- Notes, cautions, and warnings
- Revision history
- Introduction to Power Manager
- New features
- Compatibility matrix
- License requirements
- Scalability and performance
- Getting started with Power Manager
- Back up and restore Power Manager
- Create a device discovery job
- Monitor and manage Power Manager devices
- Rack management
- Manage data center during power reduction
- Quick access to Power Manager data
- View power and thermal history of Power Manager groups
- Add groups to the OpenManage Enterprise dashboard
- View top five energy consumers
- View ratio of devices discovered in OpenManage Enterprise to devices added in Power Manager
- View top ten power offenders
- View top ten temperature offenders
- View top ten underutilized racks for power and space
- View power and space headroom
- View power history of virtual machines and virtual machine groups
- View idle servers
- Maintain Power Manager
- Manage Power Manager plug-in
- Manage individual devices and static groups
- Manage physical groups
- Manage virtual machine groups
- Maintain alert thresholds
- Maintain policies
- Managing unmonitored devices
- Manage PDU and UPS devices
- Alerts
- Reports in Power Manager
- Frequently Asked Questions
- Troubleshooting
- Appendix
- Other information you may need
OpenManage Enterprise Power Manager Version 3.1 User’s Guide
UPS output states
The UPS output states represent the current state of the UPS.
The different output states are as follows:
- Unknown (1)—The Management Card cannot determine the state of the UPS.
- Online (2)—The UPS is using acceptable input voltage to provide output voltage.
- On Battery (3)—The UPS is using battery power to provide output voltage.
- On Smart Boost (4)—The UPS is using the Automatic Voltage Regulation (AVR) boost feature with a low input voltage to provide sufficient output voltage without switching to battery operation.
- Timed Sleeping (5)—The UPS is waiting for a defined time before supplying output power to its supported equipment.
- Software Bypass (6)—The UPS is placed into bypass mode using SNMP or PowerChute plus or PowerNet Manager.
- Off (7)—The UPS is turned off.
- Rebooting (8)—The UPS is resetting its supported equipment by turning off its output power and then turning it back on.
- Switched Bypass (9)—The UPS is placed into bypass mode using the switch at the UPS.
- Hardware Failure Bypass (10)—The UPS places itself into a bypass mode in response to a hardware problem.
- Sleeping Until Power Return (11)—The UPS is waiting for the input power to return to an acceptable level before it provides output power to the supported equipment.
- On Smart Trim (12)—The UPS is using the AVR Trim feature with a high input voltage to provide output voltage without switching to battery operation.
- Eco Mode (13)—The UPS is operating in eco mode.
- Hot Standby (14)
- On Battery Test (15)—The UPS is running a self-test.
- Emergency Static Bypass (16)—The UPS is placed into static bypass mode.
- Static Bypass Standby (17)—The UPS is waiting to be placed into static bypass mode.
- Power-Saving Mode (18)
- Spot Mode (19)
- eConversion (20)—The UPS is operating in eConversion mode.
- Charger Spot Mode (21)—The UPS is running a charger power test.
- Inverter Spot Mode (22)—The UPS is running an inverter power test.
- Active Load (23)
- Battery Discharge Spot Mode (24)—The UPS is running a battery discharge power test.
- Inverter Standby (25)—The UPS is operating in standby mode.
- Charger Only (26)
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