Table 35. PowerMax 2000: Power consumption for 2 PowerBricks
Component
Number of C13 outlets required
Maximum total power
consumption > 35°C (VA)
Zone A
Zone B
Zone A + Zone B
PowerBrick 2
DAE 4
1
1
649
DAE 3
1
1
681
Engine 2 + SPS
1
1
1737
PowerBrick 1
DAE 2
1
1
649
DAE 1
1
1
681
Engine 1 + SPS
1
1
1769
TOTALS
6
6
6166
PowerMax 2000 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.
J
Figure 22. PowerMax 2000: Minimum requirements for third-party racks with rear-facing PDUs
Key
Description
Minimum distance (in / cm)
A
Minimum depth of the rack. Total value of
B+C+D
in the diagram.
B
Distance between front surface of the rack post and the NEMA rail.
C
Distance between the NEMA rails.
24 / 61
D
Distance between the rear NEMA rails to the exterior, rear surface of the rack.
14 / 35.6
E
NEMA rail spacing.
19 / 48.3
F
Minimum width of the rack. Total value of
E+K+K
in the diagram.
G
Distance between the rear-facing surface of the PDU and the surface of the rack
post. This space must be large enough to house power cables and route customer
host cables.
6 / 15.3
H
PDU width.
52
Third Party Racking Option for PowerMax 2000
