Table 36. PowerMax 8000: Power consumption for System Bay 1 (continued)
Component Number of C13 outlets required Maximum total power
consumption > 35°C (VA)
Zone A Zone B Zone A + Zone B
Engine 2 + SPS 1 1 1860
DAE 3 1 1 681
TOTALS FOR PowerBrick 2 2 2 2841
PowerBrick 1 Service tray 0 1 100
Ethernet switches 1 1 30
Engine 1 + SPS 1 1 1893
DAE 2 1 1 584
DAE 1 1 1 681
TOTALS FOR PowerBrick 1 4 5 3288
TOTALS FOR SYSTEM BAY 1 11 12 11795
Table 37. PowerMax 8000: Power consumption for System Bay 2
Component Number of C13 outlets required Maximum total power
consumption > 35°C (VA)
Zone A Zone B Zone A + Zone B
PowerBrick 8 DAE 6 1 1 681
Engine 8 + SPS 1 1 1860
TOTALS FOR PowerBrick 8 2 2 2541
PowerBrick 7 DAE 5 1 1 584
DAE 4 1 1 681
Engine 7 + SPS 1 1 1860
TOTALS FOR PowerBrick 7 3 3 3125
PowerBrick 6 Engine 6 + SPS 1 1 1860
DAE 3 1 1 681
TOTALS FOR PowerBrick 6 2 2 2541
PowerBrick 5 Engine 5 + SPS 1 1 1860
DAE 2 1 1 584
DAE 1 1 1 681
TOTALS FOR PowerBrick 5 3 3 3125
TOTALS FOR SYSTEM BAY 2 10 10 11332
PowerMax 8000 rear-facing PDU requirements
If using a rear-facing PDU within a third-party rack, refer to the diagram below to ensure that the minimum width (F) and depth (A) of the
rack and PDU combination are sufficient for the array.
Third Party Racking Option for PowerMax 8000
57
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