Ac Power Redundancy; Figure 3-1 Ac System Power Redundancy For The Cisco Asr 9010 Router-Version; Figure 3-2 Ac System Power Redundancy For The Cisco Asr 9010 Router-Version; Figure 3-3 Ac System Power Redundancy For The Cisco Asr 9006 Router-Version - Cisco ASR 9001-S Overview And Reference Manual

Power Supply Redundancy

AC Power Redundancy

The AC power modules are a modular design allowing replacement without any outage.
shows the minimum and maximum module configurations for version 1 power modules.
that version 2 is similar, with a minimum of one module per tray.
At least one fully loaded AC tray is required to power a fully loaded system. Each module outputs
3000 W.
For Cisco ASR 9010 Routers, the slot location of a module in the power trays is irrelevant as long as the
two power trays have an equal number of modules installed (in case one tray should fail) (see
Figure
For Cisco ASR 9006 Routers and Cisco ASR 9904 Routers the slot location of a module in the tray is
irrelevant as long as there are N+1 number of modules (see
Figure 3-1
Figure 3-2 AC System Power Redundancy for the Cisco ASR 9010 Router—Version 2
3000W AC
3000W AC
3,000W AC system 1+1 min power
Figure 3-3 AC System Power Redundancy for the Cisco ASR 9006 Router—Version 2
3000W AC 3000W AC
3,000W AC system 1+1 min power
Cisco ASR 9000 Series Aggregation Services Router Overview and Reference Guide
3-4
3-1).
AC System Power Redundancy for the Cisco ASR 9010 Router—Version 1
3000W AC
3000W AC
3,000W AC system
1+1 min power redundancy
redundancy
redundancy
Chapter 3 High Availability and Redundant Operation
Figure 3-3 and
3000W AC 3000W AC
3000W AC 3000W AC
9,000W AC system
3+3 max power redundancy
3000W AC 3000W AC 3000W AC
3000W AC 3000W AC 3000W AC
12,000W AC system
4+4 max power redundancy
3000W AC 3000W AC
9,000W AC system
3+1 max power redundancy
Figure 3-1
Figure 3-2 shows
Figure 3-4).
3000W AC
3000W AC
3000W AC
3000W AC
3000W AC 3000W AC
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