path: root/MIBS/algcom/ALGPOWER-v2

ALGPOWER-v2-MIB DEFINITIONS ::= BEGIN
	IMPORTS
	DisplayString FROM RFC1213-MIB
	OBJECT-TYPE FROM RFC-1212
	enterprises FROM RFC1155-SMI;

	algcom OBJECT IDENTIFIER ::= { enterprises 49136 }
	upsObjects OBJECT IDENTIFIER ::= { algcom 1 }
	output OBJECT IDENTIFIER ::= { upsObjects 1 }
	battery OBJECT IDENTIFIER ::= { upsObjects 2 }
	input OBJECT IDENTIFIER ::= { upsObjects 3 }
	temperature OBJECT IDENTIFIER ::= { upsObjects 4 }
	watchdog OBJECT IDENTIFIER ::= { upsObjects 5 }
	supply OBJECT IDENTIFIER ::= { upsObjects 6 }
	installation OBJECT IDENTIFIER ::= { upsObjects 7 }
	bat-tst OBJECT IDENTIFIER ::= { upsObjects 8 }


	outputVoltage OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Numeric value of instantaneous output voltage from
			the source in tenths of a volt. To get the value
			actual in volt should be divided by 10.
			
			Example:
			Read value 241, actual value 24.1V."
		::= { output 1 }

	outputCurrent OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Numeric value of current output of converter AC/DC.
			Real value reading in milli ampere.
			
			Example:
			Read value 1087, Actual value 1.087 milli ampere
			or 1.087A.
			If the output is '0' the AC/DC is off and the output
			for the equipments is provide from batteries"
		::= { output 2 }

	oidNotUsed0 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
		"OID not used."
		::= { output 3 }

	oidNotUsed1 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
		"OID not used."
		::= { output 4 }


	batteryVoltage OBJECT-TYPE
	SYNTAX INTEGER
	ACCESS read-only
	STATUS mandatory
	DESCRIPTION
		"Numeric value of instantaneous voltage of battery bank.
		To get the actual value in volt must be divided by 10.
		
		Example:
		Read value 240, actual value 24.0V."
	::= { battery 1 }

	batteryCurrent OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Numeric value of current in Battery bank. Real
			value reading in milli ampere.
			If the value is negative the Battery bank is provide
			energy for the output.
			If the value is positive the Battery bank is under
			charger 
			
			Example:
			Read value -2230, Actual value 2,230 ampere and the
			battery bank is provide this current.
			Read value 3000, Actual value 3.000 milli ampere and
			the battery bank is absorve this current."
		::= { battery 2 }

	chargerStatus OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the status of battery charger:
			0 - The battery is not connected in DC UPS;
			1 - The battery is voltage incompatible with DC UPS;
			2 - The DC UPS is in nobreak mode;
			3 - The charger of Battery is in Bulk stage;
			4 - The charger of Battery is Absorption stage;
			5 - The charger of Battery is Float stage;
			6 - The Battery will be disconnected in 30s due to
			    low voltage and the DC-UPS output will be
			    turned off.
			7 - The Battery is under test"
		::= { battery 3 }


	alarmOnBattery OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Shows the operation mode of DC-UPS:

			0 - The DC-UPS output is provide by AC energy.
			1 - The DC-UPS output is provide by Battery"
		::= { input 1 }

	acFail OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm that alert about AC outages in the last 10
			minutes:
			
			0 - DC-UPS in normal operation.
			1 - Occur a AC fail in the last 10 minutes."
		::= { input 2 }

	batteryCharging OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the status of charging Battery:
			
			1 - The battery is on charging.
			0 - The battery is on discharging."
		::= { input 3 }

	batteryDischarging OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the status of discharging Battery:
			
			1 - The battery is on discharging.
			0 - The battery is on charging."
		::= { input 4 }

	overheat OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm that alert about overtemperature of DC-UPS
			
			1 - The DC-UPS is in condition of overtemperature.
			0 - The DC-UPS is in normal condition."
		::= { input 5 }

	overload OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm that alert about overload of DC-UPS
			
			1 - The DC-UPS is in condition of overload.
			0 - The DC-UPS is in normal condition."
		::= { input 6 }

	fanAfail OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm that alert about fail in internal FAN A
			
			1 - Internal FAN with fail.
			0 - Internal FAN ok"
		::= { input 7 }

	fanBfail OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm that alert about fail in internal FAN B
			
			1 - Internal FAN with fail.
			0 - Internal FAN ok"
		::= { input 8 }

	oidNotUsed2 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
		"OID not used."
		::= { input 9 }

	oidNotUsed3 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
		"OID not used."
		::= { input 10 }
		
	upTime OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "System Up time in hours"
		::= {input 11}	


	innerTemperature OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the internal temperature of power supply.
			Uses the unit degree Celsius.
			
			Example
			Read value: 25, temperature is 25degC."
		::= { temperature 1 }

	outerTemperature OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the temperature of external sensor (cable that
			comes with power supply).
			Uses the unit degree Celsius.
			
			Example
			Read value: 25, temperature is 25degC."
		::= { temperature 2 }

	heatSinkTemperature OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Show the temperature of sensor in the heatsink of
			power supply use the unit degree Celsius.
			
			Example
			Read value: 25, temperature is 25degC."
		::= { temperature 3 }


	watchdogPing1 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 1
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 1 acted on the output the last 10
			    minutes.
			0 - The Watchdog 1 has not acted in the last 10
			    minutes."
		::= { watchdog 1 }

	watchdogPing2 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 2
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 2 acted on the output the last 10
			    minutes.
			0 - The Watchdog 2 has not acted in the last 10
			    minutes."
		::= { watchdog 2 }

	watchdogPing3 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 3
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 3 acted on the output the last 10
			    minutes.
			0 - The Watchdog 3 has not acted in the last 10
			    minutes."
		::= { watchdog 3 }

	watchdogPing4 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 4
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 4 acted on the output the last 10
			    minutes.
			0 - The Watchdog 4 has not acted in the last 10
			    minutes."
		::= { watchdog 4 }

	watchdogPing5 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 5
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 5 acted on the output the last 10
			    minutes.
			0 - The Watchdog 5 has not acted in the last 10
			    minutes."
		::= { watchdog 5 }

	watchdogPing6 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 6
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 6 acted on the output the last 10
			    minutes.
			0 - The Watchdog 6 has not acted in the last 10
			    minutes."
		::= { watchdog 6 }

	watchdogPing7 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 7
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 7 acted on the output the last 10
			    minutes.
			0 - The Watchdog 7 has not acted in the last 10
			    minutes."
		::= { watchdog 7 }

	watchdogPing8 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 8
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 8 acted on the output the last 10
			    minutes.
			0 - The Watchdog 8 has not acted in the last 10
			    minutes."
		::= { watchdog 8 }

	watchdogPing9 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 9
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 9 acted on the output the last 10
			    minutes.
			0 - The Watchdog 9 has not acted in the last 10
			    minutes."
		::= { watchdog 9 }

	watchdogPing10 OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION
			"Alarm indicating the action of watchdog 10
			programmed in the last 10 minutes. The watchdog
			acts on the output by turning it off when not
			receive response from IP ping command
			configured.
			
			1 - The watchdog 10 acted on the output the last 10
			    minutes.
			0 - The Watchdog 10 has not acted in the last 10
			    minutes."
		::= { watchdog 10 }


	supplyVoltage OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION 
			"The supply AC voltage decivolt [dV]
			Numeric value of instantaneous input voltage.
			An optional sensor is required to read this value.
			To get the actual value in volt it should be
			divided by 10.
			
			Example:
			Read value 2410, actual value 241 Vac."
		::= {supply 1}


	popName OBJECT-TYPE
		SYNTAX DisplayString (SIZE (30))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "PoP name"
		::= {installation 1}

	facilityAddr OBJECT-TYPE
		SYNTAX DisplayString (SIZE (40))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Facility address"
		::= {installation 2}

	facilityCity OBJECT-TYPE
		SYNTAX DisplayString (SIZE (30))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Facility city"
		::= {installation 3}

	instDate OBJECT-TYPE
		SYNTAX DisplayString (SIZE (10))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Installation date"
		::= {installation 4}

	batCapacity OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Battery capacity"
		::= {installation 5}

	batBrand OBJECT-TYPE
		SYNTAX DisplayString (SIZE (30))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Battery brand"
		::= {installation 6}

	batInstDate OBJECT-TYPE
		SYNTAX DisplayString (SIZE (10))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Battery installation date"
		::= {installation 7}

	respPers OBJECT-TYPE
		SYNTAX DisplayString (SIZE (50))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Responsible person"
		::= {installation 8}
		
	btst-date OBJECT-TYPE
		SYNTAX DisplayString (SIZE (10))
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Battery test execution date (dd/mm/yyyy)"
		::= {bat-tst 1}
		
	btst-status OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Battery test status
		0 - NEVER DONE
		1 - Passed
		2 - Running
		3 - Aborted
		4 - Failed"
		::= {bat-tst 2}
		
	btst-duration OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Programmed test duration in minutes
		 * 999 - Perform the test until battery is fully discharged"
		::= {bat-tst 3}

	btst-elapsed OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION "Elapsed time in current\last battery test"
		::= {bat-tst 4}
		
	btst-volt-i OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION 
			"The battery initial voltage [dV]
			Numeric value of battery voltage when starting the battery test.
						
			Example:
			Read value 241, actual value 24.1 V."
		::= {bat-tst 5}

	btst-amp-i OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION 
			"The battery initial cuurent [mA]
			Numeric value of battery current when starting the battery test.
						
			Example:
			Read value 1522, actual value 1.55 A."
		::= {bat-tst 6}
	
	btst-volt-f OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION 
			"The battery final voltage [dV]
			Numeric value of battery voltage when the battery test is done.
						
			Example:
			Read value 225, actual value 22.5 V."
		::= {bat-tst 7}
	
	btst-amp-f OBJECT-TYPE
		SYNTAX INTEGER
		ACCESS read-only
		STATUS mandatory
		DESCRIPTION 
			"The battery initial cuurent [mA]
			Numeric value of battery current when the battery test is done.
						
			Example:
			Read value 1485, actual value 1.48 A."
		::= {bat-tst 8}

END