OMRON RFID System V680 Series Connected
RFID Interface Module
MELSEC-Q Series
EQ-V680D1 1-Channel RFID Interface Module
EQ-V680D2 2-Channel RFID Interface Module
CC-Link Remote Device
ECL2-V680D1 1-Channel RFID Interface Module
Mitsubishi Electric Corporation
OMRON Corporation
Connecting the MELSEC-Q Series/CC-Link System and the RFID System V680 Series!
MELSEC-Q series
programmable controller
manufactured
by Mitsubishi Electric Corporation
Amplifier
ID tag
Antenna
EQ-V680D1
EQ-V680D2
RFID interface module for MELSEC-Q series
Read/Write antenna
with built-in amplifier
CC-Link master station
CC-Link remote device station
RFID system V680 series
manufactured
by OMRON Corporation
CC-Link master module manufactured
by Mitsubishi Electric Corporation
New
ECL2-V680D1
RFID interface module for CC-Link
Supporting System Variations
A variety of RFID interface modules are available according to the intended purpose and the system
configuration.
High-speed Communications
with MELSEC-Q Series
MELSEC-Q
New
Distributed Control
via CC-Link
CC-Link
As the RFID interface module for the
MELSEC-Q series, EQ-V680D1 and
EQ-V680D2 are available.
The modules achieve high-speed
communications with the programmable
controller CPU.
As the RFID interface module for the
CC-Link remote device station,
ECL2-V680D1 is available.
The distance from the CC-Link master
station to the RFID interface module can
be extended up to 1,200 m.
In this catalog, the contents related to the MELSEC-Q Series module are marked with
to the CC-Link module are marked with CC-Link .
MELSEC-Q
, and those related
Features
MELSEC-Q Achieved high-speed communications with the MELSEC-Q series programmable controller
CPU manufactured by Mitsubishi Electric Corporation
You can mount the RFID interface module directly to the MELSEC-Q series to enable high-speed communications
with the programmable controller CPU.
CC-Link
Achieved distributed arrangement as the CC-Link remote device station
Using the RFID interface module as the CC-Link remote device station achieves connections with the RFID system
V680 series manufactured by OMRON Corporation.
The module can be placed at a distance of up to 1,200 m from the CC-Link master station.
CC-Link 1-channel and 2-channel (* MELSEC-Q Series module only) modules
MELSEC-Q
The 1-channel module, EQ-V680D1 or ECL2-V680D1, is connectable to a read/write antenna with a separate
amplifier or a read/write antenna with a built-in amplifier. The 2-channel module, EQ-V680D2, is connectable to two
read/write antennas with separate amplifiers.
MELSEC-Q
CC-Link
Equipped with tests and measurement functions required for the start-up and maintenance
You can perform some diagnoses such as "tag communication test" and "distance level measurement" between
antennas and ID tags for start-up and maintenance.
CC-Link iQSS (iQ Sensor Solution) reducing the time for development, debugging and start-up
Since the RFID interface module is compatible with Mitsubishi iQSS, on the screen of Mitsubishi MELSOFT GX
Works2, you can easily perform the tests and measurement functions, including the "communications test" and the
"distance level measurement".
You can also check the module status (including the ON/OFF status of each signal and device values) to reduce the
time for development, debugging, and start-up.
Function Block (FB) enabling the simple program development
We offer some programs such as the parameter settings or the programs for executing the function which includes
date reading/writing as Function Block(FB).
You can develop the programs easily by installing FB to your programs.
You can download the FB library applicable to Mitsubishi MELSOFT GX Works2 from the MEEFAN or Mitsubishi
Electric Factory Automation Website.
In regions other than Japan, please consult your local Mitsubishi representative.
MELSEC-Q
CC-Link
System configuration
Mitsubishi Electric Corporation
MELSEC-Q series
programmable controller
Extension cable
1-kbyte
ID tag amplifier
Read/Write antenna
ID tag
1-kbyte
EQ-V680D1
Model: V700-A40
Cable length: 2 m
Model: V700-A41
Cable length: 3 m
Model: V700-A42
Cable length: 5 m
Model: V700-A43
Cable length: 10 m
Model: V700-A44
Cable length: 20 m
Model: V700-A45
Cable length: 30 m
Model: V680-HS52
Model: V680-HA63A
Cable length: 0.5 m
/5 m/10 m
Model: V680-D1KP52MT
Model: V680-D1KP52M-BT01
Model: V680-HS51
Model: V680-D1KP52M-BT11
Model: V680-D1KP53M
Extension cable
Basic model QCPU
High-performance model QCPU
Process CPU
Universal model QCPU
Read/Write antenna
with built-in amplifier
Model: V680-HS63
Model: V680-D1KP54T
EQ-V680D2
Model: V700-A40
Cable length: 2 m
Model: V700-A41
Cable length: 3 m
Model: V700-A42
Cable length: 5 m
Model: V700-A43
Cable length: 10 m
Model: V700-A44
Cable length: 20 m
Model: V700-A45
Cable length: 30 m
Model: V680-HA63B
Cable length: 0.5 m
/5 m/10 m
Model: V680-D1KP66MT
Model: V680-D1KP66T
Model: V680-HS65
Cable length: 2 m/12.5 m
Model: V680-D1KP66T-SP
Model: V680-D1KP58HTN
2-kbyte
Remote device station
Model: V680-D2KF52M
Master station
Model: V680-D2KF52M-BT01
ECL2-V680D1
Model: V680-D2KF52M-BT11
Mitsubishi Electric Corporation
MELSEC-Q series
programmable controller
Extension cable
Basic model QCPU
High-performance model QCPU
Process CPU
Universal model QCPU
Read/Write antenna
with built-in amplifier
Model: V680S-D2KF67M
Model: V680S-D2KF67
8-kbyte
Model: V680-D8KF67M
Model: V680-D8KF67
EQ-V680D1
Model: V680-D8KF68
Remote device station
32-kbyte
Model: V700-A40-W
Cable length: 2 m/5 m
/10 m/20 m/30 m
Model: V680-H01-V2
Cable length: 0.5 m
Master station
Model: V680-D32KF68
ECL2-V680D1
OMRON Corporation RFID System V680 Series
If you need more information about OMRON Corporation products, please refer to the OMRON's catalog.
Combination of Amplifiers, Antennas, and ID Tags
ID tag
Model V680-H01-V2
(Read/Write antenna with built-in amplifier)
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Model V680-D32KF68
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Model V680-D8KF68
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Model V680-D8KF67
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Model V680-D8KF67M
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Model V680S-D2KF67
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Model V680S-D2KF67M
Model V680-D1KP66T-SP
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Model V680-D1KP58HTN
Model V680-D1KP66T
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32-kbyte
Model V680-D2KF52M
Model V680-D2KF52M-BT01
Model V680-D2KF52M-BT11
2-/8-/32-kbyte
model for ID tag
V680-HA63B
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FRAM Type
8-kbyte
2-kbyte
Model V680-D1KP66MT
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√
√
Model V680-HS52
Model V680-HS51
Model V680-HS63
Model V680-HS65
Model V680-HS52
Model V680-HS51
Model V680-HS63
Model V680-HS65
1-kbyte model
for ID tag
V680-HA63A
Model V680-D1KP54T
Antenna
Model V680-D1KP53M
Amplifier
Model V680-D1KP52MT
Model V680-D1KP52MT-BT01
Model V680-K1KP52MT-BT11
EEPROM Type
1-kbyte
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For details of RFID Interface Module (EQ-V680D1, EQ-V680D2 and ECL2-V680D1), contact Mitsubishi Electric Engineering Co., Ltd.
For details of V680 series amplifiers, antennas, and ID tags, contact OMRON Corporation.
ID tag communication method
There are seven methods for communicating with ID tag. The communication method can be specified according to purpose.
1) Trigger
MELSEC-Q
5) FIFO repeat
CC-Link
With the trigger communication method, communication is performed
with ID tag stopped inside an antenna communication area. Only one
ID tag can exist inside a communications area.
ID tag A
ID tag with which communication
is completed is set to an
prohibited state.
Communication area
2) Single auto
MELSEC-Q
ID tag C
CC-Link
With the auto communication method, communication is performed
upon automatic detection of a moving ID tag that has entered an
antenna communications area. Only one ID tag can exist inside a
communication area.
Communication is started
ID tag B
by ID tag entering with
the communication area.
ID tag A
MELSEC-Q
CC-Link
With the repeat auto communication method, communication is performed
upon automatic detection of a moving ID tag that has entered an antenna
communications area. Communication is performed consecutively with ID
tags that enter a communications area until the command execution
request signal is turned OFF. Only one ID tag can exist inside a
communications area.
ID tag C
ID tag B
ID tag A
Communication area
4) FIFO trigger
MELSEC-Q
Communication is
started by ID tag
entering with the
communication area.
Communication is performed with ID
tag existing inside a communications
area when the command execution
request signal turns ON.
ID tag B
ID tag A
Communication is
started by ID tag
entering with the
communication area.
Communication area
6) Multi-access trigger
MELSEC-Q
Communication is performed
with ID tags existing inside a
communications area when
the command execution
request signal turns ON.
ID tag C
ID tag B
ID tag A
ID tag with which
communication is
completed is set to
an prohibited state.
Communication area
7) Multi-access repeat
MELSEC-Q
With the multi-access repeat communication method, communication
is performed upon automatic detection of multiple moving ID tags that
have entered an antenna communications area.
Communication is performed consecutively with ID tags that enter the
communications area until the command execution request signal is
turned OFF.
ID tag C
CC-Link
With the FIFO trigger communication method, communication is
performed with an ID tag stopped inside an antenna communications area.
This method can be used in cases where ID tags are close to each other.
Only one operable ID tag can exist inside a communications area.
ID tag C
ID tag B
With the multi-trigger communication method, communication is
performed with multiple ID tags stopped inside an antenna
communications area.
Communication area
3) Repeat auto
CC-Link
MELSEC-Q
With the FIFO repeat communication method, communication is
performed upon automatic detection of a moving ID tag that has
entered an antenna communications area. Communication is
performed consecutively with ID tags that enter a communications
area until the command execution request signal is turned OFF.
This method can be used in cases where ID tags are close to each
other. Only one operable ID tag can exist inside a communications
area.
ID tag A
Communication area
ID tag with which
communication is
completed is set to
an prohibited state.
ID tag B
Communication
is
performed with all ID
tags that have entered
a
communications
area.
ID tag A
ID tag with which
communication is
completed is set to
an prohibited state.
Communication area
Note) The FIFO trigger, FIFO repeat, multi-access trigger, and
multi-access repeat methods are not available for the ID tags
of V680-D1KP
(EEPROM type).
Function list
MELSEC-Q
Function
Description
Read
Read with Error Correction
Read UID
Read Initial Data Setting
Write
Bit Set
Bit Clear
Write
Mask Bit Write
Calculation Write
Write with Error Correction
Duplicate Copy
Initialize Data Fill
Data Check
Read
Command
Manage
Test Function
Test
/Measure
Overwrite Count Control
Measure Noise
Tag Communications Test
Distance Level Measurement
Communications Success Rate Measurement
Speed Level Measurement
Noise Level Measurement
CC-Link
EQ-V680D1
ECL2-V680D1
EQ-V680D2
Reads data from ID tag.
Reads data and check codes from ID tag, inspects data reliability, and corrects any 1-bit errors.
Reads the UID (unit identification number) of ID tag.
Reads the value set in the initial data setting.
Writes data to ID tag.
Sets the bit specified in the data of ID tag to "1".
Clears the bit specified in the data of ID tag to "0".
Protects data that is not to be overwritten within ID tag data, and writes data.
Writes an addition or subtraction calculation result (data) to ID tag data.
Writes data and check codes for inspecting data reliability to ID tag.
Copies data of ID tag between channel 1 and channel 2. (Available with EQ-V680D2 only)
Initializes data of ID tag of specified data.
Checks whether or not an error occurred in ID tag data.
Sets the number of writes to ID tag (EEPROM-type), and assesses whether or not the
number of writes of the ID tag has been exceeded.
Measures a noise level of an area surrounding an antenna.
Reads data from ID tag.
Measures ID tag distance (level) with respect to an antenna communications area.
Executes communication 100 times, and measures a success rate.
Measures the number of times communication can be performed continuously with
ID tags that pass through an antenna communications area.
Measures a noise level in an area surrounding an antenna.
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-
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Data read / write time period
When using the MELSEC-Q series module
MELSEC-Q
When using the CC-Link module
CC-Link
With the communications speed in normal mode and a
1-kbyte memory tag, the read/write time period is as follows:
With the communications speed in normal mode, a 10-Mbps CC-Link
transmission speed, one connected module, and a 1-kbyte memory tag, the
read/write time period is as follows:
Read
Read 10 bytes: 59ms + 2 scans*
122 bytes: 306ms + 2 scans*
Write 10 bytes: 93ms + 2 scans*
122 bytes: 407ms + 2 scans*
Write
100 bytes:
1,000 bytes:
100 bytes:
1,000 bytes:
169 ms + 2 scans*
1,339 ms + 2 scans*
289 ms + 2 scans*
2,296 ms + 2 scans*
(Remote net Ver.1 mode, 2 stations occupied)
(Remote net Ver.2 mode, 2 stations occupied, octuple)
(Remote net Ver.1 mode, 2 stations occupied)
(Remote net Ver.2 mode, 2 stations occupied, octuple)
* The maximum number of scans from the time the request signal for ID instruction request of the sequence program turns ON until the ID instruction completion signal receives ON.
Multiple tests and measurement functions
Tag communications test
MELSEC-Q
CC-Link
The communication test function reads ID tag data without operating
a sequence program.
When data reading from ID tag fails, the function allows you to check
whether the cause lies in the sequence program or the antenna and ID tag.
Distance level measurement
The distance level
measurement function
measures a level of a
distance between ID
tag and an antenna
communications area.
Measurement results
identify the distance as
one of seven levels: 00
to 06.
MELSEC-Q
Speed level measurement
Moving
CC-Link
Distance level "00"
ID tag
MELSEC-Q
The speed level measurement function measures the number of times
communication can be performed continuously while ID tag is
moving.
Measurement results identify a speed level using values 0 to 99
(times).
Repeated
communication
"01"
"02"
"03"
ID tag
Antenna
"04"
"05"
"06"
Noise level measurement
MELSEC-Q
CC-Link
The noise level measurement function measures a noise level in an
area surrounding an antenna.
Measurement results identify a noise level using values 0 to 99.
Results should be used only for reference.
Antenna
Communications success rate measurement
MELSEC-Q
The communication success rate measurement function executes
communication with a static ID tag 100 times and measures a
communication success rate.
Measurement results
identify a success rate
ID tag
using values 0 to 100
(%).
Communication
executed
100 times
This function indicates a
current noise level at an
antenna installation site. It
has been designed to help
an operator identify changes
under a situation where a
noise countermeasure has
been taken for errors, such
as communication failure
with ID tag. The noise level
measurement function does
not guarantee communication
at a certain noise level.
Noise
Antenna
Antenna
Note) Measurement results of the various measurement functions can be confirmed by reading the corresponding indicator on the amplifier main body or information from the
interface module buffer memory or remote register.
Function Block
(FB)
enabling the simple program development
You can simply develop a program by downloading the FB applicable to Mitsubishi MELSOFT GX Works2 from the MEEFAN or
Mitsubishi Electric Factory Automation Website. MELSEC-Q
CC-Link
FB library list
CC-Link
MELSEC-Q
FB Name
P+EQ-V680D_ParameterSet
P+EQ-V680D_Read
P+EQ-V680D_Write
P+EQ-V680D_BitSet
P+EQ-V680D_BitClear
P+EQ-V680D_MaskBitWrite
P+EQ-V680D_CalculationWrite
P+EQ-V680D_Fill
P+EQ-V680D_DataCheck
P+EQ-V680D_CounterWrite
P+EQ-V680D_Copy
P+EQ-V680D_ErrorCorrectionRead
P+EQ-V680D_ErrorCorrectionWrite
P+EQ-V680D_UIDRead
P+EQ-V680D_MeasureNoise
P+EQ-V680D_StatusRead
Function Nama
Set parameters
Read ID tag
Write ID tag
Set ID tag bits
Clear ID tag bits
Write ID tag mask bit
Write ID tag calculation
Fill ID tag data
Check ID tag data
Overwrite count control to ID tag
Copy between ID tags
Read ID tag with error correction
Write to ID tag with error correction
Read ID tag UID
Measure noise
Read module status
FB Name
P+MEE-ECL2-V680D1_InitDataSet
P+MEE-ECL2-V680D1_Read
P+MEE-ECL2-V680D1_Write
P+MEE-ECL2-V680D1_Fill
P+MEE-ECL2-V680D1_UIDRead
P+MEE-ECL2-V680D1_MeasureNoise
P+MEE-ECL2-V680D1_InitDataRead
P+MEE-ECL2-V680D1_StatusRead
Function Nama
Set initial data
Read ID tag
Write ID tag
Fill ID tag data
Read ID tag UID
Measure noise
Read initial data
Read module status
Note) We support FB library by only GXWorks2 Japanese version.
You can get sample ladder programs writing in the user's manual by downloading from MEEFAN.
For more information of the FB Library and sample ladder programs, please contact your local Mitsubishi representative for details.
Compatible with iQSS
(iQ Sensor Solution)
The CC-Link RFID interface module, ECL2-V680D1, is compatible with Mitsubishi iQSS to achieve the easy start-up, monitoring, and
programming of the RFID system. CC-Link
Easy start-up
When you start up or modify the system, the RFID
interface module detects the slave stations connected
to the CC-Link master/local modules in the actual
system configuration, and reflects the detected data to
the CC-Link configuration window on GX Works2.
In this window, you can easily perform the
"communications test", the "distance level
measurement", or others.
Equipment configuration diagram
Graphically displaying the CC-Link
network configuration
Sensor monitor
The status of the iQSS (iQ Sensor Solution) -compatible
equipment connected to the CC-Link master/local
modules appears in the monitor information window of
GX Works2.
In this window, you can easily check the status of the
module (including the ON/OFF status of each signal
and device values).
Note)We support the function of iQSS by only GXWorks2
Japanese version.
Displaying the ON/OFF status of the remote I/O
signals and the remote device values in ECL2-V680D1
Easy programming
You can import the label information of ECL2-V680D1
to the user program and specify the device number
using the label name. This enables you to create an
easy-to-understand program.
Utilize the label name!
Import the label name of the sensor!
What is RFID system?
RFID (Radio Frequency Identification) system communicates information with ID tag that is capable of storing information, via
short-distance wireless communication using inductive and radio waves.
EQ-V680D1
EQ-V680D2
OD
R N
E R
S R
A
OO
USB
24V DC
power supply
for amplifier
RS 32
Amplifier
ECL2-V680D1
Antenna
ID tag
Antenna
ID tag
Amplifier
V680 Series RFID System Features
Frequency band and type
ID tag service life
Inductive type, HF band: 13.56MHz, Batteryless type tag
1-kbyte memory tag: 100,000 writes to EEPROM
2-kbyte, 8-kbytes or 32-kbyte memory tag: 10 billion accesses to FRAM
Supported volume of data
Heat resistance temperature
Four types of ID tags are available: 1-kbyte, 2-kbyte, 8-kbyte, and
32-kbyte. The systems support a volume of data equivalent to
approx.1000, 2000, 8000, and 32000 characters (1-byte characters,
such as alphanumeric characters), respectively.
1-kbyte memory tag:
Operating ambient temperature : -25 to +85°C
Storage ambient temperature
: -40 to +125°C (maximum)
2-kbyte, 8-kbyte, 32-kbyte memory tag:
Operating ambient temperature : -25 to +85°C
Storage ambient temperature
: -40 to +85°C
Communications distance
A communications distance between an antenna and ID tag is determined
by the antenna size and a combination of the antenna and ID tag.
A module can communicate from 0mm to 150mm (guaranteed value).
Two module types: 1-channel type and 2-channel type
The 1-channel module, EQ-V680D1 or ECL2-V680D1, is connectable to a read/write antenna with a separate amplifier or with a
built-in amplifier.
CC-Link
MELSEC-Q
EQ-V680D1
M D
U
R
U ER
BA
B O
Antenna
Minimum cable length
:2.5 m
Maximum cable length
:62.5 m
Antenna
Minimum cable length
:2.5 m
Maximum cable length
:62.5 m
P
ECL2-V680D1
SB
S 32
Amplifier
Extension cable: 10 m, 20 m
(Up to two cables can be
connected in combination)
Amplifier
ID tag
Extension cable: 10 m, 20 m
(Up to two cables can be
connected in combination)
Amplifier cable 0.5 m, 5 m, 10 m
Antenna cable
2 m, 12.5 m
Amplifier cable 0.5 m, 5 m, 10 m
Minimum cable length
:2.5m
Maximum cable length
:30.5m
EQ-V680D1
M DE
UN
RR
U ER
AT
B OT
ID tag
ID tag
ECL2-V680D1
Read/Write antenna
with built-in amplifier
Antenna cable
0.5 m
Extension cable:
2 m, 5 m, 10 m, 20 m, 30 m
(only one cable can be connected)
Antenna cable
2 m, 12.5 m
Minimum cable length
:2.5 m
Maximum cable length
:30.5 m
SB
S 32
ID tag
Extension cable:
2 m, 5 m, 10 m, 20 m, 30 m
(only one cable can be connected)
Read/Write antenna
with built-in amplifier
Antenna cable
0.5 m
The 2-channel module, EQ-V680D2, is connectable to two read/write antennas with separate amplifiers. Data between ID tags can
be copied when two antennas are connected.
MELSEC-Q
EQ-V680D2
ODE
RU
ER
SE
Antenna
A
OO
Antenna
Minimum cable length :2.5 m
Maximum cable length :62.5 m
RS 32
ID tag
ID tag
Extension cable: 10 m, 20 m
(Up to two cables can be
connected in combination)
Amplifier
Amplifier cable
0.5 m, 5 m, 10 m
Amplifier
Antenna cable 2 m, 12.5 m
Performance specifications
EQ-V680D1, EQ-V680D2
MELSEC-Q
Specifications
Item
EQ-V680D1
1
Number of connectable antennas
Data transfer volume
(number of communicated data bytes per a transfer)
Number of occupied IO points
5 V DC internal power supply current consumption
24 V DC external power supply current consumption
(20.4 to 26.4 V DC)
Recommended 24 V DC power supply
Weight
Outer dimensions
ECL2-V680D1
EQ-V680D2
2
2048 bytes, maximum
32 points (IO assignments: 32 intelligent module points)
0.42 A
0.52 A
0.25 A
0.37 A
S8VS-03024 (Manufuctured by OMRON Corporation)
0.2 kg
0.2 kg
98 (H) x 27.4 (W) x 106.5 (D) mm (for module unit excluding connected antenna cable)
CC-Link
Specifications
ECL2-V680D1
Number of connectable antennas
1
Remote device station
CC-Link station type
Version 1.10 and Version 2.0
CC-Link version
For 2 stations occupied: Station numbers 1 to 63 For 4 stations occupied: Station numbers 1 to 61
Station number selection
156 kbps/625 kbps/2.5 Mbps/5 Mbps/10 Mbps (Selectable)
Transmission speed
CC-Link version Number of occupied stations Extended cyclic settings Data transfer size Writable/readable data size per ID instruction
2 stations occupied
8 words
10 bytes
Version 1.10
4 stations occupied
16 words
26 bytes
CC-Link side
Number of occupied stations
Double
16 words
26 bytes
and data transfer size
Quadruple
2 stations occupied
32 words
58 bytes
Version 2.0
Octuple
64 words
122 bytes
Ver.1.10-compatible CC-Link dedicated cable
Connection cable
CC-Link dedicated cable (Ver.1.00-compatible)
CC-Link dedicated high-performance cable (Ver.1.00-compatible)
20.4 to 26.4 V DC (24 V DC -15%, +10%) (Ripple ratio: within 5%)
Power supply
Current consumption: 0.33A or less
Weight
0.3 kg
Outer dimensions
65 (H) x 150(W) x 45 (D) mm (for module unit excluding connected antenna cable)
Item
Product configuration
EQ-V680D1, EQ-V680D2
MELSEC-Q
Product Name
Product Name
1-channel RFID interface module
EQ-V680D1
2-channel RFID interface module
EQ-V680D2
EQ-V680D1/D2 RFID Interface Module
User's Manual
EQ-V680D1/D2 RFID Interface Module
User's Manual [English version]
ECL2-V680D1
EQ-V680D-MAN-JP
EQ-V680D-MAN-E
.EQ-V680D1 (main unit)
.User's Manual (Hardware)
.EQ-V680D2 (main unit)
.User's Manual (Hardware)
Remarks
EQ-V680D1 / D2 RFID Interface Module Specifications
/ Programming Method Descriptions
CC-Link
Product Name
1-channel RFID interface module
ECL2-V680D1 RFID Interface Module
User's Manual
ECL2-V680D1 RFID Interface Module
User's Manual [English version]
Product Name
ECL2-V680D1
ECL2-V680D-MAN-JP
ECL2-V680D-MAN-E
.ECL2-V680D1 (main unit)
.User's Manual (Hardware)
Remarks
ECL2-V680D1 RFID Interface Module Specifications
/ Programming Method Descriptions
MELSEC, MELSOFT, GX Works, iQ Sensor Solution and CC-Link is a registered trademark of Mitsubishi Electric Corporation.
Other company and product names herein are either trademarks or registered trademarks of their respective owners.
1-13-5, Kudankita, Chiyoda-ku, Tokyo, 102-0073, Japan URL:http://www.mee.co.jp/
Precautions for Choosing the Products
This catalog explains the typical features and functions of the MELSEC-Q Series EQ-V680D1 1-channel
RFID Interface Module, EQ-V680D2 2-channel RFID Interface Module, and CC-Link ECL2-V680D1
1-channel RFID Interface Module. Restrictions and other information on usage and module
combinations are not provided. When using the products, always read the user's manuals of the
products. Mutsubushi Electric Engineering will not be held liable for damage caused by factors found not
to be the cause of Mutsubushi Electric Engineering; machine damage or lost profits caused by faults in
the Mutsubushi Electric Engineering products; damage, secondary damage, accident compensation
caused by special factors unpredictable by Mutsubushi Electric Engineering; damages to products other
than Mutsubushi Electric Engineering products; and to other duties.
MEI C099E 143 (1403)MEE
For safe operations
This product has been manufactured as a general-purpose part for general industries, and has not been
designed or manufactured to be incorporated in a device or system used in purposes related to human life.
Before using the product for special purposes such as nuclear power, electric power, aerospace, medicine or
passenger movement vehicles, consult with Mitsubishi.
This product has been manufactured under strict quality control. However, when installing the product where
major accidents or losses could occur if the product fails, install appropriate backup or failsafe functions in the
system.
New publication,effective Mar. 2014
Specifications subject to change without notice.