NOTICE!
Risk of damaging the PLC modules!
Overvoltages and short circuits might damage the PLC modules.
– Make sure that all voltage sources (supply voltage and process supply
voltage) are switched off before you begin with operations at the system.
– Never connect any voltages or signals to reserved terminals (marked with
---). Reserved terminals may carry internal voltages.
When replacing a processor module, it is recommended to mark each wire con-
nected to the onboard I/O terminal block before disconnecting it. This should
make sure that the wires can be reconnected in the same order.
The electrical connection is carried out by using removable 12-pin and 13-pin terminal blocks.
Table 10: Assignment of the terminals for PM5012-T-ETH:
Terminal Signal Description
1 COM 0..5 Input common for digital input signals DI0 to DI5
2 I0 Digital input signal DI0 (5 kHz)
3 I1 Digital input signal DI1 (5 kHz)
4 I2 Digital input signal DI2 (5 kHz)
5 I3 Digital input signal DI3 (5 kHz)
6 I4 Digital input signal DI4 (5 kHz)
7 I5 Digital input signal DI5 (5 kHz)
8 O0 Digital output signal DO0 (5 kHz)
9 O1 Digital output signal DO1 (5 kHz)
10 O2 Digital output signal DO2 (5 kHz)
11 O3 Digital output signal DO3 (5 kHz)
12 UP Process supply voltage UP +24 V DC
13 ZP Process supply voltage ZP 0 V DC
Table 11: Assignment of the terminals for PM5012-R-ETH:
Terminal Signal Description
1 COM 0..5 Input common for digital input signals DI0 to DI5
2 I0 Digital input signal DI0 (5 kHz)
3 I1 Digital input signal DI1 (5 kHz)
4 I2 Digital input signal DI2 (5 kHz)
5 I3 Digital input signal DI3 (5 kHz)
6 I4 Digital input signal DI4 (5 kHz)
7 I5 Digital input signal DI5 (5 kHz)
8 NO0 Normally-open relay contact of the output NO0
9 NO1 Normally-open relay contact of the output NO1
10 R0..1 Output common for signals NO0 to NO1
Processor modules > PM50xx
2021/06/29 3ADR010635, 2, en_US 79
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