Assignment

The following table shows the terminal assignment of MOVIMOT^® performance DFC:

Terminal	No.	Marking	Function
X1 line terminals	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
	–	–	PE	Protective earth connection
X3 braking resistor terminals	1	–	BW	Braking resistor connection
X3 braking resistor terminals	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	0V24 reference potential for DC 24 V auxiliary output
	4	–	24V_OUT	DC 24 V auxiliary output
	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	–	24V_IN	DC 24 V supply (to loop through)
	21	yellow	F_STO_P2	Input STO+
	22	yellow	F_STO_P2	Input STO+ (to loop through)
	23	–	0V24_IN	0V24 reference potential for DC 24 V supply
	24	–	0V24_IN	0V24 reference potential for DC 24 V supply (to loop through)
X42 fieldbus interface port 1 Not in connection with electronics cover DFC	Observe the information in chapter X42: Fieldbus connection port 1.
X43 fieldbus interface port 2 Not in connection with electronics cover DFC	Observe the information in chapter X43: Fieldbus connection port 2.
X31 engineering interface	1	–	0V24_OUT	0V24 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

The following figure shows the factory-installed jumpers at the X9 terminals:

These jumpers are not present in the following designs:

Additional information is available in the product manual > chapter Project planning for functional safety and chapter Connection variants functional safety.