Part 1 specification – IAI America REXT User Manual

Page 71

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Part 1 Specification

Chapter 3 Gateway R unit

49

Part 1 Specification

„

Example of Overall RS485 SIO (Modbus Gateway Mode) Address Configuration (positioner 2 mode and solenoid valve

modes 1 and 2)

An example of connecting 16 axes in the positioner 2 mode or solenoid valve mode 1 or 2 is shown below.

PLC output Ÿ ROBONET

ROBONETŸ PLC input

Register

address

Upper byte

Lower byte

Relative

byte

Upper byte

Lower byte

Register

address

F600*

Gateway control signal 0

0

Gateway status signal 0

F700*

F601

Gateway control signal 1

2

Gateway status signal 1

F701

F602

Request command

4

Response command

F702

F603

Data 0

6

Data 0

F703

F604

Data 1

8

Data 1

F704

F605

Data 2

10

Data 2

F705

F606

Data 3

12

Data 3

F706

F607

(Reserved)

14

(Reserved)

F707

F608

(Axis 0) Command position number

16

(Axis 0) Completed position number

F708

F609

(Axis 0) Control signal

18

(Axis 0) Status signal

F709

F60A

(Axis 1) Command position number

20

(Axis 1) Completed position number

F70A

F60B

(Axis 1) Control signal

22

(Axis 1) Status signal

F70B

F60C

(Axis 2) Command position number

24

(Axis 2) Completed position number

F70C

F60D

(Axis 2) Control signal

26

(Axis 2) Status signal

F70D

F60E

(Axis 3) Command position number

28

(Axis 3) Completed position number

F70E

F60F

(Axis 3) Control signal

30

(Axis 3) Status signal

F70F

F610

(Axis 4) Command position number

32

(Axis 4) Completed position number

F710

F611

(Axis 4) Control signal

34

(Axis 4) Status signal

F711

F612

(Axis 5) Command position number

36

(Axis 5) Completed position number

F712

F613

(Axis 5) Control signal

38

(Axis 5) Status signal

F713

F614

(Axis 6) Command position number

40

(Axis 6) Completed position number

F714

F615

(Axis 6) Control signal

42

(Axis 6) Status signal

F715

F616

(Axis 7) Command position number

44

(Axis 7) Completed position number

F716

F617

(Axis 7) Control signal

46

(Axis 7) Status signal

F717

F618

(Axis 8) Command position number

48

(Axis 8) Completed position number

F718

F619

(Axis 8) Control signal

50

(Axis 8) Status signal

F719

F61A

(Axis 9) Command position number

52

(Axis 9) Completed position number

F71A

F61B

(Axis 9) Control signal

54

(Axis 9) Status signal

F71B

F61C

(Axis 10) Command position number

56

(Axis 10) Completed position number

F71C

F61D

(Axis 10) Control signal

58

(Axis 10) Status signal

F71D

F61E

(Axis 11) Command position number

60

(Axis 11) Completed position number

F71E

F61F

(Axis 11) Control signal

62

(Axis 11) Status signal

F71F

F620

(Axis 12) Command position number

64

(Axis 12) Completed position number

F720

F621

(Axis 12) Control signal

66

(Axis 12) Status signal

F721

F622

(Axis 13) Command position number

68

(Axis 13) Completed position number

F722

F623

(Axis 13) Control signal

70

(Axis 13) Status signal

F723

F624

(Axis 14) Command position number

72

(Axis 14) Completed position number

F724

F625

(Axis 14) Control signal

74

(Axis 14) Status signal

F725

F626

(Axis 15) Command position number

76

(Axis 15) Completed position number

F726

F627

(Axis 15) Control signal

78

(Axis 15) Status signal

F727

* With the RS485 SIO type, the initial address is F600H (PLC Ÿ ROBONET) or F700H (ROBONET Ÿ PLC).

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