The MIB module used to register Liebert POWER related SNMP OIDs. Copyright 2008-2008 Liebert Corporation. All rights reserved. Reproduction of this document is authorized on the condition that the forgoing copyright notice is included. This Specification is supplied 'AS IS' and Liebert Corporation makes no warranty, either express or implied, as to the use, operation, condition, or performance of the Specification.
This sub-tree contains data and control associated with PDU's controlled by this agent. Data in this sub-tree will affect the behavior of all PDU's controlled by this agent.
This configures the scope of behavior for the PDU Software Over Temperature Protection feature. See lgpPduRcpEntrySwOverTemperatureProtection to enable this feature and get further information about what actions will be performed. local (0) Only receptacles on the PDU with the alarming temperature sensor will be affected. array (1) All receptacles in the PDU array will be affected, regardless of which PDU the alarming temperature sensor is connected to.
This sets the delay for the PDU Software Over Temperature Protection feature. This value determines the amount of time to delay, after the high temperature alarm becomes active, before taking action on the enabled receptacles. If the high temperature alarm becomes inactive before the expiration of the delay time, no action will be taken on the enabled receptacles. See lgpPduRcpEntrySwOverTemperatureProtection to enable this feature and get further information about what actions will be performed.
This sub-tree contains information about PDU clusters. Clusters are groups of PDU's under a single monitoring or control domain.
This value represents a bit-field of the various operational states of the PDUs that are part of the cluster of PDUs being monitored by this agent. This value is the bit-wise logical OR of all of the 'lgpPduEntrySysStatus' columns in the 'lgpPduTable' which represents the combined statuses of all PDUs for this agent. Note the bit-position is given parenthetically next to the operational state in the description below. The bit position is big-endian (least significant digit is the right-most digit). The state is present in the PDU when the bit is on (value = 1). The value is a logical OR of all of the following potential states of each PDU in the cluster. normalOperation(1) One or more PDUs in the cluster are operating normally with no active warnings or alarms. startUp(2) One or more PDUs are in the startup state (initializing). Control and monitoring operations may be inhibited or unavailable while the PDU is in this state. This state will clear automatically when the PDU(s) are fully initialized and ready to accept control and monitoring commands. unknownNoSupport(4) The state of one or more PDUs are not known at this time or there is no support for this piece of information from 1 or more PDUs in the cluster/group. normalWithWarning(8) One or more PDUs are operating normally with one or more active warnings. Appropriate personnel should investigate the warning(s) as soon as possible and take appropriate action. normalWithAlarm(16) One or more PDUs are operating normally with one or more active alarms. Appropriate personnel should investigate the alarm(s) as soon as possible and take appropriate action. abnormalOperation(32) One ore more PDUs are operating abnormally. There is a failure within the system that is unexpected under normal operating conditions. Appropriate personnel should investigate the cause as soon as possible. The normal functioning of the system is likely inhibited. unknownCommFailure(64) The state of one or more PDUs are not known due to a communications failure between the PDU hardware and the communications module. This state is usually indicative of a hardware problem.
Number of PDUs being monitored by this agent. This is the number of entries in the lgpPduTable.
This table contains a list of PDU entries. The table contains zero, one, or many rows, depending upon the number of PDUs being monitored. The Network Management System (NMS) cannot create or delete rows in the table. The rows are created by the agent based upon the number of PDUs being managed. Each row in the table represents a PDU in the system.
This entry defines the columns to be populated in the 'lgpPduTable'. Each column represents an attribute of a PDU. This table is indexed by the PDU identifier that is unique within the agent.
This is the index that indicates the row of the 'lgpPduTable'.
This is an internal index representing a unique identifier for each PDU represented by this agent. The value is assigned by the agent.
This is a user assigned label representing the PDU.
System assigned identifier representing the PDU. The value is independent of any user assigned label or tag. The exact format of this label is system dependent and is subject to change, therefore, it should not be referenced for programmatic use.
This is a one-based value that indicates the PDU's relative position within a rack or other enclosing entity.
This value represents a bit-field of the various operational states of the PDU. The value is a logical OR of all of the following potential states of the PDU. Note the bit-position is given parenthetically next to the operational state in the description below. The bit position is assumed to be a big-endian format (least significant digit is the right-most digit). The state is present in the PDU when the bit is on (value = 1). normalOperation(1) The PDU is operating normally with no active warnings or alarms. startUp(2) The PDU is in the startup state (initializing). Control and monitoring operations maybe inhibited or unavailable while the PDU is in this state. This state will clear automatically when the PDU(s) are fully initialized and ready to accept control and monitoring commands. normalWithWarning(8) The PDU is operating normally with one or more active warnings. Appropriate personnel should investigate the warning(s) as soon as possible and take appropriate action. normalWithAlarm(16) The PDU is operating normally with one or more active alarms. Appropriate personnel should investigate the alarm(s) as soon as possible and take appropriate action. abnormalOperation(32) The PDU is operating abnormally. That is there is some failure within the system that is unexpected under normal operating conditions. Appropriate personnel should investigate the cause as soon as possible. The normal functioning of the system is likely inhibited.
This is a user assigned Tag for the PDU. This value may be useful for end-user grouping or asset tracking purposes. The value for this tag does not need to be unique for this unit or across other units.
System assigned serial number for this PDU. This number is assigned at time of manufacture, is globally unique with respect to all PDU units.
Number of receptacle branches (Rb) within this PDU.
This is the PDU Software Over Current Protection feature which will prevent unused receptacles from turning on when the 'PDU Over Current Warning' or 'PDU Over Current Alarm' threshold is violated. Such receptacles shall get locked to prevent any user from switching them ON. Only device-admin shall have the authorization to unlock such receptacles. If the feature is enabled, in case of PDU Over Current Warning or Alarm condition, following action will be taken on the receptacles: a. Locked & OFF ? No change b. Locked & ON - No change c. UnLocked & OFF ? Receptacle shall be locked d. Unlocked & ON ? If the receptacle is being used (current>0), no change. If that outlet is being unused(current=0), turn it off and lock it in that position. No action will be taken if the feature is disabled. Note: Only applicable to PDU models where receptacle measurement and control is supported. Not applicable for PDU models that support only branch monitoring. disabled This function is disabled. enable This function is enabled.
This sub-tree contains information about PDU power sources.
Number of power sources in the lgpPduPsTable.
This table contains a list of the PDU's power source(s). The table contains zero, one, or more rows, depending upon the number of PDUs being monitored and the number of power sources installed for each PDU. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the PDUs being monitored. Each row in the table represents a PDU's Power Source.
This entry defines the attributes to be populated in the various columns of the 'lgpPduPsTable' (Power Source Table). This table is indexed by both the 'lgpPduEntryIndex' which is the sole index into the 'lgpPduTable' and the 'lgpPduPsEntryIndex' which is a unique identifier for the Power Source within a given PDU. Taken together these two indexes uniquely identify a Power Source within this agent.
This is a unique identifier for the Power Source within a given PDU. This is one of two indexes used to indicate the row of the 'lgpPduTable'.
This is a unique entry id representing a given PDU power source for the PDU.
System assigned identifier for this power source. The value is independent of any user assigned label or tag. The exact format of this label is system dependent and is subject to change, therefore, it should not be referenced for programmatic use.
This is the model name (identifier) of the power supply.
The PDU's power supply physical wiring type. not-specified The type has not been specified/configured. The end_user must configure this object to specify the physical wiring type. single-phase-3-wire-L1-N-PE Single Phase input with 3 wires (Line 1, Neutral and Protective Earth). two-phase-3-wire-L1-L2-PE Two Phase input with 3 wires (Line 1, Line 2, and Protective Earth). three-phase-4-wire-L1-L2-L3-PE Three Phase input with 4 wires (Line 1, Line 2, Line 3, and Protective Earth). three-phase-5-wire-L1-L2-L3-N-PE Three Phase input with 5 wires (Line 1, Line 2, Line 3, Neutral and Protective Earth). two-phase-4-wire-L1-L2-N-PE Two Phase input with 4 wires (Line 1, Line 2, Neutral, and Protective Earth).
Rated Input Line Voltage for the power source (i.e. this is the nominal line input voltage; it is NOT a measured voltage). The value is defined to be the rated line voltage (either line-to-neutral or line-to-line depending upon the power source's type).
This is the rated input line current for the module (it is NOT the measured current).
Rated input line frequency for this power source (i.e. This is the expected line frequency; it is NOT a measured frequency; it is typically 50 Hz or 60 Hz).
Total accumulated energy, measured at the power source input, since the last energy reset. Writing a value of 0 (zero) to this causes the accumulated energy to be reset. Writing a non-zero value is invalid and shall result in a write error and the total energy value remains unchanged. If the energy has not been reset and has not wrapped, then this is the total energy since installation. This value persists across boot events.
This is a unique serial number of the power supply. This number is assigned to the power supply at the time of manufacture.
This is the version of the firmware installed on the PDU's power supply.
The neutral current measured at the PDU's power source.
The threshold at which an over current warning is activated. If the measured neutral current (lgpPduPsEntryEcNeutral) is above this percentage of the full scale rated value (lgpPduPsEntryEcInputRated), an over neutral current warning (lgpConditionSource1NeutralOverCurrent) is activated.
The threshold at which an over current alarm is activated. If the measured neutral current (lgpPduPsEntryEcNeutral) is above this percentage of the full scale rated value (lgpPduPsEntryEcInputRated), an over neutral current alarm (lgpConditionSource1NeutralOverCurrent) is activated.
The parameter is for setting the maximum acceptable percentage of 'Unbalanced Load' between any two phases. This setting shall trigger an alarm when the % load between any two phases varies by a percentage higher than this configurable value. If this value is 0% then the alarm would be deactivated.
Total power factor, which is real power/apparent power for all phases combined. This is the sum of the real power for all phases divided by the sum of the apparent power for all phases.
This table contains a list of PDU's power source line/phase measurements. The table contains zero, one, or many rows, depending upon the number of PDU's Power Sources being monitored. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the managed PDU's power supply(s). Each row in the table represents a particular phase/line measurement of a power supply for a given PDU.
This entry defines the attributes to be populated in the various columns of the 'lgpPduPsLineTable'. The table is index by three indexes which taken together uniquely identify line/phase information for a given power source within a PDU. The 'lgpPduEntryIndex' is an index into the 'lgpPduTable'. This identifies the PDU that the power source is on. The 'lgpPduPsEntryIndex' is an index that together with the 'lgpPduEntryIndex' uniquely identifies the power source within the PDU that the row in this table represents. The final index 'lgpPduPsLineEntryIndex' identifies the particular line/phase that the measurement applies to within the identified power source.
This is the index that indicates the line/phase of the measurements in the given row of the 'lgpPduPsLineTable'.
Unique identifier (within a PDU) for the PDU's power source. The object may not be available in non-modular systems.
Alternating Current RMS Line to Neutral Electrical Potential measurement. The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
Total input line-to-neutral electrical current. The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The threshold at which an under current alarm is activated. If the measured current (lgpPduPsLineEntryEc) is equal to or below this percentage of the full scale rated value (lgpPduPsEntryEcInputRated), an under current alarm is activated.
The threshold at which an over current warning is activated. If the measured current (lgpPduPsLineEntryEc) is equal to or over this percentage of the full scale rated value (lgpPduPsEntryEcInputRated), an over current warning is activated.
The threshold at which an over current alarm is activated. If the measured current (lgpPduPsLineEntryEc) is equal to or over this percentage of the full scale rated value (lgpPduPsEntryEcInputRated), an over current alarm is activated.
The amount that the current/amperage may increase from its present value before an over current alarm occurs.
The percent of current utilization relative to the over current alarm threshold.
Line to Line Electrical Potential. The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-neutral measurement of the Real Power (Watts). The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-line measurement of the Real Power (Watts). The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-neutral measurement of the Apparent Power (VA). The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-line measurement of the Apparent Power (VA). The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-neutral measurement of the Power Factor of the power source. The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
The line-to-line measurement of the Power Factor of the power source. The line/phase being measured is indicated by the corresponding lgpPduPsLineEntryLine value of this row in the table.
This sub-tree contains information about PDU receptacle branches.
Number of receptacle branches in the lgpPduRbTable.
This table contains a list of PDU Receptacle branches. The table contains zero, one, or many rows, depending upon the number of PDUs being managed and how many receptacle branches each PDU has installed. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the PDUs being managed. Each row in the table represents a receptacle branch for a given PDU. The PDU that a branch is installed on is indicated by the column lgpPduEntryIndex. The branch within the lgpPduEntryIndex PDU is indicated by the column lgpPduRbEntryIndex.
This entry defines the attributes to be populated in the various columns of the 'lgpPduRbTable'. The table is indexed by both the 'lgpPduEntryIndex' and 'lgpPduRbEntryIndex'. The lgpPduEntryIndex specifies the PDU, defined in the lgpPduTable that the branch is on. The lgpPduRbEntryIndex uniquely identifies the branch within that PDU. Taken together the two indexes uniquely identify a branch being monitored by this agent.
A unique id representing the receptacle branch within the collection of branches being monitored by this agent. The uniqueness of this id is within the PDUs being managed by a single agent.
A user assigned label representing the receptacle branch.
System assigned identifier for this receptacle branch. The value is independent of any user assigned label or tag. The exact format of this label is system dependent and is subject to change, therefore, it should not be referenced for programmatic use.
This is a one-based value that indicates the relative position of the branch within the PDU.
A globally unique serial number for this branch. This number is assigned to the branch at the time of manufacture and can not be modified. NOTE: Generally only PDUs with replaceable receptacle branches will have serial numbers.
This is the model designation for this receptacle branch.
This is the firmware version number of the control software running on the receptacle branch. Only PDUs with replaceable receptacle branches will typically support this object.
This is a user assigned Tag for the receptacle branch. This value may be useful for end-user grouping or asset tracking purposes. The value for this tag does not need to be unique for this unit or across other units.
This enumeration represents the type of receptacles installed on this receptacle branch. All receptacles on this branch are of this type/style. not-specified If this value is returned, either the receptacle type has not been specified/configured or the agent monitoring this PDU does not have a SNMP enumeration defined to the type.
Receptacle branch capabilities describes what an individual branch is capable of. no-optional-capabilities The branch is unable to report measurements and lacks control capabilities. measurement-only The branch is capable of reporting multiple measurements. measurement-and-control The branch is capable of reporting multiple measurements and controlling the state. control-only The branch is capable of controlling the state. current-measurement-only The branch is capable of reporting the current/amperage only. current-measurement-and-control The branch is capable of reporting the current/amperage and has the ability to control the state.
This represents the line source that is supplying power to this receptacle branch. not-specified The line source supplying power to the load for this receptacle branch has not been specified/configured. line-1-N The load for this receptacle branch is supplied by a line-to-neutral configuration. (line 1 to neutral). line-2-N The load for this receptacle branch is supplied by a line-to-neutral configuration. (line 2 to neutral). line-3-N The load for this receptacle branch is supplied by a line-to-neutral configuration. (line 3 to neutral). line-1-line-2 The load for this receptacle branch is supplied by a line-to-line configuration (line 1 to line 2). line-2-line-3 The load for this receptacle branch is supplied by a line-to-line configuration (line 2 to line 3). line-3-line-1 The load for this receptacle branch is supplied by a line-to-line configuration (line 3 to line 1). line-1-line-2-and-line-1-neutral The load for this mixed receptacle branch is supplied by a line-to-line and line-to-neutral configuration (line 1 to line 2 and line 1 to neutral). line-2-line-3-and-line-2-neutral The load for this mixed receptacle branch is supplied by a line-to-line and line-to-neutral configuration (line 2 to line 3 and line 2 to neutral). line-3-line-1-and-line-3-neutral The load for this mixed receptacle branch is supplied by a line-to-line and line-to-neutral configuration (line 3 to line 1 and line 3 to neutral). unknown-line-neutral The load for this branch is supplied by a line-to-neutral configuration. The system is unable to determine which lines are supporting the load. unknown-line-line The load for this branch is supplied by a line-to-line configuration. The system is unable to determine which lines are supporting the load.
The number of receptacles on this receptacle branch.
Total accumulated energy, measured at the receptacle branch input, since the last energy reset. Writing a value of 0 (zero) to this causes the accumulated energy to be reset. Writing a non-zero value is invalid and shall result in a write error and the total energy value remains unchanged. If the energy has not been reset and has not wrapped, then this is the total energy since installation. This value persists across boot events. NOTE: Resetting this value does not reset the values for the individual receptacles.
The line-to-neutral measurement of the Electrical Potential measured in Volts RMS (Root Mean Squared).
The line-to-neutral measurement of the Power Factor of the receptacle branches' input.
The line-to-neutral measurement of the Electrical Current measured in Amperes RMS (Root Mean Squared).
The line-to-line measurement of the Electrical Potential measured in Volts RMS (Root Mean Squared).
The configuration parameter to enable or disable the Branch SW Over Current Protection feature.If the feature is enabled, in case of Over Current Warning or Alarm condition, following action will be taken on the receptacles: Locked & On - No Change Locked & Off - No Change Unlocked & Off - Turn it Off and Lock it Unlocked & On - If load present, No Change. If no load, turn it Off and Lock it. No action will be taken if the feature is disabled. Note: Only applicable to PDU models where receptacle measurement and control is possible. Not applicable to branch monoitoring models disabled This function is disabled. enable This function is enabled.
This table contains a list of PDU receptacle branch line/phase measurements. The table contains zero, one, or many rows, depending upon the number of PDUs and the number of receptacle branches on each PDU that are being monitored. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the PDU(s) being monitored. Each row in the table represents a particular phase/line measurement of a PDU Receptacle Branch. Rows in the table are uniquely identified by three indexes representing respectively the PDU (lgpPduEntryIndex), the receptacle branch (lgpPduRbEntryIndex) and the line/phase being measured (lgpPduRbLineEntryIndex).
This entry defines the attributes to be populated in the various columns of the 'lgpPduRbLineTable'. The table is indexed by three indexes. The 'lgpPduEntryIndex' references a PDU in the 'lgpPduTable' to which this receptacle branch line/phase measurement belongs. The 'lgpPduRbEntryIndex' together with the 'lgpPduEntryIndex' references the receptacle branch in the 'lgpPduRbTable'. The 'lgpPduRbLineEntryIndex' represents the line/phase of the measurements in the row of this table. Together these three indexes uniquely identify a phase/line measurement on a receptacle branch within a PDU being monitored by this agent.
This sub-tree contains information about PDU receptacles.
Number of receptacles in the lgpPduRcpTable.
This table contains a list of PDU receptacle entries. The table contains numerous rows representing an individual receptacle, depending upon the number and configuration of the PDU(s) being monitored by the agent. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the managed PDU(s). Each row in the table represents a receptacle in the system.
This entry defines the attributes to be populated in the various columns of the 'lgpPduRcpTable'. This table is indexed by three indexes. The 'lgpPduEntryIndex' references a PDU in the 'lgpPduTable' that a given row in this table represents. The 'lgpPduRbEntryIndex' together with the 'lgpPduEntryIndex' specifies a row in the 'lgpPduRbTable' that the receptacle belongs. The 'lgpPduRcpEntryIndex' identifies the particular receptacle within the branch.
This is the index that indicates the receptacle position on the receptacle branch. This along with the other two indexes on the lgpPduRcpTable uniquely identify the receptacle in this table.
A runtime assigned receptacle identification number.
User assigned label for this receptacle.
User assigned Tag to assist in identifying or grouping this receptacle within the end-users domain.
System assigned identifier representing the receptacle. The value is independent of any user assigned label or tag. The exact format of this label is system dependent and is subject to change, therefore, it should not be referenced for programmatic use.
A number representing the position of the receptacle within the receptacle branch.
The type or form of receptacle. The enumerations are specified in well-known industry standard terms and abbreviations.
This represents the line source that is supplying power to this receptacle. not-specified The line source supplying power to the load for this receptacle has not been specified/configured. line-1-N The load for this receptacle is supplied by a line-to-neutral configuration. (line 1 to neutral). line-2-N The load for this receptacle is supplied by a line-to-neutral configuration. (line 2 to neutral). line-3-N The load for this receptacle is supplied by a line-to-neutral configuration. (line 3 to neutral). line-1-line-2 The load for this receptacle is supplied by a line-to-line configuration (line 1 to line 2). line-2-line-3 The load for this receptacle is supplied by a line-to-line configuration (line 2 to line 3). line-3-line-1 The load for this receptacle is supplied by a line-to-line configuration (line 3 to line 1). unknown-line-neutral The load for this receptacle is supplied by a line-to-neutral configuration. The system is unable to determine which lines are supporting the load. unknown-line-line The load for this receptacle is supplied by a line-to-line configuration. The system is unable to determine which lines are supporting the load.
Receptacle capabilities describes what an individual receptacle is capable of. no-optional-capabilities The receptacle is unable to report measurements and lacks control capabilities. measurement-only The receptacle is capable of reporting multiple measurements. measurement-and-control The receptacle is capable of reporting multiple measurements and controlling the state. control-only The receptacle is capable of controlling the state. current-measurement-only The receptacle is capable of reporting the current/amperage only. current-measurement-and-control The receptacle is capable of reporting the current/amperage and has the ability to control the state.
Voltage being delivered to the load attached to the receptacle. Alternating Current RMS Electrical Potential measurement.
Current (amperage) being delivered to the load attached to the receptacle. Electrical Current is measured in Amperes RMS (Root Mean Squared).
Real Power (watts) being delivered to the load attached to the receptacle.
Apparent Power (volt-amps) being delivered to the load attached to the receptacle.
Receptacle Power Factor, which is the ratio of real power to apparent power (i.e. ratio of watts to volts-amps).
The measured line frequency being delivered to the load attached to the receptacle.
Total accumulated energy, measured at the module input, since the last energy reset. Writing a value of 0 (zero) to this causes the accumulated energy to be reset. Writing a non-zero value is invalid and shall result in a write error and the total energy value remains unchanged. If the energy has not been reset and has not wrapped, then this is the total energy since installation. This value persists across boot events.
The amount of time to wait before power is applied to the receptacle after a power strip is turned on or rebooted. This can be used to stagger the powering of multiple receptacles in order to prevent a large initial current draw.
unknown The current power state is unknown. off The current power state of the receptacle is OFF. on The current power state of the receptacle is ON. off-pending-on-delay The current power state of the receptacle is OFF. The power will be ON at the expiration of the ON delay of this receptacle.
The 'Power Up State' defines the state to which the receptacle shall return after a power cycle of the PDU. on The receptacle shall be switched to the ON state after the power on delay timer (lgpPduRcpEntryPwrOnDelay). off The receptacle shall be in the OFF state upon power cycle. last-state The receptacle shall be put to the previous state. Again, on state will be effective only after the power on delay (lgpPduRcpEntryPwrOnDelay).
This object represents the current and persistent (configured) power state of the receptacle. The receptacle can also be controlled by writing to this object. off The current and persisted (configured) power state of the receptacle is 'off'. When writing 'off' to this object the receptacle, if ON, will be turned OFF and its persistent (configured) power state will be set to 'off'. on The current and persisted (configured) power state of the receptacle is 'on'. When writing 'on' to this object the receptacle, if 'off', will be turned 'on' and its persistent (configured) power state will be set to 'on'. cycle-power The receptacle is currently in a power-cycle state. The power to the receptacle is being turned off momentarily and will then revert to being 'on'. When writing 'cycle-power' to this OBJECT if the receptacle is 'on' it will be momentarily turned 'off' and then revert to the 'on' state. The receptacle's persistent (configured) power state will be left unchanged ('on'). If the receptacle is OFF writing cycle-power has no affect on the receptacle.
This object represents the locked state of the receptacle. unknown The lock state of the receptacle is not known at this time. locked If the receptacle is 'locked' then its current persisted (configured) state can not be changed. unlocked If the receptacle is 'unlocked', then a user with proper permissions may change the receptacles state.
Receptacle current crest factor, which is the peak amplitude of the current waveform divided by the RMS value of the waveform.
Blink the receptacle LED. Writing blinkLED(2) will cause the LED to blink for a predefined duration of time. Reading this object will always return noAction(1).
The configuration parameter to enable or disable the Receptacle SW Over Temperature Protection feature If the feature is enabled, in case of Over Temperature Alarm condition, following action will be taken on the receptacles: Locked & Off - No Change Unlocked & Off - No Change Unlocked & On - Turn it Off. Locked & On - Turn it Off and keep it Locked. No action will be taken if the feature is disabled.
Receptacle Operating Condition - indicates the condition of the receptacle. The operating condition has the following: Normal Normal operation without any alarm or warning. Alarm An Alarm condition due to over/under current. Warning A Warning condition due to over/under current Abnormal A condition in which the outlet is in 'Power Off State' but still drawing current.
The configuration parameter can be used by the user to mark a receptacle as critical or non-critical.
The 'Post On Delay' is the time interval (in seconds) that the PDU waits after a command is issued to switch ON a receptacle before applying power to the receptacle A value of zero implies that there is no delay (i.e. the receptacle is turned on immediately on command issue).
The 'Post Off Delay' is the time interval (in seconds) that the PDU waits after a command is issued to switch OFF a receptacle before removing power from the receptacle A value of zero implies that there is no delay (i.e. the receptacle is turned off immediately on command issue).
This receptacle can be added to a group by writing a corresponding OID to this column. The OID must be a pointer to the lgpPduRcpGroupUsrLabel from the lgpPduRcpGroupTable. For example, to add this receptacle to group 1, the oid .1.3.6.1.4.1.476.1.42.3.8.50.30.10.1.1 would be written to this column.
This receptacle can be removed from a group by writing a corresponding OID to this column. The OID must be a pointer to the lgpPduRcpGroupUsrLabel from the lgpPduRcpGroupTable. For example, to remove this receptacle from group 1, the oid .1.3.6.1.4.1.476.1.42.3.8.50.30.10.1.1 would be written to this column.
This sub-tree contains information about receptacle groups. Receptacle groups are supported by some PDU's and allow control of multiple receptacles at a time by issuing commands to an associated receptacle group.
Number of receptacle groups (rows) in the lgpPduRcpGroupTable.
This table contains a list of the possible receptacle groups that can be created. The table contains a fixed number of rows, which is the maximum number of receptacle groups that can be used.
This entry defines the attributes to be populated in the various columns of the 'lgpPduRcpGroupTable'. This table is indexed by lgpPduRcpGroupIndex.
This is an index into the table. There will always be 64 rows, each representing a separate receptacle group.
User assigned identifier for this receptacle group.
This column will delete the receptacles from the group when written to.
This column controls the power to the group of receptacles. The corresponding operation will be performed on all receptacles that have been added to the group.
This column controls the locking of the group of receptacles. The corresponding operation will be performed on all receptacles that have been added to the group.
This column will blink the LED's associated with all receptacles that are part of the group.
Number of rows currently in the lgpPduRcpGroupDisplayTable.
This table is used to display which receptacle groups are currently defined and which receptacles are associated with each group. The table will have 0 rows when no receptacles have been added to any receptacle groups. If a single receptacle has been added to 2 different groups, there will be 2 rows in the table.
This entry defines the attributes to be populated in the various columns of the 'lgpPduRcpGroupDisplayTable'. This table is indexed by two indexes. The 'lgpPduRcpGroupIndex' references a receptacle group in the 'lgpPduRcpGroupTable' that a given row in this table represents. The 'lgpPduEntryIndex' references a PDU in the 'lgpPduTable' that identifies the particular PDU receptacle list within the receptacle group.
This is an index into the table. There can be zero or more rows in this table.
This sub-tree contains information about PDU Auxiliary Sensors.
Number of auxiliary sensors in the lgpPduAuxSensorTable.
This table contains a list of the PDU's Auxiliary Sensors. The table contains zero, one, or more rows, depending upon the number of PDUs being monitored and the number of auxiliary sensors installed for each PDU. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the PDUs being monitored. Each row in the table represents an auxiliary sensor in a PDU.
This entry defines the attributes to be populated in the various columns of the 'lgpPduAuxSensorTable'. This table is indexed by both the 'lgpPduEntryIndex' which is the sole index into the 'lgpPduTable' and the 'lgpPduAuxSensorIndex'which is a unique identifier for the auxiliary sensor attached to the given PDU. Taken together these two indexes uniquely identify an Auxiliary Sensor within this agent.
This is the index indicating the nth element of the table.
not-specified The type of sensor is unknown. temperature The sensor in this row of the table measures temperature. humidity The sensor in this row of the table measures relative humidity. temperature-and-humidity The sensor in this row of the table measures both temperature and relative humidity.
System assigned auxiliary sensor identification number. The value assigned is product specific.
Label assigned to the auxiliary sensor at runtime by the system. The value is independent of any user assigned label or asset tag.
Auxiliary sensor relative position. This is a one-based value that indicates the sensor's position relative to the sensor string connector.
User assigned auxiliary sensor label.
User assigned Tag to assist in identifying or grouping this auxiliary sensor within the end-users domain.
The temperature sensor's globally unique serial number assigned at the time of manufacture.
The humidity sensor's globally unique serial number assigned at the time of manufacture.
Temperature measured at the temperature sensor reported in degrees Fahrenheit.
Under temperature alarm threshold. An alarm is activated if the temperature is equal to or below this value.
Over temperature alarm threshold. An alarm is activated if the temperature is equal to or above this value.
Under temperature warning threshold. A warning is activated if the temperature is equal to or below this value.
Over temperature warning threshold. A warning is activated if the temperature is equal to or above this value.
Temperature measured at the temperature sensor reported in degrees Celsius.
Relative Humidity measured at the humidity sensor.
Under relative humidity alarm threshold. An alarm is activated if the relative humidity is equal to or below this value.
Over relative humidity alarm threshold. An alarm is activated if the relative humidity is equal to or above this value.
Under relative humidity warning threshold. A warning is activated if the relative humidity is equal to or below this value.
Over relative humidity warning threshold. A warning is activated if the relative humidity is equal to or above this value.
This table contains a list of the PDU's Auxiliary Sensor Measurements. The table contains zero, one, or more rows, depending upon the number of PDUs being monitored, the number of auxiliary sensors installed for each PDU, and the number of measurements within each sensor. The NMS cannot create or delete rows in the table. The rows are created by the agent based upon the capabilities of the PDUs being monitored. Each row in the table represents an auxiliary sensor measurement in a PDU.
This entry defines the attributes to be populated in the various columns of the 'lgpPduAuxMeasTable'. This table is indexed by 'lgpPduEntryIndex' which is the sole index into the 'lgpPduTable', 'lgpPduAuxSensorIndex' which is a unique identifier for the auxiliary sensor attached to the given PDU, and 'lgpPduAuxMeasSensorMeasurementIndex' which is the measurement's index identified on the sensor. Taken together these three indexes uniquely identify an Auxiliary Sensor Measurement within this agent.
This is the index indicating the sensor the measurement is accessed from.
This is the measurement's index identified on the sensor.
not-specified The type of measurement is unknown. temperature The measurement in this row of the table measures temperature. humidity The measurement in this row of the table measures relative humidity. door-closure The measurement in this row of the table measures the state of a door. contact-closure The measurement in this row of the table measures the state of a contact closure. differential-pressure The measurement in this row of the table measures differential pressure. leak-detection The measurement in this row of the table measures the state of a leak detection sensor.
User assigned auxiliary sensor measurement label.
User assigned Tag to assist in identifying or grouping this auxiliary sensor measurement within the end-users domain.
The sensor's globally unique serial number assigned at the time of manufacture.
The state of a door sensor measurement. not-specified The door state is unknown. open The door is in the open state. closed The door is in the closed state.
Configure door state alarms. This object provides the ability to select when a door closure measurement should cause an alarm. disabled The door state will never result in alarm. alarm-when-open Activate an alarm when the door state becomes open.
The state of a contact closure sensor measurement. not-specified The contact closure state is unknown. open The contact closure is in the open state. closed The contact closure is in the closed state.
Configure contact closure state alarms. This object provides the ability to select when a contact closure measurement should activate an alarm. disabled The contact closure state will never result in alarm. alarm-when-open Activate an alarm when the contact closure state becomes open. alarm-when-closed Activate an alarm when the contact closure state becomes closed.
Pressure difference measured at the differential pressure sensor.
Under differential pressure alarm threshold. An alarm is activated if the differential pressure is equal to or below this value.
Over differential pressure alarm threshold. An alarm is activated if the differential pressure is equal to or above this value.
Under differential pressure warning threshold. A warning is activated if the differential pressure is equal to or below this value.
Over differential pressure warning threshold. A warning is activated if the differential pressure is equal to or above this value.
not-specified The leak detection state is unknown. no-leak-detected No leak has been detected. leak-detected A leak has been detected. leak-detection-pending Characterization of possible leak is pending further analysis based on new data received from the sensor. This state may not occur at all, but if it does, it should occur only for a small amount of time before transitioning to no-leak-detected or leak-detected. cable-fault A fault in the cable has been detected (for example, a disconnected cable). The sensor will not be able to detect a leak.
This table contains a list of the PDU's Auxiliary Sensors and their respective 'location' in the lgpPduAuxMeasTable table. This table contains 1 row, for potential sensor for each PDU. The rows in this table are created by the agent based on the maximum number of sensor's supported for each PDU. Each row in the table represents an auxiliary sensor, identified by its factory assigned serial number and its placement in the lgpPduAuxMeasTable. If all serial numbers in this table are empty strings then the location of the sensors in the lgpPduAuxMeasTable will default to the agent's default placement algorithm. If sensors in the lgpPduAuxMeasTable and are not represented by an entry in this table then the location of the unrepresented sensor(s) in the lgpPduAuxMeasTable, and other display mediums, will be determined by the agent, but in no case will an unrepresented sensor occupy a position reserved for a sensor present in this table. Those unrepresented sensor's display location is not guaranteed to be consistent across reboots or rediscovery actions on the sensor bus. Only sensors represented in this table are guarantted consistent placement as specified by their index entries (position) in this table. Note that it is possible to have entries in this table representing sensors that may not exist on the given PDU at runtime. These allocated by not present sensors will reduce the total number of sensors that can be displayed for the given PDU.
This entry defines the attributes to be populated in the various columns of the 'lgpPduAuxMeasOrderTable'. This table is indexed by 'lgpPduEntryIndex' which is the sole index into the 'lgpPduTable' and 'lgpPduAuxMeasSensorIndex' which is a unique identifier for the auxiliary sensor attached to the given PDU. Taken together these two indexes uniquely identify a Auxiliary Sensor within this agent.
The sensor's globally unique serial number assigned at the time of manufacture. The sensor represented by this serial number will be, if discovered, by the agent placed in the lgpPduAuxMeasTable at the location specified by the index entries herein. A empty string in this object indicates an open display position that can be occupied by any sensor not given a specific display position in this table.