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Table 18: Output power specifications
Parameter
Maximum main output power
Maximum main output current
Auxiliary output voltage / power
Output voltage set-point
Mean time between failures (See
note 1.)
Note 1: Per telcordia SR-332, 25 C, full load, method 1, case III
Component input power
The following table provides input power specifications for the Virtual Services Platform 9000
components.
Important:
The Virtual Services Platform 9010 reserves the following power requirements:
• 80 watts (W) each for the primary and secondary Control Processor (CP) modules
• 70 W each for the 9095 Switch Fabric (SF) modules located in slots 1 and 4
• 1,900 W for a pair of 9010CM cooling modules that operate at full speed (Virtual Services
Platform 9010 chassis only)
The Virtual Services Platform 9012 reserves the following power requirements:
• 80 watts (W) each for the primary and secondary Control Processor (CP) modules
• 70 W each for the 9090 SF modules located in slots 1 and 4
• 150 W each for the two IO cooling modules, either two 9012FC cooling modules used with
first generation modules or two 9012FCHS cooling modules used with first or second
generation modules (Virtual Services Platform 9012 chassis only)
• 65 W each for the two SF cooling modules (Virtual Services Platform 9012 chassis only)
Table 19: Component input power
Modules
Both VSP 9010 and
VSP 9012
October 2015
Specification at input voltage
90–140 VAC
1,200 W
22 A
5 VDC / 3.75 W
54 VDC
400,000 hours
Component
9080CP Central
Processor Module
9048GT I/O module
9048GB I/O module
Installing the Avaya VSP 9000
Comments on this document? infodev@avaya.com
Specification at input voltage
185–275 VAC
2,000 W
37 A
5 VDC / 3.75 W
54 VDC
400,000 hours
Total input power (watts)
80
350
340
Component input power
Thermal output rating
(BTU/hour)
273
1,194
1,160
Table continues...
99
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