path: root/MIBS/eltek/ELTEK-DISTRIBUTED-MIB

ELTEK-DISTRIBUTED-MIB DEFINITIONS ::= BEGIN

IMPORTS
	NOTIFICATION-TYPE, OBJECT-TYPE, MODULE-IDENTITY, 
	enterprises, Counter32, Integer32
		FROM SNMPv2-SMI
	NOTIFICATION-GROUP
		FROM SNMPv2-CONF
	DisplayString
		FROM SNMPv2-TC;

eltek MODULE-IDENTITY
	LAST-UPDATED "201501030825Z"
	ORGANIZATION 
		"ELTEK power System MIB Working Group"
	CONTACT-INFO 
		"Eltek R&D.
		      Postal: Eltek AS
		      P.O. Box 3043
		      N-3003 Drammen
		      Norway
		      Tel: +47-32 20 32 00
		      Fax: +47-32 20 31 20
		      web:  www.eltek.com"
	DESCRIPTION 
		"Branch overview:
		         Aeongold branch will be 1
		         AL175 branch will be 2
		         AL6000 branch will be 3
		         Internal used branch will be 4
		         Internal used branch will be 5
		         OEM Smartpack branch will be 6
		         ELTEK Common branch will be 7 (SmartPack, MCU, AEON w/WebPower sw V2.x)
		         ELTEK Distributed branch will be 8 (SmartPack w/WebPower sw V3.x)
		         ELTEK Distributed V2 branch will be 9 (SmartPack w/WebPower sw V4.0)
		         ELTEK Distributed V3 branch will be 9 (SmartPack w/WebPower sw V4.1)
		         ELTEK Distributed V4 branch will be 9 (SmartPack w/WebPower sw V4.1, V4.2, V4.3, V4.5 and compack V1.0, V1.01, V1.02, V1.03)
		         ELTEK Distributed V5 branch will be 9 (SmartPack w/WebPower sw V4.1, V4.2, V4.3, V4.5, V4.6)
		         ELTEK Distributed V6 branch will be 9 (SmartPack2 sw V1.1, V1.2, V1.3)
		         ELTEK Distributed V7 branch will be 9 (SmartPack w/WebPower sw V4.1, V4.2, V4.3, V4.5, V4.6, V4.7 and compack V1.04, V1.05)
		         ELTEK Distributed V8 branch will be 9 (SmartPack w/WebPower sw V4.9, V4.10, ComPack V1.04, V1.05, Smartpack2 V1.1, V1.2)
		         ELTEK Distributed V9 branch will be 9 (SmartPack w/WebPower sw V4.11)
		         ELTEK eNexus MIB branch will be 10 (SmartPack2 V2.x, SmartPack S V2.x and Compack V2.x)
		         ELTEK Brasil office will have branch 11
		         ELTEK BMS-EM MIB will have branch 12
		         ELTEK TELMEX MIB will have branch 13"

	REVISION "201602181416Z"
	DESCRIPTION 
		"Added new OIDs for battery test. End voltage, max discharge time and max discharge Ah.
		"

	REVISION "201501030825Z"
	DESCRIPTION 
		"Updates in miscellaneous info fields."

	REVISION "201106051444Z"
	DESCRIPTION 
		"Added RectifierCapacityTraps.
		Added systemServiceMode."

	REVISION "201103221441Z"
	DESCRIPTION 
		"added smartpack2(7)  to systemSiteInfoControllerType"

	REVISION "201010290829Z"
	DESCRIPTION 
		"Added traps and OID's for SolarChargers.
		Added reading of values on programmable inputs of IO Monitor."

	REVISION "200903121515Z"
	DESCRIPTION 
		"Added support for external IO monitor and Load monitor units.
		Changes are done in the MIB to accomodate the v2c standard."

	REVISION "200801301149Z"
	DESCRIPTION 
		"Some OIDs were added to this revision. Since all new stuff are additions and no existing information was moved, this V3 revision stays in branch 9. enjoy!"

	REVISION "200706221127Z"
	DESCRIPTION 
		"Branch 9, contains mainly changes in the Traps format. The traps now meets SNMP v2c specification."

	REVISION "200509071238Z"
	DESCRIPTION 
		"added battery test and boost start/stop and ac voltages"

	REVISION "200506281130Z"
	DESCRIPTION 
		"First revision"
::= { enterprises 12148 }


-- Supported by SmartPack w/WebPower sw V4.1, V4.2x, V4.3, V4.4, V4.6 , V4.7, V4.8, V4.9, V4.10, V4.11, Compack V1.00, V1.01, V1.02, V1.03, V1.04 and Smartpack2 V1.0, V1.1 and V1.2.
-- SNMP v2-C

eltekDistributedPlantV9  OBJECT IDENTIFIER ::= { eltek 9 }

-- This branch contains OIDs for configuration of the Smartpack & ComPack Control System's
-- basic data and settings

controlSystem        OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 1 }
systemTime           OBJECT IDENTIFIER ::= { controlSystem 1 }
ioUnits              OBJECT IDENTIFIER ::= { controlSystem 17 }

-- This branch contains OID's for configuration of the DC Power System's
-- basic factory data and user's installation settings.

dcSystem             OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 2 }
dcPlant              OBJECT IDENTIFIER ::= { dcSystem 1 }

-- This branch contains OID's for configuration of the DC Power System's
-- installation and location settings.

systemSiteInfo       OBJECT IDENTIFIER ::= { dcPlant 3 }

-- This branch contains OIDs for configuration of the DC Power System's
-- battery charging and battery protection related settings.

battery              OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 3 }

-- This branch contains OIDs for configuration of the DC Power System's
-- Low Voltage Battery Disconnect Contactor (LVBD) related settings

batteryLVD           OBJECT IDENTIFIER ::= { battery 17 }

-- The OIDs contains the batterybanks in the system.

batteryBanks         OBJECT IDENTIFIER ::= { battery 19 }

-- These data are predicted values and shall be treated as such.

batteryCapacityData  OBJECT IDENTIFIER ::= { battery 20 }

-- The battery monitor control units that is used to measure additional battery parameters.

batteryMonitorUnits  OBJECT IDENTIFIER ::= { battery 21 }

-- Contains parameters for battery test

batteryTest          OBJECT IDENTIFIER ::= { battery 24 }

-- This branch contains OIDs related to the DC Load Distribution equipment

loadDistribution     OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 4 }

-- This branch contains OIDs related to the Load Disconnect. This is related to Control unit 1 only.

loadDistributionLVDStatus  OBJECT IDENTIFIER ::= { loadDistribution 3 }

-- The load monitor control units that is used to measure additional load parameters.

loadMonitorUnits     OBJECT IDENTIFIER ::= { loadDistribution 4 }

-- This branch contains OIDs related to the rectifier parameters

rectifier            OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 5 }

-- This branch contains OIDs for polling of the rectifier status.

rectifierStatus      OBJECT IDENTIFIER ::= { rectifier 5 }
acDistribution       OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 6 }
alarmGroup           OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 7 }

-- A selection of important alarms and events. These are used by the traps.

alarmWellknownAlarms  OBJECT IDENTIFIER ::= { alarmGroup 1 }

-- This branch contains OIDs related to the solar charger parameters

solarCharger         OBJECT IDENTIFIER ::= { eltekDistributedPlantV9 9 }

-- This branch contains OIDs for polling of the solar charger status.

solarChargerStatus   OBJECT IDENTIFIER ::= { solarCharger 5 }

systemTimeTime  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..255))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system date and time. Used for event timestamps and logging"
	::= { systemTime 1 }

systemInfoRefresh  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		refreshdata (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This is a push button function that will rebuild all the dynamic SNMP tables. 
		When control units are removed or added this function must be executed to make sure
		the tables are updated."
	::= { controlSystem 2 }

systemTrapRepeatRate  OBJECT-TYPE
	SYNTAX     Integer32 (0..1440)
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This object sets the repeat rate of any active traps, in minutes.
		Entering 0 (zero) will prevent repeating traps - one trap only will be sent per alarm event."
	::= { controlSystem 3 }

systemSendOffTrap  OBJECT-TYPE
	SYNTAX     INTEGER {
		off (0),
		on (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"A separate off-trap will be issued when an alarm condition goes off, if this flag is set to 1.
		Entering 0 (zero) will prevent OFF traps from being transmitted."
	::= { controlSystem 4 }

systemNumOfControlUnits  OBJECT-TYPE
	SYNTAX     Integer32 (0..8)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The number of Control units in a distributed system."
	::= { controlSystem 5 }

systemControlUnitIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..7)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"Index used for navigating in the table for configurable inputs."
	::= { controlSystem 6 }

systemControlUnitTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF SystemControlUnitEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"This table contains the status of the programmable inputs.
		There is one row for each Control unit."
	::= { controlSystem 7 }

systemControlUnitEntry  OBJECT-TYPE
	SYNTAX 	SystemControlUnitEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { systemControlUnitIndex }
	::= { systemControlUnitTable 1 }

SystemControlUnitEntry ::= SEQUENCE {
	inputControlUnitID
		Integer32,
	inputUserConfigurable1
		INTEGER,
	inputUserConfigurable2
		INTEGER,
	inputUserConfigurable3
		INTEGER,
	inputUserConfigurable4
		INTEGER,
	inputUserConfigurable5
		INTEGER,
	inputUserConfigurable6
		INTEGER,
	inputUserConfigurable7
		INTEGER,
	inputUserConfigurable8
		INTEGER,
	inputUserConfigurable9
		INTEGER,
	inputUserConfigurable10
		INTEGER
}

inputControlUnitID  OBJECT-TYPE
	SYNTAX     Integer32 (1..8)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID of which Control unit to be read."
	::= { systemControlUnitEntry 1 }

inputUserConfigurable1  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 2 }

inputUserConfigurable2  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 3 }

inputUserConfigurable3  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 4 }

inputUserConfigurable4  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 5 }

inputUserConfigurable5  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 6 }

inputUserConfigurable6  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 7 }

inputUserConfigurable7  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 8 }

inputUserConfigurable8  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 9 }

inputUserConfigurable9  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 10 }

inputUserConfigurable10  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. 
		The description of the input is found in the systemControlUnitInputTable"
	::= { systemControlUnitEntry 11 }

systemLinkStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		linkdown (0),
		linkup (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"A flag showing the status of the serial port used between the HEIDI Webpower adapter 
		or embedded WEB/SNMP card and the Smartpack Control system.
		If this flag shows status linkdown, the propable cause is that the wrong baudrate is set,
		which again is likely to happen when booting a brand new board.
		Execute a 'systemInitiateEEPROM' command to fix.
		Not applicable for ComPack control unit"
	::= { controlSystem 8 }

-- Executing this command will not return a response because the unit will reboot.
-- 

systemInitiateEEPROM  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		start (1)
	}
	MAX-ACCESS read-write
	STATUS     deprecated
	DESCRIPTION 
		"Pushbutton function that initiates a forced write of default data to the SB70/SB72 eeprom. This function is used for 
		productiontest only. The 3rd party OS used in this application are not able to write  
		default data to EEPROM at boot time. A minimum set of configuration is thus created 
		in RAM. A production test facility must therefore run this command as a part of the 
		production test for the unit to function properly.
		"
	::= { controlSystem 9 }

systemLastDigInput  OBJECT-TYPE
	SYNTAX     Integer32 (1..10)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"The last Prog.Input that generated a trap. Used by Traps only."
	::= { controlSystem 10 }

systemTrapCounter  OBJECT-TYPE
	SYNTAX     Counter32
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"The number of times a trap has been repeated.. Only acessible for Traps."
	::= { controlSystem 11 }

systemHeartBeatTrapRepeatRate  OBJECT-TYPE
	SYNTAX     Integer32 (0..1440)
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The repeat rate for the systemHeartBeatTrap.
		Setting this value to zero will disable the HeartBeatTrap."
	::= { controlSystem 12 }

systemResetManualAlarms  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		apply (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"A pushutton that resets all manually resettable alarms in the controlsystem. Alarms that 
		is not manually resettable will not be affected by this."
	::= { controlSystem 13 }

systemControlUnitInputIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..7)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"Index used for navigating in the table for configurable inputs."
	::= { controlSystem 14 }

systemControlUnitInputTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF SystemControlUnitInputEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"This table contains the description of the programmable inputs.
		There is one row for each Control unit.
		Programmable input alarms will have description attached to the traps that
		explains the alarm. Default description is: ProgInput <Control unit ID>.x"
	::= { controlSystem 15 }

systemControlUnitInputEntry  OBJECT-TYPE
	SYNTAX 	SystemControlUnitInputEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { systemControlUnitInputIndex }
	::= { systemControlUnitInputTable 1 }

SystemControlUnitInputEntry ::= SEQUENCE {
	inputUnitID
		Integer32,
	inputUserConfigurableText1
		DisplayString,
	inputUserConfigurableText2
		DisplayString,
	inputUserConfigurableText3
		DisplayString,
	inputUserConfigurableText4
		DisplayString,
	inputUserConfigurableText5
		DisplayString,
	inputUserConfigurableText6
		DisplayString,
	inputUserConfigurableText7
		DisplayString,
	inputUserConfigurableText8
		DisplayString,
	inputUserConfigurableText9
		DisplayString,
	inputUserConfigurableText10
		DisplayString
}

inputUnitID  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID of which Control unit to be read."
	::= { systemControlUnitInputEntry 1 }

inputUserConfigurableText1  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.1."
	::= { systemControlUnitInputEntry 2 }

inputUserConfigurableText2  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.2."
	::= { systemControlUnitInputEntry 3 }

inputUserConfigurableText3  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.3."
	::= { systemControlUnitInputEntry 4 }

inputUserConfigurableText4  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.4."
	::= { systemControlUnitInputEntry 5 }

inputUserConfigurableText5  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.5."
	::= { systemControlUnitInputEntry 6 }

inputUserConfigurableText6  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.6."
	::= { systemControlUnitInputEntry 7 }

inputUserConfigurableText7  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.7."
	::= { systemControlUnitInputEntry 8 }

inputUserConfigurableText8  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.8."
	::= { systemControlUnitInputEntry 9 }

inputUserConfigurableText9  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.9."
	::= { systemControlUnitInputEntry 10 }

inputUserConfigurableText10  OBJECT-TYPE
	SYNTAX     DisplayString
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.10."
	::= { systemControlUnitInputEntry 11 }

systemResetCtrlSystem  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		reboot (1)
	}
	MAX-ACCESS read-write
	STATUS     deprecated
	DESCRIPTION 
		"A pushbutton function that resets the control system.
		Configuration data will be kept."
	::= { controlSystem 16 }

ioUnitNumberOfUnits  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		""
	::= { ioUnits 1 }

ioUnitsIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..13)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		""
	::= { ioUnits 2 }

ioUnitsTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF IoUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	::= { ioUnits 3 }

ioUnitsEntry  OBJECT-TYPE
	SYNTAX 	IoUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { ioUnitsIndex }
	::= { ioUnitsTable 1 }

IoUnitsEntry ::= SEQUENCE {
	ioUnitID
		Integer32,
	ioUnitOutDoorTemp1
		Integer32,
	ioUnitOutDoorTemp2
		Integer32,
	ioUnitFanSpeed1
		Integer32,
	ioUnitFanSpeedDeltaValue1
		Integer32,
	ioUnitFanSpeed2
		Integer32,
	ioUnitFanSpeedDeltaValue2
		Integer32,
	ioUnitProgInputText1
		DisplayString,
	ioUnitProgInputStatus1
		INTEGER,
	ioUnitProgInputText2
		DisplayString,
	ioUnitProgInputStatus2
		INTEGER,
	ioUnitProgInputText3
		DisplayString,
	ioUnitProgInputStatus3
		INTEGER,
	ioUnitProgInputText4
		DisplayString,
	ioUnitProgInputStatus4
		INTEGER,
	ioUnitProgInputText5
		DisplayString,
	ioUnitProgInputStatus5
		INTEGER,
	ioUnitProgInputText6
		DisplayString,
	ioUnitProgInputStatus6
		INTEGER,
	ioUnitProgInputValue1
		Integer32,
	ioUnitProgInputValue2
		Integer32,
	ioUnitProgInputValue3
		Integer32,
	ioUnitProgInputValue4
		Integer32,
	ioUnitProgInputValue5
		Integer32,
	ioUnitProgInputValue6
		Integer32
}

ioUnitID  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		""
	::= { ioUnitsEntry 1 }

ioUnitOutDoorTemp1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured value of the temperature input.
		Depending on the global setting in the Control unit, this value will be presented in Celsius
		or Fahrenheit."
	::= { ioUnitsEntry 2 }

ioUnitOutDoorTemp2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured value of the temperature input.
		Depending on the global setting in the Control unit, this value will be presented in Celsius
		or Fahrenheit."
	::= { ioUnitsEntry 3 }

ioUnitFanSpeed1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Percent %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The speed of the cooling/ circulation fan.  The speed is a percentage of max RPM.  "
	::= { ioUnitsEntry 4 }

ioUnitFanSpeedDeltaValue1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Percent %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The deviation of the cooling/circulation fans speed set value.  Is a percentage of the desired value. "
	::= { ioUnitsEntry 5 }

ioUnitFanSpeed2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Percent %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The speed of the cooling/ circulation fan.  The speed is a percentage of max RPM. "
	::= { ioUnitsEntry 6 }

ioUnitFanSpeedDeltaValue2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Percent %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The deviation of the cooling/circulation fans speed set value.  Is a percentage of the desired value. "
	::= { ioUnitsEntry 7 }

ioUnitProgInputText1  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.1"
	::= { ioUnitsEntry 8 }

ioUnitProgInputStatus1  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 9 }

ioUnitProgInputText2  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.2"
	::= { ioUnitsEntry 10 }

ioUnitProgInputStatus2  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 11 }

ioUnitProgInputText3  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.3"
	::= { ioUnitsEntry 12 }

ioUnitProgInputStatus3  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 13 }

ioUnitProgInputText4  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.4"
	::= { ioUnitsEntry 14 }

ioUnitProgInputStatus4  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 15 }

ioUnitProgInputText5  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.5"
	::= { ioUnitsEntry 16 }

ioUnitProgInputStatus5  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 17 }

ioUnitProgInputText6  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <I/Ounit ID>.6"
	::= { ioUnitsEntry 18 }

ioUnitProgInputStatus6  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Programmable input status. "
	::= { ioUnitsEntry 19 }

ioUnitProgInputValue1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 20 }

ioUnitProgInputValue2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 21 }

ioUnitProgInputValue3  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 22 }

ioUnitProgInputValue4  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 23 }

ioUnitProgInputValue5  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 24 }

ioUnitProgInputValue6  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 500 = 5.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The value read on input."
	::= { ioUnitsEntry 25 }

systemServiceMode  OBJECT-TYPE
	SYNTAX     INTEGER {
		deactivate (0),
		activate (1)
	}
	MAX-ACCESS read-write
	STATUS     deprecated
	DESCRIPTION 
		"This is a switch function to activate (1) or deactivate (0) servicemode. Status can also be read.
		Servicemode prevent the system to operate relays or send traps or mail."
	::= { controlSystem 18 }

systemSiteInfoCustomer  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Customer name (as stored in the Control Unit)."
	::= { systemSiteInfo 1 }

systemSiteInfoLocation  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system/site Location details (as stored in the Control Unit)."
	::= { systemSiteInfo 2 }

systemSiteInfoMessage1  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system/site Info Message record #1 (as stored in the Control Unit). 31 Bytes."
	::= { systemSiteInfo 3 }

systemSiteInfoMessage2  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system/site Info Message record #2 (as stored in the Control Unit). 31 Bytes."
	::= { systemSiteInfo 4 }

systemSiteInfoInstalledDate  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system's Installed Date text string (as stored in the Control Unit) 16bytes."
	::= { systemSiteInfo 5 }

systemSiteInfoControllerType  OBJECT-TYPE
	SYNTAX     INTEGER {
		al175 (0),
		al4000 (1),
		al6000 (2),
		al175oem (3),
		mcu (4),
		smartpack (5),
		compack (6),
		smartpack2 (7)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system Controller Module currently connected.
		0 = AL175
		1 = AL4000 (Aeon Gold)
		2 = AL6000
		3 = AL175OEM
		4 = MCU
		5 = SmartPack
		6 = ComPack"
	::= { systemSiteInfo 6 }

systemSiteInfoSystemSeriaNum  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The serial number for the complete system."
	::= { systemSiteInfo 7 }

systemSiteInfoControllerSeriaNum  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The serial number for Control unit 1."
	::= { systemSiteInfo 8 }

systemNominalVoltage  OBJECT-TYPE
	SYNTAX     INTEGER {
		prs48v (0),
		prs24v (1),
		prs12v (2),
		prs26v (3),
		prs60v (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The nominal voltage rating. 24V/48V/60V systems.
		0=48V
		1=24V
		2=Not used
		3=Not used
		4=60V"
	::= { dcPlant 4 }

systemOperationalStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		floatvoltreg (0),
		floattempcomp (1),
		batteryboost (2),
		batterytest (3)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"A summary status showing if the system is testing, boosting, floating etc.
		0=Float, voltage regulated
		1=Float, temperature comp. regulated;
		2=boost
		3=battery test"
	::= { dcSystem 2 }

batteryName  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..31))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"A descriptive name of the battery installed in the system."
	::= { battery 1 }

batteryVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7500)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured battery voltage."
	::= { battery 2 }

batteryCurrent  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured total battery current.
		This is the sum of all the enabled shunt measurements in the system.
		Negative battery current indicates discharging of the batteries.
		Positive battery current indicates charging of the batteries.
		Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { battery 3 }

batteryTemp  OBJECT-TYPE
	SYNTAX     Integer32 (0..9999)
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The highest value of the enabled battery temperature measurements.
		Depending on the global setting in the Control unit, this value will be presented in Celsius
		or Fahrenheit."
	::= { battery 4 }

batteryBreakerStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the battery fuses/breakers can be either normal(0) or alarm(1)."
	::= { battery 5 }

batteryChargeCurrentLimitCtrl  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/disable of the battery charge current limitation feature; 0=disable, 1=enable."
	::= { battery 6 }

batteryChargeCurrentLimitValue  OBJECT-TYPE
	SYNTAX     Integer32 (0..32000)
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Battery charging current limit value. Used only when AC source is mains feed.
		Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { battery 7 }

batteryTempCompEnable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable (0) or Disable (1)  of Battery Temperature Compensated output regulation mode"
	::= { battery 8 }

batteryFloatVoltConfig  OBJECT-TYPE
	SYNTAX     Integer32 (4300..6000)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Voltage at which the DC System float charges.
		Acts as reference voltage when running temperature compensated charging."
	::= { battery 9 }

batteryBoostVoltConfig  OBJECT-TYPE
	SYNTAX     Integer32 (4300..6000)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Voltage at which the DC System boost charges the batteries."
	::= { battery 10 }

batteryHighMajorAlarmVoltageConfig  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Major High Battery Voltage alarm limit set voltage"
	::= { battery 11 }

batteryHighMinorAlarmVoltageConfig  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Minor High Battery Voltage alarm limit set voltage"
	::= { battery 12 }

batteryLowMajorAlarmVoltageConfig  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Major Low Battery Voltage Alarm limit set voltage"
	::= { battery 13 }

batteryLowMinorAlarmVoltageConfig  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Minor Low Battery Voltage Alarm limit set voltage"
	::= { battery 14 }

batteryStartManualTest  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		starttest (1),
		stoptest (2)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This pushbutton will start or stop a manual battery test if the system allows it."
	::= { battery 15 }

batteryStartManualBoost  OBJECT-TYPE
	SYNTAX     INTEGER {
		pushbutton (0),
		startboost (1),
		stopboost (2)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This pushbutton will start or stop a manual battery boost if the system allows it."
	::= { battery 16 }

batteryLVDStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		connected (0),
		disconnected (1),
		disabled (2)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Battery Contactor is connected(0), disconnected(1) or disabled(2)"
	::= { batteryLVD 1 }

batteryLVDDisconnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Battery Contactors Disconnect Voltage"
	::= { batteryLVD 2 }

batteryLVDConnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The Battery Contactors Reconnect Voltage"
	::= { batteryLVD 3 }

batteryBanksNumofBanks  OBJECT-TYPE
	SYNTAX     Integer32 (1..8)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The number of Control units that is used to measure battery parameters. "
	::= { battery 18 }

-- This setpoint / value is common for all battery strings monitored and 
-- is the major alarm limit.

batterySymmetryDeltaLimitVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 150 = 1.50V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The allowable deviation of the symmetry voltage from the theoretical.
		Exceeding this value in either direction (+/-) causes an alarm state."
	::= { batteryBanks 1 }

batteryBanksIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..7)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"Index used for navigating the rows 1..8  of batteryBanksTable "
	::= { batteryBanks 2 }

batteryBanksTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF BatteryBanksEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A table of up to 8 battery banks. Each banks may have up to 8 symmetry measuments."
	::= { batteryBanks 3 }

batteryBanksEntry  OBJECT-TYPE
	SYNTAX 	BatteryBanksEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { batteryBanksIndex }
	::= { batteryBanksTable 1 }

BatteryBanksEntry ::= SEQUENCE {
	batteryBankID
		Integer32,
	batteryBanksSymmetry1enable
		INTEGER,
	batteryBanksSymmetry1status
		INTEGER,
	batteryBanksSymmetry1deltaVoltage
		Integer32,
	batteryBanksSymmetry2enable
		INTEGER,
	batteryBanksSymmetry2status
		INTEGER,
	batteryBanksSymmetry2deltaVoltage
		Integer32,
	batteryBanksSymmetry3enable
		INTEGER,
	batteryBanksSymmetry3status
		INTEGER,
	batteryBanksSymmetry3deltaVoltage
		Integer32,
	batteryBanksSymmetry4enable
		INTEGER,
	batteryBanksSymmetry4status
		INTEGER,
	batteryBanksSymmetry4deltaVoltage
		Integer32,
	batteryBanksSymmetry5enable
		INTEGER,
	batteryBanksSymmetry5status
		INTEGER,
	batteryBanksSymmetry5deltaVoltage
		Integer32,
	batteryBanksSymmetry6enable
		INTEGER,
	batteryBanksSymmetry6status
		INTEGER,
	batteryBanksSymmetry6deltaVoltage
		Integer32,
	batteryBanksSymmetry7enable
		INTEGER,
	batteryBanksSymmetry7status
		INTEGER,
	batteryBanksSymmetry7deltaVoltage
		Integer32,
	batteryBanksSymmetry8enable
		INTEGER,
	batteryBanksSymmetry8status
		INTEGER,
	batteryBanksSymmetry8deltaVoltage
		Integer32
}

batteryBankID  OBJECT-TYPE
	SYNTAX     Integer32 (1..8)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID of the selected row in the table. i.e. the battery bank."
	::= { batteryBanksEntry 1 }

batteryBanksSymmetry1enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 2 }

batteryBanksSymmetry1status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error
		"
	::= { batteryBanksEntry 3 }

batteryBanksSymmetry1deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 4 }

batteryBanksSymmetry2enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 5 }

batteryBanksSymmetry2status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 6 }

batteryBanksSymmetry2deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 7 }

batteryBanksSymmetry3enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 8 }

batteryBanksSymmetry3status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 9 }

batteryBanksSymmetry3deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 10 }

batteryBanksSymmetry4enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 11 }

batteryBanksSymmetry4status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 12 }

batteryBanksSymmetry4deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 13 }

batteryBanksSymmetry5enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 14 }

batteryBanksSymmetry5status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 15 }

batteryBanksSymmetry5deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 16 }

batteryBanksSymmetry6enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 17 }

batteryBanksSymmetry6status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 18 }

batteryBanksSymmetry6deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 19 }

batteryBanksSymmetry7enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 20 }

batteryBanksSymmetry7status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 21 }

batteryBanksSymmetry7deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 22 }

batteryBanksSymmetry8enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disable (0),
		enable (1)
	}
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"Enable/Disable the individual symmetry input. If disabled this will read 0 volts and 
		the alarm flag will be turned off."
	::= { batteryBanksEntry 23 }

batteryBanksSymmetry8status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { batteryBanksEntry 24 }

batteryBanksSymmetry8deltaVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 100 = 1.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The difference between the measured value and the expected value.
		The expected value is calculated by taking the measured total batteryvoltage and divide
		it with the number of battery blocks. You'll then have the theoretical correct value for 
		each battery block."
	::= { batteryBanksEntry 25 }

batteryBanksNumberOfStrings  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Number of strings in the power system."
	::= { batteryBanks 4 }

batteryBanksExtensionIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..7)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"Index used for navigating the rows 1..14  of batteryBanksExtensionTable "
	::= { batteryBanks 5 }

batteryBanksExtensionTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF BatteryBanksExtensionEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"This table shows the measured value on the symmetry inputs."
	::= { batteryBanks 6 }

batteryBanksExtensionEntry  OBJECT-TYPE
	SYNTAX 	BatteryBanksExtensionEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { batteryBanksExtensionIndex }
	::= { batteryBanksExtensionTable 1 }

BatteryBanksExtensionEntry ::= SEQUENCE {
	batteryBanksExtensionID
		Integer32,
	batteryBanksExtensionSymmetryInputValue1
		Integer32,
	batteryBanksExtensionSymmetryInputValue2
		Integer32,
	batteryBanksExtensionSymmetryInputValue3
		Integer32,
	batteryBanksExtensionSymmetryInputValue4
		Integer32,
	batteryBanksExtensionSymmetryInputValue5
		Integer32,
	batteryBanksExtensionSymmetryInputValue6
		Integer32,
	batteryBanksExtensionSymmetryInputValue7
		Integer32,
	batteryBanksExtensionSymmetryInputValue8
		Integer32
}

batteryBanksExtensionID  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID of the selected row in the table. i.e. the battery bank."
	::= { batteryBanksExtensionEntry 1 }

batteryBanksExtensionSymmetryInputValue1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 2 }

batteryBanksExtensionSymmetryInputValue2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 3 }

batteryBanksExtensionSymmetryInputValue3  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 4 }

batteryBanksExtensionSymmetryInputValue4  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 5 }

batteryBanksExtensionSymmetryInputValue5  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 6 }

batteryBanksExtensionSymmetryInputValue6  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 7 }

batteryBanksExtensionSymmetryInputValue7  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 8 }

batteryBanksExtensionSymmetryInputValue8  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { batteryBanksExtensionEntry 9 }

batteryTimeToDisconnect  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Minutes; 40 = 40 minutes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Remaining time to low voltage battery disconnect."
	REFERENCE 
		"BatteryTimeLeft (minutes)"
	::= { batteryCapacityData 1 }

batteryCapacityLeft  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Ah/%;  23 = 23 Ah or in %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Capacity left in the battery."
	REFERENCE 
		"BatteryRemCap"
	::= { batteryCapacityData 2 }

batteryCapacityUsed  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Ah/%;  23 = 23 Ah or in %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Capacity consumed."
	REFERENCE 
		"BatteryUsedCap"
	::= { batteryCapacityData 3 }

batteryCapacityTotal  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Ah/%;  23 = 23 Ah or in %"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is the total Capacity of the battery. This value is the installed capacity 
		compensated with the last battery tests quality level"
	REFERENCE 
		"BatteryTotCap"
	::= { batteryCapacityData 4 }

batteryQuality  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"%"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is the battery quality (%) of the latest battery test."
	REFERENCE 
		"BatteryQuality"
	::= { batteryCapacityData 5 }

battmonNumberOfUnits  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Number of battery monitor units in the power system."
	::= { batteryMonitorUnits 1 }

battmonUnitsIndex  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		"Index used for navigating the rows 1..14  of battmonUnitsTable "
	::= { batteryMonitorUnits 2 }

battmonUnitsTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF BattmonUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A table of up to 14 battery monitor control units.  "
	::= { batteryMonitorUnits 3 }

battmonUnitsEntry  OBJECT-TYPE
	SYNTAX 	BattmonUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { batteryBanksIndex }
	::= { battmonUnitsTable 1 }

BattmonUnitsEntry ::= SEQUENCE {
	batteryMonitorID
		Integer32,
	batteryMonitorSymmetry1status
		INTEGER,
	batteryMonitorSymmetry1InputValue
		Integer32,
	batteryMonitorSymmetry2status
		INTEGER,
	batteryMonitorSymmetry2InputValue
		Integer32,
	batteryMonitorSymmetry3status
		INTEGER,
	batteryMonitorSymmetry3InputValue
		Integer32,
	batteryMonitorSymmetry4status
		INTEGER,
	batteryMonitorSymmetry4InputValue
		Integer32,
	batteryMonitorCurrentValue
		Integer32,
	batteryMonitorFuseStatus
		INTEGER,
	batteryMonitorTemperature
		Integer32
}

batteryMonitorID  OBJECT-TYPE
	SYNTAX     Integer32 (1..14)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID of the selected row"
	::= { battmonUnitsEntry 1 }

batteryMonitorSymmetry1status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { battmonUnitsEntry 2 }

batteryMonitorSymmetry1InputValue  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { battmonUnitsEntry 3 }

batteryMonitorSymmetry2status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { battmonUnitsEntry 4 }

batteryMonitorSymmetry2InputValue  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { battmonUnitsEntry 5 }

batteryMonitorSymmetry3status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { battmonUnitsEntry 6 }

batteryMonitorSymmetry3InputValue  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { battmonUnitsEntry 7 }

batteryMonitorSymmetry4status  OBJECT-TYPE
	SYNTAX     INTEGER {
		ok (0),
		minorAlarm (1),
		majorAlarm (2),
		disabled (3),
		error (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Contains the status of this battery symmetry input.
		Possible States:
		0=Normal
		1=MinorAlarm
		2=MajorAlarm
		3=Disabled
		4=Error"
	::= { battmonUnitsEntry 8 }

batteryMonitorSymmetry4InputValue  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 1200 = 12.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured voltage on the symmetry input."
	::= { battmonUnitsEntry 9 }

batteryMonitorCurrentValue  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The measured current to/from the battery.
		Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { battmonUnitsEntry 10 }

batteryMonitorFuseStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the battery fuse/breaker can be either normal(0) or alarm(1)."
	::= { battmonUnitsEntry 11 }

batteryMonitorTemperature  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The battery temperature."
	::= { battmonUnitsEntry 12 }

batteryHighMajorTempAlarmLevel  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This is the Major High Temperature Alarm level."
	::= { battery 22 }

-- Be aware that it is no validation against the Major High Temperature Alarm Level
-- and therefore it is possible to set this value higher than the Major High Temperature Level.
-- The consequense of doing this will be that the alarm will not be tripped until the 
-- Minor High Temperature Level has been reached.

batteryHighMinorTempAlarmLevel  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Deg. C/F; i.e. 25 = 25 Deg."
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"This is the Minor High Temperature Alarm level."
	::= { battery 23 }

batteryTestEndVoltage  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"1/100 Volt; i.e. 190 = 1.90V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The end voltage for standard battery test (V/cell)
		1/100 Volt; i.e. 190 = 1.90V"
	::= { batteryTest 1 }

batteryTestMaximumDischargeTime  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Minutes"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The maximum allowed run time for the battery test (Minutes)"
	::= { batteryTest 2 }

batteryTestMaximumDischargeAh  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Ah"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"The maximum allowed discharge for the batteries during a battery test (Ah)"
	::= { batteryTest 3 }

loadDistributionCurrent  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The total load current
		Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadDistribution 1 }

loadDistributionBreakerStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadDistribution 2 }

loadLVD1Enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disabled (0),
		enabled (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The status of contactors configuration. 
		'enabled' means that the contactor is in use.
		'disabled' means that the contactor is disconfigured and not in use."
	::= { loadDistributionLVDStatus 1 }

loadLVD1Status  OBJECT-TYPE
	SYNTAX     INTEGER {
		connected (0),
		disconnected (1),
		disabled (2)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 1 is connected(0), disconnected(1) or disabled(2)"
	::= { loadDistributionLVDStatus 2 }

loadLVD1ConnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD1 Connect Voltage"
	::= { loadDistributionLVDStatus 3 }

loadLVD1DisconnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD1 Disconnect Voltage"
	::= { loadDistributionLVDStatus 4 }

loadLVD2Enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disabled (0),
		enabled (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The status of contactors configuration. 
		'enabled' means that the contactor is in use.
		'disabled' means that the contactor is disconfigured and not in use."
	::= { loadDistributionLVDStatus 5 }

loadLVD2Status  OBJECT-TYPE
	SYNTAX     INTEGER {
		connected (0),
		disconnected (1),
		disabled (2)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 2 is connected(0), disconnected(1) or disabled(2)"
	::= { loadDistributionLVDStatus 6 }

loadLVD2ConnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD2 Connect Voltage"
	::= { loadDistributionLVDStatus 7 }

loadLVD2DisconnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD2 Disconnect Voltage"
	::= { loadDistributionLVDStatus 8 }

loadLVD3Enable  OBJECT-TYPE
	SYNTAX     INTEGER {
		disabled (0),
		enabled (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The status of contactors configuration. 
		'enabled' means that the contactor is in use.
		'disabled' means that the contactor is disconfigured and not in use."
	::= { loadDistributionLVDStatus 9 }

loadLVD3Status  OBJECT-TYPE
	SYNTAX     INTEGER {
		connected (0),
		disconnected (1),
		disabled (2)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 3 is connected(0), disconnected(1) or disabled(2)"
	::= { loadDistributionLVDStatus 10 }

loadLVD3ConnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD3 Connect Voltage"
	::= { loadDistributionLVDStatus 11 }

loadLVD3DisconnectVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..7200)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"LVLD3 Disconnect Voltage"
	::= { loadDistributionLVDStatus 12 }

loadmonitorNumberOfUnits  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		""
	::= { loadMonitorUnits 1 }

loadMonitorUnitsIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..13)
	MAX-ACCESS accessible-for-notify
	STATUS     current
	DESCRIPTION 
		""
	::= { loadMonitorUnits 2 }

loadMonitorUnitsTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF LoadMonitorUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	::= { loadMonitorUnits 3 }

loadMonitorUnitsEntry  OBJECT-TYPE
	SYNTAX 	LoadMonitorUnitsEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		""
	INDEX { loadMonitorUnitsIndex }
	::= { loadMonitorUnitsTable 1 }

LoadMonitorUnitsEntry ::= SEQUENCE {
	loadMonitorID
		Integer32,
	loadMonitorFuseStatus1
		INTEGER,
	loadMonitorCurrent1
		Integer32,
	loadMonitorFuseStatus2
		INTEGER,
	loadMonitorCurrent2
		Integer32,
	loadMonitorFuseStatus3
		INTEGER,
	loadMonitorCurrent3
		Integer32,
	loadMonitorFuseStatus4
		INTEGER,
	loadMonitorCurrent4
		Integer32,
	loadMonitorFuseStatus5
		INTEGER,
	loadMonitorCurrent5
		Integer32,
	loadMonitorFuseStatus6
		INTEGER,
	loadMonitorCurrent6
		Integer32,
	loadMonitorFuseStatus7
		INTEGER,
	loadMonitorCurrent7
		Integer32,
	loadMonitorFuseStatus8
		INTEGER,
	loadMonitorCurrent8
		Integer32
}

loadMonitorID  OBJECT-TYPE
	SYNTAX     Integer32
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		""
	::= { loadMonitorUnitsEntry 1 }

loadMonitorFuseStatus1  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 2 }

loadMonitorCurrent1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 3 }

loadMonitorFuseStatus2  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 4 }

loadMonitorCurrent2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 5 }

loadMonitorFuseStatus3  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 6 }

loadMonitorCurrent3  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 7 }

loadMonitorFuseStatus4  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 8 }

loadMonitorCurrent4  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 9 }

loadMonitorFuseStatus5  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 10 }

loadMonitorCurrent5  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 11 }

loadMonitorFuseStatus6  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 12 }

loadMonitorCurrent6  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 13 }

loadMonitorFuseStatus7  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 14 }

loadMonitorCurrent7  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 15 }

loadMonitorFuseStatus8  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The state of the load fuses/breakers can be either normal(0) or alarm(1) "
	::= { loadMonitorUnitsEntry 16 }

loadMonitorCurrent8  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Amperes or DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The current consumed by this load branch. Note that the units measured may be i Amperes or in Deciamperes depending on global system settings"
	::= { loadMonitorUnitsEntry 17 }

rectifierInstalledRectifiers  OBJECT-TYPE
	SYNTAX     Integer32 (1..101)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The number of installed rectifiers for this DC Power System."
	::= { rectifier 1 }

rectifierRectifiersActive  OBJECT-TYPE
	SYNTAX     Integer32 (1..101)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Not Used!"
	::= { rectifier 2 }

rectifierTotalCurrent  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"DeciAmperes; i.e. 20 = 2,0 Amperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The DC system's total delivered rectifier current"
	::= { rectifier 3 }

rectifierUtilization  OBJECT-TYPE
	SYNTAX     Integer32 (0..100)
	UNITS 	"%"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Utilization in % of available rectifier capacity"
	REFERENCE 
		"Rect.Capacity"
	::= { rectifier 4 }

rectifierStatusNoIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..95)
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"An offset for the rectifierStatusTable array. The rectifier status table has 
		a fixed number of 20 rows. This OID sets the offset for the rectifier in the first row
		i.e. setting the index to 11 will give a range from rectifier ID12 to ID31.
		Setting the index to 0 will give a range from rectifier ID1 to ID20."
	::= { rectifierStatus 1 }

rectifierStatusTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF RectifierStatusEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A table listing up to 20 recifiers, starting from the rectifier number specified by rectifierStatusNoIndex"
	::= { rectifierStatus 2 }

rectifierStatusEntry  OBJECT-TYPE
	SYNTAX 	RectifierStatusEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A row of rectifier status data corresponding to the rectifierStatusNoIndex value"
	INDEX { rectifierStatusID }
	::= { rectifierStatusTable 1 }

RectifierStatusEntry ::= SEQUENCE {
	rectifierStatusID
		Integer32,
	rectifierStatusStatus
		INTEGER,
	rectifierStatusOutputCurrent
		Integer32,
	rectifierStatusOutputVoltage
		Integer32,
	rectifierStatusTemp
		Integer32,
	rectifierStatusType
		DisplayString,
	rectifierStatusSKU
		DisplayString,
	rectifierStatusSerialNo
		DisplayString,
	rectifierStatusRevisionLevel
		DisplayString
}

rectifierStatusID  OBJECT-TYPE
	SYNTAX     Integer32 (1..100)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier ID number of the rectifier."
	::= { rectifierStatusEntry 1 }

rectifierStatusStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		notPresent (0),
		normal (1),
		alarm (2),
		notUsed (3),
		disabled (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The operational status of the rectifier record.
		Not Present (0),
		normal (1),
		alarm (2),
		notUsed (3),
		disabled (4)
		      
		      "
	::= { rectifierStatusEntry 2 }

rectifierStatusOutputCurrent  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	UNITS 	"DeciAmperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The output current of the rectifier."
	::= { rectifierStatusEntry 3 }

rectifierStatusOutputVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier voltage of the rectifier record."
	::= { rectifierStatusEntry 4 }

rectifierStatusTemp  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	UNITS 	"Deg. C/F; i.e. 35 = 35 Degrees"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The input air temperature of the rectifier."
	::= { rectifierStatusEntry 5 }

rectifierStatusType  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier article number string of the rectifier record."
	::= { rectifierStatusEntry 6 }

rectifierStatusSKU  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(1..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier part number."
	::= { rectifierStatusEntry 7 }

rectifierStatusSerialNo  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier serial number string of the rectifier record."
	::= { rectifierStatusEntry 8 }

rectifierStatusRevisionLevel  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The rectifier HW revision number string of the rectifier record."
	::= { rectifierStatusEntry 9 }

acVoltage1  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Volts AC"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The AC Voltage of phase 1"
	::= { acDistribution 1 }

acVoltage2  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Volts AC"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The AC Voltage of phase 2"
	::= { acDistribution 2 }

acVoltage3  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"Volts AC"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The AC Voltage of phase 3"
	::= { acDistribution 3 }

alarmMajorHighBattVolt  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Major High Battery Voltage Alarm"
	::= { alarmWellknownAlarms 1 }

alarmMinorHighBattVolt  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Minor High Battery Voltage alarm"
	::= { alarmWellknownAlarms 2 }

alarmMajorLowBattVolt  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Major Low Battery Voltage Alarm"
	::= { alarmWellknownAlarms 3 }

alarmMinorLowBattVolt  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Minor Low Battery Voltage Alarm"
	::= { alarmWellknownAlarms 4 }

alarmMajorBatteryHighTemp  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Major High Battery Temperature alarm."
	::= { alarmWellknownAlarms 5 }

alarmMinorBatteryHighTemp  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Minor High Battery Temperature alarm."
	::= { alarmWellknownAlarms 6 }

alarmBatteryDisconnectOpen  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The Battery Disconnect Contactor alarm"
	::= { alarmWellknownAlarms 7 }

alarmLVD1open  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 1 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected."
	::= { alarmWellknownAlarms 8 }

alarmLVD2open  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 2 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected."
	::= { alarmWellknownAlarms 9 }

alarmLVD3open  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The load Contactor 3 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected.
		      "
	::= { alarmWellknownAlarms 10 }

alarmACmains  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The AC voltage has dropped below critical level, or one or more AC input phases was lost."
	::= { alarmWellknownAlarms 11 }

alarmBatteryBreakerOpen  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"A battery breaker/fuse alarm."
	::= { alarmWellknownAlarms 12 }

alarmDistributionBreakerOpen  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"A Load Distribution breaker/fuse alarm."
	::= { alarmWellknownAlarms 13 }

alarmMajorRectifier  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Major Rectifier alarm."
	::= { alarmWellknownAlarms 14 }

alarmMinorRectifier  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Minor Rectifier alarm."
	::= { alarmWellknownAlarms 15 }

alarmMajorBatterySymmetry  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Battery Symmetry Delta Voltage Major alarm."
	::= { alarmWellknownAlarms 16 }

alarmMinorBatterySymmetry  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Battery Symmetry Delta Voltage Minor alarm"
	::= { alarmWellknownAlarms 17 }

alarmBatteryLifeEnded  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The battery quality has dropped below critical level. 
		A battery test has measured the fully charged capacity to be too low, 
		and thus probably the battery lifecycle to be near expired."
	REFERENCE 
		"BatteryQuality"
	::= { alarmWellknownAlarms 18 }

alarmBatteryTestmodeEntered  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system has lowered the battery charge voltage in order to discharge the batteries 
		to a predefined level. When the criteria for stopping the battery testing is reached, the 
		charge voltage is increased to commence normal charging."
	::= { alarmWellknownAlarms 19 }

alarmBatteryBoostmodeEntered  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The system has increased the battery charge voltage in order to boost the 
		battery. When the criteria for stopping the battery boost is reached, 
		the charge voltage is lowered to commence normal charging."
	::= { alarmWellknownAlarms 20 }

alarmIoUnitTemp1  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"High or low temperature alarm 1 from any of the IO units."
	::= { alarmWellknownAlarms 21 }

alarmIoUnitTemp2  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"High or low temperature alarm 2 from any of the IO units."
	::= { alarmWellknownAlarms 22 }

alarmIoUnitDeltaFanSpeed1  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Delta fan speed 1 from any of the IO units."
	::= { alarmWellknownAlarms 23 }

alarmIoUnitDeltaFanSpeed2  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Delta fan speed 2 from any of the IO units."
	::= { alarmWellknownAlarms 24 }

alarmMajorSolar  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Major Solar alarm."
	::= { alarmWellknownAlarms 25 }

alarmMinorSolar  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Major Solar alarm."
	::= { alarmWellknownAlarms 26 }

alarmMajorRectifierCapacity  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Major Rectifier Capacity alarm."
	::= { alarmWellknownAlarms 27 }

alarmMinorRectifierCapacity  OBJECT-TYPE
	SYNTAX     INTEGER {
		normal (0),
		alarm (1)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"This is a Minor Rectifier Capacity alarm."
	::= { alarmWellknownAlarms 28 }

dcSystemTraps  NOTIFICATION-GROUP
	NOTIFICATIONS { alarmMajorHighBattVoltTrap, 
		alarmMinorHighBattVoltTrap, 
		alarmMajorLowBattVoltTrap, 
		alarmMinorLowBattVoltTrap, 
		alarmMajorBatteryHighTempTrap, 
		alarmMinorBatteryHighTempTrap, 
		alarmBatteryDisconnectOpenTrap, 
		alarmLVD1openTrap, 
		alarmLVD2openTrap, 
		alarmLVD3openTrap, 
		alarmACmainsTrap, 
		alarmBatteryBreakerOpenTrap, 
		alarmDistributionBreakerOpenTrap, 
		alarmMajorRectifierTrap, 
		alarmMinorRectifierTrap, 
		alarmMajorBatterySymmetryTrap, 
		alarmMinorBatterySymmetryTrap, 
		alarmBatteryLifeEndedTrap, 
		alarmBatteryTestmodeEnteredTrap, 
		alarmBatteryBoostmodeEnteredTrap, 
		alarmController1proginputTrap, 
		alarmController2proginputTrap, 
		alarmController3proginputTrap, 
		alarmController4proginputTrap, 
		alarmController5proginputTrap, 
		alarmController6proginputTrap, 
		alarmController7proginputTrap, 
		alarmController8proginputTrap, 
		infoHeartBeatTrap, 
		alarmIoUnitTemp1Trap, 
		alarmIoUnitTemp2Trap, 
		alarmIoUnitDeltaFanSpeed1Trap, 
		alarmIoUnitDeltaFanSpeed2Trap, 
		alarmIoUnit1proginputTrap, 
		alarmIoUnit2proginputTrap, 
		alarmIoUnit3proginputTrap, 
		alarmIoUnit4proginputTrap, 
		alarmIoUnit5proginputTrap, 
		alarmIoUnit6proginputTrap, 
		alarmIoUnit7proginputTrap, 
		alarmIoUnit8proginputTrap, 
		alarmIoUnit9proginputTrap, 
		alarmIoUnit10proginputTrap, 
		alarmIoUnit11proginputTrap, 
		alarmIoUnit12proginputTrap, 
		alarmIoUnit13proginputTrap, 
		alarmIoUnit14proginputTrap, 
		alarmMajorSolarChargerTrap, 
		alarmMinorSolarChargerTrap, 
		alarmMajorRectifierCapacityTrap, 
		alarmMinorRectifierCapacityTrap }
	STATUS     current
	DESCRIPTION 
		" This branch contains the Alarm Notification Traps, which duplicate the alarmGroup OIDs.
		       Each alarm condition is represented by a Alarm Condition Trap and an associated OFF
		       Trap, which is optionally transmitted according to the state of  OID systemSendOffTrap"
	::= { eltekDistributedPlantV9 8 }

alarmMajorHighBattVoltTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorHighBattVolt, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Major High Battery Voltage alarm"
	::= { dcSystemTraps 1 }

alarmMinorHighBattVoltTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorHighBattVolt, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Minor High Battery Voltage alarm"
	::= { dcSystemTraps 2 }

alarmMajorLowBattVoltTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorLowBattVolt, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Major Low Battery Voltage Alarm"
	::= { dcSystemTraps 3 }

alarmMinorLowBattVoltTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorLowBattVolt, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Minor Low Battery Voltage Alarm"
	::= { dcSystemTraps 4 }

alarmMajorBatteryHighTempTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorBatteryHighTemp, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Major High Battery Temperature alarm."
	::= { dcSystemTraps 5 }

alarmMinorBatteryHighTempTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorBatteryHighTemp, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Minor High Battery Temperature alarm."
	::= { dcSystemTraps 6 }

alarmBatteryDisconnectOpenTrap  NOTIFICATION-TYPE
	OBJECTS { alarmBatteryDisconnectOpen, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Battery Disconnect Contactor alarm"
	::= { dcSystemTraps 7 }

alarmLVD1openTrap  NOTIFICATION-TYPE
	OBJECTS { alarmLVD1open, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The load Contactor 1 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected."
	::= { dcSystemTraps 8 }

alarmLVD2openTrap  NOTIFICATION-TYPE
	OBJECTS { alarmLVD2open, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The load Contactor 2 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected."
	::= { dcSystemTraps 9 }

alarmLVD3openTrap  NOTIFICATION-TYPE
	OBJECTS { alarmLVD3open, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The load Contactor 3 alarm. The contactor disconnect voltage has been
		reached and the contactor has disconnected."
	::= { dcSystemTraps 10 }

alarmACmainsTrap  NOTIFICATION-TYPE
	OBJECTS { alarmACmains, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The AC voltage has dropped below critical level, or one or more AC input phases was lost."
	::= { dcSystemTraps 11 }

alarmBatteryBreakerOpenTrap  NOTIFICATION-TYPE
	OBJECTS { alarmBatteryBreakerOpen, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"A battery breaker/fuse alarm."
	::= { dcSystemTraps 12 }

alarmDistributionBreakerOpenTrap  NOTIFICATION-TYPE
	OBJECTS { alarmDistributionBreakerOpen, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"A Load Distribution breaker/fuse alarm."
	::= { dcSystemTraps 13 }

alarmMajorRectifierTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorRectifier, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"This is a Major Rectifier alarm."
	::= { dcSystemTraps 14 }

alarmMinorRectifierTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorRectifier, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"This is a Minor Rectifier alarm."
	::= { dcSystemTraps 15 }

alarmMajorBatterySymmetryTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorBatterySymmetry, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"Battery Symmetry Delta Voltage Major alarm"
	::= { dcSystemTraps 16 }

alarmMinorBatterySymmetryTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorBatterySymmetry, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"Battery Symmetry Delta Voltage Minor alarm"
	::= { dcSystemTraps 17 }

alarmBatteryLifeEndedTrap  NOTIFICATION-TYPE
	OBJECTS { alarmBatteryLifeEnded, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The battery quality has dropped below critical level. 
		A battery test has measured the fully charged capacity to be too low, 
		and thus probably the battery lifecycle to be near expired."
	::= { dcSystemTraps 18 }

alarmBatteryTestmodeEnteredTrap  NOTIFICATION-TYPE
	OBJECTS { alarmBatteryTestmodeEntered, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The system has lowered the battery charge voltage in order to discharge the batteries 
		to a predefined level. When the criteria for stopping the battery testing is reached, the 
		charge voltage is increased to commence normal charging."
	::= { dcSystemTraps 19 }

alarmBatteryBoostmodeEnteredTrap  NOTIFICATION-TYPE
	OBJECTS { alarmBatteryBoostmodeEntered, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The system has increased the battery charge voltage in order to boost the 
		battery. When the criteria for stopping the battery boost is reached, 
		the charge voltage is lowered to commence normal charging."
	::= { dcSystemTraps 20 }

alarmController1proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable1, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText1 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 1.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 21 }

alarmController2proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable2, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText2 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 2.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 22 }

alarmController3proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable3, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText3 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 3.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 23 }

alarmController4proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable4, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText4 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 4.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 24 }

alarmController5proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable5, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText5 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 5.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 25 }

alarmController6proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable6, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 6.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 26 }

alarmController7proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable7, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText7 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 7.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 27 }

alarmController8proginputTrap  NOTIFICATION-TYPE
	OBJECTS { inputUserConfigurable8, 
		systemTrapCounter, 
		systemLastDigInput, 
		inputUserConfigurableText8 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for Control unit 8.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <Control unit ID>.x."
	::= { dcSystemTraps 28 }

infoHeartBeatTrap  NOTIFICATION-TYPE
	OBJECTS { systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"When enabled, this trap will be transmitted at regular inervals. This trap is not 
		intended to be an alarm but more like some information that the system is alive and 
		the link is up."
	::= { dcSystemTraps 29 }

alarmIoUnitTemp1Trap  NOTIFICATION-TYPE
	OBJECTS { alarmIoUnitTemp1, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"High or low temperature alarm 1 from any of the IO units."
	::= { dcSystemTraps 30 }

alarmIoUnitTemp2Trap  NOTIFICATION-TYPE
	OBJECTS { alarmIoUnitTemp2, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"High or low temperature alarm 2 from any of the IO units."
	::= { dcSystemTraps 31 }

alarmIoUnitDeltaFanSpeed1Trap  NOTIFICATION-TYPE
	OBJECTS { alarmIoUnitDeltaFanSpeed1, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"Delta fan speed 1 from any of the IO units.
		Occurs if the fan speed deviation is above/below the configured level. "
	::= { dcSystemTraps 32 }

alarmIoUnitDeltaFanSpeed2Trap  NOTIFICATION-TYPE
	OBJECTS { alarmIoUnitDeltaFanSpeed2, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"Delta fan speed 2 from any of the IO units.
		Occurs if the fan speed deviation is above/below the configured level. "
	::= { dcSystemTraps 33 }

alarmIoUnit1proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus1, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText1 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 1.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 34 }

alarmIoUnit2proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus2, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText2 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 2.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 35 }

alarmIoUnit3proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus3, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText3 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 3.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 36 }

alarmIoUnit4proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus4, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText4 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 4.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 37 }

alarmIoUnit5proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus5, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText5 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 5.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 38 }

alarmIoUnit6proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 6.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 39 }

alarmIoUnit7proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 7.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 40 }

alarmIoUnit8proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 8.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 41 }

alarmIoUnit9proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 9.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 42 }

alarmIoUnit10proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 10.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 43 }

alarmIoUnit11proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 11.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 44 }

alarmIoUnit12proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 12.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 45 }

alarmIoUnit13proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 13.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 46 }

alarmIoUnit14proginputTrap  NOTIFICATION-TYPE
	OBJECTS { ioUnitProgInputStatus6, 
		systemTrapCounter, 
		systemLastDigInput, 
		ioUnitProgInputText6 }
	STATUS     current
	DESCRIPTION 
		"Programmable input alarm for IO Unit 14.
		Programmable input alarms will have description attached that explains the alarm.
		Default description is: ProgInput <IO Unit ID>.x."
	::= { dcSystemTraps 47 }

alarmMajorSolarChargerTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorSolar, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Major Solar Charger alarm"
	::= { dcSystemTraps 48 }

alarmMinorSolarChargerTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorSolar, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Minor Solar Charger alarm"
	::= { dcSystemTraps 49 }

alarmMajorRectifierCapacityTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMajorRectifierCapacity, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Major Rectifier Capacity alarm"
	::= { dcSystemTraps 50 }

alarmMinorRectifierCapacityTrap  NOTIFICATION-TYPE
	OBJECTS { alarmMinorRectifierCapacity, 
		systemTrapCounter }
	STATUS     current
	DESCRIPTION 
		"The Minor Rectifier Capacity alarm"
	::= { dcSystemTraps 51 }

solarChargerInstalledsolarChargers  OBJECT-TYPE
	SYNTAX     Integer32 (1..101)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The number of installed solar chargers for this DC Power System."
	::= { solarCharger 1 }

solarChargersActive  OBJECT-TYPE
	SYNTAX     Integer32 (1..101)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Not Used!"
	::= { solarCharger 2 }

solarChargerTotalCurrent  OBJECT-TYPE
	SYNTAX     Integer32
	UNITS 	"DeciAmperes; i.e. 20 = 2,0 Amperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The DC system's total delivered solar current"
	::= { solarCharger 3 }

solarChargerUtilization  OBJECT-TYPE
	SYNTAX     Integer32 (0..100)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"Utilization in % of available solar capacity"
	REFERENCE 
		"Solar Capacity"
	::= { solarCharger 4 }

solarChargerStatusNoIndex  OBJECT-TYPE
	SYNTAX     Integer32 (0..95)
	MAX-ACCESS read-write
	STATUS     current
	DESCRIPTION 
		"An offset for the solarStatusTable array. The solar status table has 
		a fixed number of 20 rows. This OID sets the offset for the solarcharger in the first row
		i.e. setting the index to 11 will give a range from solarcharger ID12 to ID31.
		Setting the index to 0 will give a range from solarcharger ID1 to ID20."
	::= { solarChargerStatus 1 }

solarChargerStatusTable  OBJECT-TYPE
	SYNTAX SEQUENCE OF SolarChargerStatusEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A table listing up to 20 solarchargers, starting from the solarcharger number specified by solarStatusNoIndex"
	::= { solarChargerStatus 2 }

solarChargerStatusEntry  OBJECT-TYPE
	SYNTAX 	SolarChargerStatusEntry
	MAX-ACCESS not-accessible
	STATUS     current
	DESCRIPTION 
		"A row of rectifier status data corresponding to the rectifierStatusNoIndex value"
	INDEX { solarChargerStatusID }
	::= { solarChargerStatusTable 1 }

SolarChargerStatusEntry ::= SEQUENCE {
	solarChargerStatusID
		Integer32,
	solarChargerStatusStatus
		INTEGER,
	solarChargerOutputCurrent
		Integer32,
	solarChargerOutputVoltage
		Integer32,
	solarChargerTemp
		Integer32,
	solarChargerType
		DisplayString,
	solarChargerSKU
		DisplayString,
	solarChargerSerialNo
		DisplayString,
	solarChargerRevisionLevel
		DisplayString
}

solarChargerStatusID  OBJECT-TYPE
	SYNTAX     Integer32 (1..100)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The ID number of the solarcharger."
	::= { solarChargerStatusEntry 1 }

solarChargerStatusStatus  OBJECT-TYPE
	SYNTAX     INTEGER {
		notPresent (0),
		normal (1),
		alarm (2),
		notUsed (3),
		disabled (4)
	}
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The operational status of the solarcharger record.
		Not Present (0),
		normal (1),
		alarm (2),
		notUsed (3),
		disabled (4)
		      
		      "
	::= { solarChargerStatusEntry 2 }

solarChargerOutputCurrent  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	UNITS 	"DeciAmperes; i.e. 20 = 2,0 Amperes"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The output current of the solarcharger."
	::= { solarChargerStatusEntry 3 }

solarChargerOutputVoltage  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	UNITS 	"1/100 Volt; i.e. 5400 = 54.00V"
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The output voltage of the solarcharger."
	::= { solarChargerStatusEntry 4 }

solarChargerTemp  OBJECT-TYPE
	SYNTAX     Integer32 (0..65535)
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The input air temperature of the solarcharger."
	::= { solarChargerStatusEntry 5 }

solarChargerType  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The article number string of the solarcharger."
	::= { solarChargerStatusEntry 6 }

solarChargerSKU  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(1..32))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The solarcharger part number."
	::= { solarChargerStatusEntry 7 }

solarChargerSerialNo  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The serial number string of the solarcharger."
	::= { solarChargerStatusEntry 8 }

solarChargerRevisionLevel  OBJECT-TYPE
	SYNTAX     DisplayString (SIZE(0..16))
	MAX-ACCESS read-only
	STATUS     current
	DESCRIPTION 
		"The HW revision number string of the solarcharger."
	::= { solarChargerStatusEntry 9 }

END


-- This MIB was created using NuDesign Team's Visual MIBuilder (Ver 4.4).