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R7G4FML3-6-DC16A

P. 2 / 10

EM-7774-B Rev.2

5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201   Fax: +81(6)6659-8510   E-mail: [email protected]

FRONT VIEW

Status Indicator Led

Station Address Setting 

Rotary SW

Discrete Output Indicator LED

Output Terminals

Power Supply Terminals

MECHATROLINK

Connector

4

5

6

7

1

2

3

10 11 12 13

2

3

4

1

15 16 17 18

7

8

9

6

14

5

PC Configurator Jack

PWR

SA1

×10

SA2

×1

LNK2

CON

LNK1

ERR

LNK1

LNK2

CNFG.

 STATUS INDICATOR LED

ID

COLOR

FUNCTION

PWR

Green

Turns on when the internal 

power is supplied normally.

ERR

Red

Turns on at MECHATROLINK-III

 

communication error

CON

Green

Turns on at MECHATROLINK-III

 

connection is established

LNK1

Green

Turns on at MECHATROLINK-III

 

LNK1 is established

LNK2

Green

Turns on at MECHATROLINK-III

 

LNK2 is established

 STATION ADDRESS

Station Address is selected between 03H and EFH in hexa

-

decimal.

The SA1 switch determines the MSD, while the SA2 switch 

does the LSD of the address.

(Factory setting: 03H)

Station Address Setting (x1)

Station Address Setting (x10)

012

34

56

789

AB

C

DE

012

34

56

789

AB

C

DE

 PC CONFIGURATOR JACK

The PC Configurator is used to set the following parameters 
for each channel.

Communication Cutoff Output Settings

• Output clear (Output OFF)
• Output hold (Previous normal reception data hold) (*)

For more information about the programming using the 

R7CFG, please refer to the R7CFG Users Manual.
(*) Factory setting

 DISCRETE OUTPUT STATUS INDICATOR LED

Discrete output module displays the status of each output 
with an LED (green).
  Contact ON : LED ON
  Contact OFF : LED OFF

4

NC

5

6

7

1

2

3

NC

24V 0V

NC

NC

FE

1. 

NC

2. 

NC

3. 

FE

4. 

NC

5. 

NC

6. 

+24V

7. 

0V

-
-
Functional earth
-
-
Power supply (24V DC)
Power supply (0V)

 POWER SUPPLY TERMINAL ASSIGNMENT

 OUTPUT TERMINAL ASSIGNMENTS

14

5

6

Y7

Y6

Y8

15

Y9

16

17

18

7

8

9

Y11 Y13 Y15

Y10 Y12

10

1

2

V+

V-

Y0

11

Y1

12

13

3

4

Y3

Y5

Y2

Y4

Y14

NO.

ID

FUNCTION

NO.

ID

FUNCTION

1

V-

0V (Out. Common)

10

V+

24VDC

2

Y0

Output 0

11

Y1

Output 1

3

Y2

Output 2

12

Y3

Output 3

4

Y4

Output 4

13

Y5

Output 5

5

Y6

Output 6

14

Y7

Output 7

6

Y8

Output 8

15

Y9

Output 9

7

Y10

Output 10

16

Y11

Output 11

8

Y12

Output 12

17

Y13

Output 13

9

Y14

Output 14

18

Y15

Output 15

Summary of Contents for R7G4FML3-6-DC16A

Page 1: ...in regard to the whole system and employ additional protective measures to ensure CE conformity This unit is suitable for Pollution Degree 2 Altitude up to 2000 meters The power supply and the external power supply must satisfy SELV requirements in accordance with currently applicable safety standards SELV Safety Extra Low Voltage Install inside an industrial control panel or equivalent for UL POW...

Page 2: ... Station Address Setting x1 Station Address Setting x10 01 2 3 4 5 6 7 8 9 A B C D EF 01 2 3 4 5 6 7 8 9 A B C D EF PC CONFIGURATOR JACK The PC Configurator is used to set the following parameters for each channel Communication Cutoff Output Settings Output clear Output OFF Output hold Previous normal reception data hold For more information about the programming using the R7CFG please refer to th...

Page 3: ...3 Remove the upper hook of the unit from the DIN rail 1 2 3 SURFACE MOUNTING 1 Insert the two DIN rail mounter sliders until it clicks once as shown below 1 1 2 Mount the unit with M4 screws referring the External Dimensions Torque 1 4 N m DIN RAIL MOUNTING RIGHT ANGLE Mounting 1 Insert the longer DIN rail mounter slider until it clicks twice as shown below 1 2 Set the upper hook at the rear side ...

Page 4: ...4 1 15 16 17 18 7 8 9 6 14 5 2 4 3 dia 4 deep 2 17 dia 0 16 deep 130 5 12 140 5 51 154 6 06 CONNECTION DIAGRAM Connect the unit as in the diagram below Note In order to improve EMC performance bond the FE terminal to ground Caution FE terminal is NOT a protective conductor terminal 1 5 10 2 6 4 7 13 8 9 14 12 15 11 16 17 18 V V Y2 Y4 Y6 Y8 Y10 Y12 Y14 Y1 Y15 Y3 Y5 Y7 Y9 Y11 Y13 Y0 3 6 7 24V DC 0V ...

Page 5: ...NICATION Transmission cycle 125 µsec 250 µsec 500 µsec 1 64 msec with 1 msec increments Communication cycle 125 µsec through 64 msec Applicable profile Standard I O profile cyclic communication Event driven communication acquiring ID profile event driven communication Data size 16 bytes Station address 03H through EFH set with rotary switches Cyclic communication Available Event driven communicati...

Page 6: ...CONFIG 04H Setup device command 1 00H 00H Not used 2 CMD_CTRL CMD_STAT Refer to CMD_CTRL CMD_STAT 3 4 00H 00H Recalculation of parameters and set up Other than 00H is not supported 5 00H 00H Reserve ALM_RD 05H Reads alarm or warning BYTE COMMAND RESPONSE REMARKS 0 ALM_RD 05H ALM_RD 05H Read alarm or warning command 1 00H 00H Not used 2 CMD_CTRL CMD_STAT Refer to CMD_CTRL CMD_STAT 3 4 0000H 0000H R...

Page 7: ...ype 30H Standard I O 01H Event driven 8 00H 00H Reserve DISCONNECT 0FH Stops communication with master station BYTE COMMAND RESPONSE REMARKS 0 DISCONNECT 0FH DISCONNECT 0FH Release Connection command 1 00H 00H Reserve DATA_RWA 20H Transmits I O data to master station Data allocation is following Data size is 16 bytes BYTE COMMAND RESPONSE REMARKS 0 DATA_RWA 20H DATA_RWA 20H Transmit I O data 1 00H...

Page 8: ... Data Low order 8 bits Not in use CH2 OUT HI CH2 Data High order 8 bits Not in use CH3 OUT LO CH3 Data Low order 8 bits Not in use CH3 OUT HI CH3 Data High order 8 bits Not in use CMD_CTRL CMD_CTRL command area is following BIT FUNCTION REMARKS 0 2 Reserve Not used 3 ALM_CLR 0 Clear alarm warning disabled 1 Clear alarm warning triggered 4 5 Reserve Not used 6 7 CMD_ID Not used in the standard I O ...

Page 9: ...30D4 125 µsec 17 Max Transmission Cycle 4 Yes 0x0061A800 64 msec 18 Increments of Transmission Cycle 4 Yes 0x00000001 Available to 31 25 62 5 125 250 500 µsec 1 64 msec 1 msec increments 19 Min Communication Cycle 4 Yes 0x000030D4 125 µsec 1A Max Communication Cycle 4 Yes 0x0061A800 64 msec 1B Transmission Bytes 4 Yes 0x00000002 16 Bytes 1C Transmission Bytes Current Setting 4 Yes 0x00000002 16 By...

Page 10: ...2 5 2 55 Minamitsumori Nishinari ku Osaka 557 0063 JAPAN Phone 81 6 6659 8201 Fax 81 6 6659 8510 E mail info m system co jp I O DATA DESCRIPTION 0 15 0 OFF 1 ON Output 0 Output 1 Output 2 Output 3 Output 15 Output 7 Output 8 DISCRETE OUTPUT ...

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