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Yaskawa Sigma I to Sigma-5 Conversion Guide User Manual

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Comparison between

SGDB□□□D type

and SGDV type

Terminal No.
SGDB typeSGDV typeTerminal Marking Function

50pin

50pin

1

1 SG

Signal Ground

2

2 SG

Signal Ground

3

3 PL1

Battery for open collector reference

4

4 SEN

SEN signal input

5

5 V-REF

Speed reference input

6

6 SG

Signal Ground

7

7 PULS

Reference pulse input

8

8 /PULS

Reference pulse input

9

9 T-REF

Tordque reference input

10

10 SG

Signal Ground

11

11 SIGN

Reference code input

12

12 /SIGN

Reference code input

13

13 PL2

Battery for open collector reference

14

14 /CLR

Clear input

15

15 CLR

Clear input

16

- TRQ-M

Torque monitor

17

- VTG-M

Speed monitor

18

18 PL3

Battery for open collector reference

19

19 PCO

PG frequency dividing output C-phase

20

20 /PCO

PG frequency dividing output C-phase

21

21 BAT /BAT(+)

Battery (+)

22

22 BAT0 / BAT(-)

Battery (-)

23

- +12V

Battery for analog refernce

24

- -12V

Battery for analog refernce

25

25 /V-CMP//COIN Speed match detection output

26

26 /V-CMP//COIN Speed match detection output

27

27 /TGON+

Rotating detection output

28

28 /TGON-

Rotating detection output

29

29 /S-RDY+

Servo-ready output

30

30 /S-RDY-

Servo-ready output

31

31 ALM+

Servo alarm output

32

32 ALM-

Servo alarm output

33

33 PAO

PG frequency dividing output A-phase

34

34 /PAO

PG frequency dividing output A-phase

35

35 PBO

PG frequency dividing output B-phase

36

36 /PBO

PG frequency dividing output B-phase

37

37 ALO1

Alarm code output

38

38 ALO2

Alarm code output

39

39 ALO3

Alarm code output

40

40 /S-ON

Servo ON inuput (*2)

41

41 /P-CON

P operation input (*2)

42

42 P-OT

Forward drive prohibit input (*2)

43

43 N-OT

Reverse drive prohibit input (*2)

44

44 /ALMRST

Alarm reset input

45

45 /P-CL

Forward side external torque limit input

46

46 /N-CL

Reverse side external torque limit input

47

47 +24 VIN

External power supply input

48

- PSO

S-phase signal output

49

- /PSO

S-phase signal output

50

- FG

Frame Ground

(*2): The sequence I/O is factory setting
The allocation change is possible by using the user parameter in ∑-V, but not in ∑ series

(*3):Change the setting of one of three factory setting output signals by user parameter if
needed