Fujitsu PRIMEQUEST 2400E3 - Power Consumption Monitoring; TABLE 4.2 PSU Mounting Location (PRIMEQUEST 2400 E3;2400 E2;2400 E) (*1); TABLE 4.3 PSU Mounting Location (PRIMEQUEST 2800 E3;2800 B3;2800 E2;2800 B2;2800 E;2800 B)

CHAPTER 4 Functions provided by the PRIMEQUEST 2000 series
4.5 Power Supply Monitoring and Control
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CA92344-0534-07
Input
voltage
Power
feeding
method
Redundancy
PRIMEQUEST
2400E3/
2400E2/
2400E (*2)
PRIMEQUEST
2800E3/2800E3/
2800E2/2800B2/
2800E/2800B
PCI_Box
(*1)
PSU FANU PSU FANU
power feed
Redundant
3 + 1
2
-
-
2
Dual
power feed
Redundant
-
-
-
-
2
200 V
Single
power feed
Non redundant
2 4 3 3 1
Redundant
2 + 1
3
3 + 1
2
2
Dual
power feed
Redundant
2 x 2
2
3 x 2
0
2
(*1) Except for PRIMEQUEST 2800B3/2800B2/2800B.
(*2) In PRIMEQUEST 2400E3/2400E2, if you install Memory Scale-up Board, you must install PSU
according to PSU configuration of PRIMEQUEST 2800E3/2800B3/2800E2/2800B2.
The PSU mounting location for each power feeding pattern of each model is fixed. The mounting location for
each model is listed in the table below. .
TABLE 4.2 PSU mounting location (PRIMEQUEST 2400E3/2400E2/2400E) (*1)
Input voltage
Power feeding
method
PSU
Configuration
Required number Mounting location
PSU
FANU
PSU
FANU
100 V
Single
power feed
3 + 0
3
3
#0, #3, #1
#2, #4, #5
3 + 1
4
2
#0, #3, #1, #4
#2, #5
200 V
Single
power feed
2 + 0 2 4 #0, #3 #1, #2, #4, #5
2 + 1 3 3 #0, #3, #1 #2, #4, #5
Dual
power feed
2 x 2
4
2
#0, #1, #3, #4
#2, #5
(*1) In PRIMEQUEST 2400E3/2400E2, if you install Memory Scale-up Board, you must install PSU
according to TABLE 4.3 PSU mounting location (PRIMEQUEST
2800E3/2800B3/2800E2/2800B2/2800E/2800B).
TABLE 4.3 PSU mounting location (PRIMEQUEST 2800E3/2800B3/2800E2/2800B2/2800E/2800B)
Input voltage
Power feeding
method
PSU
Configuration
Required number Mounting location
PSU FANU PSU FANU
200 V
Single
power feed
3 + 0
3
3
#0, #3, #1
#2, #4, #5
3 + 1 4 2 #0, #3, #1, #4 #2, #5
Dual
power feed
3 x 2
6
-
#0, #1, #2, #3,
#4, #5
-
4.5.2 Power Consumption Monitoring
Power Consumption Monitoring is a function to display the power consumption of the PRIMEQUEST 2000
series and the PCI_Box.
The instantaneous value of the power consumption is displayed in the MMB Web-UI. The power
consumption is also displayed as a graph by linkage with Systemwalker Centric Manager, which is operation
management software. Therefore, it is effective in power optimization in the data center. The power
consumption information is provided to the operations management software in the MIB information
(Management Information Base) and the amount of power consumed can be visualized (converted to graph).
As a result, an installation program for maximizing the energy efficiency based on the actual power
consumed can be planned. By flattening power consumption throughout a center, you can anticipate
possible reductions in power consumption by eliminating local high-temperature points and realizing more
efficient cooling of an entire center.