PUM Series Module Type Temperature Controller (21B1-E

PUM Series Module Type Temperature Controller (21B1-E
PUM Series
Multi-loop module type Temperature
controller
Smart!
Heater break alarm CT (8 points)
Program-less host communication
User friendly!
Detachable terminal
Simple loader operation
Fast!
High-speed data communication
High-speed data sampling
21B1-E-0054
PUM Series
Multi-loop module type Temperature controller
FEATURES
Smart!
Programless communication with upper device
High-speed communication is possible because it is
only assigned important data.
Heater break alarm CT
(8 points)
R
S
T
MELSEC-Q series
A break in a three-phase
heater can be detected
with using 2 points CT
per 1-channel.
PLC memory
Communication data’s MAP
Read
∼
A
3-phase
heater break
alarm
heater
User friendly!
Detachable terminal
structure
Write
P
I
PV
SV
∼
PV
SV
P
I
Fast!
High-speed communication with
upper device
The terminal is attachable
and detachable without
using a screw driver.
Wiring time for maintenance is reduced substantially.
You can rest easy with the multi-loop controller because hi-speed communication with
230.4kbps and no time-lag.
kbps
Communication speed
230.4
0 19.2
PUM
series
Simple loader on the
Personal Computer
Simple loader is available
to change all module
parameter setting without
changing each loader
connection.
If "favorite function" is
used, the frequently-used
parameter can be edited
preferentially.
PXR
PXG
SV1…SV
125…130 16
High-speed sampling time
200msec sampling time enable it to apply to
not only temperature measurement but also
process measurement such as pressure control and flow control, etc.
Transmitter
Easy to attach to the DIN rail
Inverter
It is easy to attached the DIN
rail by backside lock-tab.
The backside lock-tab can
connect each multi-loop controller.
Pipe
2
P
PUM Series
Multi-loop module type Temperature controller
APPLICATIONS
Case 1 Input/output device of I/O units in programmable logic controller
<Separated PLC type>
Programmable
Operation Display
Fuji’s PLC
or
Another maker’s PLC
Control Module
Event input / output Module
∼
∼
Measured
values PV
Control output
Alarms
Case 2 Temperature controller
<Multi Temperature controllers type>
<Reflow soldering device>
Programmable
Operation Display
Programmable
Operation Display
Mitsubishi’s PLC
Control Module
Event input / output Module
Serial connection
Communication Module
Control Module
Program-less host
communication
∼
Measured
values PV
∼
Control output
Alarms
<Plastic injection machine>
Programmable
Operation Display
Reflow
soldering
device
Temperature control
Air fan control
<Plastic extrusion machine>
Programmable
Operation Display
Mitsubishi’s PLC
Fuji’s PLC
or another PLC
Plastic extrusion machine
Communication Module
Control Module
Plastic injection machine
CC-LINK
Temperature control
MODBUS Communication
Control Module
Heat & Cool control
Inverter
Pressure control for plastic
3
PUM Series
Multi-loop module type Temperature controller
VARIATIONS
Kind
PUMA/B
Features
Inputs have 2ch or 4ch type
3-phase Heater break
detections have each ch.
(option)
11
PUME
Features
8 points alarm DO output
8 points DI input for external
switching control
Analog input &
output Module
13
PUMV
14
Analog input/output
PUMN
Features
Inputs have 4 points
16
PUMT
Features
Outputs have 4 points
18
Accessory
Analog output
Module
Ethernet Communication Module
See
page
Type
PUMCE
Features
10BASE-T/100BASE-TX
Compatible
22
Programming
Loader on Personal
computer
9
Features
Easy setting and user friendly
Programmable
Operation Display
Peripheral instrument
Features
Inputs have 4 points and
Outputs have 4 points
Analog input
Module
Kind
Support Tools
Digital input/output
Event input/output
Module
See
page
Communication
Temperature control
Control Module
Type
Features
Easy connect by serial
connection
10
Automation
Software
Features
SCADA software, example
・Terminating resistance for
RS-485
・DIN rail end plate
・Connector’s cover side-by side
・Terminal cover of front
10
・Connection cable for PUM
series
・Fuji’s original CT input cable
30
・Fuji’s original CT
PUMCL
CC-LINK
Communication Module
Features
Communication speed data
with 10Mbps
19
Communication
Mitsubishi PLC’s Module PUMCM
with programless
communications
Features
Applicable standards
20
Direct address map only for
Mitsubishi’s PLC.Reduction of your
programming work for Mitsubishi’s
PLC.
PROFIBUS
Communication Module
Features
PROFIBUS DP-V0 (Slave
device) Communication
speed data with 12Mbps
PUMCP
21
PUMA/B
PUME
PUMV
PUMN
PUMT
PUMCL
PUMCM
PUMCP
PUMCE
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○: Compatible, ― : Incompatible
4
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PUM Series
Multi-loop module type Temperature controller
SYSTEM CONSTRUCTION FOR EXAMPLE
1 Basic system (minimum system construction)
・In case of minimum system construction, 4ch or 2ch
・RS-485 communication is standard, not option
*When you use the heating and cooling control, PUMA can control max. 2 channels and PUMB can control max.1 channel.
CT from 1 to 30A (option)
Model : PUMZ*CT1
CT from 20 to 50A (option)
Model : PUMZ*CT2
PC Loader (Support tool)
CT cable (option)
Model : PUMZ*C01 : 1m
Model : PUMZ*C03 : 3m
Model : PUMZ*C05 : 5m
Connection cable for PUM series (option)
Model : PUMZ*L01
Model : PUMA/B
Upper communication
PLC
24V DC power supply
Programmable
Operating Display
PC
RS-485 with 115.2kbps maximum
input output
2 Basic system (maximum system construction)
・When you use analog input/output, or digital input/output in addition to 4ch/2ch control module.
・You can construct up to 16 units for control, and analog input/output type (control module, analog input/output) plus up to 16
units for digital input/output type (event module).
・Setting St. numbers is necessary for internal communications. (Station No.= setting value of Station No. configuration switch +1)
Make sure that there is no duplicate station number (0 to 15) in control type, analog type series.
Make sure that there is no duplicate station number (0 to 15) in event type series.
You can use the duplicate station number between control type, analog type series and event type.
CT from 1 to 30A
(option)
Model : PUMZ*CT1
CT from 20 to 50A
(option)
Model : PUMZ*CT2
CT cable (option)
Model : PUMZ*C01 : 1m
Model : PUMZ*C03 : 3m
Model : PUMZ*C05 : 5m
PC Loader (Support tool)
Connection cable for PUM series (option)
Model : PUMZ*L01
16 units of Control type,
Analog type series, maximum
16 units of Event type,
maximum
Upper communication
PLC
24V DC power supply
Programmable
Operating Display
PC
internal bus
RS-485 with 115.2kbps maximum
analog input・analog output
digital input・digital output
5
PUM Series
Multi-loop module type Temperature controller
3 Enhanced communication type
・Performing CC-LINK communication, PLC program-less communication, PROFIBUS, and ETHERNET communication.
Enhanced communication module is connected to the left end of control type, analog type series and event type.
CT from 1 to 30A (option)
Model : PUMZ*CT1
CT from 20 to 50A (option)
Model : PUMZ*CT2
PC Loader (Support tool)
CT cable (option)
Model : PUMZ*C01 : 1m
Model : PUMZ*C03 : 3m
Model : PUMZ*C05 : 5m
CC-Link, RS485, RS422, RS232C,
PROFIBUS, ETHERNET
(according to the kind of the
communication module)
Connection cable for PUM series (option)
Model : PUMZ*L01
16 units of Control type,
Analog type series, maximum
16 units of Event type,
maximum
Upper communication
Programmable
Operating Display
PLC
PC
internal bus
Enhanced
communication
module
analog input・analog output
24V DC power supply
digital input・digital output
COMMUNICATION MODULE
1-1 Modbus protocol Communications (lateral connections of a maximum of 16 modules)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
16 units of Control type, Analog type series, maximum
16 units of Event type, maximum
Upper communication
PLC
Programmable
Operating Display
PC
RS-485 with 115.2kbps maximum
1-2 Modbus protocol Communications (distributed allocations)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
Control type, Analog type series
Event type
Control type, Analog type series
Event type
Upper communication
PLC
Programmable
Operating Display
PC
RS-485 with 115.2kbps maximum
Maximum 32 units with
Analog type Module and
Event type Module
6
PUM Series
Multi-loop module type Temperature controller
2-1 CC-Link protocol Communications (distributed allocations)
Control Module, Analog I/O Module are 64ch maximum
Enhanced Communications Module
(for CC-LINK)
Mitsubishi’s PLC
Control type, Analog type series
Event type
CC-LINK 10Mbps
maximum
61 systems maximum
(one CC-Link Communication
Module occupies 4 stations)
Enhanced Communications Module
(for CC-LINK)
Control type, Analog type series
Event type
3-1 Mitsubishi's PLC with programless communications (Continuance connections by maximum)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
Mitsubishi’s PLC (MELSEC-Q/A/AnS/FX)
Enhanced Communications Module
( for PLC’s programmable less )
16 units of Control type,
Analog type series, maximum
16 units of Event type, maximum
RS-485, RS-422 or RS232C
with 230.4 kbps maximum
3-2 Mitsubishi's PLC with programless communications (distributed allocations)
Control Module, Analog I/O Module are 128 units (512ch) maximum and Event I/O Module are 128 units maximum
Enhanced Communications Module
(for PLC’s programless)
Mitsubishi’s PLC (MELSEC-Q/A/AnS)
Control type, Analog type series
Event type
RS422/485 with
230.4kbps maximum
8 systems maximum
Enhanced Communications Module
(for PLC’s programless)
Control type, Analog type series
Event type
7
PUM Series
Multi-loop module type Temperature controller
4-1 PROFIBUS Communications (distributed allocations)
124 system maximum (Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units
maximum for one system)
Enhanced Communications Module
(for PROFIBUS)
Siemens’s PLC or another PLC
Control type, Analog type series
Event type
PROFIBUS-DP
12Mbps maximum
124 systems maximum
Enhanced Communications Module
(for PROFIBUS)
Control type, Analog type series
Event type
5-1 Ethernet Communications (distributed allocations)
8 system maximum (Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units
maximum for one system)
Enhanced Communications Module
(for Ethernet)
Control type, Analog type series
Event type
Interface unit
PLC
Ethernet
Enhanced Communications Module
(for Ethernet)
8 systems maximum
8
Control type, Analog type series
Event type
PUM Series
Multi-loop module type Temperature controller
LOADER SOFTWARE
PUM series are prepared by loader software. This software is supported by windows PC.
Basic Loader for Control Module, Analog I/O Module, and Event I/O Module
and Enhanced Communication Module (except for CC-Link communication type)
Free software It is available to download for Fuji’s HP. This URL is http://www.fujielectric.com/products/
instruments/products/z_series/top.html
SMART LOADER
You can set the all modules with the loader ports on the control modules without replacing cables. There are two kinds of modules;
the master and the slave. (All modules are set to slave in shipping, and they can be set as master by the loader software) Only the
master is capable of setting and display of all modules, and those of slave is individual. Only 1 unit can be set as the master in all
modules. When two or more master exists, correct operation is not performed. When operating the parameters of the enhanced communication module, connect the loader connecting cable to the loader communication port of the enhanced communication module.
You can grasp the whole control conditions easily by monitoring parameter display, setting, and control conditions.
EASY LOADER
You can operate this software without having the instruction manual !
This software has PULL DOWN MENU, and detailed online help.
Editing display is tree style, and it is easy to search your parameter needs.
BILINGUAL LOADER
English version and Japanese version be selected initial configurations.
PARAMETER SETTINGS and NAMES OPTIMIZE TO MEET CUSTOMER'S REQUIREMENT
If you can use “favorite function” on software, it is easy to access time important parameters. It can change the name of each parameters at any time.
Basic function Setting, displaying, editing the parameters
Display the construction of all modules
DATA trending (data trend display function, trend data display function in CSV format)
Utility function (copy the same parameters, printing and saving data by CSV files)
Communications (Upload, Download, Saving in files, Opening files)
Connection
Only original connection cable, but it is same as PXH or PXG
cable.
Original cable : MODEL PUMZ*L01, Pin-jack 3-pole, D-sub
9pin
Handling
model
CONTROL MODULE : MODEL PUMA/PUMB
ANALOG I/O MODULE : MODEL PUMV/PUMN/PUMT
EVENT I/O MODULE : MODEL PUME
ENHANCED COMMUNICATION MODULE : MODEL
PUMCM/PUMCP/PUMCE
Recommended OS:WINDOWS 2000, WINDOWS XP/7 (Global version and
Japanese local version)
environment
CPU: 300MHz
of personal
MEMORY: 128MB over
computer
FREE SPACE in Hard Disk: over 500MB
CD-ROM drive : necessary
MONITOR: over 1024 × 768
9
PUM Series
Multi-loop module type Temperature controller
Citect SCADA SOFTWARE
Feature
1 Citect can support your system development by expanding function, reliability, great visual.
2 The perfect redundant functions, HMI, Server client, duplication of LAN, these functions are standard.
3 Hi-speed access to huge data-base with low load of CPU working.
4 The small system for 75 points below is matching, and the large system for 400,000 points over is possible.
5 It is not need to stop the operating system now for change expansion function.
6 License’s up-grade is available
Trend display
It is possible for trend sampling method that cyclic type or situation of event causing type.
The sampling interval is setting from 10ms to 24 hours.
Trending display of Citect SCADA can
add more trend-pen when the project is
now executing.
It is possible to change the area and
graphic mode until execute the trending.
If you can push “trend statistics button”,
display the minimum, maximum,
average, and standard deviation.
If you can push “zoom button”, expand the
your selecting area.
Clip-board copy function can be pasted the
spread-sheet data on third-party software.
The trending data is able to be printed that the color is direct
impression display, or mono-tone display. It is possible to
compose the trending figure on the Citect’s report.
MONITOUCH V8 series
For optimal performance, connectivity and usability.
The MONITOUCH V8 series has expanded the potential of programmable operator interface panels.
Realize the Ideal
High Performance
The new MONITOUCH series has realized the best possible performance with a newly developed high-speed algorithm and a high level of visibility for efficient operation.
Connectivity
8-way communication with up to eight kinds of devices and
two USB channels ensure high compatibility and expandability of your system.
Usability
User-friendly component parts and functional switches enable simple and speedy display configuration.
Network Examples
Serial connection with PUM series (three ports)
•M
aking a network linked with various automation devices
• PLCs and peripherals of up to three kinds of units can be
connected by serial connection.
Even though two or more types of temperature controllers
and inverters are used, they can be connected with one
V8.
Inverter
Up to
31 units
1
PLC
D-sub 9-pin
CN1
Modular 8-pin
MJ1
Modular 8-pin
MJ2
2
3
Temperature controller
network
Up to
31 units
Temperature controller (PUM series)
10
PUM Series
Multi-loop module type Temperature controller
Specifications of PUM series
■Control Module Type : PUMA/B
■Process value input
No. of input
Input signal
Output type
2 or 4 points (1 point/channel)
Select from group I or II on the model code. (setting
can be done according to channel with in group)
Group I : T
hermocouple
Resistance bulb (3-wire): Pt100, JPt100
Group II : D
C voltage, current
DC0 to 5V, DC1 to 5V, DC0 to 10V, DC2 to
10V
DC0 to 20mA, DC4 to 20mA
*The power current input is external in 250Ω resistance. It's
input of DC0 to 5V or DC1 to 5V Range.
Measurement range See table 1
and input type
Measurement
accuracy
(Ta=23°C)
Thermocouple : ±0.3%FS±1digit±1 degree C or ±3
degrees C whichever is greater
*Unless
B thermocouple 0
to 500 degrees C :
±5%FS±1digit±1 degree C
R thermocouple 0
to 500 degrees C :
±1%FS±1digit±1 degree C
T thermocouple - 200 to 0 degree C :
±0.5%FS±1digit±1 degree C
Resistance bulb input : ±0.3%FS±1digit or ±1
degree C whichever is greater
Voltage / Current input : ±0.3%FS±1digit
Resolution
See table 1
Temperature
fluctuation
Input sampling
cycle
Input impedance
±0.3%FS/10 degrees C
200ms
Thermocouple: 1M Ω or more
Current input : 250 Ω
Voltage input : approx. 1M Ω
Influence of signal Thermocouple: ±0.3%FS±1digit / 100 Ω
source resistance Voltage input : ±0.3%FS±1digit / 500 Ω
Allowable wiring
resistance
Resistance bulb: 10 Ω or less (per wire)
Allowable input
voltage
DC voltage input: within ±15V
Current input: within ±25mA
Thermocouple/resistance bulb: within ±5V
Noise rejection
ratio
Normal mode: 30dB or more (50/60Hz)
Common mode: 120dB or more (50/60Hz)
between process value input and earth ground,
power supply, output 220V AC, 50/60Hz
Input
compensation
a) User adjustment: zero point, span point ±50%FS
b) PV shift: ±10%FS
c) First order lag filter : 0.0 to 120.0 sec.
Over range, under Out of range of -5 to 105%FS (Accuracy cannot be
range
ensured for -5 to 0, 100 to 105%FS)
Insulation
Functional insulation between channels, and with
any other input/output
■Heater break detector (CT) input
No. of input
4 or 8 points (2 points/control ch.)
Input type
Single-phase type CT /point
1 to 30A: CTL-6-S-H
20 to 50A: CTL-12-S36-8
Current detection
accuracy
Input value ±10% or ±2A, whichever is greater
Time required for
detection
Connection
method
Insulation
ON detection: 800 ms or more
OFF detection: 2 sec. or more
Connector for heater break detector [on the front of
module]
No insulation between channels
No insulation with communication port (RS-485, loader)
Function insulation with any other input/output
■Control output
No. of output
Control output
behavior
2 points (1 point/ch.) or 4 points (2 points/ch.)
Heat (reverse action) or cool (direct action), or heat/
cool (control output 2 points/loop required)
Selected from ① to ③ (by 2 channels)
①Relay contact output
- Proportional cycle : 1 to 150 sec.
- Contact structure : 1a (SPST) contact
- Contact capacity : 220V AC/30V DC, 3A
(resistance load) 220V AC/30V DC, 1A (inductive
load)
- Min. switching current: 100mA (24V DC)
- Mechanical life: 20,000,000 switching or
more(100/min.)
- Electric life: 100,000 switching or more (rated load)
- Insulation: Basic insulation with any other input/
output
②SSR/SSC drive output
- Proportional cycle : 1 to 150 sec.
- Minimum resolution : 5ms
- ON voltage : 10V DC (8 to 12V DC)
- OFF voltage : 0.5V DC or less
- Max. current : 20mA DC (per point)
- Load resistance : 500 Ω or more
- Insulation : No insulation with any other output
(excluding relay output)
Functional insulation with others than those above
③Current output (4 to 20mA DC, 0 to 20mA DC)
- Actual output range : 0mA to 20.6mA DC
- Accuracy : ±0.3%FS (less than 1mA : ±5%FS)
- Linearity : ±0.3%FS (less than 1mA : ±5%FS)
- Resolution : 5,000 or more
- Ripple current : P-P 0.3mA or less
- Load resistance : 300 Ω or less
- Insulation : No insulation with any other output
(excluding relay output)
Functional insulation with others than those above
■Analog re-transmission output
No. of output
Output type
Option
2 points (OUT3, OUT4 applied)
Current output (4 to 20mA DC,0 to 20mA DC)
Output scaling
■RS-485 interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Communication
distance
RS-485 compatible
1 port
Two-wire, half-duplex, asynchronous cycle
9.6k, 19.2k, 38.4k, 115.2kbps
1km (38.4kbps or less), 250m (115.2kbps)
Recommended
cable
KPEV-SB 0.5sq-equivalent
Data format
Data bit; 8, parity; even / odd / none
No. of connectable 33 units (master and slave)(32 units if any modules
units
other than PUM series are included in slaves.)
Protocol
Insulation
Modbus RTU compatible
No insulation with loader communication port, CT
input. Functional insulation with any other input /
output
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
No insulation with RS-485, CT input. Functional
insulation with any other input / output
11
PUM Series
Multi-loop module type Temperature controller
■Control functions
Control methods
■General specification
(1) P
ID control (including FUZZY PID control)-PID
constant : Set by auto tuning
(2) P
ID 2 (Heat /cool) control (including FUZZY PID
control)-PID constant : Set by auto tuning
Control parameter Proportional band (P) : 0
.0 to 999.9%, P=0: 2
position control ON
Integration time (I): 0 sec to 3200 sec. I=0 :
Integration OFF
Derivation time (D): 0
.0 to 999.9 sec. D=0:
Derivation OFF
Control cycle: 200ms
Control mode
Mode type: Auto / Manual / Remote
Mode switching: Auto ⇔ Manual : balance less /
bump less transfer
Auto/Manual ⇒ Remote : balance/bump less transfer
Auto/Manual Remote : balance/bump less transfer
Power supply
24V DC±10%
Power
consumption
Max. 3.2W (135mA) [when 24V DC is applied]
Effect of power
outage
Outage of 2ms or less ; no impact
Memory backup
Nonvolatile memory (EEPROM)
No. of update ; 100,000
Insulation
resistance
20MΩ or more (500V DC)
Insulation block
diagram
⇒
Alarm output
■Heater break alarm
No. of alarm
set-points
4 or 8 points (2 points/control channel)
PV2
OUT1 (relay contact output)
OUT1 (SSR drive, current)
OUT2 (SSR drive, current)
OUT3 (SSR drive, current)
OUT4 (SSR drive, current)
OUT3 (relay contact output)
PV value (Lower/upper limit, absolute / deviation
value, range)
Loop burnout alarm, Error alarm, etc. (Nonexcitation, delay, latch, timer function also available)
Data output via communication or output from event
input / output module
PV1
Loader communication port
RS-485 communication port
CT Input (CT1A, B - CT4A,B)
OUT2 (relay contact output)
■Alarm function
Alarm type
Power
OUT4 (relay contact output)
PV3
PV4
┃Basic insulation (1500V AC)=Functional insulation (1000V AC)−Functional insulation (500V AC)
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
Ambient humidity
90% RH or less (non condensing)
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Alarm type
Detect when output ON (break detection)
Detect when output OFF (leakage current detection)
(setting can be done separately by point)
Vibration
Heater current
alarm
Detectable current range: 1A to 50A
Detected current resolution: 0.1A
Setting resolution: 0.1A
Operation dead band: 0.0 to 50.0A
■Transporting, storage conditions (packing conditions)
Alarm output
Data output via communication or output from
event input / output module
Ambient humidity
■Display, configuration
Display
Display contents
Setting device
Set contents
Status display LED (2 colors x 6 points)
RUN/FAULT, RS-485 TX/RX, OUT / ERR by loop (4 loops)
Rotary SW x 1
RS-485 Station No. (Station No.= setting value + 1)
■Structure
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red ,Terminal, base part ; black
Protection
30 (W) ×100 (H) ×85 (D) mm (excluding terminal
cover and projected part)
Weight
Approx. 200 g
Installation
method
Extend terminal
12
Warmup time
-20 to 60 degrees C
Vibration
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
Shock
294m/s2 (30G) or less
[Table 1] Input type and standard input range
Input type
Resistance
bulb (IEC)
Input Measurement range Min. measurement
code [degree C]
[degree C]
Pt100 Ω
Thermocouple J
K
DIN rail mounting or mounting with M3 screws
inside a cabinet
・Process value input / control output : Detachable
terminal block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・RS-485 communication connection : Terminal
block on the base part (M3 screw x 3 terminals)
RS-485 communication is connected via side
connectors in the case of lateral connecting.
・CT input : Special connectors (8pin×2 pcs.) [on
the front of the module]
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]
30 min. or more
Storage
temperature
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
10 to 70Hz, 9.8m/s2 (1G) or less
DC voltage
R
B
S
T
E
N
PL−Ⅱ
DC0-5V
DC1-5V
DC0-10V
DC2-10V
2
3
4
5
6
7
8
9
10
11
12
13
14
18
19
21
22
23
24
0 to 150 -150 to 300 -150 to 850 0 to 400 0 to 800 0 to 400 0 to 800 0 to 1200
0 to 1600
0 to 1800
0 to 1600
-199 to 400 -199 to 800 0 to 1300
0 to 1300
-1999 to 9999
(scaling range)
0.1
0.1
1
0.1
0.1
0.1
0.1
1
1
1
1
0.1
0.1
1
1
−
PUM Series
■Event Input/Output Module Type : PUME
■Digital Input
No. of input
8 points (4points/common × 2blocks)
Multi-loop module type Temperature controller
■Display, configuration
Display
Status display LED (2 colors x 2 points +16 points)
Input type
Voltage contact input, sink/source common
(bidirectional)
Display contents
RUN/FAULT, RS-485 TX/RX, input ×8 points output
×8 points
Input rating
24V DS,input impedance approx. 4.7KΩ
Setting device
Rotary SW x 1 [on the front of the module]
Input judgment
ON judgment: 16 to 26.4V DC
OFF judgment: 0 to 5V DC
Set contents
Input read cycle
200ms (min.pulse width)
■Structure
Insulation
Option
Functional insulation with internal circuit
NOT/AND/OR logic operation, Latch action
■Digital Output
No. of output
Output type
Option
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red , Terminal, base part ; black
Protection
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
30(W)×100(H)×85(D) mm(excluding terminal cover
and projected part)
Weight
Approx. 200 g
8 points (4points/common × 2blocks)
Select from a) and b) according to model type
specification
a) Relay contact output
- Contact structure: SPST contact
- Contact capacity: 220V AC/30V DA,1A
- Insulation: Functional insulation with internal
circuit
b) Transistor open collector (sink) output
- Rating: 24V DC, 100mA (Residual voltage when
power is ON: 1.5V DC or less)
- Insulation: Functional insulation with internal
circuit
Installation
method
External terminal
Control output/Event output selection, NOT/AND/OR
logic operation, Latch action
■RS-485 interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Communication
distance
Recommended
cable
RS-485 compatible
1 port
Two-wire, half-duplex, asynchronous cycle
9.6k, 19.2k, 38.4k, 115.2kbps
1km (38.4kbps or less), 250m (115.2kbps)
KPEV-SB 0.5sq-equivalent
No. of connectable 33 units (master and slave)(32 units if any modules
units
other than PUM series are included in slaves.)
Data format
Protocol
Insulation
Data bit; 8, parity; even / odd / none
Modbus RTU compatible
No insulation with loader communication port.
Functional insulation with any other input/output
No. of port
Power supply
Power
consumption
Effect of power
outage
Communication,
synchro method
Communication
speed
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data format
Data bit 8, no parity
Protocol
Modbus RTU compatible
Connection
method
Insulation
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
No insulation with RS-485
Functional insulation with any other input/output
・Digital input / digital output : Detachable terminal
block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・RS-485 communication connection : Terminal
block on the base part (M3 screw x 3 terminals)
RS-485 communication is connected via side
connectors in the case of lateral connecting.
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]
24V DC±10%
Max. 3.2W (135mA) [when 24V DC is applied]
Outage of 2ms or less ; no impact
Memory backup
Nonvolatile memory (EEPROM)
No. of update ; 100,000
Insulation
resistance
20MΩ or more (500V DC)
Insulation block
diagram
Power
Di1 to 4
Loader communication port Di5 to 8
RS-485 communication port
Do1 to 4
Do5 to 8
=Functional insulation (1000V AC)−Functional insulation (500V AC)
RS-232C compatible
1 port
DIN rail mounting or mounting with M3 screws
inside a cabinet
■General specification
■Loader communication (RS-232C) interface
Communication
standards
RS-485 Station No. (Station No.= setting value + 17)
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
Ambient humidity
90%RH or less (no condensing)
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Vibration
Warmup time
10 to 70Hz, 9.8m/s2 (1G) or less
30 min. or more
■Transporting, storage conditions (packing conditions)
Storage
temperature
Ambient humidity
Vibration
Shock
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
13
PUM Series
Multi-loop module type Temperature controller
■Analog Input/Output Module Type : PUMV
■Analog Input
No. of input
Input signal
4 points
Select from the group I or II depending on the
model code.
Group I: Thermocouple: K, J, T, E, R, B, S, N, PL-II
Resistance bulb (3-wire): Pt100, JPt100
Group II : DC voltage, current DC0 to 5V, DC1 to 5V,
DC0 to 10V, DC2 to 10V
DC0 to 20mA, DC4 to 20mA
"The power current input is external in 250Ω resistance. It's
input of DC0 to 5V or DC1 to 5V Range.
Measurement range See table 1
and input type
Measurement
accuracy
(Ta=23°C)
Resolution
Temperature
fluctuation
Input sampling
cycle
Input impedance
Thermocouple input: : ±0.3%FS±1digit±1 degree C
or ±3 degrees C whichever is greater
*Unless
B thermocouple 0
to 500 degrees C :
±5%FS±1digit±1 degree C
R thermocouple 0
to 500 degrees C :
±1%FS±1digit±1 degree C
T thermocouple -200 to 0 degree C :
±0.5%FS±1digit±1 degree C
Resistance bulb input : ±0.3%FS±1digit or ±1
degree C whichever is greater
Voltage input : ±0.3%FS±1digit
See table 1
±0.3%FS/10 degrees C
200ms
Thermocouple: 1M Ω or more
Current input : 250 Ω
Voltage input : approx. 1M Ω
Influence of signal Thermocouple: ±0.3%FS±1digit / 100 Ω
source resistance Voltage input : ±0.3%FS±1digit / 500 Ω
Allowable wiring
resistance
Resistance bulb input: 10 Ω or less (per wire)
Allowable input
voltage
DC voltage input: within ±15V
Current input: within ±25mA
Thermocouple/resistance bulb: within ±5V
Noise rejection
ratio
Normal mode: 30dB or more (50/60Hz)
Common mode: 120dB or more (50/60Hz)
between earth, power supply, output 220V AC,
50/60Hz
Input
compensation
a) User adjustment: zero point, span point ±50%FS
b) PV shift: ±10%FS
c) F
irst order lag filter : 0.0 to 120.0 sec. (Filter off
when setting is 0.0)
Over range, under Out of range of -5 to 105%FS (Accuracy cannot be
range
ensured for -5 to 0, 100 to 105%FS)
Insulation
Functional insulation between channels, and with
any other input/output
■RS-485 interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Communication
distance
Output type
Actual output
range
Accuracy
Linearity
Resolution
Ripple current
Loading
resistance
Insulation
14
4 points
Current output DC 4 to 20mA, DC 0 to 20mA
DC 0mA to 20.6mA
±0.3%FS (less than 1mA : ±5%FS)
±0.3%FS (less than 1mA : ±5%FS)
5,000 or more
P-P 0.3mA or less
300 Ω or less
No insulation with any other output
Function insulation with others (power supply,
analog input, RS485 communication, and loader
port) than those above
1 port
Two-wire, half-duplex, asynchronous cycle
9.6k, 19.2k, 38.4k, 115.2kbps
1km (38.4kbps or less), 250m (115.2kbps)
Recommended
cable
KPEV-SB 0.5sq-equivalent
Data format
Data bit; 8, parity; even / odd / none
No. of connectable 33 units (master and slave)(32 units if any modules
units
other than PUM series are included in slaves.)
Protocol
Insulation
Modbus RTU compatible
No insulation with loader communication port,
Functional insulation with any other input / output
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
No insulation with RS-485, Functional insulation with
any other input / output
■Display, configuration
Display
Status display LED (2 colors x 6 points)
Display contents
RUN/FAULT, RS-485 TX/RX, OUT / ERR by loop (4
loops)
Setting device
Rotary SW x 1
Set contents
RS-485 Station No. (Station No.= setting value + 1)
■Structure
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red , Terminal, base part ; black
Protection
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover)
Weight
Approx. 200 g
■Analog Output
No. of output
RS-485 compatible
Installation
method
External terminal
DIN rail mounting or mounting with M3 screws
inside a cabinet
・Process value input / control output : Detachable
terminal block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・RS-485 communication connection : Terminal
block on the base part (M3 screw x 3 terminals)
RS-485 communication is connected via side
connectors in the case of lateral connecting.
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]
PUM Series
Multi-loop module type Temperature controller
■General specification
Power supply
24V DC±10%
Power
consumption
Max. 3.2W (135mA) [when 24V DC is applied]
Effect of power
outage
Outage of 2ms or less ; no impact
Memory backup
Nonvolatile memory (EEPROM) No. of update ;
100,000
Insulation
resistance
20MΩ or more (500V DC)
Insulation block
diagram
Power
PV1
Loader communication port PV2
RS-485 communication port
PV3
PV4
OUT1 (current)
OUT2 (current)
OUT3 (current)
OUT4 (current)
=Functional insulation (1000V AC)−Functional insulation (500V AC)
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
Ambient humidity
90%RH or less (no condensing)
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Vibration
Shock
Warmup time
10 to 70Hz, 9.8m/s2 (1G) or less
49m/s2 (5G) or less
30 min. or more
■Transporting, storage conditions (packing conditions)
Storage
temperature
Ambient humidity
Vibration
Shock
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
15
PUM Series
Multi-loop module type Temperature controller
■Analog Input Module Type : PUMN
■Analog Input
No. of input
Input signal
4 points
Select from group I or II on the model code.
Group I: Thermocouple: K, J, T, E, R, B, S, N, PL-II
Resistance bulb (3-wire) : Pt100, JPt100
Group II : DC voltage, current DC0 to 5V, DC1 to 5V,
DC0 to 10V, DC2 to 10V
DC0 to 20mA, DC4 to 20mA
"The power current input is external in 250Ω resistance. It's
input of DC0 to 5V or DC1 to 5V Range.
Measurement range See table 1
and input type
Measurement
accuracy
(Ta=23°C)
Resolution
Temperature
fluctuation
Input sampling
cycle
Input impedance
Thermocouple input: : ±0.3%FS±1digit±1 degree C
or ±3 degrees C whichever is greater
*Unless
B thermocouple 0
to 500 degrees C :
±5%FS±1digit±1 degree C
R thermocouple 0
to 500 degrees C :
±1%FS±1digit±1 degree C
T thermocouple -200 to 0 degree C :
±0.5%FS±1digit±1 degree C
Resistance bulb input : ±0.3%FS±1digit or ±1
degree C whichever is greater
Voltage input : ±0.3%FS±1digit
See table 1
±0.3%FS/10 degrees C
200ms
Thermocouple: 1M Ω or more
Current input : 250 Ω
Voltage input : approx. 1M Ω
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
No insulation with RS-485
Functional insulation with any other input/output
■Display, configuration
Display
Status display LED (2 colors x 2 points + 4points)
Display contents
RUN/FAULT, RS-485 TX/RX, Input ERR/Output by
loop
Setting device
Rotary SW x 1
Set contents
RS-485 Station No. (Station No.= setting value + 1)
■Structure
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red , Terminal, base part ; black
Protection
Resistance bulb input: 10 Ω or less (per wire)
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
Allowable input
voltage
DC voltage input: within ±15V
Current input: within ±25mA
Thermocouple/resistance bulb: within ±5V
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover)
Weight
Approx. 200 g
Noise rejection
ratio
Normal mode: 30dB or more (50/60Hz)
Common mode: 120dB or more (50/60Hz)
between process value input and earth ground,
power supply, output 220V AC, 50/60Hz
Input
compensation
a) User adjustment: zero point, span point ±50%FS
b) PV shift: ±10%FS
c) F
irst order lag filter : 0.0 to 120.0 sec. (filter off
when setting is 0.0)
Influence of signal Thermocouple: ±0.3%FS±1digit / 100 Ω
source resistance Voltage input : ±0.3%FS±1digit / 500 Ω
Allowable wiring
resistance
Installation
method
External terminal
Over range, under Out of range of -5 to 105%FS (Accuracy cannot be
range
ensured for -5 to 0, 100 to 105%FS)
Insulation
Functional insulation between channels, and with
any other input/output
■RS-485 interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Communication
distance
Recommended
cable
RS-485 compatible
1 port
Two-wire, half-duplex, asynchronous cycle
Protocol
Insulation
16
・Process value input / control output : Detachable
terminal block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・RS-485 communication connection : Terminal
block on the base part (M3 screw x 3 terminals)
RS-485 communication is connected via side
connectors in the case of lateral connecting.
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]"
■General specification
Power supply
Power
consumption
Effect of power
outage
24V DC±10%
Max. 3.2W (135mA) [when 24V DC is applied]
Outage of 2ms or less ; no impact
9.6k, 19.2k, 38.4k, 115.2kbps
Memory backup
Nonvolatile memory (EEPROM)
No. of update ; 100,000
1km (38.4kbps or less), 250m (115.2kbps)
Insulation
resistance
20MΩ or more (500V DC)
KPEV-SB 0.5sq-equivalent
No. of connectable 33 units (master and slave)(32 units if any modules
units
other than PUM series are included in slaves.)
Data format
DIN rail mounting or mounting with M3 screws
inside a cabinet
Data bit; 8, parity; even / odd / none
Modbus RTU compatible
No insulation with loader communication port
Functional insulation with any other input/output
Insulation block
diagram
Power
PV1
Loader communication port
RS-485 communication port
PV2
PV3
PV4
=Functional insulation (1000V AC)−Functional insulation (500V AC)
PUM Series
Multi-loop module type Temperature controller
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
Ambient humidity
90%RH or less (no condensing)
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Vibration
Warmup time
10 to 70Hz, 9.8m/s2 (1G) or less
30 min. or more
■Transporting, storage conditions (packing conditions)
Storage
temperature
Ambient humidity
Vibration
Shock
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
17
PUM Series
Multi-loop module type Temperature controller
■Analog Output Module Type : PUMT
■Analog Output
No. of output
Output type
Actual output
range
Accuracy
Linearity
Resolution
Ripple current
Loading
resistance
Insulation
4 points
Current output DC 4 to 20mA, DC 0 to 20mA
DC 0mA to 20.6mA
■Structure
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red , Terminal, base part ; black
Protection
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover)
300 Ω or less
Weight
Approx. 200 g
No insulation with any other output
Functional insulation with others (power source,
analog input, RS485 communication and loader
port) than those above
External terminal
±0.3%FS (less than 1mA : ±5%FS)
±0.3%FS (less than 1mA : ±5%FS)
5,000 or more
P-P 0.3mA or less
Installation
method
■RS-485 interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Communication
distance
RS-485 compatible
1 port
Two-wire, half-duplex, asynchronous cycle
9.6k, 19.2k, 38.4k, 115.2kbps
1km (38.4kbps or less), 250m (115.2kbps)
Recommended
cable
KPEV-SB 0.5sq-equivalent
Data format
Data bit; 8, parity; even / odd / none
No. of connectable 33 units (master and slave)(32 units if any modules
units
other than PUM series are included in slaves.)
Protocol
Insulation
Modbus RTU compatible
No insulation with loader communication port
Functional insulation with any other input/output
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
■General specification
Power supply
Power
consumption
Effect of power
outage
Outage of 2ms or less ; no impact
Nonvolatile memory (EEPROM)
No. of update ; 100,000
Insulation
resistance
20MΩ or more (500V DC)
Insulation block
diagram
Power
OUT1 (current)
Loader communication port
RS-485 communication port
OUT2 (current)
OUT3 (current)
OUT4 (current)
1 port
=Functional insulation (1000V AC)−Functional insulation (500V AC)
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
No insulation with RS485
Functional insulation with any other input/output
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
Ambient humidity
90%RH or less (no condensing)
Vibration
Warmup time
10 to 70Hz, 9.8m/s2 (1G) or less
30 min. or more
■Transporting, storage conditions (packing conditions)
Display contents
RUN/FAULT, RS-485 TX/RX, Input ERR/Output by
loop
Ambient humidity
Setting device
Rotary SW x 1
Vibration
Shock
RS-485 Station No. (Station No.= setting value + 1)
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Storage
temperature
18
24V DC±10%
Max. 3.2W (135mA) [when 24V DC is applied]
Memory backup
Status display LED (2 colors x 2 points + 4points)
Set contents
・Process value input / control output : Detachable
terminal block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・RS-485 communication connection : Terminal
block on the base part (M3 screw x 3 terminals)
RS-485 communication is connected via side
connectors in the case of lateral connecting.
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]"
RS-232C compatible
■Display, configuration
Display
DIN rail mounting or mounting with M3 screws inside
a cabinet
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
PUM Series
■CC-Link Communication Module Type:PUMCL
■CC-Link Communication
Version
Kind of device
Communication
speed or
Communication
distance
CC-Link Ver. 2.00/1.10
Remote device
Communication 156kbps 625kbps 2.5Mbps 5Mbps
speed
10Mbps
Shared units/
Shared 4 stations / providing number 1 to 61
Station numbers
Control
for communication Shared stations/ Remote I/O Remote
extended cyclic (RX/RY)
Register Module
data length
(RWr/RWw) PUMA
Connection
method
Terminating
resister
4 stations × 1
Each 128bit
16 word
2 or 4 units
4 stations × 2
Each 256bit
32 word
4 or 8 units
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
4 stations × 4
Each 512bit
64 word
8 or 16 units
Display contents
Setting device or
Set contents
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red ,Terminal, base part ; black
Protection
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover)
Weight
Approx. 200 g
Installation
method
External terminal
Detachable terminal block (M3 screw)
DIN rail mounting or mounting with M3 screws inside
a cabinet
・CC-Link communication terminal: Detachable
terminal block (M3 screw x 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]"
■General specification
External type (110 Ω, 1/2W)
Power supply
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Power
consumption
Effect of power
outage
Data bit 8, no parity
24V DC±10%
Max. 3.2 W(135 mA) [when 24V DC is applied]
Outage of 2ms or less ; no impact
Memory backup
Nonvolatile memory (EEPROM)
No. of update ; 100,000
Insulation
resistance
20MΩ or more (500V DC)
Insulation block
diagram
Power
SLD/FG terminal
(CC-Link connecting terminal)
Loader communication port CC-Link communication
Modbus RTU compatible
=Basic insulation (1000V AC)┄Functional insulation (500V AC)┄Functional
insulation (50V AC)
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
Functional insulation with any other input/output
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
RUN/FAULT
Control Module Connection status (TX/RX)
CC-Link status (L.RUN, L.ERR, SD, RD)
Ambient humidity
90%RH or less (no condensing)
Setting device
Set contents
Warmup time
Front
Rotary SW×2
CC-Link Setting Station
numbers
■Transporting, storage conditions (packing conditions)
Equipment Rotary SW×1
interior
CC-Link Setting
Communication speed
■Display, configuration
Display
Case material
CC-Link original cable for version 1.10
■Loader communication (RS-232C) interface
Communication
standards
■Structure
Total extension 1200m or 900m or 400m or 200m or 100m or
distance
less
less
less
less
less
Refer to the CC-Link Cable Wiring manual (issued
by CC-Link partner association) about details
Connection cable
Multi-loop module type Temperature controller
Status display LED (2 colors x 2 points + 4points)
Dip SW (6bit)×1 CC-Link Setting mode
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Vibration
Storage
temperature
Ambient humidity
Vibration
Shock
10 to 70Hz, 9.8m/s2 (1G) or less
30 min. or more
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
19
PUM Series
Multi-loop module type Temperature controller
■Mitsubishi PLC program less communication Module Type:PUMCM
■RS-485 / RS422 communication
■Setting
Communication
standards
No. of port
Communication,
synchro method
Communicable
combination
of MC protocol
and MC protocol
frame type
Communication
speed
Communication
distance
Recommended
cable
Data format
Protocol
Insulation
Function
1:N Connection
RS-485/RS422 compatible
1port
RS-485 interface; 2-wire, half-duplex, asynchronous
cycle
RS-422 interface; 4-wire, half duplex, asynchronous
cycle
9.6k, 19.2k, 38.4k, 57.6k, 115.2k, 230.4kbps
MELSEC-Q series 1000m or less
MELSEC-A series 500m or less
MELSEC-FX series 500m or less
KFPEV-SB2P 0.5sq /FUJI ELECTRIC CABLE CO.,
LTD
Start bit 1, Data bit; 8 parity; even/odd/none
Stop bit 1
MC protocol (type2, 4, 5)
No insulation with any communication interface
other than loader interface,
Functional insulation with loader communication
interface and other all signals
MELSEC-Q/A/AnS/FX series of PLC and program
less communication
Usable PLC is MELSEC-Q/A/AnS series.
Configuration by using FX series is not possible.
■RS232-C communication
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Insulation
Function
1:N Connection
RS-232C compatible
1port
Half-duplex, asynchronous cycle
9.6k,19.2k,38.4k,57.6k,115.2k,230.4kbps
Start bit 1, Data bit; 8 parity; even/odd/none
Stop bit 1
MC protocol(type2, 4, 5)
No insulation with any communication interface
other than loader communication interface,
Functional insulation with loader communication
interface and other all signals
MELSEC-Q/A/AnS/FX series of PLC and program
less communication
Unusable
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module]
(Common cable with PXG, PXH)
Functional insulation with any other signals
■Display, configuration
Display
Status display LED (2 colors x 2 points + 4points)
Display contents RUN/FAULT,internal communication status
Communication TX/RX (Port1),
Communication TX/RX (Port2)
Setting device
Setting device
Setting contents
and setting
Front face
Rotary SW x Programless communication
contents
1
station setting
Within the
device
20
DIP SW
(6bit) x 1
RS-232C/RS-422/RS485
Opetarion mode
Communication
object
I/F
Type 5
Type 2
Type4
Q series
RS-232C
○
○
○
RS-422
◎
◎
×
RS-485
×
◎
○
RS-232C
×
○
○
RS-422
×
◎
×
RS-485
×
◎
○
RS-232C
×
×
○
RS-485
×
×
○
A series
FX series
QnA com- A compatible 1C
patible 4C frame
frame
◎ : 1:1 connection + 1:N connection is available
○ : 1:1 connection is available
× : Any connection are not available
When using 1:N connection, the settings of every
connected programless communication modules
should be the same.
■Structure
Case material
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case color
Case ; red ,Terminal, base part ; black
Protection
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
Dimensions
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover)
Weight
Approx. 200 g
Installation
DIN rail mounting or mounting with M3 screws
method
inside a cabinet
External terminal ・Programless communication interface:
Detachable terminal block (M3 screw x 20
terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]"
■General specification
Power supply
Power consumption
Effect of power
outage
Memory backup
Insulation
resistance
Insulation block
diagram
24V DC±10%
Max. 3.2W (135mA) [when 24V DC is applied]
Outage of 2ms or less ; no impact
Nonvolatile memory (EEPROM)
No. of update ; 100,000
20MΩ or more (500V DC)
Power
RS-232C
Loader communication port RS-422
RS-485
=Functional insulation (1000V AC) - Functional
insulation (500V AC)
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Ambient humidity 90%RH or less (no condensing)
Vibration
10 to 70Hz, 9.8m/s2 (1G) or less
Warmup time
30 min. or more
■Transporting, storage conditions (packing conditions)
Storage temperature
Ambient humidity
Vibration
Shock
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
PUM Series
Multi-loop module type Temperature controller
■PROFIBUS communication Module Type:PUMCP
■PROFIBUS communication
Compliant version PROFIBUS DP-V0 (Cyclic communication)
Station type
Slave device
Communication
Speed 9.6, 19.2, 187.5
500
1.5M
speed and
93.75
kbps
kbps
bps
distance
kbps
Distance
Station number
Communication
data length
(Cyclic
communication)
Connecting cable
Connecting
method
Termination
resistance
1200m
or less
1000m
or less
400m
or less
200m
or less
3M, 6M,
12M
bps
100m
or less
Settable station number by rotary SW: 1 to 99
Settable station number by parameters: 1 to 125(If
rotary SW is set to "0")
The number of words for input and output can
respectively be selected for the table below.
No communication setting for Communication setting for
“input area”
"output area"
1
8 words
8 words
2
16 words
16 words
3
32 words
32 words
4
64 words
64 words
5
108 words
108 words
Insulation
■General specification
Power supply
Power
consumption
Impact of power
outage
Memory backup
Insulation
resistance
Insulation block
diagram
External (220Ω, 1/2W) or depends on the internal
SW setting.
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module]
(Common cable with PXG, PXH)
Functional insulation with any other input/output
24V DC±10%
Max. 3.2W (135mA) [when 24V DC is applied]
Outage of 2ms or less ; no impact
Nonvolatile memory (EEPROM)
No. of update ; 100,000
20MΩ or more (500V DC)
Power
PROFIBUS communication
Loader communication port
=Functional insulation (1000V AC) - Functional insulation
(500V AC)
Type A compatible cable for PROFIBUS
M3 screw terminal block
■Loader communication (RS-232C) interface
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
External terminal ・PROFIBUS communication: Detachable terminal
block(M3 screw × 20 terminals)
・Power supply connection: Terminal block on
the base part (M3 screw x 2 terminals) Power is
supplied via side connectors in the case of lateral
connecting. (Max. 33 units)
・Loader communication port : 2.5 diameter miniplug / jack [on the front of the module]
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Ambient humidity 90%RH or less (no condensing)
Vibration
10 to 70Hz, 9.8m/s2 (1G) or less
Warmup time
30 min. or more
■Transporting, storage conditions (packing conditions)
Storage
temperature
Ambient humidity
Vibration
Shock
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
■Display, configuration
Display
Status display LED (2 colors x 2 points + 1point)
Display contents RUN/FAULT,control module connection status (TX/
RX)
PROFIBUS status (ONL)
Setting device
Setting device
Set contents
and setting
Front
Rotary SW x 2
PROFIBUS Station No. setting
contents
Inside
Dip SW (3bits) x 1 Word setting of date exchange
■Structure
Case material
Case color
Protection
Dimensions
Weight
Installation
method
Polyphenylene oxide (flame retardant grade :
UL94V-0 equivalent)
Case ; red ,Terminal, base part ; black
Body : IP20 grade protection (ventilation slits on the
top and the bottom of the body)
Terminal : IP00 grade protection, terminal cover is
available as an option
30 (W) × 100 (H) × 85 (D) mm (excluding terminal
cover and projected part)
Approx. 200 g
DIN rail mounting or mounting with M3 screws
inside a cabinet
21
PUM Series
Multi-loop module type Temperature controller
■Ethernet communication Modul Type:PUMCE
■Ethernet communication
■Loader communication (RS-232C) interface
Communication
speed
Interface
The number of
simultaneously
communicable
nodes
Network topology
Communication
distance
Communication
protocol
Recommended
hub
Hub cascade
connection
Connecting
method
IP address
DHCP
Multiple operation
Relay router
Port number
Communication
standards
No. of port
Communication,
synchro method
Communication
speed
Data format
Protocol
Connection
method
Insulation
10/100Mbps
10BASE-T/100BASE-TX, Auto-negotiation function
1 station
star
100m (between hub and node)
conforms to IEEE802.3/IEEE802.3u
Industrial hub
depends on the specification of Industrial hub
RJ-45
IPv4 supported (IPv6 not supported)
unsupported
Full and Half duplex
Max. 8
502
■Communication function
Bridge
communication
Mapping
communication
Micrex-SX
programless
communication
PUMs can connect to Ethernet network with PUMCE
which functions as a converter between Modbus/
TCP and Modbus/RTU. A host device can monitor
or configure most of the parameters of connected
PUMA/B, PUMV/N/T, and PUME by designating the
station numbers and the register numbers of these
devices.
PUMs can connect to Ethernet network with PUMCE
which functions as a repeater between Modbus/
TCP and Modbus/RTU. PUMCE periodically
updates designated parameters (station numbers
and register numbers) of PUMA/B, PUMV/N/T, and
PUME. A host device can monitor or configure
parameters of PUMA/B, PUMV/N/T, and PUME by
accessing the register of PUMCE. Monitoring area
and setting area can be set within 712 words(*1)
each.
PUMCE can communicate with Micrex-SX
without program, by controlling Micrex-SX loader
commands. In programless communication, by
changing registers in Micrex-SX you can monitor or
configure parameters (station numbers and register
numbers) of PUMA/B, PUMV/N/T, and PUME that
have been set in PUMCE. Since this function
requires no communication program for Micrex-SX,
it can save memory and reduce workload.
Monitoring area and setting area can be set within
712 words(*1) each.
Connectable devices
CPU unit
SPH2000 series
NP1PM-48R/NP1PM-48E/NP1PM-256E
SPH3000 series
NP1PU-048E/NP1PU-256E
Number of connectable devices: Max. 10
Communication module
NP1L-ET1
Number of connectable devices: Max. 8
*1PUMA/B, PUMV/N/T: 32 words per unit
PUME: 8 words per unit
RS-232C compatible
1 port
Half-duplex, asynchronous cycle
19.2kbps (fixed)
Data bit 8, no parity
Modbus RTU compatible
2.5 diameter mini-plug/jack [on the front of the
module] (Common cable with PXG, PXH)
Functional insulation with any other input/output
■Display, configuration
Display
Status display LED (2 colors × 2 points + 1 point)
Display contents RUN/FAULT (PWR), connection status between
modules (BUS), Ethernet status (LINK), Ethernet
communication data transmission/reception (TX/RX)
Setting device
Setting device
Set contents
and set contents
Inside
Dip SW (6bits) × 1
Setting of communication
■Structure
Case material
Polyphenylene oxide
(flame retardant grade : UL94V-0 equivalent)
Case color
Body ; black
Terminal, base part ; black
IP20 grade protection
Protection
- Body:
(ventilation slits on the top and the
bottom of the body)
- Terminal:IP00 grade protection
Dimensions
30 (W) × 100 (H) × 85 (D) mm
(excluding terminal cover and projected part)
Weight
Approx. 110 g
Installation
DIN rail mounting or mounting with M3 screws
method
inside a cabinet
Extrenal terminal - Ethernet connection:
RJ-45 connector on front panel
- Power supply connection:
Terminal block on the base part
(M3 screw × 2 terminals)
Power is supplied via side connectors in case of
lateral connecting. (Max. 33 units)
- Loader communication port:
2.5 diameter mini-plug/jack
[on the front of the module]
■General specification
Power supply
Power
consumption
Insulation
resistance
Withstand voltage
24V DC ±10%
Max. 3.2W (135mA) [when 24V DC is applied]
20MΩ or more (500V DC)
Power supply ↔ loader communication
1000V AC 1 min.
Power supply ↔ Ethernet communication
500V AC 1 min.
■Normal operating condition
Ambient
temperature
-10 to 50 degrees C
“Ambient temperature” is the temperature underneath the
*controller
inside the equipment or the cabinet where the
controller is installed.
Ambient humidity 90%RH or less (no condensing)
Vibration
10 to 70Hz, 9.8m/s2 (1G) or less
■Transporting, storage conditions (packing conditions)
Storage
temperature
Ambient humidity
Vibration
Shock
22
-20 to 60 degrees C
90%RH or less (no condensing)
10 to 70Hz, 9.8m/s2 (1G) or less
294m/s2 (30G) or less
PUM Series
OUTLINE DIAGRAM (Unit:mm)
CODE: PUMCE
30
5
5
100
100
CODE: PUMA/B/E/V/N/T/C
Multi-loop module type Temperature controller
85
30
85
PART NAMES AND FUNCTIONS
Main unit
CODE: PUMA/B
LEDindicator
CT connector
(See Wiring)
COM
LOADER
OUT1
OUT2
STATION
345
E
LED Status Color
Operational condition
PWR
Illuminated green
Normal operation (Slave station of
internal communication)
Blinking
Normal operation (Master station of
internal communication)
only when CT input is
*equipped
Loader communication
port
Station No.
Configuration Switch
Setting range: 0 to F
(The range is 0 to 15 in
decimal number)
BCD
Input Output
Terminal Block
(See Wiring)
COM
green
Illuminated red
System fault (A/D converter error,
internal communication error)
Blinking
Input error
red
Illuminated green
RS485 receiving
Illuminated orange RS485 transmitting
OUT1-4
Illuminated green
Corresponding channel outputting
Illuminated red
Corresponding channel input error
Actions to be displayed for COM and OUT1-4 can be allocated with using parameter
CODE: PUME
LEDindicator Eighteen LED lamps indicate the following operational conditions
DIO Indicator
PUM-E
LOADER
STATION
345
Loader communication
port
8 9A
Do1
Do2
Do3
Do4
Do5
Do6
Do7
Do8
67
Di1
Di2
Di3
Di4
Di5
Di6
Di7
Di8
F012
COM
E
PWR
BCD
LED Indicator
LED
8 9A
OUT4
67
OUT3
F012
LED Indicator
PWR
PUM-A
Six LED lamps indicate the following operational conditions
Station No.
Configuration Switch
Setting range: 0 to F
(The range is 0 to 15 in
decimal number)
LED
GREEN
RED
ORANGE
PWR
RUN
Error
―
COM
RS485 receiving
Error
RS485 transmitting
Di1-8
Digital inputting
Do1-8
Digital outputting
Actions to be displayed for COM can be allocated with using parameter
Input Output
Terminal Block
(See Wiring)
23
PUM Series
Multi-loop module type Temperature controller
CODE: PUMV/N/T
PWR
PUM-V
COM
LOADER
Loader communication
port
OUT1
OUT2
STATION
345
E
LED
LED Status Color
Operational condition
PWR
Illuminated green
Normal operation (Slave station of
internal communication)
Blinking
Normal operation (Master station of
internal communication)
8 9A
OUT4
67
OUT3
F012
LED Indicator
LEDindicator Six LED lamps indicate the following operational conditions
Station No.
Configuration Switch
Setting range: 0 to F
(The range is 0 to 15 in
decimal number)
BCD
Input Output
Terminal Block
(See Wiring)
COM
green
Illuminated red
System fault (A/D converter error,
internal communication error)
Blinking
Input error
red
Illuminated green
RS485 receiving
Illuminated orange RS485 transmitting
OUT1-4
Illuminated green
Illuminated red
Corresponding channel outputting *1
Corresponding channel input error *2
Actions to be displayed for COM and OUT1-4 can be allocated with using parameter
1 Illuminated green is not available for model PUMN
2 Illuminated red is not available for model PUMT
*
*
CODE: PUMCL
Loader communication port
LOADER
4 5 6
0 1
L.ERR
0 1
4 5 6
Station No.
Configuration switch*
STATION No.
x10 ×10
7 8
x1
7 8
9
4
0 1
5 6
2 3
SD
RD
9
LED Indicator
STATION No.
x10
7 8
9
BUS
L.RUN
PUM-C
2 3
PWR
2 3
0 1
5 6
9
4
LED
LED Status Color
PWR
Illuminated green
RUN
Illuminated red
Error
Illuminated green
Internal bus receiving
BUS
upper level digit
setting
LRUN
(setting point×10)
Illuminated orange Internal bus transmitting
CC-Link normal operation
Slow Blinking green
CC-Link error
Fast Blinking green
CC-Link communication initialization
Illuminated red
CC-Link setting error
Slow Blinking red
CC-Link operation error
Fast Blinking red
CC-Link change setting
SD
Illuminated green
CC-Link transmitting
RD
Illuminated green
CC-Link receiving
lower level digit
LERR
setting
(setting point×1)
2 3
setting area 1∼61
(factory default=0)
Operational condition
Illuminated green
x1 ×1
7 8
Input Output
Terminal Block
(See Wiring)
LEDindicator Six LED lamps indicate the following operational conditions
Appearing cannot do the communication of CC-Link as factory default
(0)
*Set
an station No. by all means
CODE: PUMCM
PWR
PUM-C
BUS
LOADER
RX1
Input Output
Terminal Block
(See Wiring)
F012
345
Loader communication
port
LED
LED Status Color
PWR
Illuminated
green
RUN
Slow Blinking
green
No communications with any modules
(inter-module communication FAULT)
8 9A
TX2
67
RX2
STATION
E
TX1
BCD
LED Indicator
LEDindicator Six LED lamps indicate the following operational conditions
Station No.
Configuration Switch
Setting range
1:1 connection = 0 (fixed)
1:N connection = 0 to 7
(factory-set value = 0)
Operational condition
Fast Blinking green
Executing initial polling Waiting communication
during 1:N connection
Illuminated
red
No communication with PLC
(inter-PLC communication FAULT)
Blinking
red
System FAULT *1
Illuminated
green
Inter-module communication being
received
Illuminated
orange Inter-module communication being
sent
RX1
Illuminated
green
TX1
Illuminated
orange RS-232C/RS-422/RS-485 being sent
RX2
Illuminated
green
RS-422 being received
TX2
–
–
(Unused)
BUS
RS-232C/RS-485 being received
Note 1: S ources of system faults: EEPROM FAULT, Station No. configuration SW
FAULT, DIP SW FAULT
*
24
PUM Series
CODE: PUMCP
ONL
L.RUN
PUM-C
STATION No.
x10
7 8
4 5 6
BUS
2 33
PWR
0 1
9
LED indicator lamps
Loader communication port
L.ERR
7 8
x1
44 55 6
0
9 0 11
Station No.
Configuration switch*
LED
LED Status Color
PWR
Illuminated green
Normal operation
Slow Blinking green
Waiting initial polling
9
4
0 1
2 3
0 1
5 6
9
4
High order setting
(set value ×10)
x1 ×1
7 8
Low order setting
(set value ×1)
BUS
setting range 1 – 99
(factory-set value =0)
CODE: PUMCE
Operational condition
Fast Blinking green
During initial polling
Illuminated red
PROFIBUS Error
Slow Blinking red
Parameter/SW setting registered on communication module is invalid value
Fast Blinking red
All of temperature control modules
dropped out
Illuminated green
Inter-module communication being sent
Illuminated orange Inter-module communication being
received
2 3
I/O terminal block
LEDindicator Three LED lamps indicate the following operational conditions
STATION No.
x10 ×10
7 8
5 6
2 33
SD
RD
LOADER
Multi-loop module type Temperature controller
ONL
Illuminated green
During PROFIBUS communication
Blinking
PROFIBUS communication is in a
standby state
green
LEDindicator LED lamps indicate the following operational conditions
Loader communication port
LED
LED Status Color
PWR
Illuminated green
RUN
Blinking (1Hz) green
No communication with any modules
(inter-module communication FAULT)
LED indicator
BUS
Operational condition
Blinking (2Hz) green
Performing initial polling with PUM
Illuminated red
System FAULT, or abnormal connection with Micrex-SX
Blinking (1Hz) red
Set value for parameter or switch is invalid
Blinking (2Hz) red
No communication with PUM
Illuminated green
Inter-module communication (receiving)
Illuminated orange Inter-module communication
(transmitting)
Ethernet connector
(RJ-45)
LINK
Illuminated green
TX/RX
Illuminated orange Ethernet communication data receiving or transmitting
Normal Ethernet communication link
25
PUM Series
Multi-loop module type Temperature controller
WIRING
Base part
CODE: PUMA/B/E/V/N/T/C COMMON
Power terminal
RS485 terminal
DC 24V (-)
DC 24V (+)
SG
B (-)
A (+)
*RS485 terminal is not available for model PUMC
Front terminal block
CODE: PUMA CH3
CH1
21
21
21
22
22
22
23
23
23
PWR
PUM-A
COM
LOADER
Relay contact output
SSR drive output
Current output
11
11
11
12
12
12
OUT1
345
F 012
B CD
24
24
24
25
25
25
CH4
26
26
26
27
27
27
28
28
28
29
29
29
30
30
30
13
13
14
14
14
15
15
15
21
11
22
12
23
13
24
14
25
15
Relay contact output
SSR drive output
Current output
26
16
16
16
16
27
17
17
17
17
28
18
29
19
30
CH2
Thermocouple input/Resistance bulb input
20
CODE: PUMB
Voltage/Current input
18
18
18
19
19
19
20
20
20
CH1
PWR
PUM-B
COM
LOADER
OUT1
F 012
B CD
Relay contact output
24
24
24
25
25
25
12
23
13
24
14
25
15
14
14
14
15
15
CH2
Relay contact output SSR drive output
16
27
17
17
28
18
19
20
29
29
30
16
17
17
Thermocouple input/Resistance bulb input
18
18
Current output
16
Voltage/Current input
18
19
19
19
20
20
20
Process value input2
Control output4
26
29
13
15
16
Relay contact output
Voltage/Current input
13
Control output2
22
SSR drive output
30
12
13
11
Current output
30
12
Thermocouple input/Resistance bulb input
21
29
30
12
Process value input1
Control output3
SSR drive output
11
345
8 9A
OUT4
Current output
11
STATION
67
OUT3
E
OUT2
Current output
11
Control output1
Relay contact output SSR drive output
26
Process value input2
Control output4
SSR drive output Relay contact output
Voltage/Current input
13
Control output2
Process value input4
Voltage/Current input Thermocouple input/Resistance bulb input
Current output
Thermocouple input/Resistance bulb input
SSR drive output Relay contact output
Process value input1
Control output3
Current output
8 9A
OUT4
STATION
67
OUT3
E
OUT2
Control output1
Process value input3
Voltage/Current input Thermocouple input/Resistance bulb input
PUM Series
Multi-loop module type Temperature controller
PUMA/B COMMON
Pin No. 2,4,6,8 of CN1
* and
CN2 are connected
inside the equipment.
CN2 cannot be used
* for
PUMB
CN1 Terminal layout
PWR
PUM-A
COM
LOADER
Terminal layout CN2
OUT1
OUT2
STATION
OUT3
345
E
BCD
Di4
Di3
Di2
Do1
Do2
Do3
Do4
Do5
Do6
Do7
Do8
PUM-E
LOADER
2
3456
21
11
22
12
23
Di1
Digital output
(Relay contact output)
STATION
78 9
Digital input
Di1
Di2
Di3
Di4
Di5
Di6
Di7
Di8
F01
COM
BCDE
PWR
A
CODE: PUME
13
24
14
25
15
DC 24V
Di8
Di7
Di6
26
16
27
17
28
Di5
DC 24V
7 8 9A
F012
6
OUT4
18
29
19
30
20
COM
Do1
Do2
Do3
Do4
COM
Do5
Do6
Do7
Do8
Digital output
(Transistor open collector(sink)output)
DC 24V
Power
COM
Load
Do1
Load
Load
Do2
Load
Load
Do3
Load
Load
Do4
Load
DC 24V
Power
COM
Load
Do5
Load
Load
Do6
Load
Load
Do7
Load
Load
Do8
Load
CODE: PUMV/N/T
CH3
21
Thermocouple input/Resistance bulb input
21
Current output
21
22
22
22
23
23
23
PWR
PUM-V
COM
LOADER
Thermocouple input/Resistance bulb input Voltage/Current input
13
13
13
B CDE
21
11
22
12
23
13
24
14
25
15
Current output
26
16
16
27
17
17
28
18
Current output
29
19
29
30
20
25
26
26
26
27
27
27
28
28
28
14
15
Process value
input1 is not
available for
model PUMT
CH2
Thermocouple input/Resistance bulb input Voltage/Current input
18
18
18
19
19
19
20
20
20
Process value input2
Control output4
30
Thermocouple input/Resistance bulb input
14
15
Control output2
Process value input4
Voltage/Current input
14
15
Process value input1
F01
3456
789
Control output3
Control
output4 is not
available for
model PUMN
2
Current output
24
Control
output1 is not
available for
model PUMN
STATION
A
OUT2
OUT3
CH4
Process value
input4 is not
available for
model PUMT
12
OUT1
OUT4
Control
output3 is not
available for
model PUMN
11
Control output1
Process value input3
Process value
input3 is not
available for
model PUMT
CH1
Voltage/Current input
Control
output2 is not
available for
model PUMN
Process value
input2 is not
available for
model PUMT
27
Multi-loop module type Temperature controller
CODE: PUMCL
CODE: PUMCM
11
DB
22
12
DG
23
SLD
Don’t
connect
15
26
16
27
17
28
18
29
19
30
22
21
vacant
23
A
14
25
Don’t
connect
vacant
13
24
FG
21
B
SG
24
25
26
27
vacant
28
29
30
20
CODE: PUMCP
B(SD)
SG
A(RD)
B(RD)
vacant
STATION
345
21
21
11
22
22
12
23
23
13
24
24
24
14
25
25
25
15
26
26
26
16
27
27
17
28
28
28
18
29
29
29
19
30
30
30
20
22
23
A(SD)
TX
TX2
F012
5 6
5 6
4
2 3
21
RS-232C
8 9A
DA
RS-422
67
RS-485
RX2
E
TX1
x1
7 8
0 1
CC-Link
LOADER
RX1
9
RD
PUM-C
BUS
0 1
L.ERR
SD
PWR
LOADER
9
L.RUN
PUM-C
STATION No.
x10
7 8
4
BUS
2 3
PWR
BCD
PUM Series
27
RX
SG
vacant
vacant
CODE: PUMCE
LOADER
9
0 1
ONL
PUM-C
STATION No.
x10
7 8
5 6
BUS
4
PWR
2 3
x1
7 8
4
0 1
5 6
9
2 3
RTS
2P5
vacant
B(+)
A(-)
PROFIBUS
vacant
2M
SLD
FG
vacant
28
21
21
11
22
22
12
23
23
13
24
24
14
25
25
15
26
26
16
27
27
17
28
28
18
29
29
19
30
30
20
vacant
Ethernet connector
(RJ-45)
PUM Series
Multi-loop module type Temperature controller
CODE SYMBOLS
Control module (4channels)
Description
Digit
7
8
10
11
Control module (2channels)
Description
Digit
4 <Module type>
5 <Input type>
6
7
8
10
11
4
5
6
7
8
1
‒
9 10 11 12 13
PUM
2ch control module
Thermocouple/Resistance bulb (all channels)
Voltage/current (all channels)
<OUT1, 2 output type> Relay output
SSR drive output
Note 1 Current output (4 to 20mA)
<OUT3,
Note 2 None
Relay output
4 output type>
SSR drive output
Note 3 Current output (4 to 20mA)
<Version No.>
<Operation Manual>
Japanese
English
Not fitted
<Option>
Note 4 CT input (4 points)
Event input/output module
Description
Digit
4 <Module type>
5 <Input type>
Event input/output module (Di 8 points/ Do 8 points)
Transistor open collector (sink) output
Relay contact output
8 <Version No.>
10 <Operation Manual>
4 <Module type>
5 <Input type>
B
4
E
5
T
A
5
6
A
C
E
6
7
Y
A
C
E
7
Description
Note 1
Note 1
Note 1
PUM
analog input/output module AI4/AO4
analog input module AI4
analog output module AO4
Input: Thermocouple /Resistance bulb (all channels)
Input: Voltage/current (all channels)
Input: Thermocouple /Resistance bulb (ch1,2)
Voltage/current (ch3,4)
Analog output module
None
Current output (4 to 20mA)
None
Current output (4 to 20mA)
Note 2
6 <OUT1,
Note 3
2 output type> Note4
7 <OUT3,
Note3
4 output type> Note4
8 <Version No.>
10 <Operation Manual>
Japanese
English
4
C
R
V
N
T
5
8
1
Note1) It is impossible to combine “C” in the 11th
digits
Note2) It is possible to combine “E” in the 6th/7th
digits
A
B
‒
9 10 11 12 13
0
1
7
0 0
8
A
B
‒
8
1
Y
C
9 10
0
1
6
Y
C
Note1) It is impossible to combine “C” in the 11th
digits
Note2) You need OUT3/OUT4 for the heating/
cooling control
Note3) You need to set the current output to use
transfer output
Note4) It is impossible to combine “E” in the 6th
digits
Y Y 1
Japanese
English
Input/output analog module
Digit
PUM
4
0 0
0
4ch control module
A
Thermocouple /Resistance bulb (all channels)
T
Voltage/current (all channels)
A
Thermocouple/Resistance bulb (ch1,2), voltage/current (ch3,4)
C
<OUT1, 2 output type> Relay output
A
SSR drive output
C
Note 1 Current output (4 to 20mA)
E
<OUT3, 4 output type> Relay output
A
SSR drive output
C
Note 1 Current output (4 to 20mA)
E
<Version No.>
1
<Operation Manual>
Japanese
English
<Option>
Not fitted
Note 2 CT input (8 points)
4 <Module type>
5 <Input type>
6
PUM
A
B
‒
9 10 11 12 13
0
0 0 0
T
A
C
Y
Y
E
Y
E
1
A
B
Note1) You can select only “V, N” in the 4th
Note2) You can select only “T” in the 4th
Note3) You can select only “N” in the 4th
Note4) You can select only “V, T” in the 4th
29
PUM Series
Multi-loop module type Temperature controller
Enhanced communication module
Description
Digit
<Module type>
4 <Communication
5 module>
enhanced communication modul
CC-Link communication
MITSUBISHI –PLC Program-less communication
PROFIBUS communication
Ethernet communication
8 <Version No.>
10 <Operation Manual>
6
7
RS485 terminating resistance
DIN rail mounting end plate
Side connecting terminal cover (right & left 1set)
Front face screw terminal cover
Loader connecting cable (RS232C)
CT input terminal cable (for 4 points) (l=1m)
CT input terminal cable (for 4 points) (l=3m)
CT input terminal cable (for 4 points) (l=5m)
CT for 1 to 30A (CTL-6-S-H)
CT for 20 to 50A (CTL-12-S36-8)
8
Y Y 1
L
M
P
E
PUMZ*
Description
Digit
Note1
Note1
Note1
Note2
Note3,4
Note3,4
Note3,4
C
5
1
Japanese
English
Japanese / English / Chinese
(Select “C” for Ethernet communicatuion)
Accessories
6
7
8
PUM
4
6
7
8
A
A
A
A
L
C
C
C
C
C
0
0
0
0
0
0
0
0
T
T
1
2
3
4
1
1
3
5
1
2
‒
9 10
0
A
B
C
Note1) Only 10 unit for your order
Note2) It is necessary for using USB port to
repairer the “USB-Serial” convert
Note3) A single CT input cable is for 3-phase and
2channels (CT 4 points) or single-phase
and 2 channels (CT 2 points)
Note4) Connection of the cable to CT sensor
should be arranged by user
ACCESSORIES
Heater current detector (CT)
■Outline Diagram (unit:mm)
Type CTL-6-S-H (1 to 30A)
10.5
2.5
25
φ5.8
10
21
30
40
■General specification
Dimension
(H×W×D mm)
For 1 to 30A
CTL-6-S-H
For 20 to 50A
CTL-12-S36-8
25×40×10
40×40×15
Through-bore (mm) φ5.8
Type CTL-12-S36-8 (20 to 50A)
φ2.36
φ12
Wired to a temperature
controller
40
Type
φ3.5 2
Wired to a heater
Put a wire through the hole of a dedicated CT
There is no polarity in wiring from a CT to a temperature controller
● Set the “Current at alarm action point” according to the heater to be used.
Ex.) In the case of parallel use of 2 heaters with 2,000W/115V, if tried to
detect heater break of one of them: Rated current = 34.8A In the case of
one heater break; Current = 17.4A
Set the “Alarm action point” to “26.1A”, which is between the rated current
and broken state.
(Note) Set the “alarm action point” of over 15% of the rated current. Detection of “alarm action point” less than 15% may not be performed correctly.
● This cannot be used when the heater is controlled by thyristor phase angle
control system.
30
M3 depth 4
30
40
7.5
15
φ12
PUM Series
Multi-loop module type Temperature controller
PERIPHERAL INSTRUMENTS
●Programmable Operation Display
Name
type
V815
15.0inch
specification
V815iX
TFT Color LCD
XGA
V815iXD
V812
12.1inch
V812S
Built-in LAN / video · RGB · sound unit compatible (optional)
Built-in LAN / video · RGB · sound unit compatible (optional)
TFT Color LCD
SVGA
V812iS
100-240V AC
24V DC
V812iSD
Built-in LAN / video · RGB · sound unit compatible (optional)
V810S
TFT Color LCD
SVGA
V810iS
100-240V AC
Built-in LAN / video · RGB · sound unit compatible (optional)
V810SD
24V DC
V810iSD
Built-in LAN / video · RGB · sound unit compatible (optional)
V810T
TFT Color LCD
VGA
V810iT
100-240V AC
Built-in LAN / video · RGB · sound unit compatible (optional)
V810TD
24V DC
V810iTD
Built-in LAN / video · RGB · sound unit compatible (optional)
V810iC
Built-in LAN
V810iCD
Built-in LAN
V810C
100-240V AC
V810CD
V808
8.4inch
24V DC
V808SD
TFT Color LCD
SVGA
Built-in LAN / video · RGB · sound unit compatible (optional)
V808CD
TFT Color LCD
VGA
Built-in LAN
V806TD
TFT Color LCD
QVGA
Built-in LAN
V806CD
STN Color LCD
QVGA
Built-in LAN
V806MD
STN monochrome LCD
QVGA
Built-in LAN
V808iSD
V808iCD
V806
5.7inch
V806iTD
V806iCD
V806iMD
●Automation software CITECT SCADA
PAT
digit
4
5
4
5
6
3
7
1
8
1
<type of license key>
<I/O points>
24V DC
Built-in LAN / video · RGB · sound unit compatible (optional)
V812SD
V810
10.4 inch
100-240V AC
9
10
Y Y
11
Y
12
Y
13
Y
24V DC
14
Y
specification
software (no license key)
full license key
full license key
full license key
full license key
full license key
full license key
full license key
type code
75points
150points
500points
1,500points
5,000points
15,000points
Unrestricted
YY
FA
FB
FC
FD
FE
FF
FM
31
International Sales Div.
Sales Group
Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome,
Shinagawa-ku, Tokyo 141-0032, Japan
http://www.fujielectric.com
Phone: 81-3-5435-7280, 7281 Fax: 81-3-5435-7425
http://www.fujielectric.com/products/instruments/
Information in this catalog is subject to change without notice.
Printed in Japan 2014-2/20 FOLS
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