-- ICT MIB file for ICT Modular Power System.
--
-- Date		Version
-- =============================
-- 1/5/18	v1.01
--

ICT-MODULAR-POWER-SYSTEM-MIB DEFINITIONS ::= BEGIN

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

ictPower			OBJECT IDENTIFIER ::= { enterprises 39145 }

powerSystem			OBJECT IDENTIFIER ::= { ictPower 13 }

deviceModel			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Model Number"
	::= { powerSystem 1 }

deviceName			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Device Name"
	::= { powerSystem 2 }

deviceHardware			OBJECT-TYPE
	SYNTAX			INTEGER (0..127)
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Hardware Version"
	::= { powerSystem 3 }

deviceFirmware			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Firmware Version"
	::= { powerSystem 4 }

deviceMacAddress		OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"MAC Address"
	::= { powerSystem 5 }

inputVoltage			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Input Voltage (VAC)"
	::= { powerSystem 6 }

outputVoltage			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Output Voltage (VDC)"
	::= { powerSystem 7 }

outputCurrent			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Total System Current (Amps)"
	::= { powerSystem 8 }

outputEnable			OBJECT-TYPE
	SYNTAX			INTEGER { enabled(1), disabled(2) }
	ACCESS			read-write
	STATUS			mandatory
	DESCRIPTION		"Output Enable Status (a value of '1' indicates Output is Enabled, and a value of '2' indicates Output is Disabled. Output cannot be disabled during an AC Failure)"
	::= { powerSystem 9 }

moduleTable			OBJECT-TYPE
	SYNTAX SEQUENCE OF ModuleEntry
	ACCESS			not-accessible
	STATUS			mandatory
	DESCRIPTION		"Module Table"
	::= { powerSystem 10 }

moduleEntry			OBJECT-TYPE
	SYNTAX			ModuleEntry
	ACCESS			not-accessible
	STATUS			mandatory
	INDEX { moduleNumber }
	::= { moduleTable 1 }

ModuleEntry ::=
	SEQUENCE {
		moduleNumber		INTEGER,
		moduleStatus		INTEGER,
		moduleType		INTEGER,
		moduleVoltage		DisplayString,
		moduleCurrentA		DisplayString,
		moduleCurrentB		DisplayString,
		moduleCurrentC		DisplayString,
		moduleCurrentD		DisplayString,
		moduleControlA		INTEGER,
		moduleControlB		INTEGER,
		moduleControlC		INTEGER,
		moduleControlD		INTEGER
	}

moduleNumber			OBJECT-TYPE
	SYNTAX			INTEGER (1..8)
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Module Number"
	::= { moduleEntry 1 }

moduleStatus			OBJECT-TYPE
	SYNTAX			INTEGER { notInstalled(1), ok(2), alarm(3) }
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Module Status"
	::= { moduleEntry 2 }

moduleType			OBJECT-TYPE
	SYNTAX			INTEGER { notInstalled(1), power(2), battery(3), distribution(4) }
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Module Type ('1' indicates Module is NOT INSTALLED,'2' indicates POWER Module,'3' indicates BATTERY Module, and '4' indicates DISTRIBUTION Module)"
	::= { moduleEntry 3 }

moduleVoltage			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Module Voltage (VDC)"
	::= { moduleEntry 4 }

moduleCurrentA			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Channel 1 Current (Amps)"
	::= { moduleEntry 5 }

moduleCurrentB			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Channel 2 Current (Amps)"
	::= { moduleEntry 6 }

moduleCurrentC			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Channel 3 Current (Amps)"
	::= { moduleEntry 7 }

moduleCurrentD			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Channel 4 Current (Amps)"
	::= { moduleEntry 8 }

moduleControlA			OBJECT-TYPE
	SYNTAX			INTEGER { enabled(1), disabled(2) }
	ACCESS			read-write
	STATUS			mandatory
	DESCRIPTION		"Channel 1 Control (a value of '1' indicates Channel is Enabled, and a value of '2' indicates Channel is Disabled)"
	::= { moduleEntry 9 }

moduleControlB			OBJECT-TYPE
	SYNTAX			INTEGER { enabled(1), disabled(2) }
	ACCESS			read-write
	STATUS			mandatory
	DESCRIPTION		"Channel 2 Control (a value of '1' indicates Channel is Enabled, and a value of '2' indicates Channel is Disabled)"
	::= { moduleEntry 10 }

moduleControlC			OBJECT-TYPE
	SYNTAX			INTEGER { enabled(1), disabled(2) }
	ACCESS			read-write
	STATUS			mandatory
	DESCRIPTION		"Channel 3 Control (a value of '1' indicates Channel is Enabled, and a value of '2' indicates Channel is Disabled)"
	::= { moduleEntry 11 }

moduleControlD			OBJECT-TYPE
	SYNTAX			INTEGER { enabled(1), disabled(2) }
	ACCESS			read-write
	STATUS			mandatory
	DESCRIPTION		"Channel 4 Control (a value of '1' indicates Channel is Enabled, and a value of '2' indicates Channel is Disabled)"
	::= { moduleEntry 12 }

alarmTable			OBJECT-TYPE
	SYNTAX SEQUENCE OF AlarmEntry
	ACCESS			not-accessible
	STATUS			mandatory
	DESCRIPTION		"Alarm Input Table"
	::= { powerSystem 11 }

alarmEntry			OBJECT-TYPE
	SYNTAX			AlarmEntry
	ACCESS			not-accessible
	STATUS			mandatory
	INDEX { alarmNumber }
	::= { alarmTable 1 }

AlarmEntry ::=
	SEQUENCE {
		alarmNumber		INTEGER,
		alarmName		DisplayString,
		alarmStatus		INTEGER
	}

alarmNumber			OBJECT-TYPE
	SYNTAX			INTEGER (1..4)
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Alarm Input Number"
	::= { alarmEntry 1 }

alarmName			OBJECT-TYPE
	SYNTAX			DisplayString
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Alarm Input Name"
	::= { alarmEntry 2 }

alarmStatus			OBJECT-TYPE
	SYNTAX			INTEGER { inactive(1), ready(2), alarm(3) }
	ACCESS			read-only
	STATUS			mandatory
	DESCRIPTION		"Alarm Input Status ('1' indicates Alarm is INACTIVE,'2' indicates Alarm is READY, and '3' indicates Alarm is in an ALARM condition)"
	::= { alarmEntry 3 }


--
-- Trap definitions:
--

moduleAlarmTrap			TRAP-TYPE
	ENTERPRISE		powerSystem
	VARIABLES		{ moduleNumber }
	DESCRIPTION		"Trap generated when a Module Alarm is triggered"
	::= 101

alarmInputTrap			TRAP-TYPE
	ENTERPRISE		powerSystem
	VARIABLES		{ alarmNumber }
	DESCRIPTION		"Trap generated when an Alarm Input is activated"
	::= 102

acFailAlarmTrap			TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when the AC Failure Alarm is triggered"
	::= 103

sysCurrentLimitTrap		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when the System Current Limit Alarm is triggered"
	::= 104

moduleAlarmClear		TRAP-TYPE
	ENTERPRISE		powerSystem
	VARIABLES		{ moduleNumber }
	DESCRIPTION		"Trap generated when a Module Alarm is cleared"
	::= 111

alarmInputClear			TRAP-TYPE
	ENTERPRISE		powerSystem
	VARIABLES		{ alarmNumber }
	DESCRIPTION		"Trap generated when an Alarm Input is cleared"
	::= 112

acFailAlarmClear		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when the AC Failure Alarm is cleared"
	::= 113

sysCurrentLimitClear		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when the System Current Limit Alarm is cleared"
	::= 114

batteryTestStart		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when a Battery Discharge Test is started"
	::= 121

batteryTestComplete		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when a Battery Discharge Test completes successfully"
	::= 122

batteryTestFail			TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when a Battery Discharge Test fails"
	::= 123

batteryEqualiseStart		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when a Battery Equalise Charge is started"
	::= 124

batteryEqualiseComplete		TRAP-TYPE
	ENTERPRISE		powerSystem
	DESCRIPTION		"Trap generated when a Battery Equalise Charge completes"
	::= 125

END