Avaya 8308XL, Планирование и инженерия

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Table 2: Available system power for Ethernet Routing Switch 8306 and 8310 chassis
Power
Supply
Power
supply
rating
Number
of power
supplies
Redundancy Module PoE Fans Tot
al
8301AC 100-120VA
C 1 No 600 W 450 W 90 W 114
0 W
2 Yes 1+1 600 W 450 W 90 W 114
0 W
1140 W 3 Yes 2+1 1290 W 900 W 90 W 228
0 W
200-240VA
C 1 No 780 W 900 W 90 W 177
0 W
2 Yes 1+1 780 W 900 W 90 W 177
0 W
1770 W 3 Yes 2+1 1650 W 1800
W 90 W 354
0 W
8302AC 100-120VA
C 1 No 535 W 225 W 90 W 850
W
2 Yes 1+1 535 W 225 W 90 W 850
W
850 W 3 Yes 2+1 1160 W 450 W 90W 170
0 W
200-240VA
C 1 No 860 W 450 W 90 W 140
0 W
2 Yes 1+1 860 W 450 W 90 W 140
0 W
1400 W 3 Yes 2+1 1810 W 900 W 90 W 280
0 W
If you install a redundant power supply, power available for PoE is always determined on a N
+1 redundancy. If you have one or two power supplies in the chassis, you allocate PoE power
equivalent to one power supply. If you have three power supplies in the chassis, you allocate
PoE power equivalent to two power supplies.
The following table lists the input power specifications for each of the modules.
Table 3: Ethernet Routing Switch 8300 modules power specification
Module Power
Module Input Power Heat Dissipation Output PoE
8394SF/CPU 120 W 341 Btu/hr 0 W
Determining the number of AC power supplies
Planning and Engineering — Power Considerations May 2011 25