Bosch Rexroth IndraControl VEP 30.4, Руководство пользователя

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Fig.7-8: Pin assignment, DC 24 V connection XS1 (5-pin)
PIN Function Description
1 0 V 0 V voltage supply
2 24 V 24 V voltage supply
3 24 V UPS 24 V UPS to connect an external UPS
4 RDY1 Ready contact 1
5 RDY2 Ready contact 2
Fig.7-9: Voltage supply connector XS1
VEP ATOM devices The VEP ATOM devices feature a 3-pin connection terminal
Fig.7-10: Pin assignment, DC 24 V connection XS1 (3-pin)
PIN Function Description
1 0 V 0 V voltage supply
2 24 V 24 V voltage supply
3 not assigned –
Fig.7-11: Voltage supply connector XS1
Destruction of screw terminals, insufficient
contact and loss of UL certification if no copper
wire is used or due to wrong tightening torque.
NOTICE
For terminal connectors use copper wire only. Tighten the screw terminals with
a mounting torque of 5.5 lb in (0.6 Nm).
Damage of the Embedded Terminal caused by
polartiy reversal and too high input voltages
NOTICE
The IndraControl VEP **.4 devices are designed reverse voltage protected.
Polarity reversal of the 24 V voltage supply at the XS1 connector does not
damage the device. Overvoltage more than 36 V and more than 500 ms dam‐
ages components in the power supply area of the device.
7.2.4 Compact Flash Connector Socket CF1 and CF2
The IndraControl VEP **.4 devices feature two Compact Flash connector sock‐
ets ("CF1" and "CF2"). They are connected as Master and Slave to the IDE
interface of the COME motherboard. Both Compact-Flash connector sockets
can be reached from the connector side. The sockets are designed for Com‐
Bosch Rexroth AG DOK-SUPPL*-VEP*XX.4***-PR03-EN-P
Rexroth IndraControl VEP **.4 Embedded Terminal
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Pin Assignments