HP ProLiant DL170e G6 Server - Manual (Page 46)

Power capping 46
1 4 2 (empty)
1 4 3 115 n/a 186 (DC watts)
1 4 4 (empty)
1 4 5 (empty)
1 4 6 (empty)
1 4 7 (empty)
1 4 8 (empty)
1 4 Fans 14 (DC watts)
1 4 223 (Chassis total - DC watts)
1 4 268 (Chassis total - AC watts)
1 4 852 (Chassis cap - AC
watts)
1 5 (no SL enclosure present)
1 6 (no SL enclosure present)
1 7 (no SL enclosure present)
1 8 (no SL enclosure present)
1 9 (no SL enclosure present)
1 10 (no SL enclosure present)
2 1 (no SL enclosure present)
2 2 (no SL enclosure present)
2 3 (no SL enclosure present)
2 4 (no SL enclosure present)
2 5 (no SL enclosure present)
2 6 (no SL enclosure present)
2 7 (no SL enclosure present)
2 8 (no SL enclosure present)
2 9 (no SL enclosure present)
2 10 (no SL enclosure present)
3 (no Dist. Module present)
4 (no Dist. Module present)
5 (no Dist. Module present)
6 (no Dist. Module present)
7 (no Dist. Module present)
8 (no Dist. Module present)
Total servers = 10
Total chassis = 2
Total fan wattage = 35 (DC watts)
Total system wattage = 2265 (DC watts)
Total system wattage = 2425 (AC watts)
PDM Port Load
---- ---- ----
1 1 87 (AC watts)
1 2 150 (AC watts)
1 3 0 (AC watts)
1 4 464 (AC watts)
1 5 11 (AC watts)
2 (no PDM Extension present)
----
712
In the following example, the cap is set to 1500 AC watts. This information is saved as part of the baseline
data to the onboard SL-APM EEPROM.
When multiple chassis are present and a valid rack level cap is given, SL-APM will:
1. Compute the total cap as a percentage against the sum of the eligible chassis’ max power values.
2. For each chassis, multiply the percentage computed in step 1 against each chassis individual max
power value.