View PA-7000 Series Firewall Power Statistics
Table of Contents
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- PA-7000 Series Power Configuration Options
- Determine PA-7000 Series Firewall Power Configuration Requirements
- Connect AC Power to a PA-7050 Firewall
- Connect DC Power to a PA-7050 Firewall
- Connect AC Power to a PA-7080 Firewall
- Connect DC Power to a PA-7080 Firewall
- View PA-7000 Series Firewall Power Statistics
- Connect Cables to a PA-7000 Series Firewall
- Install the PA-7080 Firewall EMI Filter
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- Replace a PA-7000 Series Firewall Air Filter
- Replace a PA-7000 Series SMC Boot Drive
- Replace a PA-7000 Series Firewall LPC Drive
- Re-Index the LPC Drives
- Replace a PA-7050-SMC-B or PA-7080-SMC-B Drive
- Increase the PA-7000 Series Firewall LPC Log Storage Capacity
View PA-7000 Series Firewall Power Statistics
Use the following information to learn how
to view active power statistics on a PA-7000 Series firewall to
help you ensure power redundancy and to plan for growth. You can
view the amount of power that each power supply is producing as
well as the power rating for each hardware component.
This
information will also help you Determine
PA-7000 Series Firewall Power Configuration Requirements.
The
power numbers provided by the show chassis power command
represent power calculated by the chassis power management software
and does not represent the exact measured power. The difference
allows margin for thermal conditions and component aging factors.
For example, although an NPC shows that it is using 350 watts, under normal
conditions it may use only 290 watts. This CLI output helps you
know how much power is required to prevent the chassis from overloading
under extreme conditions.
- Using a terminal emulator, such as PuTTY, launch an SSH session to the firewall.Run the following command:
admin@PA-7080> show chassis power
View the output for information on the status of each component and the current power rating.For example, the following table shows the CLI output (in table format) from a PA-7080 with four power supplies and six NPCs installed. The output shows each front slot (1 to 12), the installed power supplies and fan trays, the status of each component, the rated power consumption for each component, and the amount of power produced by each power supply. The power supplies are labeled PSA1 to PSA4 and PSB1 to PSB4.Example Chassis Power Output from a PA-7080 FirewallSlotComponentCard StatusPower (w)1PA-7000-20GXM-NPCUp3502PA-7000-20GXM-NPCUp3503PA-7000-20GQXM-NPCUp3504PA-7000-20GQXM-NPCUp3505PA-7000-20GQXM-NPCUp3506PA-7080-SMCUp3007PA-7000-LPCUp3008empty9PA-7000-20GXM-NPCUp35010empty11empty12emptyFANTRAY 1PA-7080-FANTRAYPresent520FANTRAY 2PA-7080-FANTRAYPresent520PSA1CP2500AC54TEOK2500 (+)PSA2CP2500AC54TEOK2500 (+)PSA3emptyPSA4emptyPSB1CP2500AC54TEOK2500 (+)PSB2CP2500AC54TEOK2500 (+)PSB3emptyPSB4emptyProvided:Used:Remaining1000037406260As indicated in the last row of the table, the four 2500 watt power supplies provide 10000 watts and the installed hardware components (SMC, LPC or LFC, and NPCs) use 3740 watts. If you subtract 3740 from 10000, there is 6260 watts of power remaining.