H3C Technologies H3C S10500 Series Switches - Manual (Page 76)

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Table 18 lists the max power consumption for each model of the S10500 in full and max configuration.
• Max system power consumption (full and max configuration)—Max system power consumption
when the switch is fully configured with cards that have the highest power consumptions.
• Max card and fan tray power consumption (full and max configuration)—Max card and fan tray
power consumption when the switch is fully configured with cards and fan trays that have the
highest power consumptions.
Table 18 Max system/Max card and fan tray power consumption in full and max configuration
Model
Max system power consumption (full
and max configuration)
Max card and fan tray power
consumption (full and max configuration)
S10504-AC 1900 W 1680 W
S10504-DC 1890 W 1680 W
S10506-AC 2300 W 2039 W
S10506-DC 2290 W 2039 W
S10508-AC 3290 W 2914 W
S10508-DC 3270 W 2914 W
S10508-V-AC 3400 W 3009 W
S10508-V-DC 3380 W 3009 W
S10510-AC 3800 W 3367 W
S10510-DC 3780 W 3367 W
S10512-AC 5080 W 4504 W
S10512-DC 5060 W 4504 W
PoE power consumption
The power over Ethernet (PoE) power consumption refers to the power that all powered devices (PDs)
receive from the switch.
The PoE power consumption is decided by the following items:
• Number of the PoE cards installed on the switch.
The S10506 can hold a maximum of four LSUM2GV48SE0 PoE cards. The S10510 can hold a
maximum of six LSUM2GV48SE0 PoE cards.
• Number of the power interfaces (PIs) that each PoE card provides.
The LSUM2GV48SE0 provides 48 PIs. The power for each port is 0 to 30 W.
• Maximum power of each PoE card.
The maximum power of the LSUM2GV48SE0 is 800 W.
For example, for an S10506 switch that is installed with three LSUM2GV48SE0 PoE cards, the maximum
PoE power consumption is 2400 W (800 W × 3).
NOTE:
For information about PoE power supply, see " Installing FRUs ."