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The UPS model name (e.g. 'APC Smart-UPS 600').

An 8 byte ID string identifying the UPS. This object can be set by the administrator.

The firmware revision of the UPS system's microprocessor.

The date when the UPS was manufactured in mm/dd/yy (or yyyy) format.

An 8-character string identifying the serial number of the UPS internal microprocessor. This number is set at the factory. NOTE: This number does NOT correspond to the serial number on the rear of the UPS.

The firmware revision of a UPS system co-microprocessor.

The SKU number of a UPS system.

The status of the UPS batteries. A batteryLow(3) value indicates the UPS will be unable to sustain the current load, and its services will be lost if power is not restored. The amount of run time in reserve at the time of low battery can be configured by the upsAdvConfigLowBatteryRunTime. Enumeration: 'unknown': 1, 'batteryNormal': 2, 'batteryLow': 3.

The elapsed time since the UPS has switched to battery power.

The date when the UPS system's batteries were last replaced in mm/dd/yy (or yyyy) format. For Smart-UPS models, this value is originally set in the factory. When the UPS batteries are replaced, this value should be reset by the administrator.

The remaining battery capacity expressed in percent of full capacity.

The current internal UPS temperature expressed in Celsius.

The UPS battery run time remaining before battery exhaustion.

Indicates whether the UPS batteries need replacing. Enumeration: 'batteryNeedsReplacing': 2, 'noBatteryNeedsReplacing': 1.

The number of external battery packs connected to the UPS. If the UPS does not use smart cells then the agent reports ERROR_NO_SUCH_NAME.

The number of external battery packs connected to the UPS that are defective. If the UPS does not use smart cells then the agent reports ERROR_NO_SUCH_NAME.

The nominal battery voltage in Volts.

The actual battery bus voltage in Volts.

The battery current in Amps.

The total DC current in Amps.

The full chargeable capacity of the battery which is expressed in percentage.

A list of battery table entries. The number of battery frames present in UPS.

Information applicable to each of the Battery frames.

The Battery Frame identifier. Battery Frame index.

The selected Battery Voltage Polarity. 0 indicates positive polarity. 1 indicates negative polarity. Enumeration: 'positive': 0, 'negative': 1.

The actual battery bus voltage in Volts.

A list of Battery Frame table entries. The number of entries is given by the value of Number of Battery Frames.

An entry containing information applicable to a particular Battery Frame.

The Battery Frame identifier. Total DC Current Table Index.

The selected Battery Current Polarity. 0 indicates positive polarity. 1 indicates negative polarity. Enumeration: 'positive': 0, 'negative': 1.

The Total DC Current of battery in Amperes.

A list of Battery Frame table entries. The number of entries is given by number of Battery frames present.

An entry containing information applicable to a particular battery frame.

The Battery Frame identifier. Battery Current Table Index.

The battery frame identifier.

The selected Battery current polarity. 0 indicates positive polarity. 1 indicates negative polarity Enumeration: 'positive': 0, 'negative': 1.

The Battery current measured in Amperes

The remaining battery capacity expressed in tenths of percent of full capacity.

The current internal UPS temperature expressed in tenths of degrees Celsius.

The nominal battery voltage in tenths of Volts.

The actual battery bus voltage in tenths of Volts.

The battery current in tenths of Amps.

The total DC current in tenths of Amps.

A list of Battery frame table entries. The number of entries is given by the number of Battery frames.

An entry containing information applicable to a particular battery frame.

The Battery Frame identifier. High Precision Actual Voltage Table Index.

The selected Battery Voltage polarity. 0 indicates positive polarity. 1 indicates negative polarity. Enumeration: 'positive': 0, 'negative': 1.

The actual battery bus voltage expressed as tenths of Volts.

A list of Battery Frame table entries. The number of entries is given by the number of battery frames.

An entry containing information applicable to a particular battery frame.

The Battery Frame identifier. High precision Total DC Current index.

The selected Battery Current polarity. 0 indicates positive polarity. 1 indicates negative polarity. Enumeration: 'positive': 0, 'negative': 1.

The total DC current in tenths of Amperes.

A list of Battery Frame table entries. The number of entries is given by the number of battery frames.

An entry containing information applicable to a particular battery frame.

The Battery frame identifier. Battery Frame index.

The Battery frame identifier. Battery Index for each frame.

The selected Battery Current polarity. 0 indicates positive polarity. 1 indicates negative polarity. Enumeration: 'positive': 0, 'negative': 1.

The Battery current in tenths of Amperes.

The current AC input phase.

The current utility line voltage in VAC.

The maximum utility line voltage in VAC over the previous 1 minute period.

The minimum utility line voltage in VAC over the previous 1 minute period.

The current input frequency to the UPS system in Hz.

The reason for the occurrence of the last transfer to UPS battery power. The variable is set to: - noTransfer(1) -- if there is no transfer yet. - highLineVoltage(2) -- if the transfer to battery is caused by an over voltage greater than the high transfer voltage. - brownout(3) -- if the duration of the outage is greater than five seconds and the line voltage is between 40% of the rated output voltage and the low transfer voltage. - blackout(4) -- if the duration of the outage is greater than five seconds and the line voltage is between 40% of the rated output voltage and ground. - smallMomentarySag(5) -- if the duration of the outage is less than five seconds and the line voltage is between 40% of the rated output voltage and the low transfer voltage. - deepMomentarySag(6) -- if the duration of the outage is less than five seconds and the line voltage is between 40% of the rated output voltage and ground. The variable is set to - smallMomentarySpike(7) -- if the line failure is caused by a rate of change of input voltage less than ten volts per cycle. - largeMomentarySpike(8) -- if the line failure is caused by a rate of change of input voltage greater than ten volts per cycle. - selfTest(9) -- if the UPS was commanded to do a self test. - rateOfVoltageChange(10) -- if the failure is due to the rate of change of the line voltage. Enumeration: 'highLineVoltage': 2, 'selfTest': 9, 'largeMomentarySpike': 8, 'rateOfVoltageChange': 10, 'brownout': 3, 'noTransfer': 1, 'deepMomentarySag': 6, 'smallMomentarySag': 5, 'smallMomentarySpike': 7, 'blackout': 4.

The nominal input frequency of the UPS system in Hz.

The nominal input voltage of the UPS system in VAC.

The nominal bypass input frequency of the UPS system in Hz.

The nominal bypass input voltage of the UPS system in VAC.

A list of input table entries. The number of entries is given by the value of upsPhaseNumInputs.

An entry containing information applicable to a particular input.

The input identifier.

The input apparent power(sum of all of the three phases) measured in kVA.

The input voltage Total Harmonic Distortion in percent.

The bypass input voltage Total Harmonic Distortion in percent.

The input peak current in Amperes.

The bypass input peak current in Amperes.

The current utility line voltage in tenths of VAC.

The maximum utility line voltage in tenths of VAC over the previous 1 minute period.

The minimum utility line voltage in tenths of VAC over the previous 1 minute period.

The current input frequency to the UPS system in tenths of Hz.

The current state of the UPS. If the UPS is unable to determine the state of the UPS this variable is set to unknown(1). Enumeration: 'onSmartTrim': 12, 'onSmartBoost': 4, 'off': 7, 'hardwareFailureBypass': 10, 'unknown': 1, 'sleepingUntilPowerReturn': 11, 'rebooting': 8, 'softwareBypass': 6, 'onLine': 2, 'switchedBypass': 9, 'onBattery': 3, 'timedSleeping': 5.

The current output phase.

Current state for the whole system (UPS and surrounding breakers) If unable to determine the state of the system this variable is set to unknown(1). Enumeration: 'onSmartTrim': 12, 'onSmartBoost': 4, 'off': 7, 'hardwareFailureBypass': 10, 'unknown': 1, 'sleepingUntilPowerReturn': 11, 'rebooting': 8, 'softwareBypass': 6, 'onLine': 2, 'switchedBypass': 9, 'onBattery': 3, 'timedSleeping': 5.

The actual internal temperature of the UPS system in Celsius.

The output voltage of the UPS system in VAC.

The current output frequency of the UPS system in Hz.

The current UPS load expressed in percent of rated capacity.

The current in amperes drawn by the load on the UPS.

The number of power modules which can fail or be removed without causing the UPS to generate a Minimum Redundancy Lost event.

The maximum load that this UPS can support.

The nominal output frequency of the UPS system in Hz.

The total output active power of the UPS system in W. The total active power is the sum of phase 1, phase 2 and phase 3 power.

The total output apparent power of all phases of the UPS system in VA.

A list of input table entries. The number of entries is given by the value of upsPhaseNumOutputs.

An entry containing information applicable to a particular output.

The output identifier.

The output peak current in Amperes.

The output current Total Harmonic Distortion in percent.

The output current crest factor expressed in tenths.

The output voltage of the UPS system in tenths of VAC.

The current output frequency of the UPS system in tenths of Hz.

The current UPS load expressed in tenths of percent of rated capacity.

The current in tenths of amperes drawn by the load on the UPS.

The efficiency of the UPS in tenths of percent. Result is -1 if UPS supports this oid but the result is not available.

The output energy usage of the UPS in hundredths of kWh.

The number of devices that are plugged into the UPS.

A list of devices that are plugged into the UPS. The number of entries is given by the value of upsBasicConfigNumDevices.

The devices plugged in to the UPS.

The index of the device that is plugged into the UPS.

The name/description of the device plugged into the UPS.

The volt-amp rating of the device plugged into the UPS.

An entry is added if yes, the entry is deleted if no. Enumeration: 'yes': 1, 'no': 2.

The nominal output voltage from the UPS in VAC. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

The maximum line voltage in VAC allowed before the UPS system transfers to battery backup. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as a the next higher acceptable value. If the provided value is higher than the highest acceptable value, the highest acceptable value is used.

The minimum line voltage in VAC allowed before the UPS system transfers to battery backup. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

A flag indicating how the UPS should handle audible line fail alarms: timed(1): UPS alarm will sound after a preset timed duration starting from the line fail condition (see OID upsAdvConfigAlarmTimer for the alarm timer value) atLowBattery(2): UPS alarm will sound when the UPS has reached a Low Battery condition during a line fail never(3): Disables the UPS audible alarm mute(4): Mutes the current alarm for some UPSs only when it is in an alarm state and will return to the previously configured option when the UPS recovers from the alarm condition Enumeration: 'timed': 1, 'atLowBattery': 2, 'never': 3, 'mute': 4.

The time after initial line failure at which the UPS begins emitting audible alarms (beeping). This timer is observed only if the value of extControlAlarm is timed(2). Allowed values are 0 or 30 seconds. If a value other than a supported value is provided in a set request, the UPS interprets it as a the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

The minimum battery capacity required before the UPS will return from a low battery shutdown condition. The capacity is measured from 0% battery capacity (or Low Battery) as a percent of full capacity (100%). In other words, the UPS will not re-energize the output until the battery has charged so that its' capacity is equal to this value. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as a the next higher acceptable value. If the provided value is higher than the highest acceptable value, the highest acceptable value is used.

The sensitivity of the UPS to utility line abnormalities or noises. Enumeration: 'high': 4, 'auto': 1, 'medium': 3, 'low': 2.

The desired run time of the UPS, in seconds, once the low battery condition is reached. During this time the UPS will produce a constant warning tone which can not be disabled. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets the value as the next higher acceptable value. If the provided value is higher than the highest acceptable value, the highest acceptable value is used.

The delay in seconds after utility line power returns before the UPS will turn on. This value is also used when the UPS comes out of a reboot and before the UPS wakes up from 'sleep' mode. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as a the next higher acceptable value. If the provided value is higher than the highest acceptable value, the highest acceptable value is used.

The delay in seconds the UPS remains on after being told to turn off. For a list of allowed values supported by your UPS model, see the UPS User's Manual. If a value other than a supported value is provided in a set request, the UPS interprets it as a the next higher acceptable value. If the provided value is higher than the highest acceptable value, the highest acceptable value is used.

The time in seconds for the UPS to go to 'sleep' when instructed. When in sleep mode, the UPS will not provide output power regardless of the input line state. Once the specified time has elapsed, output power will be restored. This is a configuration setting. The UPS will not go to sleep until told to do so by the manager from a management station. Any input value is allowed, however the UPS only recognizes 1/10 of an hour increments. The provided value will be rounded to the closest 1/10 of an hour with one exception: Any value entered between 1 and 540 seconds will be rounded to 360 seconds (or 6 minutes).

WRITE: Resets the UPS EEPROM variables to default values. READ: returns 0 Enumeration: 'noSetEEPROMDefaults': 1, 'setEEPROMDefaults': 2.

Current settings of UPS dip switches.

The current setting of one dip switch.

The index of a UPS dip switch.

The setting of a UPS dip switch. Enumeration: 'on': 1, 'off': 2.

The number of seconds prior to battery exhaustion when the UPS will switch off power to its load.

The password entered at the UPS front panel to enable local configuration of the EEProm. If the password is disabled or is not supported, then the agent returns a null string.

The table listing the allowed values for all discrete configurable UPS variables.

The table entry for a configurable UPS variable.

The index to an eeprom field entry.

The OID of the current configurable value.

The discrete set of allowed values of a configurable register. Individual values are delimited by a comma.

Configure the amp-hour setting of the UPS battery cabinet.

Configure UPS position selector. If the UPS doesn't support this configuration it will report unknown (1). The positions are either rack (2) for rack mounted or tower (3) for tower unit. Enumeration: 'unknown': 1, 'tower': 3, 'rack': 2.

Configure the output frequency tolerance range. unknown(1) indicates the output frequency is unknown. freqRangeAUTO(2) configure the output frequency range for automatic. freqRange60Var1(3) configure the output frequency range for 60 +/- 0.1 Hz freqRange60Var3(4) configure the output frequency range for 60 +/- 3.0 Hz freqRange50Var1(5) configure the output frequency range for 50 +/- 0.1 Hz freqRange50Var3(6) configure the output frequency range for 50 +/- 3.0 Hz freqRange60Var10(7) configure the output frequency range for 60 +/- 10 Hz freqRange50Var10(8) configure the output frequency range for 50 +/- 10 Hz freqRange60Var1dot0(9) configure the output frequency range for 60 +/- 1.0 Hz freqRange50Var1dot0(10) configure the output frequency range for 50 +/- 1.0 Hz freqRange50Pct0dot5(11) configure the output frequency range for 50 Hz +/- 0.5 % freqRange50Pct1(12) configure the output frequency range for 50 Hz +/- 1.0 % freqRange50Pct2(13) configure the output frequency range for 50 Hz +/- 2.0 % freqRange50Pct4(14) configure the output frequency range for 50 Hz +/- 4.0 % freqRange50Pct6(15) configure the output frequency range for 50 Hz +/- 6.0 % freqRange50Pct8(16) configure the output frequency range for 50 Hz +/- 8.0 % freqRange60Pct0dot5(17) configure the output frequency range for 60 Hz +/- 0.5 % freqRange60Pct1(18) configure the output frequency range for 60 Hz +/- 1.0 % freqRange60Pct2(19) configure the output frequency range for 60 Hz +/- 2.0 % freqRange60Pct4(20) configure the output frequency range for 60 Hz +/- 4.0 % freqRange60Pct6(21) configure the output frequency range for 60 Hz +/- 6.0 % freqRange60Pct8(22) configure the output frequency range for 60 Hz +/- 8.0 % For a list of allowed values supported by your UPS model, see the UPS User's Manual. Enumeration: 'freqRange60Var10': 7, 'unknown': 1, 'freqRangeAUTO': 2, 'freqRange60Pct0dot5': 17, 'freqRange60Var1dot0': 9, 'freqRange50Pct0dot5': 11, 'freqRange50Var10': 8, 'freqRange50Var1dot0': 10, 'freqRange60Pct8': 22, 'freqRange60Pct2': 19, 'freqRange60Pct1': 18, 'freqRange60Pct6': 21, 'freqRange60Pct4': 20, 'freqRange50Var1': 5, 'freqRange50Var3': 6, 'freqRange60Var1': 3, 'freqRange50Pct8': 16, 'freqRange50Pct6': 15, 'freqRange50Pct4': 14, 'freqRange50Pct2': 13, 'freqRange60Var3': 4, 'freqRange50Pct1': 12.

Configure the UPS fail action. If UPS fails, and frequency or voltage is out of range it will either GotoBypass (2) or DropLoad (3). This OID will report unknown (1) if it is not supported feature or option. Enumeration: 'unknown': 1, 'dropLoad': 3, 'gotoBypass': 2.

Configure settings of UPS alarm if the redundancy is under the current redundancy. Use 0 for never.

Configure settings of UPS alarm if the load is over the current load in kVA. Use -1 for never.

Configure settings of UPS alarm if the runtime is under the current time of minutes. Use -1 for never.

Configure the way the UPS scales its output voltage readings. unknown(1) indicates the Vout Reporting is unknown. voutAUTO(2) configure the Vout Reporting for automatic scaling. vout208(3) configure the Vout Reporting for 208 Volts. vout240(4) configure the Vout Reporting for 240 Volts. Enumeration: 'unknown': 1, 'voutAUTO': 2, 'vout208': 3, 'vout240': 4.

Configure the number of external batteries connected to the UPS.

Configure Simple Signal shutdown commands from the Simple Signal port to be issued to the UPS. unknown(1) indicates the Simple Signal Shutdown setting is unknown. disabled(2) configure to disable Simple Signal Shutdowns. enabled(3) configure to enable Simple Signal Shutdowns. Enumeration: 'disabled': 2, 'unknown': 1, 'enabled': 3.

The maximum amount of time for server shutdown to complete before a UPS shutdown occurs.

Start a server shutdown sequence: serverShutdownOff: Shutdown server and turn off UPS serverShutdownReboot: Shutdown server and turn reboot UPS. Enumeration: 'serverShutdownReboot': 2, 'serverShutdownOff': 1.

The minimum amount of run time in seconds required before the output will be turned on, using power calculation captured at start of last shutdown.

The duration of runtime in seconds during an on-battery condition at which the UPS will signal the basic low battery shutdown condition.

Sets the condition for when bypass is an acceptable mode of operation as a requirement. Enumeration: 'disabled': 2, 'unknown': 1, 'enabled': 3.

The rate at which the UPS will change its output frequency in response to utility frequency changes. Enumeration: 'slewRateHalfHzPerSec': 3, 'unknown': 1, 'slewRate6HzPerSec': 7, 'slewRateQuarterHzPerSec': 2, 'slewRate1HzPerSec': 4, 'slewRate2HzPerSec': 5, 'slewRate4HzPerSec': 6.

Sets the rate at which the UPS charges its batteries. Enumeration: 'high': 3, 'unknown': 1, 'low': 2.

This setting allows selecting from standard bypass tolerance configurations to suit their situation. Enumeration: 'narrow': 4, 'unknown': 1, 'medium': 3, 'custom': 5, 'wide': 2.

Configure the type of mains supply system. singleInput (1) indicates a single supply system. dualInput (2) indicates a dual supply system. Enumeration: 'singleInput': 1, 'dualInput': 2.

Configure the AC wiring of the system. threeWire (1) indicates 3-wire system configuration. fourWire (2) indicates 4-wire system configuration. Enumeration: 'fourWire': 2, 'threeWire': 1.

Upper tolerance of the output RMS voltage before transferring to bypass. Expressed as percent of nominal voltage.

Lower tolerance of the output RMS voltage before transferring to bypass. Expressed as percent of nominal voltage.

Upper tolerance of the bypass voltage that allows transfer to bypass by user. Expressed as percent of nominal voltage.

Lower tolerance of the bypass voltage that allows transfer to bypass by user. Expressed as percent of nominal voltage.

Configure the time (in milliseconds), indicating the gap in output voltage if an asynchronous transfer to bypass needs to occur.

Setting this variable to turnUpsOffToConserveBattery(2) causes a UPS on battery to be put into 'sleep' mode. The UPS will turn back on when utility power is restored. Attempting to turn off a UPS that is not on battery will result in a badValue error. Setting this value to noTurnOffUps(1) has no effect. The value noTurnOffUps(1) will always be returned when the variable is read. Enumeration: 'noTurnOffUps': 1, 'turnOffUpsToConserveBattery': 2.

Setting this variable to turnUpsOff(2) causes the UPS to shut off. When in this state, the UPS will not provide output power regardless of the input line state. Setting this variable to turnUpsOffGracefully(3) causes the UPS to shut off after a delay period. This allows the host to shut down in a graceful manner. When in this state, the UPS will not provide output power regardless of the input line state. If this UPS is an active member of a Synchronized Control Group (SCG) the turnUpsSyncGroupOff(4) command will perform a Synchronized Turn Off of all active Group members regardless of their current AC output status. If this UPS is an active member of a Synchronized Control Group (SCG) the turnUpsSyncGroupOffAfterDelay(5) command will perform a Synchronized Turn Off After Delay of all active Group members regardless of their current AC output status. This unit's Shutdown Delay will be used to execute the Turn Off After Delay command. If this UPS is an active member of an SCG, the turnUpsSyncGroupOffGracefully(6) command will perform a Synchronized Turn Off Gracefully of all active Group members regardless of their current AC output status. This unit's Maximum Shutdown Time and Shutdown Delay will be used to execute the Turn Off Gracefully command. Setting this value to noTurnUpsOff(1) has no effect. The value noTurnUpsOff(1) will always be returned when the variable is read. Enumeration: 'turnUpsSyncGroupOff': 4, 'noTurnUpsOff': 1, 'turnUpsSyncGroupOffAfterDelay': 5, 'turnUpsOff': 2, 'turnUpsSyncGroupOffGracefully': 6, 'turnUpsOffGracefully': 3.

Setting this variable to rebootShutdownUps(2) causes the UPS to shut off and turn back on (as long as good AC input power is available, otherwise the UPS will remain off until good AC input power is available). Setting this variable to rebootShutdownUpsGracefully(3) causes the UPS to shut off after a delay period and then turn back on. This allows the host to shut down in a graceful manner. If this UPS is an active member of a Synchronized Control Group (SCG) the rebootShutdownSyncGroupUps(4) command will perform a Synchronized Reboot of all active Group members regardless of their current AC output status. If applicable, this unit's Power Synchronization Delay, Shutdown Delay, Return Delay, Return Battery Capacity, and Return Battery Capacity Offset will be used to execute the Reboot command. If this UPS is an active member of a SCG the rebootShutdownSyncGroupUpsGracefully(5) command will perform a Synchronized Reboot of all active Group members regardless of their current AC output status. If applicable, this unit's Power Synchronization Delay, Maximum Shutdown Time, Shutdown Delay, Return Delay, Return Battery Capacity, and Return Battery Capacity Offset will be used to execute the Reboot command. Setting this value to noRebootShutdownUps(1) has no effect. The value noRebootShutdownUps(1) will always be returned when the variable is read. Enumeration: 'rebootShutdownUps': 2, 'noRebootShutdownUps': 1, 'rebootShutdownUpsGracefully': 3, 'rebootShutdownSyncGroupUpsGracefully': 5, 'rebootShutdownSyncGroupUps': 4.

Setting this variable to putUpsToSleep(2) causes the UPS to go to sleep for the time specified by upsAdvConfigUpsSleepTime. Setting this variable to putUpsToSleepGracefully(3) causes the UPS to go to sleep for the time specified by upsAdvConfigUpsSleepTime after a delay period. This allows the host to shut down in a graceful manner. If this UPS is an active member of a Synchronized Control Group (SCG), the putUpsSyncGroupToSleep(4) command will perform a Synchronized Sleep of all active Group members regardless of their current AC output status. This unit's Power Synchronization Delay, Shutdown Delay, Sleep Time, and Return Delay will be used to execute the sleep command. If this UPS is an active member of a SCG the putUpsSyncGroupToSleepGracefully(5) command will perform a Synchronized Sleep Gracefully of all active Group members regardless of their current AC output status. This unit's Power Synchronization Delay, Maximum Shutdown Time, Shutdown Delay, Sleep Time, and Return Delay to execute the sleep command. When in sleep mode, the UPS will not provide output power regardless of the input line state. Once the specified time has elapsed, output power will be restored. Setting this value to noPutUpsToSleep(1) has no effect. The value noPutUpsToSleep(1) will always be returned when the variable is read. Enumeration: 'putUpsToSleep': 2, 'putUpsToSleepGracefully': 3, 'putUpsSyncGroupToSleep': 4, 'noPutUpsToSleep': 1, 'putUpsSyncGroupToSleepGracefully': 5.

Setting this variable to simulatePowerFailure(2) causes the UPS switch to battery power. Setting this value to noSimulatePowerFailure(1) has no effect. The value noSimulatePowerFailure(1) will always be returned when the variable is read. Enumeration: 'noSimulatePowerFailure': 1, 'simulatePowerFailure': 2.

Setting this variable to flashAndBeep(2) causes the UPS to beep and simultaneously turn on the UPS front panel lights (Smart-UPS only). If this UPS is an active member of a Synchronized Control Group (SCG), the flashAndBeepSyncGroup(3) command will Flash and Beep all active Group members regardless of current AC output status. Setting this value to noFlashAndBeep(1) has no effect. Setting this value to flashAndBeepCont (4) commandcauses the UPS to beep and light the front panel lights until the flashAndBeepCancel (5) command is received. The value noFlashAndBeep(1) will always be returned when the variable is read. Enumeration: 'flashAndBeep': 2, 'noFlashAndBeep': 1, 'flashAndBeepCancel': 5, 'flashAndBeepSyncGroup': 3, 'flashAndBeepCont': 4.

Setting this variable to turnOnUPS(2) causes the UPS to be turned on immediately. If this UPS is an active member of a Synchronized Control Group (SCG), the turnOnUPSSyncGroup(3) command will perform a Synchronized Turn On of all active Group members regardless of their current AC output status. Setting this value to noTurnOnUPS(1) has no effect. The value noTurnOnUPS(1) will always be returned when the variable is read. Enumeration: 'noTurnOnUPS': 1, 'turnOnUPSSyncGroup': 3, 'turnOnUPS': 2.

This switch puts the UPS in or out of bypass mode. Enumeration: 'switchToBypass': 2, 'switchOutOfBypass': 3, 'noBypassSwitch': 1.

Setting this variable to rebootUpsImmediatelyWithOrWithoutAC (2) causes the UPS to turn off immediately, wait for a minimum time (typically 8 seconds), and then turn back on regardless of the AC input power on the UPS. Any supported switched outlet groups will be turned off immediately but will turned on based on their individual settings (to allow on sequencing). Setting this variable to rebootUpsDelayedWithOrWithoutAC (3) causes the UPS to turn off after a delay period, wait for a minimum time (typically 8 seconds), and then turn back on regardless of the AC input power on the UPS. Any supported switched outlet groups will be turned off and on based on their individual settings (to allow off and/or on sequencing). Setting this value to noRebootUpsWithOrWithoutAC (1) has no effect. The value noRebootUpsWithOrWithoutAC (1) will always be returned when the variable is read. Enumeration: 'noRebootUpsWithOrWithoutAC': 1, 'rebootUpsImmediatelyWithOrWithoutAC': 2, 'rebootUpsDelayedWithOrWithoutAC': 3.

Setting this variable to firmwareUpdate(2) causes the UPS to begin a firmware update if possible. Setting this value to noFirmwareUpdate(1) will clear the previous results, if any, or otherwise has no effect. Reading this variable will return noFirmwareUpdate(1) when the UPS firmware has not been updated (or previous results have been cleared), updateInProcess(3) when the UPS firmware is being updated, updateSuccessful(4) when the UPS firmware has been successfully updated, or updateFailed(5) if the UPS firmware update failed. Enumeration: 'updateInProcess': 3, 'updateFailed': 5, 'noFirmwareUpdate': 1, 'firmwareUpdate': 2, 'updateSuccessful': 4.

The UPS system's automatic battery test schedule. Enumeration: 'biweeklySinceLastTest': 8, 'weeklySinceLastTest': 9, 'unknown': 1, 'fourWeeks': 6, 'never': 5, 'twelveWeeks': 7, 'atTurnOn': 4, 'biweekly': 2, 'weekly': 3.

Setting this variable to testDiagnostics(2) causes the UPS to perform a diagnostic self test. Setting this value to noTestDiagnostics(1) has no effect. The value noTestDiagnostics(1) will always be returned when the variable is read. Enumeration: 'noTestDiagnostics': 1, 'testDiagnostics': 2.

The results of the last UPS diagnostics test performed. Enumeration: 'failed': 2, 'testInProgress': 4, 'ok': 1, 'invalidTest': 3.

The date the last UPS diagnostics test was performed in mm/dd/yy format.

Setting this variable to performCalibration(2) causes the UPS to discharge to calibrate the UPS. The test will only start if the battery capacity is 100%. The test runs until capacity is less than 25%. Setting this variable to cancelCurrentCalibration(3) after setting performCalibration(2) will cancel the current discharge. Setting this variable to noPerformCalibration(1) will have no effect. The value noPerformCalibration(1) will always be returned when the variable is read. The result of the calibration will be saved in upsAdvTestCalibrationResult. Enumeration: 'noPerformCalibration': 1, 'cancelCurrentCalibration': 3, 'performCalibration': 2.

The results of the last runtime calibration. Value ok(1) means a successful runtime calibration. Value invalidCalibration(2) indicates last calibration did not take place since the battery capacity was below 100%. Value calibrationInProgress(3) means a calibration is occurring now. Enumeration: 'calibrationInProgress': 3, 'ok': 1, 'invalidCalibration': 2.

The date the last UPS runtime calibration was performed in mm/dd/yy format.

The time of the day to perform automatic battery test. Expressed in 24 hour notation - hh:mm.

The day of the week to perform automatic battery test. Enumeration: 'monday': 1, 'tuesday': 2, 'friday': 5, 'wednesday': 3, 'thursday': 4, 'sunday': 7, 'saturday': 6.

The status of agent's communication with UPS. Enumeration: 'ok': 1, 'noComm': 2.

Reset the maximum and minimum UPS values: upsPhaseInputMaxVoltage, upsPhaseInputMinVoltage, upsPhaseInputMaxCurrent, upsPhaseInputMinCurrent, upsPhaseInputMaxPower, upsPhaseInputMinPower, upsPhaseOutputMaxCurrent, upsPhaseOutputMinCurrent, upsPhaseOutputMaxLoad, upsPhaseOutputMinLoad, upsPhaseOutputMaxPercentLoad, upsPhaseOutputMinPercentLoad, upsPhaseOutputMaxPower, upsPhaseOutputMinPower, upsPhaseOutputMaxPercentPower, upsPhaseOutputMinPercentPower. Enumeration: 'reset': 2, 'none': 1.

The number of input feeds to this device. This variable indicates the number of rows in the input table.

A list of input table entries. The number of entries is given by the value of upsPhaseNumInputs.

An entry containing information applicable to a particular input.

The input identifier.

The number of input phases utilized in this device. The sum of all the upsPhaseNumInputPhases variable indicates the number of rows in the input phase table.

The input voltage orientation: 1: unknown for this UPS 2: singlePhase - phase 1 voltage is between Phase 1 and Neutral. 3: splitPhase - phase 1 voltage is between Phase 1 and Neutral; phase 2 voltage is between Phase 2 and Neutral; phase 3 voltage is between Phase 1 and Phase 2. 4: threePhasePhaseToNeutral - phase 1 voltage is between Phase 1 and Neutral; phase 2 voltage is between Phase 2 and Neutral; phase 3 voltage is between Phase 3 and Neutral. 5: threePhasePhaseToPhase - phase 1 voltage is between Phase 1 and Phase 2; phase 2 voltage is between Phase 2 and Phase 3; phase 3 voltage is between Phase 3 and Phase 1. Enumeration: 'threePhasePhaseToPhase': 5, 'unknown': 1, 'singlePhase': 2, 'threePhasePhaseToNeutral': 4, 'splitPhase': 3.

The input frequency in 0.1 Hertz, or -1 if it's unsupported by this UPS.

The input type. Enumeration: 'unknown': 1, 'main': 2, 'bypass': 3.

A name given to a particular input.

A list of input table entries. The number of entries is given by the sum of the upsPhaseNumInputPhases.

An entry containing information applicable to a particular input phase.

The input identifier.

The input phase identifier.

The input voltage in VAC, or -1 if it's unsupported by this UPS.

The maximum input voltage in VAC measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum input voltage in VAC measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The input current in 0.1 amperes, or -1 if it's unsupported by this UPS.

The maximum input current in 0.1 amperes measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum input current in 0.1 amperes measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The input power in Watts, or -1 if it's unsupported by this UPS.

The maximum input power in Watts measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum input power in Watts measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The number of output feeds to this device. This variable indicates the number of rows in the output table.

A list of output table entries. The number of entries is given by the value of upsOutputNumPhases.

An entry containing information applicable to a particular output.

The output identifier.

The number of output phases utilized in this device. The sum of all the upsPhaseNumOutputPhases variable indicates the number of rows in the output phase table.

The output voltage orientation: 1: unknown for this UPS 2: singlePhase - phase 1 voltage is between Phase 1 and Neutral. 3: splitPhase - phase 1 voltage is between Phase 1 and Neutral; phase 2 voltage is between Phase 2 and Neutral; phase 3 voltage is between Phase 1 and Phase 2. 4: threePhasePhaseToNeutral - phase 1 voltage is between Phase 1 and Neutral; phase 2 voltage is between Phase 2 and Neutral; phase 3 voltage is between Phase 3 and Neutral. 5: threePhasePhaseToPhase - phase 1 voltage is between Phase 1 and Phase 2; phase 2 voltage is between Phase 2 and Phase 3; phase 3 voltage is between Phase 3 and Phase 1. Enumeration: 'threePhasePhaseToPhase': 5, 'unknown': 1, 'singlePhase': 2, 'threePhasePhaseToNeutral': 4, 'splitPhase': 3.

The output frequency in 0.1 Hertz, or -1 if it's unsupported by this UPS.

A list of output table entries. The number of entries is given by the sum of the upsPhaseNumOutputPhases.

An entry containing information applicable to a particular output phase.

The output identifier.

The output phase identifier.

The output voltage in VAC, or -1 if it's unsupported by this UPS.

The output current in 0.1 amperes drawn by the load on the UPS, or -1 if it's unsupported by this UPS.

The maximum output current in 0.1 amperes measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum output current in 0.1 amperes measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The output load in VA, or -1 if it's unsupported by this UPS.

The maximum output load in VA measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum output load in VA measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The percentage of the UPS load capacity in VA at redundancy @ (n + x) presently being used on this output phase, or -1 if it's unsupported by this UPS.

The maximum percentage of the UPS load capacity in VA measured at redundancy @ (n + x) presently being used on this output phase since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum percentage of the UPS load capacity in VA measured at redundancy @ (n + x) presently being used on this output phase since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The output power in Watts, or -1 if it's unsupported by this UPS.

The maximum output power in Watts measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The minimum output power in Watts measured since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The percentage of the UPS power capacity in Watts at redundancy @ (n + x) presently being used on this output phase, or -1 if it's unsupported by this UPS.

The maximum percentage of the UPS power capacity in Watts measured at redundancy @ (n + x) presently being used on this output phase since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The maximum percentage of the UPS power capacity in Watts measured at redundancy @ (n + x) presently being used on this output phase since the last reset (upsPhaseResetMaxMinValues), or -1 if it's unsupported by this UPS. Sampled every 30 seconds.

The Output power factor of the UPS in hundredth.

The SCG Membership Group number (MGN) is a 16-bit number allowing up to 65534 separate groups that can be identified and distinguished per IP subnet. Zero and 65535 are not used. The MGN is used in all communication between members of the SCG and a Network Management Card (NMC) will listen and only respond to commands sent to it using its configured SCG ID.

Membership in the configured SCG can be enabled and disabled. If an NMC is configured for an SCG, but has its membership disabled, all synchronized control commands received will be ignored. Enumeration: 'enabledSCG': 1, 'disabledSCG': 2.

The Power Synchronization Delay Time (PSD) setting is the maximum number of seconds an SCG Initiator will wait for all SCG members to recover utility power before completing the reboot sequence of a reboot or sleep command. If all SCG members are ready to proceed, no additional delay is introduced.

A reboot command uses the Initiator's Return battery Capacity (RBC) to control when the SCG completes this operation. In a Normal Control Operation (NCC) the UPS will only complete the reboot if RBC is reached. Due to normal battery charge rate variations it may be desirable for the Followers to complete the reboot if they are within some range of the Initiator's RBC when the Initiator is prepared (charged to RBC) to complete the reboot. The Return Battery Capacity Offset (RBCO) defines a percent battery capacity subtracted from an RBC above which a Follower's battery must be charged for it to complete a reboot. For example, if the Initiator's RBC is 50% and the Initiator's RBCO is 5% then a Follower's battery capacity is within range if it is greater or equal to 45% (50% - 5%) at the time when the Initiator tries to complete the reboot command. The default RBCO is 10%.

The MultiCast IP address of the SCG Group.

The number of active, communicating members in the Sync Control Group (SCG). This variable indicates the number of rows in the SCG Status Table.

A list of SCG status table entries. The number of entries is given by the value of upsSCGNumOfGroupMembers.

An entry containing information applicable to a particular SCG Member.

The index of a status entry for an active, communicating SCG member.

The IP address of an active, communicating SCG Member.

This OID indicates the AC Input Status of the SCG Member. acInGood(1) indicates the AC Input is within tolerance. acInBad(2) indicates the AC Input is not within tolerance. Enumeration: 'acInBad': 2, 'acInGood': 1.

This OID indicates the AC Output Status of the SCG Member. acOutOn(1) indicates the UPS output is providing power to the load. acOutOff(2) indicates the UPS output is not providing power to the load. Enumeration: 'acOutOn': 1, 'acOutOff': 2.

An ASCII string containing the 64 flags representing the current state(s) of the UPS. If the Network Card is unable to determine the state of the UPS, this variable is set to 'UNKNOWN'. The flags are numbered 1 to 64, read from left to right. The flags are defined as follows: Flag 1: Abnormal Condition Present Flag 2: On Battery Flag 3: Low Battery Flag 4: On Line Flag 5: Replace Battery Flag 6: Serial Communication Established Flag 7: AVR Boost Active Flag 8: AVR Trim Active Flag 9: Overload Flag 10: Runtime Calibration Flag 11: Batteries Discharged Flag 12: Manual Bypass Flag 13: Software Bypass Flag 14: In Bypass due to Internal Fault Flag 15: In Bypass due to Supply Failure Flag 16: In Bypass due to Fan Failure Flag 17: Sleeping on a Timer Flag 18: Sleeping until Utility Power Returns Flag 19: On Flag 20: Rebooting Flag 21: Battery Communication Lost Flag 22: Graceful Shutdown Initiated Flag 23: Smart Boost or Smart Trim Fault Flag 24: Bad Output Voltage Flag 25: Battery Charger Failure Flag 26: High Battery Temperature Flag 27: Warning Battery Temperature Flag 28: Critical Battery Temperature Flag 29: Self Test In Progress Flag 30: Low Battery / On Battery Flag 31: Graceful Shutdown Issued by Upstream Device Flag 32: Graceful Shutdown Issued by Downstream Device Flag 33: No Batteries Attached Flag 34: Synchronized Command is in Progress Flag 35: Synchronized Sleeping Command is in Progress Flag 36: Synchronized Rebooting Command is in Progress Flag 37: Inverter DC Imbalance Flag 38: Transfer Relay Failure Flag 39: Shutdown or Unable to Transfer Flag 40: Low Battery Shutdown Flag 41: Electronic Unit Fan Failure Flag 42: Main Relay Failure Flag 43: Bypass Relay Failure Flag 44: Temporary Bypass Flag 45: High Internal Temperature Flag 46: Battery Temperature Sensor Fault Flag 47: Input Out of Range for Bypass Flag 48: DC Bus Overvoltage Flag 49: PFC Failure Flag 50: Critical Hardware Fault Flag 51: Green Mode Flag 52: Flag 53: Flag 54: Flag 55: Flag 56: Flag 57: Flag 58: Flag 59: Flag 60: Flag 61: Flag 62: Flag 63: Flag 64:

An ASCII string containing the 32 flags representing the current active UPS faults. If the Network Card is unable to determine the values of the flags, this variable is set to 'UNKNOWN'. If this variable is not supported by the connected UPS, this variable is set to 'NOT SUPPORTED'. The flags are numbered from 1 to 32, and read from left to right. The flags are defined as follows: Flag 1: Power Module Failure Flag 2: Main Intelligence Module Failure Flag 3: Redundant Intelligence Module Failure Flag 4: Battery Failure Flag 5: Load(kVA) Alarm Threshold Violation Flag 6: Redundancy Lost Flag 7: Redundancy Below Alarm Threshold Flag 8: Bypass not in Range; Either Frequency or Voltage Flag 9: Bypass Contactor Stuck in Bypass Condition Flag 10: Bypass Contactor Stuck in On-Line Condition Flag 11: In Bypass due to an Internal Fault Flag 12: In Bypass due to an Overload Flag 13: In Maintenance Bypass Flag 14: Input Circuit Braker Tripped Open Flag 15: System Level Fan Failure Flag 16: Redundant Intelligent Module in Control Flag 17: IIC Inter-Module Communication Failure Flag 18: No Working Power Modules Flag 19: Load Shutdown From Bypass; Input Frequency Flag 20: Runtime Below Alarm Threshold Flag 21: Extended Run Frame Fault Flag 22: Output Voltage out of Range Flag 23: UPS Not Synchronized Flag 24: No Batteries Installed Flag 25: Battery Voltage High Flag 26: UPS Specific Fault Detected Flag 27: Site Wiring Fault Flag 28: Backfeed Protection Relay Opened Flag 29: Flag 30: Flag 31: Flag 32:

An ASCII string containing the 64 flags representing the current active UPS specific faults for the Symmetra 3-Phase UPS models. If the Network Card is unable to determine the values of the flags, this variable is set to 'UNKNOWN'. If the connected UPS does not use this variable, it is set to 'NOT SUPPORTED'. The flags are numbered from 1 to 64, and read from left to right. The bits are defined as follows: Flag 1: External Switch Gear Failure Flag 2: External Transformer Over Temperature Flag 3: External DC Circuit Breaker Tripped Flag 4: System Power Supply Failure Flag 5: Battery Monitor Card Failure Flag 6: Battery Monitor Card Removed Flag 7: XR Communication Card Failure Flag 8: XR Communication Card Removed Flag 9: External Switch Gear Monitoring Card Failure Flag 10: External Switch Gear Monitoring Card Removed Flag 11: Internal DC Circuit Breaker Tripped Flag 12: Static Bypass Switch Failure Flag 13: System EEPROM Removed Flag 14: System EEPROM Failure Flag 15: UPS in Forced Bypass Flag 16: Static Bypass Switch Module Removed Flag 17: System Start-Up Configuration Fault Flag 18: Battery Charger Shutdown Externally Flag 19: Flag 20: Flag 21: Flag 22: Flag 23: Flag 24: Flag 25: Flag 26: Flag 27: Flag 28: Flag 29: Flag 30: Flag 31: Flag 32: Flag 33: Flag 34: Flag 35: Flag 36: Flag 37: Flag 38: Flag 39: Flag 40: Flag 41: Flag 42: Flag 43: Flag 44: Flag 45: Flag 46: Flag 47: Flag 48: Flag 49: Flag 50: Flag 51: Flag 52: Flag 53: Flag 54: Flag 55: Flag 56: Flag 57: Flag 58: Flag 59: Flag 60: Flag 61: Flag 62: Flag 63: Flag 64:

An ASCII string containing the 64 flags representing the current active UPS specific faults for the Silcon DP300E UPS models. If the Network Card is unable to determine the values of the flags, this variable is set to 'UNKNOWN'. If the connected UPS does not use this variable, it is set to 'NOT SUPPORTED'. The flags are numbered from 1 to 64, and read from left to right. The bits are defined as follows: Flag 1: Peak Current Limiter Active Flag 2: Bypass Power Supply Fault Flag 3: Delta Current Limiter Active Flag 4: Fan Fault Flag 5: High DC warning Flag 6: Inverter Voltage Error Flag 7: Parallel Synchronization Error Flag 8: Second Power Supply Fault Flag 9: Internal Power Supply Fault Flag 10: Flag 11: Flag 12: Flag 13: Flag 14: Bypass Static Switch High Temperature Flag 15: High Battery Temperature Flag 16: Battery Weak Flag 17: Flag 18: System Locked in Operation Mode Flag 19: RAM1 Memory Write Error Flag 20: Memory Write Error Flag 21: Communication to VQ Bypass Lost Flag 22: Communication to VQ Output Lost Flag 23: Communication to DMU Lost Flag 24: Communication to Controller Lost Flag 25: Communication to Parallel IF Lost Flag 26: External Shutdown Accepted Flag 27: DC Capacitor Charge Error Flag 28: Communication to VQ Mains Lost Flag 29: Bypass Synchronization Error Flag 30: Charge Error Flag 31: SII Aux Input Activiated Flag 32: Flag 33: Blown Inverter Fuse Flag 34: Blown Rectifier Fuse Flag 35: Auxilliary 1 Fault Flag 36: Flag 37: Flag 38: Flag 39: Flag 40: Flag 41: Flag 42: Flag 43: Flag 44: Flag 45: Flag 46: High Temperature Charger Magnetic Flag 47: Flag 48: Battery Monitor Warning Flag 49: Battery Monitor Alarm Flag 50: Flag 51: Flag 52: Flag 53: TSM 1/2/3 Temperature Shutdown Flag 54: Charger 0/30 Temperature Warning Flag 55: Charger 0/30 Temperature Shutdown Flag 56: High Output Voltage Flag 57: SSW Temperature Over 90 Flag 58: Flag 59: Low Current Failure In AC Capacitors Flag 60: Flag 61: Advanced Battery Management Not Installed Flag 62: Flag 63: Flag 64:

An ASCII string containing the 64 flags representing the current active UPS specific faults for the Symmetra UPS models. If the Network Card is unable to determine the values of the flags, this variable is set to 'UNKNOWN'. If the connected UPS does not use this variable, it is set to 'NOT SUPPORTED'. The flags are numbered from 1 to 64, and read from left to right. The bits are defined as follows: Flag 1: System Fault Flag 2: Bypass Relay Fault Flag 3: Power Module Turn Off Failure Flag 4: Frame Identification Fault Flag 5: Flag 6: Flag 7: Flag 8: Flag 9: Flag 10: Flag 11: Flag 12: Flag 13: Flag 14: Flag 15: Flag 16: Flag 17: Flag 18: Flag 19: Flag 20: Flag 21: Flag 22: Flag 23: Flag 24: Flag 25: Flag 26: Flag 27: Flag 28: Flag 29: Flag 30: Flag 31: Flag 32: Flag 33: Flag 34: Flag 35: Flag 36: Flag 37: Flag 38: Flag 39: Flag 40: Flag 41: Flag 42: Flag 43: Flag 44: Flag 45: Flag 46: Flag 47: Flag 48: Flag 49: Flag 50: Flag 51: Flag 52: Flag 53: Flag 54: Flag 55: Flag 56: Flag 57: Flag 58: Flag 59: Flag 60: Flag 61: Flag 62: Flag 63: Flag 64:

An ASCII string containing the 64 flags representing the current active UPS specific faults for the Smart-UPS UPS models. If the Network Card is unable to determine the values of the flags, this variable is set to 'UNKNOWN'. If the connected UPS does not use this variable, it is set to 'NOT SUPPORTED'. The flags are numbered from 1 to 64, and read from left to right. The bits are defined as follows: Flag 1: EPO Switch Activated Flag 2: Static Bypass Switch Fault Flag 3: System Configuration Fault Flag 4: Power Supply Unit Fault Flag 5: Weak Battery Flag 6: High Battery Temperature Flag 7: Internal Mechanical Bypass Flag 8: Loss Of Parallel Redundancy Flag 9: Parallel Bus Communication Fault on Cable 1 Flag 10: Parallel Bus Communication Fault on Cable 2 Flag 11: Auxiliary Bus Communication Fault Flag 12: Parallel Bus Termination Fault on Cable 1 Flag 13: Parallel Bus Termination Fault on Cable 2 Flag 14: Auxiliary Bus Termination Fault Flag 15: No Master Present In The Parallel System Flag 16: Overload on a Parallel Unit Flag 17: Parallel Configuration Fault Flag 18: Flag 19: Flag 20: Flag 21: Flag 22: Flag 23: Flag 24: Flag 25: Flag 26: Flag 27: Flag 28: Flag 29: Flag 30: Flag 31: Flag 32: Flag 33: Flag 34: Flag 35: Flag 36: Flag 37: Flag 38: Flag 39: Flag 40: Flag 41: Flag 42: Flag 43: Flag 44: Flag 45: Flag 46: Flag 47: Flag 48: Flag 49: Flag 50: Flag 51: Flag 52: Flag 53: Flag 54: Flag 55: Flag 56: Flag 57: Flag 58: Flag 59: Flag 60: Flag 61: Flag 62: Flag 63: Flag 64:

An ASCII string containing the 3 digit Decimal code representing the current active message from the System Message Register. Each code should remain active for a minimum of 15 seconds. However, in the worst case scenario, a code could be cleared after only 5 seconds. It is recommended that this object be polled at least once every 4 seconds in order to get the most accurate representation of the current UPS System Message. If the Network Card is unable to determine the value of the System Message Register, this variable is set to 'UNKNOWN'.

Total time the UPS has been in battery operation.

Total time the UPS has been in bypass operation.

Total time the UPS has been in normal operation.

Number of times the UPS was on battery. Since the last reset of statistical data.

Number of times the UPS was in bypass. Since the last reset of statistical data.

Number of times the UPS was in normal operation. Since the last reset of statistical data.

Eco mode status. 1: UPS is on Eco-mode 2: UPS is not on Eco-mode. Enumeration: 'upsOnEcoMode': 1, 'upsNotOnEcoMode': 2.

The number of outlet groups for the UPS.

Allows for getting status of the outlet groups. The number of entries is contained in the upsOutletGroupStatusTableSize OID.

The outlet group status to get.

The index to the outlet group entry.

The name of the outlet group. This OID is provided for informational purposes only. This value is set by the upsOutletGroupConfigName OID.

Getting this variable will return the outlet group state. If the outlet group is on, the upsOutletGroupStatusOn (1) value will be returned. If the outlet group is off, the upsOutletGroupStatusOff (2) value will be returned. If the state of the outlet group cannot be determined, the upsOutletGroupStatusUnknown (3) value will be returned. Enumeration: 'upsOutletGroupStatusOff': 2, 'upsOutletGroupStatusOn': 1, 'upsOutletGroupStatusUnknown': 3.

Getting this variable will return the command pending state of the outlet group. If a command is pending on the outlet group, the upsOutletGroupCommandPending (1) value will be returned. If there is not a command pending on the outlet group, the upsOutletGroupNoCommandPending (2) will be returned. Enumeration: 'upsOutletGroupNoCommandPending': 2, 'upsOutletGroupCommandPending': 1.

Getting this variable will return the type of outlet group. If present in the system, the main outlet group is 'unswitched' and must be on in order for any of the switched outlet groups to be on. Conversely, if the main outlet group is off, all the switched outlet groups must also be off. Therefore, any commands made to the main outlet group that turn it off will also be applied to all switched outlet groups that are on, unless the state of a switched outlet group prevents it, in which case the command will fail. Enumeration: 'upsSwitchedOutletGroup': 1, 'upsMainOutletGroup': 2.

The number of outlet groups for the UPS.

The list of outlet groups to configure. The number of entries is defined by the upsOutletGroupConfigTableSize OID.

The outlet groups to configure.

The index to the outlet group entry.

The name of the outlet group.

The amount of time (seconds) the outlet group will delay powering on when the delayed on, reboot, or shutdown command is applied. Allowed values vary by UPS model. The value of -1 is used for Never if supported by the UPS and the outlet group.

The amount of time (seconds) the outlet group will delay powering off when the delayed off, reboot, or shutdown command is applied. Allowed values vary by UPS model. The value of -1 is used for Never if supported by the UPS and the outlet group.

During a reboot sequence, power is turned off and then back on. This OID defines the amount of time to wait (seconds) after turning the power off, at the start of the sequence, before initiating the power on sequence. Allowed values vary by UPS model.

In an Outlet Group shutdown sequence, the Outlet Group cycles power off then on. This OID defines the minimum amount of UPS runtime (seconds) that is required in order to power the Outlet Group on. Allowed values vary by UPS model.

Getting this variable will return the type of outlet group. If present in the system, the main outlet group is 'unswitched' and must be on in order for any of the switched outlet groups to be on. Conversely, if the main outlet group is off, all the switched outlet groups must also be off. Therefore, any commands made to the main outlet group that turn it off will also be applied to all switched outlet groups that are on, unless the state of a switched outlet group prevents it, in which case the command will fail. Enumeration: 'upsSwitchedOutletGroup': 1, 'upsMainOutletGroup': 2.

Configures whether the outlet group's off delay setting (upsOutletGroupConfigPowerOffDelay) will be used in a load shedding situation, where applicable. Enumeration: 'upsOutletGroupConfigSkipOffDelay': 1, 'upsOutletGroupConfigUseOffDelay': 2.

Configures whether the outlet group will automatically restart after a load shedding situation, where applicable. Enumeration: 'upsOutletGroupConfigManualRestart': 2, 'upsOutletGroupConfigAutoRestart': 1.

Configures whether the outlet group will load shed (turn off) after the UPS's time on battery has exceeded the upsOutletGroupConfigLoadShedTimeOnBattery OID setting. The settings for upsOutletGroupConfigLoadShedControlSkipOffDelay and upsOutletGroupConfigLoadShedControlAutoRestart are valid for this load shed condition. Enumeration: 'upsOutletGroupConfigDisableTimeOnBatteryLoadShed': 1, 'upsOutletGroupConfigEnableTimeOnBatteryLoadShed': 2.

Configures whether the outlet group will load shed (turn off) when the UPS is on battery and the remaining runtime is less than the upsOutletGroupConfigLoadShedRuntimeRemaining OID setting. The settings for upsOutletGroupConfigLoadShedControlSkipOffDelay and upsOutletGroupConfigLoadShedControlAutoRestart are valid for this load shed condition. Enumeration: 'upsOutletGroupConfigDisableRuntimeRemainingLoadShed': 1, 'upsOutletGroupConfigEnableRuntimeRemainingLoadShed': 2.

Configures whether the outlet group will load shed (turn off) when the UPS is in an overload condition. The setting for upsOutletGroupConfigLoadShedControlSkipOffDelay is valid for this load shed condition. Returns -1 if not supported by this outlet group. Enumeration: 'upsOutletGroupConfigEnableInOverloadLoadShed': 2, 'upsOutletGroupConfigDisableInOverloadLoadShed': 1.

When the UPS has been on battery for more time than this value, the outlet group will turn off if this condition is enabled by the upsOutletGroupConfigLoadShedControlTimeOnBattery OID. Allowed values vary by UPS model.

When the runtime remaining is less than this value, the outlet group will turn off if this condition is enabled by the upsOutletGroupConfigLoadShedControlRuntimeRemaining OID. Allowed values vary by UPS model.

The number of outlet groups for the UPS.

Allows for control of individual outlet groups. The number of entries is contained in the upsOutletGroupControlTableSize OID.

The outlet group to control.

The index to the outlet group entry.

The name of the outlet group. This OID is provided for informational purposes only. This value is set by the upsOutletGroupConfigName OID.

Getting this variable will return the outlet group state. If the outlet group is on, the upsOutletGroupImmediateOn (1) value will be returned. If the outlet group is off, the upsOutletGroupImmediateOff (2) value will be returned. If the state of the outlet group cannot be determined, the upsOutletGroupControlUnknown (8) value will be returned. Setting this variable to upsOutletGroupImmediateOn (1) will turn the outlet group on immediately. Setting this variable to upsOutletGroupImmediateOff (2) will turn the outlet group off immediately. Setting this variable to upsOutletGroupImmediateRebootWithOrWithoutAC (3) will turn the outlet group off immediately, wait the upsOutletGroupConfigRebootDuration OID time, wait the upsOutletGroupConfigPowerOnDelay OID, and then turn the outlet group on regardless of the AC input power on the UPS. Setting this variable to upsOutletGroupDelayedOn (4) will turn the outlet group on after the upsOutletGroupConfigPowerOnDelay OID has elapsed. Setting this variable to upsOutletGroupDelayedOff (5) will turn the outlet group off after the upsOutletGroupConfigPowerOffDelay OID has elapsed. Setting this variable to upsOutletGroupDelayedRebootWithOrWithoutAC (6) will turn the outlet group off after the upsOutletGroupConfigPowerOffDelay OID has elapsed, wait the upsOutletGroupConfigRebootDuration OID time, wait the upsOutletGroupConfigPowerOnDelay OID, and then turn the outlet group on regardless of the AC input power on the UPS. Setting this variable to upsOutletGroupCancelPendingCommand (7) will cause any pending command to this outlet group to be canceled. Setting this variable to upsOutletGroupImmediateRebootShutdown (9) will turn the outlet group off immediately, wait for the AC power to be okay (a minimum of the upsOutletGroupConfigRebootDuration OID time), wait the upsOutletGroupConfigPowerOnDelay OID time, and then turn the outlet group on. Setting this variable to upsOutletGroupDelayedRebootShutdown (10) will turn the outlet group off after the upsOutletGroupConfigPowerOffDelay OID has elapsed, wait for the AC power to be okay (a minimum of the upsOutletGroupConfigRebootDuration OID time), wait the upsOutletGroupConfigPowerOnDelay OID time, and then turn the outlet group on. In systems with a main outlet group, commands to the main outlet group must be performed with caution. It may be clearer to use the ups control commands available from upsAdvControl... OIDs. If any command is made to the main outlet group that will turn it off, one of two things will happen: 1) If any switched outlet group is in a state that prevents this command from occurring on the main outlet group, the command will be rejected. Note that a switched outlet group being on without a command in progress is not a state that normally prevents the command. 2) The command will be accepted and applied to the main outlet group and all switched outlet groups that are on. There is one additional special case for systems with a main outlet group. If the main outlet group is off and a switched outlet group is commanded to turn on, the on command will be applied to both the main outlet group and that switched outlet group. Enumeration: 'upsOutletGroupImmediateRebootShutdown': 9, 'upsOutletGroupDelayedRebootShutdown': 10, 'upsOutletGroupImmediateOff': 2, 'upsOutletGroupImmediateOn': 1, 'upsOutletGroupDelayedRebootWithOrWithoutAC': 6, 'upsOutletGroupImmediateRebootWithOrWithoutAC': 3, 'upsOutletGroupCancelPendingCommand': 7, 'upsOutletGroupDelayedOff': 5, 'upsOutletGroupDelayedOn': 4, 'upsOutletGroupControlUnknown': 8.

Getting this variable will return the type of outlet group. If present in the system, the main outlet group is 'unswitched' and must be on in order for any of the switched outlet groups to be on. Conversely, if the main outlet group is off, all the switched outlet groups must also be off. Therefore, any commands made to the main outlet group that turn it off will also be applied to all switched outlet groups that are on, unless the state of a switched outlet group prevents it, in which case the command will fail. Enumeration: 'upsSwitchedOutletGroup': 1, 'upsMainOutletGroup': 2.

The number of Intelligence Modules in or attached to the UPS.

Allows for diagnostics of individual Intelligence Modules. The number of entries is contained in the upsDiagIMTableSize OID.

The diagnostics and information of an Intelligence Module.

The index to the Intelligence Module entry.

The type of the Intelligence Module. imUnknown(1) indicates the IM type is unknown. imMIM(2) indicates the IM type is a Main Intelligence Module. imRIM(3) indicates the IM type is Redundant Intelligence Module. Enumeration: 'imUnknown': 1, 'imRIM': 3, 'imMIM': 2.

The status of the Intelligence Module. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Intelligence Module.

The slave firmware revision of the Intelligence Module.

The hardware revision of the Intelligence Module.

The serial number of the Intelligence Module.

The manufacture date of the Intelligence Module.

The maximum number of Power Modules supported by the UPS.

Allows for diagnostics of Individual Power modules. The number of entries is contained in the upsDiagPMTableSize OID.

The diagnostics of an Power Module.

The index to the Power Module entry.

The status of the Power Module. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Power Module.

The hardware revision of the Power Module.

The serial number of the Power Module.

The manufacture date of the Power Module.

The maximum number of batteries supported by the UPS.

Allows for diagnostics of individual batteries. The number of entries is contained in the upsDiagBattTableSize OID.

The diagnostics of a battery.

The index to the battery frame entry. Frame 0 indicates the Main frame. Extended Run (XR) frames start from index 1.

The index to the battery entry.

The status of the battery. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the battery status is OK. failed(4) indicates the battery status is failed. highTemperature(5) indicates the battery has a high temperature condition. replaceImmediately(6) indicates the battery must be replaced immediately. lowCapacity(7) indicates the battery has a low capacity. Enumeration: 'lowCapacity': 7, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'failed': 4, 'replaceImmediately': 6, 'highTemperature': 5.

The serial number of the battery.

The firmware revision of the battery.

The manufacture date of the battery.

The battery type or rating for the battery.

The number of frames attached to the UPS including the Main frame.

Allows for diagnostics of individual XR Frames.

The diagnostics of an XR Frame.

The frame index entry.

The type of Frame. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. frameTypeMain(3) indicates the frame type is the Main Frame. frameTypeXR(4) indicates the frame type is an XR Frame. frameTypeLXR(5) indicates the frame type is an LXR Frame. Enumeration: 'unknown': 1, 'notInstalled': 2, 'frameTypeMain': 3, 'frameTypeXR': 4, 'frameTypeLXR': 5.

The firmware revision of the frame.

The hardware revision of the frame.

The serial number of the frame.

The manufacture date of the frame.

The number of Internal Bypass switches attached to the UPS.

Allows for diagnostics of the Internal Bypass Switch.

The diagnostics of the Internal Bypass Switch.

The frame index entry.

The Internal Bypass Switch index entry.

The Internal Bypass Switch status. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Internal Bypass Switch.

The hardware revision of the Internal Bypass Switch.

The serial number of the Internal Bypass Switch.

The manufacture date of the Internal Bypass Switch.

The number of Battery Monitor Boards attached to the UPS.

Allows for diagnostics of the Battery Monitor Board.

The diagnostics of the Battery Monitor Board.

The frame index entry.

The index of the Battery Monitor Board.

The status of the Battery Monitor Board. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Battery Monitor Board.

The hardware revision of the Battery Monitor Board.

The serial number of the Battery Monitor Board.

The date of the manufacture for the Battery Monitor Board.

The number of External Switch Gears attached to the UPS.

Allows for diagnostics of the individual External Switch Gear.

The diagnostics of an individual External Switch Gear.

The frame index entry.

The index of the External Switch Gear.

The status of the External Switch Gear. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the External Switch Gear monitor card.

The hardware revision of the External Switch Gear monitor card.

The serial number of the External Switch Gear monitor card.

The date of the manufacture for the External Switch Gear monitor card.

The number of Display Interface Cards attached to the UPS.

Allows for diagnostics of individual Display Interface Cards.

The diagnostics of a Display Interface Card.

The frame index entry.

The index of the Display Interface Card.

The status of the Display Interface Card. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The number of DC Circuit Breakers attached to the UPS.

Allows for diagnostics of individual DC Circuit Breakers.

The diagnostics of a DC Circuit Breaker.

The frame index entry.

The index of the DC Circuit Breaker.

The status of the DC Circuit Breaker. unknown(1) indicates the circuit breaker status is unknown. notInstalled(2) indicates the circuit breaker is not installed. opened(3) indicates the circuit breaker is opened. closed(4) indicates the circuit breaker is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The number of System Power Supplies attached to the UPS.

Allows for diagnostics of individual System Power Supplies.

The diagnostics of a System Power Supply.

The frame index entry.

The index of a System Power Supply.

The status of the System Power Supply. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the System Power Supply monitor card.

The hardware revision of the System Power Supply monitor card.

The serial number of the System Power Supply monitor card.

The date of the manufacture for the System Power Supply monitor card.

The number of XR Communication Cards attached to the UPS.

Allows for diagnostics of individual XR Communication Cards.

The diagnostics of an XR Communication Card.

The frame index entry.

The index of an XR Communication Card.

The status of the XR Communication Card. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the XR Communication card.

The serial number of the XR Communication card.

The number of External Power Frame Boards attached to the UPS.

Allows for diagnostics of individual External Power Frame Boards.

The diagnostics of an External Power Frame Board.

The frame index entry.

The index of an External Power Frame Board.

The status of the External Power Frame Board. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The number of Chargers attached to the UPS.

Allows for diagnostics of individual chargers.

The diagnostics of a charger.

The frame index entry.

The index of a charger.

The status of the Charger. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The number of Inverters attached to the UPS.

Allows for diagnostics of individual Inverters.

The diagnostics of an Inverter.

The frame index entry.

The index of an Inverter.

The status of the Inverter. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Inverter monitor.

The hardware revision of the Inverter monitor.

The serial number of the Inverter monitor.

The date of manufacture for the Inverter monitor.

The number of Power Factor Correction devices attached to the UPS.

Allows for diagnostics of individual PowerFactorCorrections.

The diagnostics of a Power Factor Correction.

The frame index entry.

The index of a Power Factor Correction.

The status of the Power Factor Correction. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. offOk(3) indicates the device status is off and OK. onOk(4) indicates the device status is on and OK. offFail(5) indicates the device status is off and failed. onFail(6) indicates the device status is on and failed. lostComm(7) indicates the device has lost communication. Enumeration: 'offOk': 3, 'lostComm': 7, 'offFail': 5, 'unknown': 1, 'notInstalled': 2, 'onFail': 6, 'onOk': 4.

The firmware revision of the Power Factor Correction monitor.

The hardware revision of the Power Factor Correction monitor.

The serial number of the Power Factor Correction monitor.

The date of the manufacture for the Power Factor Correction monitor.

The number of Network Communication Cards attached to the UPS.

Allows for getting diagnostics information of an individual Network Communication Card.

The diagnostics of a Network Communication Card.

The UPS network and display interface communication card index entry.

A character string identifying the model number of the UPS network and display interface communication card. This value is set at the factory.

A character string identifying the serial number of the UPS network and display interface communication card. This value is set at the factory.

The date when the UPS network and display interface communication card was manufactured in mm/dd/yyyy format. This value is set at the factory.

The hardware revision of the UPS network and display interface communication card. This value is set at the factory.

An ID string identifying the application firmware revision of the UPS network and display interface communication card.

An ID string identifying the application operating system firmware revision of the UPS network and display interface communication card.

The status of the Switch Gear. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. fail(4) indicates the device status has failed. lostComm(5) indicates the device has lost communication. overtemp(6) indicates the device has an over temperature condition. Enumeration: 'lostComm': 5, 'ok': 3, 'overtemp': 6, 'unknown': 1, 'notInstalled': 2, 'fail': 4.

The status of the Switch Gear Input Switch. unknown(1) indicates the switch status is unknown. notInstalled(2) indicates the switch is not installed. opened(3) indicates the switch is opened. closed(4) indicates the switch is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The status of the Switch Gear Output Switch. unknown(1) indicates the switch status is unknown. notInstalled(2) indicates the switch is not installed. opened(3) indicates the switch is opened. closed(4) indicates the switch is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The status of the Switch Gear Bypass Switch. unknown(1) indicates the switch status is unknown. notInstalled(2) indicates the switch is not installed. opened(3) indicates the switch is opened. closed(4) indicates the switch is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The status of the Switch Gear Bypass Input Switch. unknown(1) indicates the switch status is unknown. notInstalled(2) indicates the switch is not installed. opened(3) indicates the switch is opened. closed(4) indicates the switch is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The number of switchgear breakers attached to the UPS.

Switchgear breaker table.

A list of switchgear breakers.

The index of the switchgear breaker.

Indicates if the switchgear breaker is present. notPresent (1) indicates that the breaker is not present. present (2) indicates that the breaker is present. Enumeration: 'notPresent': 1, 'present': 2.

The name of the switchgear breaker.

The number of subfeed breakers attached to the UPS.

Subfeed breaker table.

A list of subfeed breakers.

The index of the subfeed breakers.

Indicates if the subfeed breaker is present. notPresent (1) indicates that the breaker is not present. present (2) indicates that the breaker is present. Enumeration: 'notPresent': 1, 'present': 2.

The current rating of the installed subfeed breaker.

The maximum acceptable load before warning is issued. Expressed as percent of the subfeed breaker rating.

The maximum load before a critical alarm occurs. Expressed as percent of the subfeed breaker rating.

The status of the MCCB Box (Molded Case Circuit Breaker Box) external device. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. opened(3) indicates the circuit is opened. closed(4) indicates the circuit is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The status of the External Transformer. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. fail(4) indicates the device status has failed. lostComm(5) indicates the device has lost communication. overtemp(6) indicates the device has an over temperature condition. opened(7) indicates the circuit is opened. closed(8) indicates the circuit is closed. Enumeration: 'lostComm': 5, 'ok': 3, 'opened': 7, 'overtemp': 6, 'unknown': 1, 'notInstalled': 2, 'closed': 8, 'fail': 4.

The status of the internal MIM communication bus. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. lostComm(4) indicates the device has lost communication. rxFailure(5) indicates the device has a receive failure. txFailure(6) indicates the device has a transmit failure. Enumeration: 'lostComm': 4, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'rxFailure': 5, 'txFailure': 6.

The status of the internal RIM communication bus. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. lostComm(4) indicates the device has lost communication. rxFailure(5) indicates the device has a receive failure. txFailure(6) indicates the device has a transmit failure. Enumeration: 'lostComm': 4, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'rxFailure': 5, 'txFailure': 6.

The status of the MIM to RIM communication bus. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. lostComm(4) indicates the device has lost communication. rxFailure(5) indicates the device has a receive failure. txFailure(6) indicates the device has a transmit failure. Enumeration: 'lostComm': 4, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'rxFailure': 5, 'txFailure': 6.

The status of the external MIM communication bus. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. lostComm(4) indicates the device has lost communication. rxFailure(5) indicates the device has a receive failure. txFailure(6) indicates the device has a transmit failure. Enumeration: 'lostComm': 4, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'rxFailure': 5, 'txFailure': 6.

The status of the external RIM communication bus. unknown(1) indicates the device status is unknown. notInstalled(2) indicates the device is not installed. ok(3) indicates the device status is OK. lostComm(4) indicates the device has lost communication. rxFailure(5) indicates the device has a receive failure. txFailure(6) indicates the device has a transmit failure. Enumeration: 'lostComm': 4, 'ok': 3, 'unknown': 1, 'notInstalled': 2, 'rxFailure': 5, 'txFailure': 6.

Defines the UPS ID number in the parallel system.

Defines the total number of UPSs in parallel.

The redundancy warning level for paralleled UPS nplus0 (1) indicates that there are no redundant units. nplus1 (2) indicates that there is one redundant unit. nplus2 (3) indicates that there are two redundant units. nplus3 (4) indicates that there are three redundant units. nplus4 (5) indicates that there are four redundant unit. nplus5 (6) indicates that there are five redundant units. Enumeration: 'nplus0': 1, 'nplus1': 2, 'nplus2': 3, 'nplus3': 4, 'nplus4': 5, 'nplus5': 6.

Maximum input RMS current of the parallel system measured in Amperes.

The Total Ouptut power of UPS in KW when UPS are configured in parallel or -1 if it's unsupported by this UPS.

The Total Ouptut Apparent power of UPS in kVA when UPS are configured in parallel or -1 if it's unsupported by this UPS.

A list of input table entries.

An entry containing information applicable to a particular input phase.

The parallel unit identifier.

The input phase identifier.

The input current in amperes, or -1 if it's unsupported by this UPS.

The input power in kW, or -1 if it's unsupported by this UPS.

The input apparent power in kVA, or -1 if it's unsupported by this UPS.

The input voltage of UPS in volts, or -1 if it's unsupported by this UPS.

The peak input voltage in VAC measured since the last reset, or -1 if it's unsupported by this UPS.

The peak input current in amperes measured since last reset, or -1 if it's unsupported by this UPS.

Total active input power of the parallel system in kW.

Total apparent input power of the parallel system in kVA.

A list of output table entries. The number of entries is given by the sum of the upsPhaseNumOutputPhases.

An entry containing information applicable to a particular output phase.

The output identifier.

The output phase identifier.

The output current in amperes drawn by the load on the UPS, or -1 if it's unsupported by this UPS.

The output load in VA, or -1 if it's unsupported by this UPS.

The percentage of the UPS load capacity in VA at present redundancy being used on this output phase, or -1 if it's unsupported by this UPS.

The output power in Watts, or -1 if it's unsupported by this UPS.

A list of output table entries. The number of entries is given by the value of upsOutputNumPhases.

An entry containing information applicable to a particular output.

The UPS parallel output identifier.

The apparent power of each of UPS in kVA when UPS are configured in parallel.

Allows for diagnostics of parallel Circuit Breakers.

The diagnostics of Circuit Breaker.

The Parallel UPS index entry.

The index of the Circuit Breaker.

The status of the Circuit Breaker. unknown(1) indicates the circuit breaker status is unknown. notInstalled(2) indicates the circuit breaker is not installed. opened(3) indicates the circuit breaker is opened. closed(4) indicates the circuit breaker is closed. Enumeration: 'unknown': 1, 'notInstalled': 2, 'opened': 3, 'closed': 4.

The name of Circuit Breaker.

The percentage of the UPS total load capacity in kVA or -1 if it's unsupported by this UPS.

Defines the position ID of UPS frame.

Defines the position ID of bottom feed frame.

Defines the position ID of switchgear.

The number of battery frames.

Battery frame layout position ID table.

A list of layout position IDs of battery frames.

The index of the battery frame.

Defines the position ID of each of the battery frames in the row.

The number of sidecar frames.

Sidecar frame layout position ID table.

A list of sidecar frame layout position IDs.

The index of the sidecar frame.

Defines the position ID of each of the sidecar frames in the row.

The number of power frames.

Power frame layout position ID table.

A list of power frame layout position IDs.

The index of the power frame.

Defines the position ID of each of the power frames in the row.

The source which is currently selected by the ATS to supply the UPS. Enumeration: 'sourceB': 4, 'noSourceSelected': 1, 'sourceA': 3, 'unknown': 2.

The preferred source of power when both sources are OK. Enumeration: 'upsIntegratedATSNoSourcePreference': 1, 'upsIntegratedATSPreferSourceA': 2, 'upsIntegratedATSPreferSourceB': 3.

This is a delay factor applied to the retransfer of this UPS with integrated ATS. When mulitple UPSes are in use from a single source, each UPS can have a unique delay value, which will reduce inrush by preventing all UPSes from transferring at the same time.

The number of input sources for this integrated ATS.

Allows for getting status and settings for the ATS input sources. The number of entries is contained in the upsIntegratedATSSourceTableSize OID.

The input source status to get.

The index to the input source entry.

The name of the input source. This OID is provided for informational purposes only.

Getting this variable will return the input source status. Enumeration: 'upsIntegratedATSSourceGood': 1, 'upsIntegratedATSSourceUnknown': 3, 'upsIntegratedATSSourceBad': 2.

The delay between a selected input source becoming bad, and the ATS switching away from that source. This delay is used to make sure that the line has truly failed before the ATS will be switched. Specified in seconds.

The delay between an unselected input source becoming good, and the ATS switching to that source. This delay is used to make sure that the line has truly returned before the ATS will be switched. Specified in seconds.

The ambient temperature in Celsius for Probe 1.

The relative humidity as a percentage for Probe 1.

The ambient temperature in Celsius for Probe 2.

The relative humidity as a percentage for Probe 2.

The number of contacts supported by the Measure-UPS.

A list of contacts supported by the Measure-UPS.

A contact entry containing information for a given contact.

An index identifying the contact on the Measure-UPS.

The normal operating position of the contact. If the normal operating position cannot be set then it is controlled via the dip switch on the Measure-UPS and is therefore read-only. Enumeration: 'unknown': 1, 'open': 2, 'closed': 3.

The description of the purpose/use of the contact.

A flag indicating whether this contact is monitored, or not. Enumeration: 'disabled': 3, 'unknown': 1, 'enabled': 2.

This value indicates the current state of the contact. If the contact is not in its normal state. This value is set to fault(2). Enumeration: 'unknown': 1, 'noFault': 2, 'fault': 3.

Setting this variable to passthrough will enable mini's port2 behave like a UPS port. Choosing localConsole will enable the port to be used as local console. Enumeration: 'passthrough': 2, 'localConsole': 1.

Setting this variable to setPulseOnTXD(2) causes adapter to generate a PULSE on TXD pin of serial port 2. The duration in the prototype implementation will be 1 second. Setting this value to noSetPulseOnTXD(1) has no effect. The value noSetPulseOnTXD(1) will always be returned when the variable is read. Setting this value to setTXDLow(3), or setTXDHigh(4) will keep TXD always low or high respectively. Enumeration: 'noSetPulseOnTXD': 1, 'setPulseOnTXD': 2, 'setTXDHigh': 4, 'setTXDLow': 3.

The hardware revision of the PDU. This value is set at the factory.

An 8 byte ID string identifying the PDU firmware revision. This value is set at the factory.

The date when the PDU was manufactured in mm/dd/yy format. This value is set at the factory. The year 2000 will be represented by 00.

A 10-character string identifying the model number of the PDU internal. This value is set at the factory.

A 12-character string identifying the serial number of the PDU internal microprocessor. This value is set at the factory.

Setting this OID to turnAllOnNow (1) will turn all outlets on immediately. Setting this OID to turnAllOnSequence (2) will turn all outlets on as defined by each outlet's sPDUOutletPowerOnTime OID value. Setting this OID to turnAllOff (3) will turn all outlets off immediately. Setting this OID to rebootAllNow (4) will reboot all outlets immediately. For MasterSwitch firmware version 1.X, setting this OID to rebootAllSequence (5) reboots all outlets, with power returned to the outlets in the sequence defined by each outlet's sPDUOutletPowerOnTime OID value. For MasterSwitch firmware version 2.X, setting this OID to rebootAllSequence (5) will cause a turnAllOffSequence to be performed. Once all outlets are off, the MasterSwitch will then delay the sPDUMasterConfigReboot OID time, and then perform a turnAllOnSequence. For MasterSwitch firmware version 2.X, setting this OID to turnAllOffSequence (7) will turn all outlets off as defined by each outlet's sPDUOutletPowerOffTime OID value. For MasterSwitch firmware version 1.X, setting this OID to turnAllOffSequence (7) will have no effect. Getting this OID will return the noCommand (6) value. Enumeration: 'turnAllOnNow': 1, 'turnAllOffNow': 3, 'turnAllOnSequence': 2, 'noCommand': 6, 'rebootAllSequence': 5, 'turnAllOffSequence': 7, 'rebootAllNow': 4.

Getting this OID will cause the status of all outlets to be returned. This OID is provided for informational purposes only. To change the outlet state, the user should use the sPDUOutletCtl OID in the sPDUOutletControlTable. The format of the data returned is a character string consisting of the word 'On' if the outlet is on or 'Off' if the outlet is off. At least one space will delimit each outlet entry in the string. If the outlet states are unknown, the character string 'Unknown' will be returned. This signifies that there is an inconsistency in the PDU. In the rare case that this should happen, the user is advised to shut down all equipment powered by the PDU and then cycle the PDU's power. This will put the PDU in a consistent state.

Getting this OID will cause the command pending status of all outlets to be returned. The format of the data returned is a character string consisting of the word 'Yes' if a command is pending for the outlet or 'No' if there is no command pending for the outlet. At least one space will delimit each outlet entry in the string. If the pending states are unknown, the character string 'Unknown' will be returned. This signifies that there is an inconsistency in the PDU. In the rare case that this should happen, the user is advised to shut down all equipment powered by the PDU and then cycle the PDU's power. This will put the PDU in a consistent state.

The amount of delay, in seconds, between when power is provided to the PDU and when the PDU provides basic master power to the outlets. Allowed values are: -1 never apply power automatically. 0 apply power immediately. 15 apply power in 15 seconds. 30 apply power in 30 seconds. 45 apply power in 45 seconds. 60 apply power in 60 seconds (1 minute). 120 apply power in 120 seconds (2 minutes). 300 apply power in 300 seconds (5 minutes). If a value other than a supported value is provided in a set request, the PDU interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

During a reboot sequence, power is turned off and then back on. This OID defines the amount of time to wait, in seconds, after turning the power off, at the start of the sequence, before turning power back on, at the end of the reboot sequence. Allowed values are: 5 wait 5 seconds between off/on. 10 wait 10 seconds between off/on. 15 wait 15 seconds between off/on. 20 wait 20 seconds between off/on. 30 wait 30 seconds between off/on. 45 wait 45 seconds between off/on. 60 wait 60 seconds (1 minute) between off/on. If a value other than a supported value is provided in a set request, the PDU interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used. This OID is read-only for the MasterSwitch version 2.X and is the maximum sPDUOutletRebootDuration OID of the individual outlets.

The name of the PDU.

The number of outlets for the PDU.

Allows for control of individual outlet switches. The number of entries is contained in the sPDUOutletControlTableSize OID.

The outlets to control.

The index to the outlet entry.

Reports whether the current outlet has a pending command. If the commandPendingUnknown (3) value is returned, all devices powered by the PDU should be shut down. The PDU's power should then be cycled to clear this condition. Enumeration: 'commandPendingUnknown': 3, 'noCommandPending': 2, 'commandPending': 1.

Getting this variable will return the outlet state. If the outlet is on, the outletOn (1) value will be returned. If the outlet is off, the outletOff (2) value will be returned. If the state of the outlet cannot be determined, the outletUnknown (4) value will be returned. If the outletUnknown condition should occur, all devices powered by the PDU should be shut down. The PDU's power should then be cycled to clear this condition. Setting this variable to outletOn (1) will turn the outlet on. Setting this variable to outletOff (2) will turn the outlet off. Setting this variable to outletReboot (3) will reboot the outlet. Setting this variable to outletOnWithDelay (5) will turn the outlet on after the sPDUOutletPowerOnTime OID has elapsed. This option is not valid for MasterSwitch firmware version 1.X. Setting this variable to outletOffWithDelay (6) will turn the outlet off after the sPDUOutletPowerOffTime OID has elapsed. This option is not valid for MasterSwitch firmware version 1.X. Setting this variable to outletRebootWithDelay (7) will turn the outlet off after the sPDUOutletPowerOffTime OID has elapsed, wait the sPDUOutletRebootDuration OID time, then turn the outlet back on. This option is not valid for MasterSwitch firmware version 1.X. Enumeration: 'outletOff': 2, 'outletOn': 1, 'outletUnknown': 4, 'outletOffWithDelay': 6, 'outletOnWithDelay': 5, 'outletRebootWithDelay': 7, 'outletReboot': 3.

The name of the outlet. Maximum size is 20 characters. This OID is provided for informational purposes only. This value is set by the sPDUOutletName OID.

The number of outlets for the PDU.

The list of outlets to configure. The number of entries is defined by the sPDUOutletConfigTableSize OID.

The outlets to control.

The index to the outlet entry.

The amount of time (in seconds) the outlet will delay powering on when the MasterSwitch is powered on. Allowed values are: -1 never power on automatically. 0 power on with the Master Switch. 15 power on 15 seconds after the MasterSwitch has power applied. 30 power on 30 seconds after the MasterSwitch has power applied. 45 power on 45 seconds after the MasterSwitch has power applied. 60 power on 60 seconds (1 minute) after the MasterSwitch has power applied. 120 power on 120 seconds (2 minutes) after the MasterSwitch has power applied. 300 power on 300 seconds (5 minutes) after the MasterSwitch has power applied. If a value other than a supported value is provided in a set request, the PDU interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

The name of the outlet. Maximum size is 20 characters.

The amount of time (in seconds) the outlet will delay powering off. Allowed values are: -1 never power off automatically. 0 power off with the MasterSwitch. 15 power off 15 seconds after being commanded. 30 power off 30 seconds after being commanded. 45 power off 45 seconds after being commanded. 60 power off 60 seconds (1 minute) after being commanded. 120 power off 120 seconds (2 minutes) after being commanded. 300 power off 300 seconds (5 minutes) after being commanded. If a value other than a supported value is provided in a set request, the PDU interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used. This OID is not available for MasterSwitch firmware version 1.X.

During a reboot sequence, power is turned off and then back on. This OID defines the amount of time to wait, in seconds, after turning the power off, at the start of the sequence, before turning power back on, at the end of the reboot sequence. Allowed values are: 5 wait 5 seconds between off/on. 10 wait 10 seconds between off/on. 15 wait 15 seconds between off/on. 20 wait 20 seconds between off/on. 30 wait 30 seconds between off/on. 45 wait 45 seconds between off/on. 60 wait 60 seconds (1 minute) between off/on. If a value other than a supported value is provided in a set request, the PDU interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used. This OID is not available for MasterSwitch firmware version 1.X.

The number of MasterSwitch VMs controllable by this IP address.

Allows for query of the individual MasterSwitch VMs. The number of entries is contained in the sPDUIdentVMTableSize OID.

The MasterSwitch VMs to query.

The index to the MasterSwitch VM entry.

A 23-character string identifying the MasterSwitch VM.

The hardware version of the MasterSwitch VM. This value is set at the factory.

An 6-character ID string identifying the MasterSwitch VM firmware version. This value is set at the factory.

The date when the MasterSwitch VM was manufactured in mm/dd/yyyy format. This value is set at the factory.

A 17-character string identifying the model number of the MasterSwitch VM. This value is set at the factory.

A 17-character string identifying the serial number of the MasterSwitch VM. This value is set at the factory.

The number of MasterSwitch VMs controllable by this IP address.

Allows for control of the individual MasterSwitch VMs. The number of entries is contained in the sPDUMasterControlVMTableSize OID.

The MasterSwitch VMs to control.

The index to the MasterSwitch VM entry.

The name of the MasterSwitch VM. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigVMName OID.

Setting this OID to immediateAllOnVM (2) will turn all outlets on immediately. Setting this OID to immediateAllOffVM (3) will turn all outlets off immediately. Setting this OID to immediateAllRebootVM (4) will reboot all outlets immediately. Setting this OID to delayedAllOnVM (5) will turn all outlets on as defined by each outlet's sPDUOutletConfigVMPowerOnTime OID value. Setting this OID to delayedAllOffVM (6) will turn all outlets off as defined by each outlet's sPDUOutletConfigVMPowerOffTime OID value. Setting this OID to sequencedAllRebootVM (7) will cause a immediateAllOffVM command to be performed. The MasterSwitch VM will then delay the sPDUMasterStatusVMRebootDuration OID time, and then perform a delayedAllOnVM command. Setting this OID to delayedAllRebootVM (8) will cause a delayedAllOffVM command to be performed. Each outlet will then wait its sPDUOutletConfigVMRebootDuration before returning power to the outlet. Setting this OID to delayedSequenceAllRebootVM (9) will cause a delayedAllOffVM command to be performed. Once all outlets are off, the MasterSwitch VM will then delay the sPDUMasterStatusVMRebootDuration OID time, and then perform a delayedAllOnVM command. Setting this OID to cancelAllPendingCommandsVM (10) will cause all pending commands on the MasterSwitch VM to be canceled. Setting this OID to audioAlarmMute (11) will temporarily silence the audible alarm for the duration of the current overload condition. The audible alarm will be activated on subsequent overload alarms. Getting this OID will return the noCommandAllVM (1) value. Enumeration: 'immediateAllRebootVM': 4, 'immediateAllOffVM': 3, 'sequencedAllRebootVM': 7, 'audioAlarmMute': 11, 'delayedAllRebootVM': 8, 'noCommandAllVM': 1, 'delayedSequenceAllRebootVM': 9, 'cancelAllPendingCommandsVM': 10, 'delayedAllOnVM': 5, 'immediateAllOnVM': 2, 'delayedAllOffVM': 6.

The number of MasterSwitch VMs configurable by this IP address.

Allows for configuration of the individual MasterSwitch VMs. The number of entries is contained in the sPDUMasterConfigVMTableSize OID.

The MasterSwitch VMs to configure.

The index to the MasterSwitch VM entry.

The name of the MasterSwitch VM. Maximum size is 23 characters.

The amount of delay, in seconds, between when power is provided to the MasterSwitch VM and when the MasterSwitch VM provides basic master power to the outlets. Allowed values are: -1 never apply power automatically. 0 apply power immediately. 15 apply power in 15 seconds. 30 apply power in 30 seconds. 45 apply power in 45 seconds. 60 apply power in 60 seconds (1 minute). 120 apply power in 120 seconds (2 minutes). 300 apply power in 300 seconds (5 minutes). If a value other than a supported value is provided in a set request, the MasterSwitch VM interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

Setting this OID to audioAlarmActiveNever (1) will disable the audio alarm on the MasterSwitch VM. Setting this OID to audioAlarmActiveOnOverload (2) will activate the audio alarm on the MasterSwitch VM when an overload condition is present. Setting this OID to audioAlarmActiveOnOverloadImminent (3) will activate the audio alarm on the MasterSwitch VM when the load on the MasterSwitch VM has surpassed the sPDUMasterConfigVMHighLoadWarningThreshold OID value. Enumeration: 'audioAlarmActiveOnOverload': 2, 'audioAlarmActiveOnOverloadImminent': 3, 'audioAlarmActiveNever': 1.

A threshold that indicates the power consumption of the load is nearing an overload condition. It is represented as a percentage of full load.

A threshold that indicates the power consumption of the load is nearing a low consumption condition. It is represented as a percentage of full load.

This OID controls the behavior of the MasterSwitch VM when an overload condition is possible and additional outlets are requested to be turned on. Setting this OID to alwaysAllowTurnON (1) will always allow the outlets to turn on. Setting this OID to restrictOnWarning (2) will not allow outlets to turn on if the sPDUMasterConfigVMHighLoadWarningThreshold OID is exceeded. Setting this OID to restrictOnOverload (3) will not allow outlets to turn on if the MasterSwitch Vm is in an overload condition. Enumeration: 'restrictOnWarning': 2, 'restrictOnOverload': 3, 'alwaysAllowTurnON': 1.

The number of MasterSwitch VMs at this IP address.

Allows for gathering of status from the individual MasterSwitch VMs. The number of entries is contained in the sPDUMasterStatusVMTableSize OID.

The MasterSwitch VMs to gather status from.

The index to the MasterSwitch VM entry.

The name of the MasterSwitch VM. Maximum size is 23 characters.

Getting this OID will return commandPendingMasterTrueVM (1) if the MasterSwitch VM has a pending command on any of its outlets. commandPendingMasterFalseVM (2) will be returned if there are no pending commands. Enumeration: 'commandPendingMasterTrueVM': 1, 'commandPendingMasterFalseVM': 2.

Getting this OID will return overloadConditionTrueVM (1) if the sPDUMasterConfigVMHighLoadWarningThreshold OID is violated. overloadConditionFalseVM (2) will be returned if the sPDUMasterConfigVMHighLoadWarningThreshold OID is not violated. Enumeration: 'overloadConditionTrueVM': 1, 'overloadConditionFalseVM': 2.

Getting this OID will return lowLoadConditionTrueVM (1) if the sPDUMasterConfigVMLowLoadWarningThreshold OID is violated. lowLoadConditionFalseVM (2) will be returned if the sPDUMasterConfigVMHighLoadWarningThreshold OID is not violated. Enumeration: 'lowLoadConditionFalseVM': 2, 'lowLoadConditionTrueVM': 1.

Getting this OID will return the total amount of power being consumed by the load. It is represented as a percentage of full load.

Getting this OID will return the total amount of power that this MasterSwitch VM can provide. It is represented in Amps.

Getting this OID will return the number of controllable outlets for this MasterSwitch VM.

Getting this OID will return the largest sPDUOutletConfigVMRebootDuration OID time for this MasterSwitch VM.

Allows for control of individual outlet switches. The number of entries is contained in the sPDUMasterStatusOutletCount OID.

The outlets to control.

The index to the MasterSwitch VM.

The name of the MasterSwitch VM. Maximum size is 23 characters. This OID is provided for informational purposes only.

The index to the outlet entry.

The name of the outlet. Maximum size is 23 characters. This OID is provided for informational purposes only.

Getting this variable will return the outlet state. If the outlet is on, the immediateOnVM (1) value will be returned. If the outlet is off, the immediateOffVM (2) value will be returned. Setting this variable to immediateOnVM (1) will immediately turn the outlet on. Setting this variable to immediateOffVM (2) will immediately turn the outlet off. Setting this variable to immediateRebootVM (3) will immediately reboot the outlet. Setting this variable to delayedOnVM (4) will turn the outlet on after the sPDUOutletConfigVMPowerOnTime OID time has elapsed. Setting this variable to delayedOffVM (5) will turn the outlet off after the sPDUOutletConfigVMPowerOffTime OID time has elapsed. Setting this variable to delayedRebootVM (6) will cause the MasterSwitch VM to perform a delayedOffVM command, wait the sPDUOutletConfigVMRebootDuration OID time, and then perform the immediateOnVM command. Setting this variable to cancelPendingCommandVM (7) will cause any pending command to this outlet to be canceled. Enumeration: 'immediateOnVM': 1, 'delayedOnVM': 4, 'immediateRebootVM': 3, 'immediateOffVM': 2, 'delayedOffVM': 5, 'delayedRebootVM': 6, 'cancelPendingCommandVM': 7.

Allows for configuration of individual outlets. The number of entries is contained in the sPDUMasterStatusOutletCount OID.

The outlets to configure.

The index to the MasterSwitch VM.

The name of the MasterSwitch VM. Maximum size is 23 characters.

The index to the outlet entry.

The name of the outlet. Maximum size is 23 characters.

The amount of time (in seconds) the outlet will delay powering on at coldstart or when a command that requires a turn-on delay is issued. Allowed values are: -1 never power on. 0 power on immediately. 15 power on 15 seconds after being commanded. 30 power on 30 seconds after being commanded. 45 power on 45 seconds after being commanded. 60 power on 60 seconds (1 minute) after being commanded. 120 power on 120 seconds (2 minutes) after being commanded. 300 power on 300 seconds (5 minutes) after being commanded. If a value other than a supported value is provided in a set request, the MasterSwitch VM interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

The amount of time (in seconds) the outlet will delay powering off when a command that requires a turn-off delay is issued. Allowed values are: -1 never power off automatically. 0 power off immediately. 15 power off 15 seconds after being commanded. 30 power off 30 seconds after being commanded. 45 power off 45 seconds after being commanded. 60 power off 60 seconds (1 minute) after being commanded. 120 power off 120 seconds (2 minutes) after being commanded. 300 power off 300 seconds (5 minutes) after being commanded. If a value other than a supported value is provided in a set request, the MasterSwitch VM interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

During a reboot sequence, power is turned off and then back on. This OID defines the amount of time to wait, in seconds, after turning the power off, at the start of the sequence, before turning power back on, at the end of the reboot sequence. Allowed values are: 5 wait 5 seconds between off/on. 10 wait 10 seconds between off/on. 15 wait 15 seconds between off/on. 20 wait 20 seconds between off/on. 30 wait 30 seconds between off/on. 45 wait 45 seconds between off/on. 60 wait 60 seconds (1 minute) between off/on. If a value other than a supported value is provided in a set request, the MasterSwitch VM interprets it as the next lower acceptable value. If the provided value is lower than the lowest acceptable value, the lowest acceptable value is used.

Allows for getting of status of individual outlets. The number of entries is contained in the sPDUMasterStatusOutletCount OID.

The outlets to gather status from.

The index to the MasterSwitch VM.

The name of the MasterSwitch VM. Maximum size is 23 characters.

The index to the outlet entry.

The name of the outlet. Maximum size is 23 characters.

Getting this variable will return the outlet state. If the outlet is on, the outletStatusOnVM (1) value will be returned. If the outlet is off, the outletStatusOffVM (2) value will be returned. Enumeration: 'outletStatusVMOff': 2, 'outletStatusVMOn': 1.

Getting this variable will return the command pending state of the outlet. If a command is pending on the outlet, the outletStatusVMCommandPending (1) value will be returned. If there is not a command pending on the outlet, the outletStatusVMNoCommandPending (2) will be returned. Enumeration: 'outletStatusVMNoCommandPending': 2, 'outletStatusVMCommandPending': 1.

The number of MasterSwitch pluses controllable by this IP address.

Allows for query of the individual MasterSwitch pluses. The number of entries is contained in the sPDUIdentMSPTableSize OID.

The MasterSwitch pluses to query.

The index to the MasterSwitch plus entry.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The hardware version of the MasterSwitch plus. This value is set at the factory.

An 6-character ID string identifying the MasterSwitch plus firmware version. This value is set at the factory.

The date when the MasterSwitch plus was manufactured in mm/dd/yyyy format. This value is set at the factory.

A 17-character string identifying the model number of the MasterSwitch plus. This value is set at the factory.

A 17-character string identifying the serial number of the MasterSwitch plus. This value is set at the factory.

The number of MasterSwitch pluses controllable by this IP address.

Allows for control of the individual MasterSwitch pluses. The number of entries is contained in the sPDUMasterControlMSPTableSize OID.

The MasterSwitch pluses to control.

The index to the MasterSwitch plus entry.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

Setting this OID to immediateAllOnMSP (2) will turn all outlets on immediately. Setting this OID to sequencedAllOnMSP (3) will turn all outlets on as defined by each outlet's sPDUOutletConfigMSPPowerOnDelay OID value. Setting this OID to immediateAllOffMSP (4) will turn all outlets off immediately. Setting this OID to gracefulAllRebootMSP (5) will reboot all outlets (after the device running PowerChute confirms shutdown) as defined by each outlet's sPDUOutletConfigMSPRebootDuration OID time value. Setting this OID to immediateAllRebootMSP (6) will reboot all outlets immediately. Setting this OID to gracefulAllShutdownMSP (7) will shutdown all outlets (after the device running PowerChute confirms shutdown) as defined by each outlet's sPDUOutletConfigMSPPowerOffDelay OID time value. Each outlet will then turn on after the sum of its sPDUOutletConfigMSPRestartDelay and sPDUOutletConfigMSPPowerOnDelay OID values. Setting this OID to overrideAllBatCapThreshMSP (8) will cause the outlet to ignore the Battery Capacity Threshold and proceed turning on the outlets as defined by each outlet's sPDUOutletConfigMSPPowerOnDelay OID value. Setting this OID to cancelAllPendingCommandsMSP (9) will cause all pending commands on the MasterSwitch plus to be canceled. Setting this OID to restoreFactoryDefaultsMSP (10) will cause the settings of the MasterSwitch plus to be restored to the factory defaults. Getting this OID will return the noCommandAllMSP (1) value. Enumeration: 'overrideAllBatCapThreshMSP': 8, 'gracefulAllRebootMSP': 5, 'immediateAllRebootMSP': 6, 'immediateAllOnMSP': 2, 'cancelAllPendingCommandsMSP': 9, 'gracefulAllShutdownMSP': 7, 'sequencedAllOnMSP': 3, 'restoreFactoryDefaultsMSP': 10, 'noCommandAllMSP': 1, 'immediateAllOffMSP': 4.

The number of MasterSwitch pluses configurable by this IP address.

Allows for configuration of the individual MasterSwitch pluses. The number of entries is contained in the sPDUMasterConfigMSPTableSize OID.

The MasterSwitch pluses to configure.

The index to the MasterSwitch plus entry.

The name of the MasterSwitch plus. Maximum size is 23 characters.

The amount of delay, in seconds, between when power is provided to the MasterSwitch plus and when the MasterSwitch plus provides basic master power to the outlets. Allowed values are: 0 - 9999 seconds (0 - 2hrs, 46 mins, 39 secs). 0 indicates to apply power immediately.

Setting this OID to manualButtonDisabled (1) will disable the manual button on the MasterSwitch plus. Setting this OID to manualButtonEnabled (2) will enable the manual button on the MasterSwitch plus. Enumeration: 'manualButtonEnabled': 2, 'manualButtonDisabled': 1.

The number of MasterSwitch pluses at this IP address.

Allows for gathering of status from the individual MasterSwitch pluses. The number of entries is contained in the sPDUMasterStatusMSPTableSize OID.

The MasterSwitch pluses to gather status from.

The index to the MasterSwitch plus entry.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

Getting this OID will return the number of controllable outlets for this MasterSwitch plus.

Allows for control of individual outlet switches. The number of entries is contained in the sPDUMasterStatusMSPOutletCount OID.

The outlets to control.

The index to the MasterSwitch plus.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The index to the outlet entry.

The name of the outlet. The maximum size is 23 characters. The name is set by using the sPDUOutletConfigMSPallOutletName OID. This OID is provided for informational purposes only.

Getting this variable will return the outlet state. If the outlet is on, the immediateOnMSP (1) value will be returned. If the outlet is off, the immediateOffMSP (3) value will be returned. Setting this variable to immediateOnMSP (1) will immediately turn the outlet on. Setting this variable to delayedOnMSP (2) will turn the outlet on after the sPDUOutletConfigMSPPowerOnDelay OID time has elapsed. Setting this variable to immediateOffMSP (3) will immediately turn the outlet off. Setting this variable to gracefulRebootMSP (4) will cause the outlet to wait for device confirmation (if applicable) and then turn the outlet off after the sPDUOutletConfigMSPPowerOffDelay OID time has elapsed. The outlet will then turn on after the sPDUOutletConfigMSPRebootDuration OID time has elapsed. Setting this variable to immediateRebootMSP (5) will immediately reboot the outlet. Setting this variable to gracefulshutdownMSP (6) will cause the outlet to wait for device confirmation (if applicable) and then turn the outlet off after the sPDUOutletConfigMSPPowerOffDelay OID time has elapsed. The outlet will then turn on after the sum of the sPDUOutletConfigMSPRestartTime OID time and the sPDUOutletConfigMSPPowerOnDelay OID time has elapsed. Setting this variable to overrideBatCapThreshMSP (7) will cause the outlet to ignore the Battery Capacity Threshold and proceed waiting on the sPDUOutletConfigMSPPowerOnDelay OID time before turning the outlet on. Setting this variable to cancelPendingCommandMSP (8) will cause any pending command to this outlet to be canceled. Enumeration: 'immediateOnMSP': 1, 'cancelPendingCommandMSP': 8, 'delayedOnMSP': 2, 'gracefulshutdownMSP': 6, 'overrideBatCapThreshMSP': 7, 'immediateRebootMSP': 5, 'gracefulRebootMSP': 4, 'immediateOffMSP': 3.

Allows for configuration of individual outlets. The number of entries is contained in the sPDUMasterStatusMSPOutletCount OID.

The outlets to configure.

The index to the MasterSwitch plus.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The index to the outlet entry.

The name of the outlet. Maximum size is 23 characters.

Setting this OID to modeGracefulShutdown (1) will put this outlet into the Graceful Shutdown control mode. Setting this OID to modeAnnunciator (2) will put this outlet into the Annunciator control mode. Enumeration: 'modeAnnunciator': 2, 'modeGracefulShutdown': 1.

Allows for configuration of individual outlets. The number of entries is contained in the sPDUMasterStatusMSPOutletCount OID.

The outlets to configure.

The index to the MasterSwitch plus.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The index to the outlet entry.

The name of the outlet. The maximum size is 23 characters. The name is set by using the sPDUOutletConfigMSPallOutletName OID. This OID is provided for informational purposes only.

The Control Mode of the outlet. This OID is provided for informational purposes only. Enumeration: 'modeAnnunciator': 2, 'modeGracefulShutdown': 1.

Setting this OID to deviceConfirmNo (1) cause the outlet to NOT wait for device confirmation while performing graceful operations. Setting this OID to deviceConfirmYes (2) cause the outlet to wait for device confirmation while performing graceful operations. Enumeration: 'deviceConfirmNo': 1, 'deviceConfirmYes': 2.

The amount of delay, in 6 second intervals, between when the UPS goes on battery and the power down sequence for the outlet is initiated. Allowed values are: -2 - Never initiate the power down sequence on low battery warning. -1 - Initiate power down sequence based on remaining runtime. 1 - 9999 six second intervals (6 secs - 16hrs, 39 mins, 54 secs). 0 indicates to immediately initiate power down sequence on low battery warning.

Only applicable if sPDUOutletConfigMSPgsLowBattWarning OID is set to -1 (On Runtime Remaining). Allows you to set the value to stagger the shutdown sequence of the outlets. 1 provides the longest delay (the outlet to shutoff first), and 7 would provide the shortest delay (the outlet to shut off last). Allowed values are: 1 - 7.

The amount of delay, in 6 minute intervals, between when the outlet is turned off and the outlet is turned back on when performing a Graceful Shutdown. Allowed values are: -1 - Never turn outlet back on after a Graceful shutdown. 0 - 9999 six minute intervals (0 - 999hrs, 54 mins).

The amount of delay, in seconds, between the UPS entering normal (on-line) state and the outlet being powered on. Allowed values are: -1 - Remain Off when the UPS enters the on-line state. 0 - 9999 seconds (0 - 2 hrs, 46 mins, 39 secs).

The amount of delay, in seconds, between when the server shuts down and the outlet is powered off. Allowed values are: 0 - 9999 seconds (0 - 2 hrs, 46 mins, 39 secs).

The minimum battery capacity, as a percent (0-100%), required of the UPS before an outlet will be allowed to power on. Allowed values are: 0 - 100 percent.

The amount of delay, in seconds, from outlet off until outlet on during a reboot. Allowed values are: 0 - 9999 seconds (0 - 2 hrs, 46 mins, 39 secs).

Allows for configuration of individual outlets. The number of entries is contained in the sPDUMasterStatusMSPOutletCount OID.

The outlets to configure.

The index to the MasterSwitch plus.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The index to the outlet entry.

The name of the outlet. The maximum size is 23 characters. The name is set by using the sPDUOutletConfigMSPallOutletName OID. This OID is provided for informational purposes only.

The Control Mode of the outlet. This OID is provided for informational purposes only. Enumeration: 'modeAnnunciator': 2, 'modeGracefulShutdown': 1.

Setting this OID to initialStateOff (1) causes the outlet to default to off when in the non-alarmed condition. Setting this OID to initialStateOn (2) causes the outlet to default to on when in the non-alarmed condition. Enumeration: 'initialStateOn': 2, 'initialStateOff': 1.

The amount of time, in seconds, that an enabled Measure-UPS alarm must be asserted before an alarm condition is recognized. Allowed values are: 0 - 9999 seconds (0 - 2 hrs, 46 mins, 39 secs).

Allows for configuration of individual outlets. The number of entries is contained in the sPDUMasterStatusMSPOutletCount OID.

The outlets to configure.

The index to the MasterSwitch plus.

The name of the MasterSwitch plus. The maximum value is 23 characters. The name is set by using the sPDUMasterConfigMSPName OID.

The index to the outlet entry.

The name of the outlet. The maximum size is 23 characters. The name is set by using the sPDUOutletConfigMSPallOutletName OID. This OID is provided for informational purposes only.

Setting this OID to disableAlarm (1) disables the Zone 1 alarm for this outlet. Setting this OID to enableAlarm (2) enables the Zone 1 alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Zone 2 alarm for this outlet. Setting this OID to enableAlarm (2) enables the Zone 2 alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Zone 3 alarm for this outlet. Setting this OID to enableAlarm (2) enables the Zone 3 alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Zone 4 alarm for this outlet. Setting this OID to enableAlarm (2) enables the Zone 4 alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 1 low humidity alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 1 low humidity alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 1 high humidity alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 1 high humidity alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 1 low temperature alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 1 low temperature alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 1 high temperature alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 1 high temperature alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 2 low humidity alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 2 low humidity alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 2 high humidity alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 2 high humidity alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 2 low temperature alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 2 low temperature alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.

Setting this OID to disableAlarm (1) disables the Probe 2 high temperature alarm for this outlet. Setting this OID to enableAlarm (2) enables the Probe 2 high temperature alarm for this outlet. Enumeration: 'enableAlarm': 2, 'disableAlarm': 1.