MODEL: R3-TS8

R3-TS8 SPECIFICATIONS

ES-8363 Rev.13 Page 4/5

https://www.m-system.co.jp/

SCHEMATIC CIRCUITRY & CONNECTION DIAGRAM

Input Circuit

Communication

Circuit

INTERNAL POWER

INTERNAL BUS A

INTERNAL BUS B*

*For dual redundant communication.

+

–

T/C

comp. wire

1

2

3

+

–

INPUT 1

Control

Circuit

DIP SW

RUN LED ERR LED

27

13

28

14

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

4

5

6

+

–

INPUT 2

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

7

8

9

+

–

INPUT 3

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

10

11

12

+

–

INPUT 4

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

15

16

17

+

–

INPUT 5

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

18

19

20

+

–

INPUT 6

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

21

22

23

+

–

INPUT 7

CJC

SENSOR

Input Circuit

+

–

T/C

comp. wire

24

25

26

+

–

INPUT 8

CJC

SENSOR

• Unused Input Channels

1

2

INPUT 1

4

5

INPUT 2

7

8

INPUT 3

10

11

INPUT 4

3

6

9

12

15

16

INPUT 5

17

18

19

INPUT 6

20

21

22

INPUT 7

23

24

25

INPUT 8

26

CJC

SENSOR

Short

CJC

SENSOR

Short

Close across the unused input terminals as shown below.

Unused channels left open are equal to the burnout, which

turns the red ERR LED on and sets a burnout flag at the

PLC or the host device.

When you choose B (RH) thermocouple, shortcircuiting

across the terminal may not be effective to cancel the

burnout flag. Be sure to use the PC Configurator Software

(model: R3CON).

Unused channels can be specified and set so on the PC

Configurator Software without needing to short at the field

terminals.