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CTRON-POWER-SUPPLY-MIB by vendor Enterasys Networks Inc

CTRON-POWER-SUPPLY-MIB file content

The SNMP protocol is used to for conveying information and commands between agents and managing entities. SNMP uses the User Datagram Protocol (UDP) as the transport protocol for passing data between managers and agents. The reasons for using UDP for SNMP are, firstly it has low overheads in comparison to TCP, which uses a 3-way hand shake for connection. Secondly, in congested networks, SNMP over TCP is a bad idea because TCP in order to maintain reliability will flood the network with retransmissions.

Management information (MIB) is represented as a collection of managed objects. These objects together form a virtual information base called MIB. An agent may implement many MIBs, but all agents must implement a particular MIB called MIB-II [16]. This standard defines variables for things such as interface statistics (interface speeds, MTU, octets sent, octets received, etc.) as well as various other things pertaining to the system itself (system location, system contact, etc.). The main goal of MIB-II is to provide general TCP/IP management information.

Use ActiveXperts Network Monitor 2019 to import vendor-specific MIB files, inclusing CTRON-POWER-SUPPLY-MIB.


Vendor: Enterasys Networks Inc
Mib: CTRON-POWER-SUPPLY-MIB  [download]  [view objects]
Tool: ActiveXperts Network Monitor 2019 [download]    (ships with advanced SNMP/MIB tools)
CTRON-POWER-SUPPLY-MIB DEFINITIONS ::= BEGIN

        --  ctron-power-supply-mib.txt The power supply MIB
        --  Revision: 1.01.02
        --  Part Number:  
        --  Date: March 26, 1997

        --  Cabletron Systems, Inc.
        --  35 Industrial Way, P.O. Box 5005
        --  Rochester, NH 03867-0505
        --  (603) 332-9400
        --  support@ctron.com

        --  This module provides authoritative definitions for Cabletron's
        --  enterprise-specific chassis MIB.
        --
        --  This module will be extended, as needed.
        --

        --  Cabletron Systems reserves the right to make changes in 
        --  specification and other information contained in this document 
        --  without prior notice.  The reader should consult Cabletron Systems
        --  to determine whether any such changes have been made.
        --
        --  In no event shall Cabletron Systems be liable for any incidental, 
        --  indirect, special, or consequential damages whatsoever (including 
        --  but not limited to lost profits) arising out of or related to this
        --  document or the information contained in it, even if Cabletron
        --  Systems has been advised of, known, or should have known, the 
        --  possibility of such damages.
        --
        --  Cabletron grants vendors, end-users, and other interested parties
        --  a non-exclusive license to use this Specification in connection
        --  with the management of Cabletron products.

        --  Copyright August 95 Cabletron Systems


        --      This MIB describes objects for MMAC+ style power supplies.

        IMPORTS
                ctps    
                        FROM CTRON-MIB-NAMES
                OBJECT-TYPE
                        FROM RFC-1212;



        --===============    group definitions     ===================

        chPower                 OBJECT IDENTIFIER  ::= { ctps 1 }
        boardPower              OBJECT IDENTIFIER  ::= { ctps 2 }
        psPower                 OBJECT IDENTIFIER  ::= { ctps 3 }
        bbuPower                OBJECT IDENTIFIER  ::= { ctps 4 }
        termPower               OBJECT IDENTIFIER  ::= { ctps 5 }

        --===============    chPower group          ====================

        --  Chassis Power Group
        --  Implementation of the Chassis Power group is optional.
        --  It needs to be supported when an EM is present and operational
        --  in the chassis.
        --  This group covers information on the chassis power available.

        chPowerOperationalStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerAC(1),
                        powerACRedundant(2),
                        powerDC(3),
                        powerDCRedundant(4),
                        battery(5)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the overall status of the chassis's
                 power supply in terms of how the power is being delivered
                 to the chassis."
            ::= { chPower 1 }

        chPowerMainVoltageStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOK(1),
                        overCurrent(2),
                        overVoltage(3),
                        underVoltage(4)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the state of the main voltage 
                 rail within the chassis. The power on this rail may
                 be delivered by AC supplies, DC supplies or battery
                 supplies."
            ::= { chPower 2 }

        chPowerMainVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The voltage of the chassis's main voltage rail. This rail
                 carries power to all the modules in the chassis. It has
                 an allowable range of 40 volts to 60 volts DC. The value
                 of this object is the actual voltage * 10."
            ::= { chPower 3 }

        chPowerTotalSupply  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The total power being supplied by the chassis's power 
                 supplies to the chassis. The value of this object is the 
                 actual watts."
            ::= { chPower 4 }

        chPowerTotalLoad  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The total load being presented by the chassis to the  
                 chassis's power supplies. The value of 
                 this object is the actual watts."
            ::= { chPower 5 }

        chPowerMaxSupply  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum power that could de supplied by the chassis's power 
                 supplies to the chassis. The value of this object is the 
                 actual watts."
            ::= { chPower 6 }

        chPowerMaxLoad  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum load that could be presented by the chassis to the  
                 chassis's power supplies. The value of 
                 this object is the actual watts."
            ::= { chPower 7 }

        chPowerTable  OBJECT-TYPE
            SYNTAX  SEQUENCE OF ChPowerEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A list of power lines or busses on the chassis's backplane."
            ::= { chPower 8 }

        chPowerEntry  OBJECT-TYPE
            SYNTAX  ChPowerEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A slot entry containing objects for a particular
                 module and associated power line."
            INDEX  { chPowerLineID }
            ::= { chPowerTable 1 }

        ChPowerEntry  ::=
            SEQUENCE {
                chPowerLineID 
                    INTEGER,
                chPowerLineType
                    OBJECT IDENTIFIER,
                chPowerLineTotalSupply
                    INTEGER,
                chPowerLineTotalLoad
                    INTEGER,
                chPowerLineMaxSupply
                    INTEGER,
                chPowerLineMaxLoad
                    INTEGER
            }

        chPowerLineID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "A unique value used to identify a particular power line on
                 the chassis's backplane."
            ::= { chPowerEntry 1 }

        chPowerLineType  OBJECT-TYPE
            SYNTAX  OBJECT IDENTIFIER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The type of power. For example, a power line that supplies
                 DC current at a nominal voltage of 40 to 57 volts or a 
                 power line that supplies AC current at a nominal volatge of
                 110v."
            ::= { chPowerEntry 2 }

        chPowerLineTotalSupply  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The total power being supplied by the chassis's power 
                 supplies to the chassis on this power line. The value 
                 of this object is the actual watts."
            ::= { chPowerEntry 3 }

        chPowerLineTotalLoad  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The total load being presented by the chassis to the  
                 chassis's power supplies on this power line. This value
                 will be zero if unknown The value of this object is the
                 actual watts."
            ::= { chPowerEntry 4 }

        chPowerLineMaxSupply  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum power that could de supplied by the chassis's power 
                 supplies to the chassison this power line. The value of 
                 this object is the actual watts."
            ::= { chPowerEntry 5 }

        chPowerLineMaxLoad  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum load that could be presented by the chassis to the  
                 chassis's power supplies on this power line. The value of 
                 this object is the actual watts."
            ::= { chPowerEntry 6 }

        chPowerDiagVoltageStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOK(1),
                        overCurrent(2),
                        overVoltage(3),
                        underVoltage(4)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the state of the diag voltage 
                 rail within the chassis."
            ::= { chPower 9 }

        chPowerDiagVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The voltage of the chassis's diag voltage rail. This rail
                 carries power to all the modules in the chassis. It has
                 an allowable range of 4.75 volts to 5.25 volts DC. The value
                 of this object is the actual voltage * 10."
            ::= { chPower 10 }

        --===============    boardPower group          ====================

        --  Board Power Group
        --  This group covers information on the use of power within the 
        --  chassis by the networking boards.

        boardPowerSlotStatusTable  OBJECT-TYPE
            SYNTAX  SEQUENCE OF BoardPowerSlotStatusEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A list of networking modules installed in this chassis."
            ::= { boardPower 1 }

        boardPowerSlotStatusEntry  OBJECT-TYPE
            SYNTAX  BoardPowerSlotStatusEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A slot entry containing objects for a particular
                 module."
            INDEX  { boardPowerSlotStatusID }
            ::= { boardPowerSlotStatusTable 1 }

        BoardPowerSlotStatusEntry  ::=
            SEQUENCE {
                boardPowerSlotStatusID
                    INTEGER,
                boardPowerOperationalStatus 
                    INTEGER,
                boardPowerAdminStatus 
                    INTEGER,
                boardPowerLocalAdminStatus  
                    INTEGER,
                boardPowerLocalStatus  
                    INTEGER,
                boardPowerShutdownAdmin
                    INTEGER,
                boardPowerPriority  
                    INTEGER,
                boardPowerMaxInputPower
                    INTEGER,
                boardPowerManagement
                    INTEGER
            }

        boardPowerSlotStatusID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The slot number of a chassis slot in which this board is
                 installed. This object is similiar to chSlotID in the
                 Chassis MIB."
            ::= { boardPowerSlotStatusEntry 1 }

        boardPowerOperationalStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOn(1),
                        powerOff(2),
                        reset(3),
                        overVoltage(4),
                        underVoltage(5),
                        overCurrent(6),
                        overCurrentShutdown(7),
                        temperatureShutdown(8),
                        remotePowerOff(9),
                        powerConservationShutdown(10),
                        frontPanelPowerOff(11)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the status of the module's
                 DC-DC converter power supply."
            ::= { boardPowerSlotStatusEntry 2 }

        boardPowerAdminStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOn(1),
                        powerOff(2),
                        reset(3)
                }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "This object controls the operation of the module's
                 DC-DC power supply. If the value 3 is written to 
                 this object then the value of the object will be
                 set to 1 after the reset is performed."
            DEFVAL { powerOn }
            ::= { boardPowerSlotStatusEntry 3 }

        boardPowerLocalAdminStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        localMode(1),
                        secureMode(2)
                }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "This object controls the operation of the module's
                 front panel button. In local mode this button may
                 be used to locally control the operation of the 
                 DC-DC converter, i.e. power on, power off and 
                 reset. In secure mode a request the state of the
                 front panel button is reflected in the object
                 boardPowerOperationalStatus. In secure mode
                 the front panel button has no effect locally."
            DEFVAL { localMode }
            ::= { boardPowerSlotStatusEntry 4 }

        boardPowerLocalStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        resetRequest(1),
                        powerDownRequest(2),
                        powerOnRequest(3),
                        normal(4)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the state of the module's front
                 panel button."
            ::= { boardPowerSlotStatusEntry 5 }

        boardPowerShutdownAdmin  OBJECT-TYPE
            SYNTAX  INTEGER {
                        enabled(1),
                        disabled(2)
                }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "This object controls whether or not the module should 
                 auto power down due to an fault condition."
            DEFVAL { disabled }
            ::= { boardPowerSlotStatusEntry 6 }

        boardPowerPriority  OBJECT-TYPE
            SYNTAX  INTEGER (1..14)
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "The module's power-up and power down priority. This is a
                 value of 1 to 14 and is used to decide which modules are
                 allowed to power on in the event that power demand of the
                 chassis is greater than the total power supply. The default 
                 value is 14, highest priority. When two modules have equal
                 priority then the module in the lowest slot wins."
            DEFVAL { 14 }
            ::= { boardPowerSlotStatusEntry 7 }

        boardPowerMaxInputPower OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum input power that this module is allowed 
                 to consume. The value of this object is actual 
                 watts."
            ::= { boardPowerSlotStatusEntry 8 }

        boardPowerManagement  OBJECT-TYPE
            SYNTAX  INTEGER {
                    disabled(1),
                    enabled(2),
                    not-supported(7)
                    }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "Module power management status."
            DEFVAL { not-supported }
            ::= { boardPowerSlotStatusEntry 9 }

        boardPowerSlotTable  OBJECT-TYPE
            SYNTAX  SEQUENCE OF BoardPowerSlotEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A list of networking modules and associated power lines 
                 installed in this chassis."
            ::= { boardPower 2 }

        boardPowerSlotEntry  OBJECT-TYPE
            SYNTAX  BoardPowerSlotEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A slot entry containing objects for a particular
                 module and associated power line."
            INDEX  { boardPowerSlotID, boardPowerID }
            ::= { boardPowerSlotTable 1 }

        BoardPowerSlotEntry  ::=
            SEQUENCE {
                boardPowerSlotID
                    INTEGER,
                boardPowerID 
                    INTEGER,
                boardPowerType
                    OBJECT IDENTIFIER,
                boardPowerStatus 
                    INTEGER,
                boardPowerVoltage 
                    INTEGER,
                boardPowerCurrent
                    INTEGER,
                boardPowerMaxVoltage 
                    INTEGER,
                boardPowerMinVoltage 
                    INTEGER,
                boardPowerMaxPower
                    INTEGER
            }

        boardPowerSlotID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The slot number of a chassis slot in which this board is
                 installed. This object is similiar to chSlotID in the 
                 Chassis MIB."
            ::= { boardPowerSlotEntry 1 }

        boardPowerID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "A unique value used to identify a particular power line."
            ::= { boardPowerSlotEntry 2 }

        boardPowerType  OBJECT-TYPE
            SYNTAX  OBJECT IDENTIFIER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The type of power. For example, a power line that supplies
                 DC current at a nominal voltage of 40 to 57 volts or a 
                 power line that supplies AC current at a nominal volatge of
                 110v."
            ::= { boardPowerSlotEntry 3 }

        boardPowerStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOK(1),
                        powerOff(2),
                        overCurrent(3),
                        overVoltage(4),
                        underVoltage(5)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the status of this power line."
            ::= { boardPowerSlotEntry 4 }

        boardPowerVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The voltage reading for the power line. The value of this
                 object is actual voltage * 100."
            ::= { boardPowerSlotEntry 5 }

        boardPowerCurrent  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The current reading for the power line. The value of this
                 object is the actual amperage * 100. If this reading is not
                 implemented then value will be zero."
            ::= { boardPowerSlotEntry 6 }

        boardPowerMaxVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum voltage for this power line. If the voltage 
                 reading for this power line is greater than this value
                 then the power line is considered to be in an overvolatge
                 condition. The value of this object is in voltage * 100."
            ::= { boardPowerSlotEntry 7 }

        boardPowerMinVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The minimum voltage for this power line. If the voltage 
                 reading for this power line is less than this value
                 then the power line is considered to be in an undervolatge
                 condition. The value of this object is voltage * 100."
            ::= { boardPowerSlotEntry 8 }

        boardPowerMaxPower  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum power for this power line. If the power calculated 
                 for this power line is greater than this value then the 
                 power line is considered to be in an overload condition.
                 The value of this object is in watts."
            ::= { boardPowerSlotEntry 9 }

        --===============    psPower group          ====================

        --  AC and DC Power Supply Power Group
        --  This group covers information on the use of power within the 
        --  chassis by the networking boards.

        psPowerSlotStatusTable  OBJECT-TYPE
            SYNTAX  SEQUENCE OF PsPowerSlotStatusEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A list of AC & DC power supplies installed in this chassis."
            ::= { psPower 1 }

        psPowerSlotStatusEntry  OBJECT-TYPE
            SYNTAX  PsPowerSlotStatusEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A slot entry containing objects for a particular
                 power supply."
            INDEX  { psPowerSlotStatusID }
            ::= { psPowerSlotStatusTable 1 }

        PsPowerSlotStatusEntry  ::=
            SEQUENCE {
                psPowerSlotStatusID
                    INTEGER,
                psPowerOperationalStatus 
                    INTEGER,
                psPowerAdminStatus 
                    INTEGER,
                psPowerMaxOutputPower
                    INTEGER
            }

        psPowerSlotStatusID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The slot number of a chassis slot in which this AC power 
                 supply is installed. This object is similiar
                 to chSlotID in the Chassis MIB."
            ::= { psPowerSlotStatusEntry 1 }

        psPowerOperationalStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOn(1),
                        powerOff(2),
                        reset(3),
                        overVoltage(4),
                        underVoltage(5),
                        overCurrent(6),
                        overCurrentShutdown(7),
                        temperatureShutdown(8),
                        remotePowerOff(9)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the status of the module's
                 DC-DC converter power supply."
            ::= { psPowerSlotStatusEntry 2 }

        psPowerAdminStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOn(1),
                        powerOff(2)
                }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "This object controls the operation of power supply."
            DEFVAL { powerOn }
            ::= { psPowerSlotStatusEntry 3 }

        psPowerMaxOutputPower   OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum power that this power supply is allowed 
                 to ouput. The value of this object is watts."
            ::= { psPowerSlotStatusEntry 4 }

        psPowerSlotTable  OBJECT-TYPE
            SYNTAX  SEQUENCE OF PsPowerSlotEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A list of power supplies and associated power lines
                 installed in this chassis."
            ::= { psPower 2 }

        psPowerSlotEntry  OBJECT-TYPE
            SYNTAX  PsPowerSlotEntry
            ACCESS  not-accessible
            STATUS  mandatory
            DESCRIPTION
                "A slot entry containing objects for a particular
                 power line on a particular power supply."
            INDEX  { psPowerSlotID, psPowerID }
            ::= { psPowerSlotTable 1 }

        PsPowerSlotEntry  ::=
            SEQUENCE {
                psPowerSlotID
                    INTEGER,
                psPowerID 
                    INTEGER,
                psPowerType
                    OBJECT IDENTIFIER,
                psPowerStatus 
                    INTEGER,
                psPowerAdmin 
                    INTEGER,
                psPowerVoltage 
                    INTEGER,
                psPowerCurrent
                    INTEGER,
                psPowerLineFrequency  
                    INTEGER,
                psPowerMaxVoltage 
                    INTEGER,
                psPowerMinVoltage 
                    INTEGER,
                psPowerMaxPower
                    INTEGER
            }

        psPowerSlotID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The slot number of a chassis slot in which this Power
                 supply is installed.  This object is similiar to
                 chSlotID in the Chassis MIB."
            ::= { psPowerSlotEntry 1 }

        psPowerID  OBJECT-TYPE
            SYNTAX  INTEGER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "A unique value used to identify a particular power line."
            ::= { psPowerSlotEntry 2 }

        psPowerType  OBJECT-TYPE
            SYNTAX  OBJECT IDENTIFIER
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The type of power.  For example, a power line that supplies
                 DC current at a nominal voltage of 40 to 57 volts or a 
                 power line that supplies AC current at a nominal volatge of
                 110v."
            ::= { psPowerSlotEntry 3 }

        psPowerStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOK(1),
                        powerOff(2),
                        overCurrent(3),
                        overVoltage(4),
                        underVoltage(5)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the status of the power line."
            ::= { psPowerSlotEntry 4 }

        psPowerAdmin  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOn(1),
                        powerOff(2)
                }
            ACCESS  read-write
            STATUS  mandatory
            DESCRIPTION
                "This object controls the operation of power supply."
            DEFVAL { powerOn }
            ::= { psPowerSlotEntry 5 }

        psPowerVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The voltage reading for the power line. The value of this
                 object is the actual voltage * 100."
            ::= { psPowerSlotEntry 6 }

        psPowerCurrent  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The current reading for the power line. The value of this
                 object is amperage * 100. If this reading is not implemented 
                 then value will be zero."
            ::= { psPowerSlotEntry 7 }

        psPowerLineFrequency  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The line frequency for the power line. The value of this
                 object is the actual frequency in Hertz * 10. If this 
                 reading is not implemented then value will be zero."
            ::= { psPowerSlotEntry 8 }

        psPowerMaxVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum voltage for this power line. If the voltage 
                 reading for this power line is greater than this value
                 then the power line is considered to be in an over volatge
                 condition. The value of this object is voltage * 100."
            ::= { psPowerSlotEntry 9 }

        psPowerMinVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The minimum voltage for this power line. If the voltage 
                 reading for this power line is greater than this value
                 then the power line is considered to be in an over volatge
                 condition. The value of this object is voltage * 100."
            ::= { psPowerSlotEntry 10 }

        psPowerMaxPower  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The maximum power for this power line. If the power calculated 
                 for this power line is greater than this value then the 
                 power line is considered to be in an overload condition.
                 The value of this object is watts."
            ::= { psPowerSlotEntry 11 }

        --===============    bbuPower group          ====================

        --  Battery Backup Unit Power Group
        --  This group covers information on the use of power within the 
        --  chassis by the battery backup unit.

        --===============    termPower group          ====================

        --  INB Termination Module Power Group
        --  This group covers information on the use of power within the 
        --  chassis by the INB termination modules.

        termPowerStatus  OBJECT-TYPE
            SYNTAX  INTEGER {
                        powerOK(1),
                        overCurrent(2),
                        overVoltage(3),
                        underVolatge(4),
                        overPower(5)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the status of the chassis's termination 
                 voltage rail."
            ::= { termPower 1 }

        termPowerVoltage  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The voltage of the chassis's termination voltage rail. 
                 This rail carries power to INB terminator cards in the
                 chassis.  It has an allowalble range of 3.3 Volt + or -
                 5%.The value of this object is voltage * 100."
            ::= { termPower 2 }

        termPowerCurrent  OBJECT-TYPE
            SYNTAX  INTEGER 
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "The current on the chassis's termination voltage rail.
                 The value of this object is the actual amperage * 100.
                 If this reading is not implemented then the value will 
                 be zero."
            ::= { termPower 3 }

        termPowerModule1Status  OBJECT-TYPE
            SYNTAX  INTEGER {
                        normal(1),
                        iNBaFault(2),
                        iNBbFault(3),
                        fault(4),
                        termModuleNotInstalled(5),
                        unknown(6)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the state of the INB termination 
                 module number 1. A value of normal(1) reflects that
                 both busses are normal. A value of fault(4) reflects
                 that both busses are in a fault condition."
            ::= { termPower 4 }

        termPowerModule2Status  OBJECT-TYPE
            SYNTAX  INTEGER {
                        normal(1),
                        iNBaFault(2),
                        iNBbFault(3),
                        fault(4),
                        termModuleNotInstalled(5),
                        unknown(6)
                }
            ACCESS  read-only
            STATUS  mandatory
            DESCRIPTION
                "This object reflects the state of the INB termination 
                 module number 2. A value of normal(1) reflects that 
                 both busses are normal. A value of fault(4) reflects 
                 that both busses are in a fault condition."
            ::= { termPower 5 }

END