-- BAY TECHNICAL ASSOCIATES (BAYTECH) MIB

-- Copyright (c) Bay Technical Associates 2003.
-- $Id: res2p2.mib,v 1.11 2004/03/01 11:21:05 devel Exp $

-- Title: BAYTECH MIB for RES2+2 devices

-- *************************************************************************
-- ************************************************************************
-- Baytech-MIB { iso org(3) dod(6) internet(1) private(4)
--    enterprises(1) baytech(4779) }
--

Baytech-MIB DEFINITIONS ::= BEGIN

IMPORTS
   enterprises, IpAddress, Gauge, TimeTicks     FROM RFC1155-SMI
   DisplayString                                FROM RFC1213-MIB
   OBJECT-TYPE                                  FROM RFC-1212
   TRAP-TYPE                                    FROM RFC-1215;


	baytech		OBJECT IDENTIFIER ::= { enterprises 4779 }
	resseries	OBJECT IDENTIFIER ::= { baytech 4 }
	res2		OBJECT IDENTIFIER ::= { resseries 1 }
	res2p2		OBJECT IDENTIFIER ::= { resseries 2 }
	rs2		OBJECT IDENTIFIER ::= { resseries 3 }
	rs4		OBJECT IDENTIFIER ::= { resseries 4 }
	res2p2system	OBJECT IDENTIFIER ::= { res2p2 1 }
	res2p2sensor	OBJECT IDENTIFIER ::= { res2p2 2 }
	res2p2serial	OBJECT IDENTIFIER ::= { res2p2 3 }
	res2p2power	OBJECT IDENTIFIER ::= { res2p2 4 }


	-- the res2p2 system information

	-- the res2p2 sensor information

	res2p2SensorNumber OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of online, connected sensors."
		::= { res2p2sensor 1 }

	res2p2SensorTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2SensorEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of sensors."
		::= { res2p2sensor 2 }

	res2p2SensorEntry OBJECT-TYPE
		SYNTAX RES2P2SensorEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"A sensor table entry."
		INDEX { res2p2SensorIndex }
		::= { res2p2SensorTable 1 }

	RES2P2SensorEntry ::=
		SEQUENCE {
			res2p2SensorIndex		INTEGER,
			res2p2SensorName		DisplayString,
			res2p2SensorType		DisplayString,
			res2p2SensorCurrentValue	INTEGER,
			res2p2SensorOnlineStatus	INTEGER,
			res2p2SensorState		INTEGER,
			res2p2SensorHighCritical	INTEGER,
			res2p2SensorHighWarning		INTEGER,
			res2p2SensorLowWarning		INTEGER,
			res2p2SensorLowCritical		INTEGER,
			res2p2SensorGoOnline		INTEGER,
			res2p2SensorRearm		INTEGER,
			res2p2SensorTempScaleType	INTEGER,
			res2p2SensorDCDirection		INTEGER,
			res2p2SensorDCNormalState	INTEGER,
			res2p2SensorDCOutputLevel	INTEGER,
			res2p2SensorCalibration		INTEGER
		}

	res2p2SensorIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The sensor port number."
		::= { res2p2SensorEntry 1 }

	res2p2SensorName OBJECT-TYPE
		SYNTAX DisplayString (SIZE (0..12))
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The sensor name."
		::= { res2p2SensorEntry 2 }

	res2p2SensorType OBJECT-TYPE
		SYNTAX DisplayString (SIZE (0..255))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The sensor type."
		::= { res2p2SensorEntry 3 }

	res2p2SensorCurrentValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The sensor's current value."
		::= { res2p2SensorEntry 4 }

	res2p2SensorOnlineStatus OBJECT-TYPE
		SYNTAX INTEGER {
			online(1),
			offline(2)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Status (online/offline) of the sensor."
		::= { res2p2SensorEntry 5 }

	res2p2SensorState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
			}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The sensor state relative to the thresholds." 
		::= { res2p2SensorEntry 6 }

	res2p2SensorHighCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The high critical threshold."
		::= { res2p2SensorEntry 7 }

	res2p2SensorHighWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The high warning threshold."
		::= { res2p2SensorEntry 8 }

	res2p2SensorLowWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The low warning threshold."
		::= { res2p2SensorEntry 9 }

	res2p2SensorLowCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The low critical threshold."
		::= { res2p2SensorEntry 10 }

	res2p2SensorGoOnline OBJECT-TYPE
		SYNTAX INTEGER {
			online(1),
			offline(2)
		}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"Set the sensor online or offline."
		::= { res2p2SensorEntry 11 }

	res2p2SensorRearm OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The rearm value."
		::= { res2p2SensorEntry 12 }

	res2p2SensorTempScaleType OBJECT-TYPE
		SYNTAX INTEGER {
			none(1),
			fahrenheit(2),
			celsius(3)
			}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature scale type." 
		::= { res2p2SensorEntry 13 }

	res2p2SensorDCDirection OBJECT-TYPE
		SYNTAX INTEGER {
			none(1),
			input(2),
			output(3)
			}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The dry contact type." 
		::= { res2p2SensorEntry 14 }

	res2p2SensorDCNormalState OBJECT-TYPE
		SYNTAX INTEGER {
			closed(0),
			open(1),
			none(2)
			}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The dry contact normal state." 
		::= { res2p2SensorEntry 15 }

	res2p2SensorDCOutputLevel OBJECT-TYPE
		SYNTAX INTEGER {
			none(1),
			low(2),
			high(3)
			}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The dry contact output level." 
		::= { res2p2SensorEntry 16 }

	res2p2SensorCalibration OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The offset value to add to the temperature or humidity reading."
		::= { res2p2SensorEntry 17 }


	-- the res2p2 serial information


	-- the res2p2 RPC information

	res2p2PowerCntrlNumber OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of attached RPCs."
		::= { res2p2power 1 }

	res2p2PowerCntrlTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2PowerCntrlEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of RPC information."
		::= { res2p2power 2 }

	res2p2PowerCntrlEntry OBJECT-TYPE
		SYNTAX RES2P2PowerCntrlEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of RPC information."
		INDEX { res2p2CntrlIndex }
		::= { res2p2PowerCntrlTable 1 }

	RES2P2PowerCntrlEntry ::=
		SEQUENCE {
			res2p2CntrlIndex			INTEGER,
			res2p2CntrlState			INTEGER,
			res2p2CntrlModelName			DisplayString,
			res2p2CntrlName				DisplayString,
			res2p2CntrlFirmwareVersion		DisplayString,
			res2p2CntrlNumberOfOutlets		INTEGER,
			res2p2CntrlNumberOfCurrentSensors	INTEGER,
			res2p2CntrlNumberOfVoltageSensors	INTEGER,
			res2p2CntrlNumberOfPowerSensors		INTEGER,
			res2p2CntrlNumberOfTemperatureSensors	INTEGER,
			res2p2CntrlNumberOfCircuitBreakers	INTEGER,
			res2p2CntrlTotalCurrent			INTEGER,
			res2p2CntrlMaxTotalCurrent		INTEGER,
			res2p2CntrlTotalPower			INTEGER
		}

	res2p2CntrlIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index into the RPC information table."
		::= { res2p2PowerCntrlEntry 1 }

	res2p2CntrlState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
			}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The overall state relative to the thresholds." 
		::= { res2p2PowerCntrlEntry 2 }

	res2p2CntrlModelName OBJECT-TYPE
		SYNTAX DisplayString
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The model name of this RPC."
		::= { res2p2PowerCntrlEntry 3 }

	res2p2CntrlName OBJECT-TYPE
		SYNTAX DisplayString (SIZE (0..12))
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The name of this RPC."
		::= { res2p2PowerCntrlEntry 4 }

	res2p2CntrlFirmwareVersion OBJECT-TYPE
		SYNTAX DisplayString
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The firmware version of this RPC."
		::= { res2p2PowerCntrlEntry 5 }

	res2p2CntrlNumberOfOutlets OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Number of controllable outlets on this RPC."
		::= { res2p2PowerCntrlEntry 6 }

	res2p2CntrlNumberOfCurrentSensors OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of current sensors installed in this RPC."
		::= { res2p2PowerCntrlEntry 7 }

	res2p2CntrlNumberOfVoltageSensors OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of voltage sensors installed in this RPC."
		::= { res2p2PowerCntrlEntry 8 }

	res2p2CntrlNumberOfPowerSensors OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of power calculations for this RPC."
		::= { res2p2PowerCntrlEntry 9 }

	res2p2CntrlNumberOfTemperatureSensors OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of temperature sensors installed in this RPC."
		::= { res2p2PowerCntrlEntry 10 }

	res2p2CntrlNumberOfCircuitBreakers OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The number of circuit breakers installed in this RPC."
		::= { res2p2PowerCntrlEntry 11 }

	res2p2CntrlTotalCurrent OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The combined total current of all current sensors in this RPC."
		::= { res2p2PowerCntrlEntry 12 }

	res2p2CntrlMaxTotalCurrent OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The combined total maximum detected current of all current sensors in this RPC."
		::= { res2p2PowerCntrlEntry 13 }

	res2p2CntrlTotalPower OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The combined total power of all power sensors in this RPC."
		::= { res2p2PowerCntrlEntry 14 }

	res2p2OutletTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2OutletEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of controllable RPC outlets."
		::= { res2p2power 3 }

	res2p2OutletEntry OBJECT-TYPE
		SYNTAX RES2P2OutletEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of controllable RPC outlets."
		INDEX { res2p2OutletRPCIndex, res2p2OutletIndex }
		::= { res2p2OutletTable 1 }

	RES2P2OutletEntry ::=
		SEQUENCE {
			res2p2OutletRPCIndex	INTEGER,
			res2p2OutletIndex	INTEGER,
			res2p2OutletState	INTEGER,
			res2p2OutletName	DisplayString
		}

	res2p2OutletRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2OutletEntry 1 }

	res2p2OutletIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the outlet."
		::= { res2p2OutletEntry 2 }

	res2p2OutletState OBJECT-TYPE
		SYNTAX INTEGER {
			off(0),
			on(1),
			reboot(2),
			lockon(3),
			lockoff(4),
			unlock(5),
			unknown(6)
		}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
 			"Getting this variable will return the state of the outlet;
  			setting this variable will set the state of the outlet."
		::= { res2p2OutletEntry 3 }

	res2p2OutletName OBJECT-TYPE
		SYNTAX DisplayString (SIZE (0..12))
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The name of the outlet."
		::= { res2p2OutletEntry 4 }

	res2p2AllOutletsTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2AllOutletsEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table to control all RPC outlets."
		::= { res2p2power 4 }

	res2p2AllOutletsEntry OBJECT-TYPE
		SYNTAX RES2P2AllOutletsEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry to control all RPC outlets."
		INDEX { res2p2AllOutletsRPCIndex }
		::= { res2p2AllOutletsTable 1 }

	RES2P2AllOutletsEntry ::=
		SEQUENCE {
			res2p2AllOutletsRPCIndex	INTEGER,
			res2p2AllOutletsState		INTEGER,
			res2p2AllOutletsStatus		DisplayString
		}

	res2p2AllOutletsRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2AllOutletsEntry 1 }


	res2p2AllOutletsState OBJECT-TYPE
		SYNTAX INTEGER {
			off(0),
			on(1),
			reboot(2),
			none(3)
		}
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"Turns all outlets on, off or reboot."
		::= { res2p2AllOutletsEntry 2 }

	res2p2AllOutletsStatus OBJECT-TYPE
		SYNTAX DisplayString
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Reports status of outlets in a comma delimitated string (0 = off; 1 = on; 2 = reboot; 3 = locked on; 4 = locked off)."
		::= { res2p2AllOutletsEntry 3 }

	res2p2CurrentTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2CurrentEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of current values."
		::= { res2p2power 5 }

	res2p2CurrentEntry OBJECT-TYPE
		SYNTAX RES2P2CurrentEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of current values."
		INDEX { res2p2CurrentRPCIndex, res2p2CurrentIndex }
		::= { res2p2CurrentTable 1 }

	RES2P2CurrentEntry ::=
		SEQUENCE {
			res2p2CurrentRPCIndex		INTEGER,
			res2p2CurrentIndex		INTEGER,
			res2p2CurrentValue		INTEGER,
			res2p2CurrentMaxValue		INTEGER,
			res2p2CurrentState		INTEGER,
			res2p2CurrentHighCriticl	INTEGER,
			res2p2CurrentHighWarning	INTEGER,
			res2p2CurrentLowWarning		INTEGER,
			res2p2CurrentLowCritical	INTEGER,
			res2p2CurrentRearm		INTEGER
		}

	res2p2CurrentRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2CurrentEntry 1 }

	res2p2CurrentIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the current sensor."
		::= { res2p2CurrentEntry 2 }

	res2p2CurrentValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The current reading for this RPC sensor."
		::= { res2p2CurrentEntry 3 }

	res2p2CurrentMaxValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The maximum detected current reading for this RPC sensor."
		::= { res2p2CurrentEntry 4 }

	res2p2CurrentState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The current state relative to the thresholds."
		::= { res2p2CurrentEntry 5 }

	res2p2CurrentHighCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The current high critical threshold."
		::= { res2p2CurrentEntry 6 }

	res2p2CurrentHighWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The current high warning threshold."
		::= { res2p2CurrentEntry 7 }

	res2p2CurrentLowWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The current low warning threshold."
		::= { res2p2CurrentEntry 8 }

	res2p2CurrentLowCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The current low critical threshold."
		::= { res2p2CurrentEntry 9 }

	res2p2CurrentRearm OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The current rearm value."
		::= { res2p2CurrentEntry 10 }

	res2p2VoltageTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2VoltageEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of voltage values."
		::= { res2p2power 6 }

	res2p2VoltageEntry OBJECT-TYPE
		SYNTAX RES2P2VoltageEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of voltage values."
		INDEX { res2p2VoltageRPCIndex, res2p2VoltageIndex }
		::= { res2p2VoltageTable 1 }

	RES2P2VoltageEntry ::=
		SEQUENCE {
			res2p2VoltageRPCIndex		INTEGER,
			res2p2VoltageIndex		INTEGER,
			res2p2VoltageValue		INTEGER,
			res2p2VoltageState		INTEGER,
			res2p2VoltageHighCritical	INTEGER,
			res2p2VoltageHighWarning	INTEGER,
			res2p2VoltageLowWarning		INTEGER,
			res2p2VoltageLowCritical	INTEGER,
			res2p2VoltageRearm		INTEGER
		}

	res2p2VoltageRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2VoltageEntry 1 }

	res2p2VoltageIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the voltage sensor."
		::= { res2p2VoltageEntry 2 }

	res2p2VoltageValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The voltage reading for this RPC sensor."
		::= { res2p2VoltageEntry 3 }

	res2p2VoltageState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The voltage state relative to the thresholds."
		::= { res2p2VoltageEntry 4 }

	res2p2VoltageHighCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The voltage high critical threshold."
		::= { res2p2VoltageEntry 5 }

	res2p2VoltageHighWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The voltage high warning threshold."
		::= { res2p2VoltageEntry 6 }

	res2p2VoltageLowWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The voltage low warning threshold."
		::= { res2p2VoltageEntry 7 }

	res2p2VoltageLowCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The voltage low critical threshold."
		::= { res2p2VoltageEntry 8 }

	res2p2VoltageRearm OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The voltage rearm value."
		::= { res2p2VoltageEntry 9 }

	res2p2PowerTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2PowerEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of power values."
		::= { res2p2power 7 }

	res2p2PowerEntry OBJECT-TYPE
		SYNTAX RES2P2PowerEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of power values."
		INDEX { res2p2PowerRPCIndex, res2p2PowerIndex }
		::= { res2p2PowerTable 1 }

	RES2P2PowerEntry ::=
		SEQUENCE {
			res2p2PowerRPCIndex		INTEGER,
			res2p2PowerIndex		INTEGER,
			res2p2PowerValue		INTEGER,
			res2p2PowerState		INTEGER,
			res2p2PowerHighCritical		INTEGER,
			res2p2PowerHighWarning		INTEGER,
			res2p2PowerLowWarning		INTEGER,
			res2p2PowerLowCritical		INTEGER,
			res2p2PowerRearm		INTEGER
		}

	res2p2PowerRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2PowerEntry 1 }

	res2p2PowerIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the power sensor."
		::= { res2p2PowerEntry 2 }

	res2p2PowerValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The power reading for this RPC sensor."
		::= { res2p2PowerEntry 3 }

	res2p2PowerState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The power state relative to the thresholds."
		::= { res2p2PowerEntry 4 }

	res2p2PowerHighCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The power high critical threshold."
		::= { res2p2PowerEntry 5 }

	res2p2PowerHighWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The power high warning threshold."
		::= { res2p2PowerEntry 6 }

	res2p2PowerLowWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The power low warning threshold."
		::= { res2p2PowerEntry 7 }

	res2p2PowerLowCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The power low critical threshold."
		::= { res2p2PowerEntry 8 }

	res2p2PowerRearm OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The power rearm value."
		::= { res2p2PowerEntry 9 }

	res2p2TemperatureTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2TemperatureEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of temperature values."
		::= { res2p2power 8 }

	res2p2TemperatureEntry OBJECT-TYPE
		SYNTAX RES2P2TemperatureEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of temperature values."
		INDEX { res2p2TemperatureRPCIndex, res2p2TemperatureIndex }
		::= { res2p2TemperatureTable 1 }

	RES2P2TemperatureEntry ::=
		SEQUENCE {
			res2p2TemperatureRPCIndex	INTEGER,
			res2p2TemperatureIndex		INTEGER,
			res2p2TemperatureValue		INTEGER,
			res2p2TemperatureState		INTEGER,
			res2p2TemperatureHighCritical	INTEGER,
			res2p2TemperatureHighWarning	INTEGER,
			res2p2TemperatureLowWarning	INTEGER,
			res2p2TemperatureLowCritical	INTEGER,
			res2p2TemperatureRearm		INTEGER
		}

	res2p2TemperatureRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the RPC."
		::= { res2p2TemperatureEntry 1 }

	res2p2TemperatureIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index of the temperature sensor."
		::= { res2p2TemperatureEntry 2 }

	res2p2TemperatureValue OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The temperature reading for this RPC sensor."
		::= { res2p2TemperatureEntry 3 }

	res2p2TemperatureState OBJECT-TYPE
		SYNTAX INTEGER {
			highCritical(1),
			highWarning(2),
			lowWarning(3),
			lowCritical(4),
			normal(5),
			notPresent(6)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The temperature state relative to the thresholds."
		::= { res2p2TemperatureEntry 4 }

	res2p2TemperatureHighCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature high critical threshold."
		::= { res2p2TemperatureEntry 5 }

	res2p2TemperatureHighWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature high warning threshold."
		::= { res2p2TemperatureEntry 6 }

	res2p2TemperatureLowWarning OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature low warning threshold."
		::= { res2p2TemperatureEntry 7 }

	res2p2TemperatureLowCritical OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature low critical threshold."
		::= { res2p2TemperatureEntry 8 }

	res2p2TemperatureRearm OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-write
		STATUS mandatory
		DESCRIPTION
			"The temperature rearm value."
		::= { res2p2TemperatureEntry 9 }

	res2p2BreakersTable OBJECT-TYPE
		SYNTAX SEQUENCE OF RES2P2BreakersEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table of circuit breaker states."
		::= { res2p2power 9 }

	res2p2BreakersEntry OBJECT-TYPE
		SYNTAX RES2P2BreakersEntry
		ACCESS not-accessible
		STATUS mandatory
		DESCRIPTION
			"Table entry of circuit breaker states."
		INDEX { res2p2BreakersRPCIndex, res2p2BreakersIndex }
		::= { res2p2BreakersTable 1 }

	RES2P2BreakersEntry ::=
		SEQUENCE {
			res2p2BreakersRPCIndex		INTEGER,
			res2p2BreakersIndex		INTEGER,
			res2p2BreakersState		INTEGER
		}

	res2p2BreakersRPCIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index number of the RPC."
		::= { res2p2BreakersEntry 1 }

	res2p2BreakersIndex OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The index number of the circuit breaker."
		::= { res2p2BreakersEntry 2 }

	res2p2BreakersState OBJECT-TYPE
		SYNTAX INTEGER {
			off(0),
			on(1),
			notPresent(2)
		}
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"The circuit breaker state."
		::= { res2p2BreakersEntry 3 }


	-- traps

	res2p2Sensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 1 is in the high critical state." 
		::= 101

	res2p2Sensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 1 is in the high warning state." 
		::= 102

	res2p2Sensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 1 is in the low warning state." 
		::= 103

	res2p2Sensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 1 is in the low critical state." 
		::= 104

	res2p2Sensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 1 is in the normal state." 
		::= 105

	res2p2Sensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 2 is in the high critical state." 
		::= 106

	res2p2Sensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 2 is in the high warning state." 
		::= 107

	res2p2Sensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 2 is in the low warning state." 
		::= 108

	res2p2Sensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 2 is in the low critical state." 
		::= 109

	res2p2Sensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2SensorName,
			res2p2SensorType,
			res2p2SensorCurrentValue,
			res2p2SensorState
			}
		DESCRIPTION
			"Sensor 2 is in the normal state." 
		::= 110

	res2p2Port1PowerSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 1, is in the high critical state." 
		::= 501

	res2p2Port1PowerSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 1, is in the high warning state." 
		::= 502

	res2p2Port1PowerSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 1, is in the low warning state." 
		::= 503

	res2p2Port1PowerSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 1, is in the low critical state." 
		::= 504

	res2p2Port1PowerSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 1, is in the normal state." 
		::= 505

	res2p2Port1VoltageSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 1, is in the high critical state." 
		::= 506

	res2p2Port1VoltageSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 1, is in the high warning state." 
		::= 507

	res2p2Port1VoltageSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 1, is in the low warning state." 
		::= 508

	res2p2Port1VoltageSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 1, is in the low critical state." 
		::= 509

	res2p2Port1VoltageSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 1, is in the normal state." 
		::= 510

	res2p2Port1CurrentSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 1, is in the high critical state." 
		::= 511

	res2p2Port1CurrentSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 1, is in the high warning state." 
		::= 512

	res2p2Port1CurrentSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 1, is in the low warning state." 
		::= 513

	res2p2Port1CurrentSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 1, is in the low critical state." 
		::= 514

	res2p2Port1CurrentSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 1, is in the normal state." 
		::= 515

	res2p2Port1TemperatureSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 1, is in the high critical state." 
		::= 516

	res2p2Port1TemperatureSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 1, is in the high warning state." 
		::= 517

	res2p2Port1TemperatureSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 1, is in the low warning state." 
		::= 518

	res2p2Port1TemperatureSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 1, is in the low critical state." 
		::= 519

	res2p2Port1TemperatureSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 1, is in the normal state." 
		::= 520

	res2p2Port1PowerSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 2, is in the high critical state." 
		::= 521

	res2p2Port1PowerSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 2, is in the high warning state." 
		::= 522

	res2p2Port1PowerSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 2, is in the low warning state." 
		::= 523

	res2p2Port1PowerSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 2, is in the low critical state." 
		::= 524

	res2p2Port1PowerSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 2, is in the normal state." 
		::= 525

	res2p2Port1VoltageSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 2, is in the high critical state." 
		::= 526

	res2p2Port1VoltageSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 2, is in the high warning state." 
		::= 527

	res2p2Port1VoltageSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 2, is in the low warning state." 
		::= 528

	res2p2Port1VoltageSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 2, is in the low critical state." 
		::= 529

	res2p2Port1VoltageSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 2, is in the normal state." 
		::= 530

	res2p2Port1CurrentSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 2, is in the high critical state." 
		::= 531

	res2p2Port1CurrentSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 2, is in the high warning state." 
		::= 532

	res2p2Port1CurrentSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 2, is in the low warning state." 
		::= 533

	res2p2Port1CurrentSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 2, is in the low critical state." 
		::= 534

	res2p2Port1CurrentSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 2, is in the normal state." 
		::= 535

	res2p2Port1TemperatureSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 2, is in the high critical state." 
		::= 536

	res2p2Port1TemperatureSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 2, is in the high warning state." 
		::= 537

	res2p2Port1TemperatureSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 2, is in the low warning state." 
		::= 538

	res2p2Port1TemperatureSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 2, is in the low critical state." 
		::= 539

	res2p2Port1TemperatureSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 2, is in the normal state." 
		::= 540

	res2p2Port1PowerSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 3, is in the high critical state." 
		::= 541

	res2p2Port1PowerSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 3, is in the high warning state." 
		::= 542

	res2p2Port1PowerSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 3, is in the low warning state." 
		::= 543

	res2p2Port1PowerSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 3, is in the low critical state." 
		::= 544

	res2p2Port1PowerSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 1, power sensor 3, is in the normal state." 
		::= 545

	res2p2Port1VoltageSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 3, is in the high critical state." 
		::= 546

	res2p2Port1VoltageSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 3, is in the high warning state." 
		::= 547

	res2p2Port1VoltageSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 3, is in the low warning state." 
		::= 548

	res2p2Port1VoltageSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 3, is in the low critical state." 
		::= 549

	res2p2Port1VoltageSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 1, voltage sensor 3, is in the normal state." 
		::= 550

	res2p2Port1CurrentSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 3, is in the high critical state." 
		::= 551

	res2p2Port1CurrentSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 3, is in the high warning state." 
		::= 552

	res2p2Port1CurrentSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 3, is in the low warning state." 
		::= 553

	res2p2Port1CurrentSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 3, is in the low critical state." 
		::= 554

	res2p2Port1CurrentSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 1, current sensor 3, is in the normal state." 
		::= 555

	res2p2Port1TemperatureSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 3, is in the high critical state." 
		::= 556

	res2p2Port1TemperatureSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 3, is in the high warning state." 
		::= 557

	res2p2Port1TemperatureSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 3, is in the low warning state." 
		::= 558

	res2p2Port1TemperatureSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 3, is in the low critical state." 
		::= 559

	res2p2Port1TemperatureSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 1, temperature sensor 3, is in the normal state." 
		::= 560

	res2p2Port2PowerSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 1, is in the high critical state." 
		::= 561

	res2p2Port2PowerSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 1, is in the high warning state." 
		::= 562

	res2p2Port2PowerSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 1, is in the low warning state." 
		::= 563

	res2p2Port2PowerSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 1, is in the low critical state." 
		::= 564

	res2p2Port2PowerSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 1, is in the normal state." 
		::= 565

	res2p2Port2VoltageSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 1, is in the high critical state." 
		::= 566

	res2p2Port2VoltageSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 1, is in the high warning state." 
		::= 567

	res2p2Port2VoltageSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 1, is in the low warning state." 
		::= 568

	res2p2Port2VoltageSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 1, is in the low critical state." 
		::= 569

	res2p2Port2VoltageSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 1, is in the normal state." 
		::= 570

	res2p2Port2CurrentSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 1, is in the high critical state." 
		::= 571

	res2p2Port2CurrentSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 1, is in the high warning state." 
		::= 572

	res2p2Port2CurrentSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 1, is in the low warning state." 
		::= 573

	res2p2Port2CurrentSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 1, is in the low critical state." 
		::= 574

	res2p2Port2CurrentSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 1, is in the normal state." 
		::= 575

	res2p2Port2TemperatureSensor1HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 1, is in the high critical state." 
		::= 576

	res2p2Port2TemperatureSensor1HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 1, is in the high warning state." 
		::= 577

	res2p2Port2TemperatureSensor1LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 1, is in the low warning state." 
		::= 578

	res2p2Port2TemperatureSensor1LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 1, is in the low critical state." 
		::= 579

	res2p2Port2TemperatureSensor1Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 1, is in the normal state." 
		::= 580

	res2p2Port2PowerSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 2, is in the high critical state." 
		::= 581

	res2p2Port2PowerSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 2, is in the high warning state." 
		::= 582

	res2p2Port2PowerSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 2, is in the low warning state." 
		::= 583

	res2p2Port2PowerSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 2, is in the low critical state." 
		::= 584

	res2p2Port2PowerSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 2, is in the normal state." 
		::= 585

	res2p2Port2VoltageSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 2, is in the high critical state." 
		::= 586

	res2p2Port2VoltageSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 2, is in the high warning state." 
		::= 587

	res2p2Port2VoltageSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 2, is in the low warning state." 
		::= 588

	res2p2Port2VoltageSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 2, is in the low critical state." 
		::= 589

	res2p2Port2VoltageSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 2, is in the normal state." 
		::= 590

	res2p2Port2CurrentSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 2, is in the high critical state." 
		::= 591

	res2p2Port2CurrentSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 2, is in the high warning state." 
		::= 592

	res2p2Port2CurrentSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 2, is in the low warning state." 
		::= 593

	res2p2Port2CurrentSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 2, is in the low critical state." 
		::= 594

	res2p2Port2CurrentSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 2, is in the normal state." 
		::= 595

	res2p2Port2TemperatureSensor2HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 2, is in the high critical state." 
		::= 596

	res2p2Port2TemperatureSensor2HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 2, is in the high warning state." 
		::= 597

	res2p2Port2TemperatureSensor2LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 2, is in the low warning state." 
		::= 598

	res2p2Port2TemperatureSensor2LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 2, is in the low critical state." 
		::= 599

	res2p2Port2TemperatureSensor2Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 2, is in the normal state." 
		::= 600

	res2p2Port2PowerSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 3, is in the high critical state." 
		::= 601

	res2p2Port2PowerSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 3, is in the high warning state." 
		::= 602

	res2p2Port2PowerSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 3, is in the low warning state." 
		::= 603

	res2p2Port2PowerSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 3, is in the low critical state." 
		::= 604

	res2p2Port2PowerSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2PowerRPCIndex,
			res2p2PowerIndex,
			res2p2PowerValue,
			res2p2PowerState
			}
		DESCRIPTION
			"Port 2, power sensor 3, is in the normal state." 
		::= 605

	res2p2Port2VoltageSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 3, is in the high critical state." 
		::= 606

	res2p2Port2VoltageSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 3, is in the high warning state." 
		::= 607

	res2p2Port2VoltageSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 3, is in the low warning state." 
		::= 608

	res2p2Port2VoltageSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 3, is in the low critical state." 
		::= 609

	res2p2Port2VoltageSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2VoltageRPCIndex,
			res2p2VoltageIndex,
			res2p2VoltageValue,
			res2p2VoltageState
			}
		DESCRIPTION
			"Port 2, voltage sensor 3, is in the normal state." 
		::= 610

	res2p2Port2CurrentSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 3, is in the high critical state." 
		::= 611

	res2p2Port2CurrentSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 3, is in the high warning state." 
		::= 612

	res2p2Port2CurrentSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 3, is in the low warning state." 
		::= 613

	res2p2Port2CurrentSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 3, is in the low critical state." 
		::= 614

	res2p2Port2CurrentSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2CurrentRPCIndex,
			res2p2CurrentIndex,
			res2p2CurrentValue,
			res2p2CurrentState
			}
		DESCRIPTION
			"Port 2, current sensor 3, is in the normal state." 
		::= 615

	res2p2Port2TemperatureSensor3HighCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 3, is in the high critical state." 
		::= 616

	res2p2Port2TemperatureSensor3HighWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 3, is in the high warning state." 
		::= 617

	res2p2Port2TemperatureSensor3LowWarning TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 3, is in the low warning state." 
		::= 618

	res2p2Port2TemperatureSensor3LowCritical TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 3, is in the low critical state." 
		::= 619

	res2p2Port2TemperatureSensor3Normal TRAP-TYPE
		ENTERPRISE res2p2
		VARIABLES {
			sysDescr,
			res2p2TemperatureRPCIndex,
			res2p2TemperatureIndex,
			res2p2TemperatureValue,
			res2p2TemperatureState
			}
		DESCRIPTION
			"Port 2, temperature sensor 3, is in the normal state." 
		::= 620

END