Use the Elements window to view information about your system's installed power supplies. Use the Alert Management tab to configure Alert Actions for Power Supply and Power Redundancy Alert Management.
System Tree Selection | Tab | Subtab | User Privileges | |
View | Manage | |||
Main System Chassis | ||||
Power Supplies | Properties | Elements | U, P, A | NA |
U=User; P=Power User; A=Administrator; NA=Not Applicable. For more details on user privilege levels, see "Privilege Levels in the Server Administrator GUI."
The power supply is an electrical system that converts AC current from the wall outlet into the DC currents required by the system components.
Systems can be designed with redundant power supplies to prevent system shutdown due to power supply failure. When extra power supplies are present in a system, being able to see that one or two power supplies have failed enables administrators to replace power supplies and restore redundancy before the last power supply failure causes the entire system to fail.
Redundancy Status | Status can be Full,
Degraded, or Lost. If the number of power supplies in a system that is
required for full redundancy is three:
Redundancy status is Full when three power supplies are working. Redundancy status is Degraded when two power supplies are working. Redundancy status is Lost when one power supply is working. Full redundancy is defined by system specification. Degraded redundancy means that one or more of the extra power supplies is not working in the normal range. Lost redundancy means that there are no backup power supplies available to take over for the minimum number required, but at least one power supply is working. Critical or failure status would describe a system that had no working power supply, and redundancy is designed to make this sort of system failure unlikely. |
Number of devices required for full redundancy | Your system has a number of power supplies defined for full redundancy. If the number of power supplies required for Full redundancy is three, redundancy is degraded when two power supplies are working, and lost when only one power supply is working. |
Status | Power
supply status is indicated by the status icon for components. A green
check mark ( ![]() ![]() ![]() |
Location | Place in the system where the power supply is installed. |
Type | Whether the power that is supplied to the system is AC or DC. |
Max Wattage | Maximum wattage that the power supply can deliver. |
Online Status | Whether
the power supply is currently delivering power to the system (online) or
whether the power supply is not supplying power (offline).
Example online status values for a power supply in normal condition are: AC Power on, AC Power Switch on, PS OK, PS On, PS Fan OK Example online status values for a power supply in critical condition are: AC Power off, AC Power Switch on, PS Failure, PS Off, PS Fan Failure |
Use this window to configure the alerts that you want to take effect in case of a power supply warning, critical/failure, or loss of redundancy event.
System Tree Selection | Tab | Subtab | User Privileges | |
View | Manage | |||
Main System Chassis | ||||
Power Supplies | Alert Management | Alert Actions | U, P, A | P, A |
U=User; P=Power User; A=Administrator; NA=Not Applicable. For more details on user privilege levels, see "Privilege Levels in the Server Administrator GUI."
Event | Description |
Power Supply Critical | Power supply is operating outside of wattage limits. Take power supply offline. |
Power System Redundancy Degraded | The number of operational supplies has fallen below the number required for Full redundancy. |
Power System Redundancy Lost | The number of operational power supplies has fallen below the number required for partial redundancy (redundancy Degraded). Only the minimum number of power supplies required by the system is operational. In the event that the nonredundant power supplies fail, there will be no power delivered to the system. |
To configure alert actions for power supplies, see "Power Supply Alert Management."