DOCA0256EN-01

Digital Output Settings

The table lists the digital output settings for the PROFIBUS DP communication.

Slot Index

Byte offset

Size (in bytes)

RW

X

Unit

Type

Range

Default value

Svd

Parameter name

1 28

0

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 1 active type

1 28

2

2

RW

1

UINT16

0–65535
(step 1)

504

Y

Digital output 1 input source

1 28

4

2

RW

1

UINT16

0–12
(step 1)

7

Y

Digital output 1 tag

1 28

6

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 1 output type

1 28

8

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 1 pulse time

1 28

10

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 2 active type

1 28

12

2

RW

1

UINT16

0–65535
(step 1)

233

Y

Digital output 2 input source

1 28

14

2

RW

1

UINT16

0–12
(step 1)

3

Y

Digital output 2 tag

1 28

16

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 2 output type

1 28

18

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 2 pulse time

1 28

20

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 3 active type

1 28

22

2

RW

1

UINT16

0–65535
(step 1)

234

Y

Digital output 3 input source

1 28

24

2

RW

1

UINT16

0–12
(step 1)

2

Y

Digital output 3 tag

1 28

26

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 3 output type

1 28

28

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 3 pulse time

1 28

30

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 4 active type

1 28

32

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 4 input source

1 28

34

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 4 tag

1 28

36

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 4 output type

1 28

38

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 4 pulse time

1 28

40

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 5 active type

1 28

42

2

RW

1

UINT16

0–60000
(step 10)

0

Y

Digital output 5 input source

1 28

44

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 5 tag

1 28

46

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 5 output type

1 28

48

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 5 pulse time

1 28

50

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 6 active type

1 28

52

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 6 input source

1 28

54

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 6 tag

1 28

56

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 6 output type

1 28

58

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 6 pulse time

1 28

60

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 7 active type

1 28

62

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 7 input source

1 28

64

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 7 tag

1 28

66

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 7 output type

1 28

68

2

RW

1

ms

UINT16

0–60000
(step 1)

0

Y

Digital output 7 pulse time

1 28

24

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 8 active type

1 28

26

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 8 input source

1 28

28

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 8 tag

1 28

30

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 8 output type

1 28

32

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 8 pulse time

1 28

34

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 9 active type

1 28

36

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 9 input source

1 28

38

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 9 tag

1 28

40

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 9 output type

1 28

42

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 9 pulse time

1 28

44

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 10 active type

1 28

46

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 10 input source

1 28

48

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 10 tag

1 28

50

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 10 output type

1 28

52

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 10 pulse time

1 28

54

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 11 active type

1 28

56

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 11 input source

1 28

58

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 11 tag

1 28

60

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 11 output type

1 28

62

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 11 pulse time

1 28

64

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 12 active type

1 28

66

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 12 input source

1 28

68

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 12 tag

1 28

70

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 12 output type

1 28

72

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 12 pulse time

1 28

74

2

RW

1

UINT16

  • 0: Active high

  • 1: Active low

0

Y

Digital output 13 active type

1 28

76

2

RW

1

UINT16

0–65535
(step 1)

0

Y

Digital output 13 input source

1 28

78

2

RW

1

UINT16

0–12
(step 1)

0

Y

Digital output 13 tag

1 28

80

2

RW

1

UINT16

  • 0: Level

  • 1: Pulse

0

Y

Digital output 13 output type

1 28

82

2

RW

1

ms

UINT16

0–60000
(step 10)

0

Y

Digital output 13 pulse time

1 28

84

8

Reserved

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