HP P10000, Manual

Page: 35 / 61

Table 15 HP P10000 3PAR Storage System Power Requirements (continued)
630 705 Watts
2,150 2,406 BTUs/hour (fully populated)
200 200 Drive Chassis (no magazines)
Drive Magazine
3
4 x 100 GB SSD Drive Magazine
5.5 9.8 Watts
19 33 BTUs/hour
4 x 200 GB SSD Drive Magazine
7 10.3 Watts
24 35 BTUs/hour
4 x 300 GB FC Drive Magazine
57 75 Watts
195 256 BTUs/hour
4 x 600 GB FC Drive Magazine
65 76 Watts
222 258 BTUs/hour
4 x 2 TB NL Drive Magazine
38 62 Watts
131 211 BTUs/hour
Service Processor
317 Supermicro II Watts
1,082 BTUs/hr. Supermicro II BTUs/hour (fully populated)
NOTE: All calculations in Table 15 (page 34) are based on fully populated components; for
example, a fully populated drive chassis contains 40 disks. Specifications are not provided for
partially populated drive chassis because different drives and magazine types have varying current
requirements and can be installed in a variety of different combinations. Therefore, only the
maximum, fully loaded configuration is cited.
NOTE: The total system peak inrush current on system startup can vary depending on the system
configuration but is mitigated through a staggered (sequenced) drive spin-up and by distributing
the load equally unless there is a failure on a given line.
Power Quality
The quality of the input power is critical to the performance and reliability of HP 3PAR Storage
Systems. Variations in the input power can cause a power failure or malfunction. Many of the
causes of transient signals and noise on commercial power lines are difficult to locate or are beyond
the customer’s control. To reduce the impact of the irregularities, some form of power conditioning
may be needed. Consult your electrician for assistance.
Power Quality 35