC MONITOR
FUNCTIONS
With the servo amplifier monitor, various monitor functions, parameter setting changes and test operations can be
performed on the servo amplifier connected to the GOT.
To display a function, make a selection on the function selection menu screen.
(Function selection menu screen)
BACKUP/RESTORE
11
1)Setup . . . . . . . . . . Selects the servo amplifier type to monitor, the station number setting (station number selection), and the IFU station number.
9.4.2)
(
SFC MONITOR
2)Monitor . . . . . . . . . Displays all monitor data of the servo amplifier in real-time.
9.4.3)
3)Alarm . . . . . . . . . . Displays the alarm that is currently occurring and the history. Also resets the alarm and clears the history.
(
9.4.4)
14
4)Diagnostics . . . . . . Performs the following various diagnostics on the connected servo amplifier.
(
9.4.5)
• DI/DO display
• Function device display
• Amplifier information display
:
:
:
• ABS data display
• Unit composition list display
:
:
Displays the ON/OFF status of the external I/O signals.
Displays the ON/OFF status of the I/O function devices.
Displays the model name, ID and encoder resolution of the servo motor connected to the
servo amplifier.
Displays the absolute position data of the absolute position detection system.
Displays a list of servo amplifier unit composition.
15
5)Parameters . . . . . . Displays the parameter data and changes the parameter settings.
(
13
LADDER EDITOR
(
CNC DATA I/O
12
9.4.6)
9.4.7)
16
LOG VIEWER
(
MELSEC-L
TROUBLE
SHOOTING
6)Test . . . . . . . . . . . . Performs various test operations (JOG operation, positioning operation, motor-less operation and DO forced output).
9.4 Operations of Servo Amplifier Monitor Screens
9 - 15
9.4.2
Setup
This is used to set the communication with th">