Allied Telesis AT-PWR9000 - Manual (Page 6)

6 AT-RPS9000 & AT-PWR9000
C613-04040-01 REV C
7. Connect the DC cable(s)
On the AT-RPS9000’s rear panel, attach one end of the provided DC cable
to an output connector. Use a connector that is directly behind a bay that
has an installed AT-PWR9000 power unit.
Figure 2 on page 6 shows the DC
output connectors.
Attach the other end of the DC cable to the RPS input connector on an
AT-9812T or AT-9816GB switch. The RPS input connector is on the switch’s
rear panel.
Figure 2: AT-RPS9000 rear panel
8. Apply power to the AT-PWR9000.
There are two AC inputs on the chassis’s rear panel (see Figure 2 on
page 6 ). Input A feeds the two bays that supply RPS outputs A1 and A2,
while input B feeds the bays that supply outputs B1 and B2.
Use the provided AC power cord(s) to connect the appropriate bays (bays
that have installed AT-PWR9000 units) to a mains power supply.
9. Activate the RPS output(s).
There are four standby switches on the chassis’s rear panel, one for each
RPS output (see
Figure 2 on page 6 ). Press the standby switch that is closest
to the RPS output you want to activate.
10. Check the RPS and switch LEDs.
RPS and AT-9812T or AT-9816GB switch LEDs indicate the system’s
operational status. See
“LEDs” on page 7 for more information. If the RPS
does not function as expected, see “Troubleshooting” on page 8 .
AC INPUT A AC INPUT
100-240V
HZ
50/60
AMPS
5.0-2.5 AC INPUT B AC INPUT
100-240V
HZ
50/60
AMPS
5.0-2.5
RPS OUPUT A1 RPS OUPUT A2 RPS OUPUT B1 RPS OUPUT B2 OUTPUT VDC A Max 16
16
0.5
+3.3
+5
+12 OUTPUT VDC A Max 16
16
0.5
+3.3
+5
+12 OUTPUT VDC A Max 16
16
0.5
+3.3
+5
+12 OUTPUT VDC A Max 16
16
0.5
+3.3
+5
+12
AT-RPS9000
AC Input A
(For RPS output A1 & A2)
AC Input B
(For RPS output B1 & B2)
RPS Output A1 RPS Output A2 RPS Output B2 RPS Output B1
Power Switches