Power Supply Wiring
CS1D CPU Rack
CS1D Expansion Rack
Note
CS1D CPU Rack
CS1D Expansion Rack
166
Wiring Examples: Expansion Racks
PA207R
PA207R
POWER
POWER
L2/N
L2/N
AC100V-120V/
AC100V-120V/
AC2100-240V/
AC2100-240V/
INPUT
INPUT
L1
L1
100-120
100-120
CLOSE
CLOSE
200-240
200-240
OPEN
OPEN
RUN
RUN
OUTPUT
OUTPUT
AC240V
AC240V
DC24V
DC24V
2A RESISTIVE
2A RESISTIVE
PA207R
PA207R
POWER
POWER
L2/N
L2/N
AC100V-120V/
AC100V-120V/
AC2100-240V/
AC2100-240V/
INPUT
INPUT
L1
L1
100-120
100-120
CLOSE
CLOSE
200-240
200-240
OPEN
OPEN
RUN
RUN
OUTPUT
OUTPUT
AC240V
AC240V
DC24V
DC24V
2A RESISTIVE
2A RESISTIVE
1. Wire the Power Supply Units so that they can be replaced safely and with-
out interrupt the power supply to other Racks or devices in the event that
a Power Supply Unit fails.
2. Branching wiring at a Power Supply Unit terminal block will create a dan-
gerous situation if a Unit must be replaced. Use relay terminals to branch
wiring and provide a circuit protector (CP) for each Power Supply Unit.
PA207R
PA207R
POWER
POWER
L2/N
L2/N
AC100V-120V/
AC100V-120V/
AC2100-240V/
AC2100-240V/
INPUT
INPUT
L1
L1
100-120
100-120
CLOSE
CLOSE
200-240
200-240
OPEN
OPEN
RUN
RUN
OUTPUT
OUTPUT
AC250V
AC250V
DC24V
DC24V
2A RESISTIVE
2A RESISTIVE
PA207R
PA207R
POWER
POWER
L2/N
L2/N
AC100V-120V/
AC100V-120V/
AC2100-240V/
AC2100-240V/
INPUT
INPUT
L1
L1
100-120
100-120
CLOSE
CLOSE
200-240
200-240
OPEN
OPEN
RUN
RUN
OUTPUT
OUTPUT
AC250V
AC250V
DC24V
DC24V
2A RESISTIVE
2A RESISTIVE
CP
AC power supply 1 (A1)
Tr
CP
Tr
AC power supply 2 (A2)
Relay
terminals
CP
AC power supply 1 (A1)
Tr
CP
AC power supply 2 (A2)
Tr
CP
CP
Section 5-3