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11. DATA LIST

11.1.  REMOTE I/O

For CC-Link Ver.1.10, the R1C occupies 4 nodes according to the number of I/O channels, for CC-Link 
Ver.2.00, it occupies 1 node.  Regardless of the number of nodes, for CC-Link Ver.1.10, 32 bits are assigned 
to each of input and output for sending to/receiving from the Master Unit, for CC-Link Ver.2.00, 64 bits are 
assigned.  One (1) bit among RXxB* is used as remote device (R1C) READY signal, turned ON when the 
R1C is in normal operation.  

• 

CC-Link Ver.1.10

*x = (Station No. × 2 – 1) H
  [example]  Station No. = 9
          9 × 2 – 1 = 17 

 11H

          READY signal is input at RX11B.

• 

CC-Link Ver.2.00

*x = (Station No. × 4 – 1) H
  [example]  Station No. = 9
          9 × 4 – 1 = 35 

 23H

          READY signal is input at RX23B.

11.2.  ASSIGNING REMOTE REGISTERS

The R1C does not use the remote registers for the direction from the Master to Remote (RWwn to RWwn+15).
The table below shows the data assignment of those for the direction from the Remote to Master.

DIRECTION

ADDRESS

CONTENTS

DEFAULT

R1C

Master

RWrn +   0

Ch.   1  digital output

0

RWrn +   1

Ch.   2  digital output

0

RWrn +   2

Ch.   3  digital output

0

RWrn +   3

Ch.   4  digital output

0

RWrn +   4

Ch.   5  digital output

0

RWrn +   5

Ch.   6  digital output

0

RWrn +   6

Ch.   7  digital output

0

RWrn +   7

Ch.   8  digital output

0

RWrn +   8

Ch.   9  digital output

0

RWrn +   9

Ch. 10  digital output

0

RWrn + 10

Ch. 11  digital output

0

RWrn + 11

Ch. 12  digital output

0

RWrn + 12

Ch. 13  digital output

0

RWrn + 13

Ch. 14  digital output

0

RWrn + 14

Ch. 15  digital output

0

RWrn + 15

Ch. 16  digital output

0

11.3.  A/D CONVERSION

1) OUTPUT IN NORMAL CONDITIONS

Analog input signal (0 – 100%) from signal conditioners is converted proportionally into digital data, pro-
vided to the Master Unit.

2) OUTPUT IN AN ABNORMALITY

When an abnormality such like CPU error, STOP, time-out occurs at the PLC, the output signal of the R1C 
is maintained as HOLD (no clearing output signal, keeping the value just before the abnormality).
When the PLC recovers to normal operation and the R1C receives new data, the output restarts changing.

R1C-GH

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

EM-5956  Rev.11  P. 10 / 13

Содержание R1C-GH

Страница 1: ...9 3 WIRING DIAGRAM 9 10 SELECTING CC LINK VERSION 9 11 DATA LIST 10 11 1 REMOTE I O 10 11 2 ASSIGNING REMOTE REGISTERS 10 11 3 A D CONVERSION 10 12 PARAMETERS SETTING BY PLC PROGRAM 11 12 1 GENERAL DE...

Страница 2: ...qualified personnel PACKAGE INCLUDES Thermocouple DC input module body CJC sensor 1 Terminating resistor 110 0 5 W 1 MODEL NO Confirm Model No marking on the product to be exactly what you ordered IN...

Страница 3: ...the module inside proper housing with sufficient ventila tion Do not install the module where it is subjected to continuous vibration Do not subject the module to physical impact Environmental tempera...

Страница 4: ...0 0 5 0 to 600 L 200 to 900 0 3 0 to 900 P Platinel II 0 to 1395 0 5 0 to 1395 CJC error 3 C at 20 C 10 C Number of inputs 16 Isolation Input to CC Link FG to power Required nodes CC Link Ver 1 10 4 R...

Страница 5: ...when transmitting RD red ON when receiving ID color FUNCTIONS F Power LED PWR green ON Blinking high speed Blinking low speed Abnormality CC Link Ver 1 10 CC Link Ver 2 00 Master Version 2 00 with lo...

Страница 6: ...or 7 1 EXTERNAL DIMENSIONS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 35 104 4 09 10 39 105 4 13 14 55 163 6 42 36 M3 INPUT TERMINALS 165 6 50 175...

Страница 7: ...model R1CON or consult M System to confirm the firmware version Caution FG1 terminal is NOT a protective conductor terminal 9 8 7 6 5 4 3 2 1 10 12 11 13 15 14 16 17 18 20 19 21 22 23 24 25 27 26 28 2...

Страница 8: ...8 SW401 SW408 ch 9 ch 16 Set to position 1 Attenuation OFF SW311 ch 1 ch 8 SW411 ch 9 ch 16 OFF Voltage input 0 8V or less SW301 SW308 ch 1 ch 8 SW401 SW408 ch 9 ch 16 Set to position 1 Attenuation OF...

Страница 9: ...the wires 6 DO NOT DAMAGE the insulation tube of wires 9 3 WIRING DIAGRAM Connect the R1C to the Master Unit as shown below DA DB DG SLD FG MASTER UNIT DA DB DG SLD FG R1C DA DB DG SLD FG I O UNIT TER...

Страница 10: ...er RWrn 0 Ch 1 digital output 0 RWrn 1 Ch 2 digital output 0 RWrn 2 Ch 3 digital output 0 RWrn 3 Ch 4 digital output 0 RWrn 4 Ch 5 digital output 0 RWrn 5 Ch 6 digital output 0 RWrn 6 Ch 7 digital out...

Страница 11: ...ration specification when the CPU is down Reserved station specification X002F M0 M1 PLS M0 SET M1 RST M1 MOV D0 MOV D1 MOV D2 MOV D3 MOV D4 MOV D5 MOV D6 MOV D7 MOV D8 MOV D9 MOV D10 D11 MOV D13 D MO...

Страница 12: ...ndicator blinking or ON Consult the users manual for the Master Unit Is the RUN indicator on the PLC CPU blinking or OFF Consult the users manual for the CPU Is the RUN indicator on the Master Unit OF...

Страница 13: ...ocedure is explained below CALIBRATION Warm up the module for at least 10 minutes Apply 0 25 50 75 and 100 input signal Check that the A D conversion data for the respective input signal remains withi...

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