Assignment

X1With the switch disconnector option, the line terminal X1 is assigned to the internal wiring.

Line terminals

Without option /D11 (switch disconnector)

1

brown

L1

Line connection, phase L1 – IN

2

black

L2

Line connection, phase L2 – IN

3

gray

L3

Line connection, phase L3 – IN

11

brown

L1

Line connection, phase L1 – OUT

12

black

L2

Line connection, phase L2 – OUT

13

gray

L3

Line connection, phase L3 – OUT

X1a
line terminals

With option

/D11 (switch disconnector)

1

gray

L1

Line connection, phase L1 – IN

2

gray

L2

Line connection, phase L2 – IN

3

gray

L3

Line connection, phase L3 – IN

11

gray

L1

Line connection, phase L1 – OUT

12

gray

L2

Line connection, phase L2 – OUT

13

gray

L3

Line connection, phase L3 – OUT

–

–

PE

Protective earth connection

X3
braking resistor terminals

1

–

BW

Braking resistor connection

2

–

BW

Braking resistor connection

X9
control terminals

1

yellow

F_STO_P1

Input STO+

2

yellow

F_STO_P1

Input STO+
(to loop through)

3

–

0V24_OUT

0 V 24 reference potential
for DC 24 V output

4

–

24V_OUT

DC 24 V output

5

–

DI01

Digital input DI01

6

–

DI02

Digital input DI02

11

yellow

F_STO_M

Input STO_ground

12

yellow

F_STO_M

Input STO_ground
(to loop through)

13

–

24V_IN

DC 24 V supply

14

–

DOR-C

Relay output DO R, common contact

15

–

DI03

Digital input DI03

16

–

DI04

Digital input DI04

21

yellow

F_STO_P2

Input STO+

22

yellow

F_STO_P2

Input STO+

(to loop through)

23

–

0V24_IN

0 V 24 reference potential
for DC 24 V supply

24

–

DOR-NO

Relay output DO R, NO contact

25

–

0V24_OUT

0 V 24 reference potential
for DC 24 V output

26

–

24V_OUT

DC 24 V output

X31
engineering interface

1

–

0V24_OUT

0 V 24 reference potential
for DC 24 V auxiliary output

2

–

CAN_L

CAN Low connection

3

–

CAN_H

CAN High connection

4

–

24V_OUT

DC 24 V auxiliary output