Siemens SIMATIC MICRO-DRIVE PDC600 - Page 27

Table 3-2 Pin assignment: Interface X4060 for supply voltage of inputs/outputs
Pin Designation Function Pin Designation Function
1 2M Reference potential
of supply of inputs/
outputs
2 2M Reference potential
of supply of inputs/
outputs
3 2L+ Supply of inputs/
outputs
4 2L+ Supply of inputs/
outputs
• Pin assignment: Interface X5060 for supply voltage of logic supply of PDC
Table 3-3 Pin assignment: Interface X5060 for supply voltage of logic supply of PDC
Pin Designation Function Pin Designation Function
1 1M Reference potential
of logic supply of PDC
2 1M Reference potential
of logic supply of PDC
3 1L+ Logic supply of PDC 4 1L+ Logic supply of PDC
The logic supply voltages 1L+, 2L+ with associated ground potentials 1M, 2M are electrically isolated from
one another.
Connection of supply voltage for the power unit (24VDC to 48VDC)
The 󹪝gure below shows the connection of the 24 V DC to 48 V DC supply voltage for the power
unit to the interface X5050:
/
0
;
Figure3-3 Connection of power unit supply
• Pin assignment: Interface X5050 for power supply of power unit
Table 3-4 Pin assignment: Interface X5050 for supply of power unit
Designation Function
4L+ Power supply of power unit
4M Reference potential of power supply of power unit
Connecting of solid conductors and stranded conductors (stranded wire) with end sleeve
To connect a wire, proceed as follows:
1. Strip 8 to 11mm of insulation from the wires.
2. Crimp the stranded conductors with end sleeves.
3. Insert the wire into the spring-loaded terminal as far as it will go.
Connecting
3.3Connecting the supply voltages
PDC600(F)
Equipment Manual, 12/2023, A5E50502703-AB 25