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Diffstat (limited to 'MIBS/eaton/TELECOM-MIB')
| -rw-r--r-- | MIBS/eaton/TELECOM-MIB | 1557 |
1 files changed, 1557 insertions, 0 deletions
diff --git a/MIBS/eaton/TELECOM-MIB b/MIBS/eaton/TELECOM-MIB new file mode 100644 index 0000000..71d0de0 --- /dev/null +++ b/MIBS/eaton/TELECOM-MIB @@ -0,0 +1,1557 @@ + + +-- Telecom MIB +-- =============================================================================== +-- Revision History +-- v0.01 2014-06-10 Lilinhua +-- +-- enterprise id: .1.3.6.1.4.1.935.10(device).2(matAgent).2(matTraps) +-- +-- =============================================================================== +TELECOM-MIB DEFINITIONS ::= BEGIN +IMPORTS +TRAP-TYPE +FROM RFC-1215 +DisplayString +FROM SNMPv2-TC +OBJECT-TYPE +FROM RFC-1212 +enterprises,Counter, IpAddress +FROM RFC1155-SMI; +PositiveInteger ::= TEXTUAL-CONVENTION + DISPLAY-HINT "d" + STATUS current + DESCRIPTION + "This data type is a non-zero and non-negative value." + SYNTAX INTEGER (1..2147483647) +NonNegativeInteger ::= TEXTUAL-CONVENTION + DISPLAY-HINT "d" + STATUS current + DESCRIPTION + "This data type is a non-negative value." + SYNTAX INTEGER (0..2147483647) +ppc OBJECT IDENTIFIER ::= { enterprises 935 } +device OBJECT IDENTIFIER ::= { ppc 10 } +matAgent OBJECT IDENTIFIER ::= { device 2 } +matObjects OBJECT IDENTIFIER ::= { matAgent 1 } +matTraps OBJECT IDENTIFIER ::= { matAgent 2 } +matController OBJECT IDENTIFIER ::= { matObjects 1 } +matInverter OBJECT IDENTIFIER ::= { matObjects 2 } +matSts OBJECT IDENTIFIER ::= { matObjects 3 } +matDryContact OBJECT IDENTIFIER ::= { matObjects 4 } +matConfig OBJECT IDENTIFIER ::= { matObjects 5 } +matTrapTargets OBJECT IDENTIFIER ::= { matObjects 6 } +-- ======================================================================== +-- matController +-- ======================================================================== +matConSerialNum OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 15 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Controller serial number." +::= { matController 1 } +matConName OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 31 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Power system name." +::= { matController 2 } +matConWarningState OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 31 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "The values indicate the unrestored traps. +For example, +if 'Controller Battery Low' and 'Controller temperature High' +the agent send +the trap 85 and trap 87 to +NMS, +so the value of matConWarningState should be '85,87'. +And then the two events restored, the value of matConWarningState +should change to empty." +::= { matController 3 } +matConTemperature OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "Temperature of the controller, the unit is 0.1 degree." +::= { matController 4 } +matAgentSoftwareVerison OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 31 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "The Network Management Card software/firmware version." +::= { matController 5 } +-- ======================================================================== +-- matInverter +-- ======================================================================== +matInvModuleNum OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "The number of Inverter modules." +::= { matInverter 1 } +matInvTable OBJECT-TYPE +SYNTAX SEQUENCE OF MATInvEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "This table list Inverter message." +::= { matInverter 2 } +matInvEntry OBJECT-TYPE +SYNTAX MATInvEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "An entry containing information applicable to a particular Inverter module." +INDEX { matInvModuleIndex } +::= { matInvTable 1 } +MATInvEntry::= SEQUENCE { +matInvModuleIndex PositiveInteger, +matInvSerialNum DisplayString, +matInvFirmwareVersion DisplayString, +matInvHardwareVersion DisplayString, +matInvWarningState DisplayString, +matInvOutputVoltage NonNegativeInteger, +matInvOutputCurrent NonNegativeInteger, +matInvBatteryVoltage NonNegativeInteger, +matInvOutputFreq NonNegativeInteger, +matInvOutputPower NonNegativeInteger, +matInvPowerLimit NonNegativeInteger, +matInvRunTime NonNegativeInteger, +matInvTemperature INTEGER, +matInvLineVoltage NonNegativeInteger, +matInvLineFreq NonNegativeInteger, +matInvMbsPosition INTEGER, +matInvRunMode INTEGER, +matInvPriority INTEGER, +matConfInvOutputVoltage NonNegativeInteger, +matConfInvInputVoltage NonNegativeInteger, +matConfInvOutputVoltHighLoss NonNegativeInteger, +matConfInvOutputVoltLowLoss NonNegativeInteger, +matConfInvOutputPower NonNegativeInteger, +matConfInvOutputFreq NonNegativeInteger, +matInvPhaseType INTEGER, +matInvOnOffStatus INTEGER +} +matInvModuleIndex OBJECT-TYPE +SYNTAX PositiveInteger +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "The index of Inverter module." +::= { matInvEntry 1 } +matInvSerialNum OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 15 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Module serial number." +::= { matInvEntry 2 } +matInvFirmwareVersion OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 7 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Firmware version." +::= { matInvEntry 3 } +matInvHardwareVersion OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 7 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Hardware version." +::= { matInvEntry 4 } +matInvWarningState OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 63 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "The values indicate the unrestored traps. +For example, +if 'Inverter fault' and 'Inverter Over-loading' +the agent send +the trap 1 and trap 3 to +NMS, +so the value of matConWarningState should be '1,3'. +And then the two events restored, the value of matConWarningState +should change to empty." +::= { matInvEntry 5 } +matInvOutputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Inverter Output Voltage, the unit is 0.1 Volt." +::= { matInvEntry 6 } +matInvOutputCurrent OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Inverter Output Current, unit is 0.1 amp." +::= { matInvEntry 7 } +matInvBatteryVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Inverter Battery voltage, the unit is 0.1 Volt." +::= { matInvEntry 8 } +matInvOutputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Output frequency, the unit is 0.1 Hz." +::= { matInvEntry 9 } +matInvOutputPower OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Output power, the unit is VA." +::= { matInvEntry 10 } +matInvPowerLimit OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Power Limit Status of Inverter module, the unit is percent." +::= { matInvEntry 11 } +matInvRunTime OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Run time, the unit is Hour." +::= { matInvEntry 12 } +matInvTemperature OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "Temperature of the inverter, the unit is 0.1 degree." +::= { matInvEntry 13 } +matInvLineVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Line voltage of 3.5K, the unit is 0.1 Volt." +::= { matInvEntry 14 } +matInvLineFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Line frequency of 3.5K, the unit is 0.1 Hz." +::= { matInvEntry 15 } +matInvMbsPosition OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-3) command +transfer(1), +normal(2), +bypass(3), +invalid(4) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "MBS position of 3.5K." +::= { matInvEntry 16 } +matInvRunMode OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-5) command +powerOn(1), +standby(2), +bypass(3), +line(4), +battery(5), +fault(6) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "Currently run mode of 3.5K." +::= { matInvEntry 17 } +matInvPriority OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +batteryMode(1), +lineMode(2) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "Priority of 3.5K." +::= { matInvEntry 18 } +matConfInvOutputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Rating Output voltage, the unit is 0.1 Volt." +::= { matInvEntry 19 } +matConfInvInputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Rating Input voltage, the unit is 0.1 Volt." +::= { matInvEntry 20 } +matConfInvOutputVoltHighLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Output High Loss voltage, the unit is 0.1 Volt." +::= { matInvEntry 21 } +matConfInvOutputVoltLowLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Output Low loss voltage, the unit is 0.1 Volt." +::= { matInvEntry 22 } +matConfInvOutputPower OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Rating output power, the unit is VA." +::= { matInvEntry 23 } +matConfInvOutputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "Rating output frequency, the unit is 0.1 Hz." +::= { matInvEntry 24 } +matInvPhaseType OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +singlePhase(1), +threePhase(2) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "Phase type." +::= { matInvEntry 25 } +matInvOnOffStatus OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +shutdown(1), +start(2) +} +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter module On/Off status." +::= { matInvEntry 26 } +-- ======================================================================== +-- matSts +-- ======================================================================== +matStsModuleNum OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "The number of STS modules." +::= { matSts 1 } +matStsTable OBJECT-TYPE +SYNTAX SEQUENCE OF MATStsEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "This table list STS message." +::= { matSts 2 } +matStsEntry OBJECT-TYPE +SYNTAX MATStsEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "An entry containing information applicable to a particular STS module." +INDEX { matStsModuleIndex } +::= { matStsTable 1 } +MATStsEntry::= SEQUENCE { +matStsModuleIndex PositiveInteger, +matStsModuleType DisplayString, +matStsSerialNum DisplayString, +matStsFirmwareVersion DisplayString, +matStsHardwareVersion DisplayString, +matStsWarningState DisplayString, +matStsMainInputVoltage NonNegativeInteger, +matStsMainInputFreq NonNegativeInteger, +matStsInvInputVoltage NonNegativeInteger, +matStsInvInputFreq NonNegativeInteger, +matStsOutputVoltage NonNegativeInteger, +matStsOutputCurrent NonNegativeInteger, +matStsOutputPower NonNegativeInteger, +matStsOutputFreq NonNegativeInteger, +matStsRuntime NonNegativeInteger, +matStsTemperature INTEGER, +matStsMbsStatus INTEGER, +matStsStatus INTEGER, +matStsRunningMode INTEGER, +matStsMainHighLossVoltage NonNegativeInteger, +matStsMainLowLossVoltage NonNegativeInteger, +matStsInvHighLossVoltage NonNegativeInteger, +matStsInvLosLossVoltage NonNegativeInteger +} +matStsModuleIndex OBJECT-TYPE +SYNTAX PositiveInteger +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "The index of STS module." +::= { matStsEntry 1 } +matStsModuleType OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 3 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Module type, 050 represent 50A, 100 represent 100A." +::= { matStsEntry 2 } +matStsSerialNum OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 15 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Module serial number." +::= { matStsEntry 3 } +matStsFirmwareVersion OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 7 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Firmware version." +::= { matStsEntry 4 } +matStsHardwareVersion OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 7 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "Hardware version." +::= { matStsEntry 5 } +matStsWarningState OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 63 ) ) +ACCESS read-only +STATUS mandatory +DESCRIPTION "The values indicate the unrestored traps. +For example, +if 'STS running in fault mode' and 'STS fan fault' +the agent send +the trap 59 and trap 61 to +NMS, +so the value of matConWarningState should be '59,61'. +And then the two events restored, the value of matConWarningState +should change to empty." +::= { matStsEntry 6 } +matStsMainInputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Mains I/P voltage, the unit is 0.1 Volts." +::= { matStsEntry 7 } +matStsMainInputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Mains I/P frequency, the unit is 0.1 Hz." +::= { matStsEntry 8 } +matStsInvInputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS INV I/P voltage, the unit is 0.1 volts." +::= { matStsEntry 9 } +matStsInvInputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS INV I/P frequency, the unit is 0.1 Hz." +::= { matStsEntry 10 } +matStsOutputVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS O/P voltage, the unit is 0.1 volts." +::= { matStsEntry 11 } +matStsOutputCurrent OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS O/P Current, the unit is 0.1 amp." +::= { matStsEntry 12 } +matStsOutputPower OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS O/P Power, the unit is VA." +::= { matStsEntry 13 } +matStsOutputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS O/P frequency, the unit is 0.1 Hz." +::= { matStsEntry 14 } +matStsRuntime OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Runtime, the unit is Hour." +::= { matStsEntry 15 } +matStsTemperature OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS module's Temperature, the unit is 0.1 degree." +::= { matStsEntry 16 } +matStsMbsStatus OBJECT-TYPE +SYNTAX INTEGER { +-- QS: 0 1 2 3 4 5 6 other +-- matStsMbsStatus: 1 2 6(err) 3 4 6(err) 5 6(err) +normalPosition(1), +issPosition(2), +ibpPosition(3), +mssPosition(4), +mbpPosition(5), +mbsError(6) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS MBS status." +::= { matStsEntry 17 } +matStsStatus OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +onLine(1), +offLine(2) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS status." +::= { matStsEntry 18 } +matStsRunningMode OBJECT-TYPE +SYNTAX INTEGER { +inverter(1), +mains(2), +noOutput(3) +} +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Running Mode." +::= { matStsEntry 19 } +matStsMainHighLossVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Main high loss voltage, the unit is 0.1 volts." +::= { matStsEntry 20 } +matStsMainLowLossVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Main low loss voltag, the unit is 0.1 volts." +::= { matStsEntry 21 } +matStsInvHighLossVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Inverter high loss voltage, the unit is 0.1 volts." +::= { matStsEntry 22 } +matStsInvLosLossVoltage OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-only +STATUS mandatory +DESCRIPTION "STS Inverter low loss voltage, the unit is 0.1 volts." +::= { matStsEntry 23 } +-- ======================================================================== +-- matDryContact +-- ======================================================================== +matDryContactNum OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "The number of dry contact." +::= { matDryContact 1 } +matDryContactTable OBJECT-TYPE +SYNTAX SEQUENCE OF MATDryContactEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "This table list dry contact message." +::= { matDryContact 2 } +matDryContactEntry OBJECT-TYPE +SYNTAX MATDryContactEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "An entry containing information of one dry contact." +INDEX { matDryContactIndex } +::= { matDryContactTable 1 } +MATDryContactEntry::= SEQUENCE { +matDryContactIndex PositiveInteger, +matDryContactString DisplayString +} +matDryContactIndex OBJECT-TYPE +SYNTAX PositiveInteger +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "The index of dry contact." +::= { matDryContactEntry 1 } +matDryContactString OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 29 ) ) +ACCESS read-write +STATUS mandatory +DESCRIPTION "format: xx xx xx xx xx xx xx xx xx xx, +xx: alarm code. If the configured alarm is less than 10, then fill the position with '--' to instead 'xx'. +Alarm code: +Inverter fault 0x01(for 3.5Kva system and 1.5Kva system), +Inverter over load 0x02(for 3.5Kva system and 1.5Kva system), +Inverter fan fault 0x03(for 3.5Kva system and 1.5Kva system), +Inverter power limit 0x04(for 3.5Kva system and 1.5Kva system), +Inverter DC input Abnormal 0x05(for 3.5Kva system and 1.5Kva system), +Inverter low volt off 0x06(for 3.5Kva system and 1.5Kva system), +Inverter lost 0x07(for 3.5Kva system and 1.5Kva system), +Inverter Mains unavailable 0x19(for 3.5Kva system), +Inverter Maintenance Bypass 0x1A(for 3.5Kva system), +Inverter Output 0x1B(for 3.5Kva system), +STS Inv unavailable 0x2A(for 1.5Kva system), +STS Main unavailable 0x2B(for 1.5Kva system), +STS Output overload 0x2C(for 1.5Kva system), +STS OP Short circuit 0x2D(for 1.5Kva system), +STS K1 Relay open 0x23(for 1.5Kva system), +STS SCR1 short 0x24(for 1.5Kva system), +STS SCR2 short 0x25(for 1.5Kva system), +STS INV Bypass Mode 0x2F(for 1.5Kva system), +STS Over temperature 0x30(for 1.5Kva system), +STS MBS Abnormal 0x31(for 1.5Kva system), +STS Fan Lock 0x27(for 1.5Kva system), +STS Fault Mode 0x26(for 1.5Kva system), +STS Eeprom Fault 0x28(for 1.5Kva system), +SPS Power Fail 0x32(for 1.5Kva system), +STS Output abnormal 0x34(for 1.5Kva system), +STS Maintenance Bypass 0x35(for 1.5Kva system), +STS Output 0x36(for 1.5Kva system), +Controller temperature high 0x42(for 3.5Kva system and 1.5Kva system), +Controller eeprom fail 0x43(for 3.5Kva system and 1.5Kva system), +Controller CAN Bus Off 0x45(for 3.5Kva system and 1.5Kva system)" +::= { matDryContactEntry 2 } +-- ======================================================================== +-- matConfig +-- ======================================================================== +matConfInvSysOutputFreq OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter system output frequency, can be 500 or 600, the unit is 0.1 Hz." +::= { matConfig 1 } +matConfInvSysOutputVolt OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter system output voltage, can be 1100, 1150,1200,2080,2200,2300,2400. +The unit is 0.1 Volt." +::= { matConfig 2 } +matConfInvSysOutputVoltHighLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Output voltage high loss of Inverter System, the unit is 0.1 Volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 1170-1270, +1150 1220-1320, +1200 1270-1380, +2080 2200-2400, +2200 2330-2520, +2300 2440-2640, +2400 2540-2760" +::= { matConfig 3 } +matConfInvSysOutputVoltLowLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Output Voltage Low Loss of inverter System, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 890-1050, +1150 930-1100, +1200 1000-1140, +2080 1760-1980, +2200 1760-2090, +2300 1850-2180, +2400 1930-2280" +::= { matConfig 4 } +matConfInvSysInputVolt OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter System Input Voltage, the unit is 0.1 Volt. +This value depends on matConfInvInputVoltage: +matConfInvInputVoltage(0.1V)=480: Range(400-440), +matConfInvInputVoltage(0.1V)=600: Range(500-550)" +::= { matConfig 5 } +matConfInvSysPowerLimit OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter System Power Limited level, format: xxx, range: 50 to 100, the unit is percent." +::= { matConfig 6 } +matConfInvSysLineVoltHighLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "High loss for line voltage of 3.5k inverter module, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +2080 2180-2650, +2200 2300-2650, +2300 2400-2650, +2400 2500-2650" +::= { matConfig 7 } +matConfInvSysLineVoltLowLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "Low loss for line voltage of 3.5k inverter module, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +2080 1850-1980, +2200 1850-2100, +2300 1850-2200, +2400 1850-2300" +::= { matConfig 8 } +matConfInvSysPriority OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +batteryMode(1), +lineMode(2) +} +ACCESS read-write +STATUS mandatory +DESCRIPTION "Priority for 3.5K inverter module." +::= { matConfig 9 } +matConfInvSysFanSpeed OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +normalSpeed(1), +fullSpeed(2) +} +ACCESS read-write +STATUS mandatory +DESCRIPTION "Inverter System fan speed." +::= { matConfig 10 } +matConfStsAcVoltHighLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS Module AC Voltage High Loss Volt, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 1170-1270, +1150 1220-1320, +1200 1270-1380, +2080 2200-2400, +2200 2330-2520, +2300 2440-2640, +2400 2540-2760" +::= { matConfig 11 } +matConfStsAcVoltLowLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS Module AC Voltage Low Loss Volt, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 890-1050, +1150 930-1100, +1200 1000-1140, +2080 1760-1980, +2200 1760-2090, +2300 1850-2180, +2400 1930-2280" +::= { matConfig 12 } +matConfStsIpvVoltHighLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS module Inverter IPV High Loss Volt, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 1170-1270, +1150 1220-1320, +1200 1270-1380, +2080 2200-2400, +2200 2330-2520, +2300 2440-2640, +2400 2540-2760" +::= { matConfig 13 } +matConfStsIpvVoltLowLoss OBJECT-TYPE +SYNTAX NonNegativeInteger +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS module Inverter IPV low Loss Volt, the unit is 0.1 volt. +This value depends on matConfInvSysOutputVolt, the least significant +digit must be zero, see table: +matConfInvSysOutputVolt(0.1V) Range(0.1V) +1100 890-1050, +1150 930-1100, +1200 1000-1140, +2080 1760-1980, +2200 1760-2090, +2300 1850-2180, +2400 1930-2280" +::= { matConfig 14 } +matConfStsPriority OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +onLine(1), +offLine(2) +} +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS output priority." +::= { matConfig 15 } +matConfStsFanSpeed OBJECT-TYPE +SYNTAX INTEGER { +-- add 1 compare with Q1(0-1) command +normalSpeed(1), +fullSpeed(2) +} +ACCESS read-write +STATUS mandatory +DESCRIPTION "STS fan speed." +::= { matConfig 16 } +--======================================================================== +-- matTrapTargets +--======================================================================== +matTrapTargetsNum OBJECT-TYPE +SYNTAX INTEGER +ACCESS read-only +STATUS mandatory +DESCRIPTION "The number of trap targets." +::= { matTrapTargets 1 } +matTrapTargetsTable OBJECT-TYPE +SYNTAX SEQUENCE OF MatTrapTargetsEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "This table list the managers'IP to send traps to." +::= { matTrapTargets 2 } +matTrapTargetsEntry OBJECT-TYPE +SYNTAX MatTrapTargetsEntry +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "An entry containing information of one trap target." +INDEX { matTrapTargetsIndex } +::= { matTrapTargetsTable 1 } +MatTrapTargetsEntry ::= SEQUENCE { +matTrapTargetsIndex PositiveInteger, +matTrapTargetsAddress DisplayString, +matTrapTargetsCommunity DisplayString, +matTrapType INTEGER, +matTrapSeverityLevel INTEGER, +matTrapTargetsDesc DisplayString +} +matTrapTargetsIndex OBJECT-TYPE +SYNTAX PositiveInteger +ACCESS not-accessible +STATUS mandatory +DESCRIPTION "The index to a trap receiver entry" +::= { matTrapTargetsEntry 1 } +matTrapTargetsAddress OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 45 ) ) +ACCESS read-write +STATUS mandatory +DESCRIPTION "The IP address of the manager to send a trap to." +::= { matTrapTargetsEntry 2 } +matTrapTargetsCommunity OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 31 ) ) +ACCESS read-write +STATUS mandatory +DESCRIPTION "The community name to use in the trap when +sent to the manager." +::= { matTrapTargetsEntry 3 } +matTrapType OBJECT-TYPE +SYNTAX INTEGER { none ( 1 ) , matTrap ( 2 ) } +ACCESS read-write +STATUS mandatory +DESCRIPTION "The type of trap to be received by the manager." +::= { matTrapTargetsEntry 4 } +matTrapSeverityLevel OBJECT-TYPE +SYNTAX INTEGER { observe ( 1 ) , major ( 2 ) , critical ( 3 ) } +ACCESS read-write +STATUS mandatory +DESCRIPTION "The severity level of traps to be received by this manager." +::= { matTrapTargetsEntry 5 } +matTrapTargetsDesc OBJECT-TYPE +SYNTAX DisplayString ( SIZE ( 0 .. 31 ) ) +ACCESS read-write +STATUS mandatory +DESCRIPTION "Description of trap receivers" +::= { matTrapTargetsEntry 6 } +-- =========================================================================== +-- matTraps +-- Level: Critical, Major, Observe +-- =========================================================================== +matInvFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter fault." +::= 1 +matReturnFromInvFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter fault." +::= 2 +matInvOverLoad TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter Over-loading." +::= 3 +matReturnFromInvOverLoad TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Over-loading." +::= 4 +matInvFanFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter Fan fault." +::= 5 +matReturnFromInvFanFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Fan fault." +::= 6 +matInvTempPowerLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter power limit." +::= 7 +matReturnFromInvTempPowerLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter power limit." +::= 8 +matInvInputAbnormal TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter input abnormal." +::= 9 +matReturnFromInvInputAbnormal TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVEReturn from Inverter input abnormal." +::= 10 +matInvLowInputShutdown TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter shut down due to low input voltage." +::= 11 +matReturnFromInvLowInputShutdown TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter shut down due to low input voltage." +::= 12 +matInvNotRespond TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter disconnected." +::= 13 +matReturnFromInvNotRespond TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Inverter connected." +::= 14 +matInvBusVoltageOverLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Bus voltage over the maximal level." +::= 15 +matReturnFromInvBusVoltOverLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Bus voltage over the maximal level." +::= 16 +matInvBusVoltageUnderLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Bus volt under the minimal level." +::= 17 +matReturnFromInvBusVoltUnderLimit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Bus volt under the minimal level." +::= 18 +matInvBusSoftFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Bus Soft Start Fail." +::= 19 +matReturnFromInvBusSoftFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Bus Soft Start Fail." +::= 20 +matInvOutputShort TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Output Short." +::= 21 +matReturnFromInvOutputShort TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Output Short." +::= 22 +matInvOutputVoltLow TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter output voltage low." +::= 23 +matReturnFromInvOutputVoltLow TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter output voltage low." +::= 24 +matInvOutputVoltHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter output voltage high." +::= 25 +matReturnFromInvOutputVoltHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter output voltage high." +::= 26 +matInvTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Temperature High." +::= 27 +matReturnFromInvTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Temperature High." +::= 28 +matInvNegativePowerProtect TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter negative power protection." +::= 29 +matReturnFromInvNegativePowerProtect TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter negative power protection." +::= 30 +matInvPulseFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Sync Pulse Fault." +::= 31 +matReturnFromInvPulseFault TRAP-TYPE +ENTERPRISE matTraps +DESCRIPTION "OBSERVE: Return from Inverter Sync Pulse Fault." +::= 32 +matInvEPOShutdown TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter EPO shutdown." +::= 33 +matReturnFromInvEPOShutdown TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter EPO shutdown." +::= 34 +matInvSoftStartFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter soft start fail." +::= 35 +matReturnFromInvSoftStartFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter soft start fail." +::= 36 +matInvEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter EEPROM fault." +::= 37 +matReturnFromInvEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter EEPROM fault." +::= 38 +matInvBypassSCRShort TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Bypass SCR Short." +::= 39 +matReturnFromInvBypassSCRShort TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Bypass SCR Short." +::= 40 +matInvMBSPosError TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter MBS Position Error." +::= 41 +matReturnFromInvMBSPosError TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter MBS Position Error." +::= 42 +matInvBackfeedRelayOpen TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Backfeed Relay Open." +::= 43 +matReturnFromInvBackfeedRelayOpen TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Backfeed Relay Open." +::= 44 +matInvHardwareError TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "CRITICAL: Inverter Hardware Detection Error." +::= 45 +matReturnFromInvHardwareError TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Hardware Detection Error." +::= 46 +matInvMainUnavailable TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter Mains Unavailable." +::= 47 +matReturnFromInvMainUnavailable TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Mains Unavailable." +::= 48 +matInvMaintenaceBypass TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "MAJOR: Inverter Maintenance Bypass." +::= 49 +matReturnFromInvMaintenaceBypass TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matInvSerialNum +} +DESCRIPTION "OBSERVE: Return from Inverter Maintenance Bypass." +::= 50 +-- STS trap +matStsBypassUnavailable TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Bypass unavailable." +::= 51 +matReturnFromStsBypassUnavailable TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Bypass unavailable." +::= 52 +matStsBackfeedRelayOpen TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Back-feed relay open." +::= 53 +matReturnFromStsBackfeedRelayOpen TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Back-feed relay open." +::= 54 +matStsScr1ShortCurcuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS SCR1 short circuit." +::= 55 +matReturnFromStsScr1ShortCurcuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS SCR1 short circuit." +::= 56 +matStsScr2ShortCurcuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS SCR2 short circuit." +::= 57 +matReturnFromStsScr2ShortCurcuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS SCR2 short circuit." +::= 58 +matStsFaultMode TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS running in fault mode." +::= 59 +matReturnFromStsFaultMode TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS running in fault mode." +::= 60 +matStsFanFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS fan fault." +::= 61 +matReturnFromStsFanFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS fan fault." +::= 62 +matStsEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS EEPROM fault." +::= 63 +matReturnFromStsEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS EEPROM fault." +::= 64 +matStsInvFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Inverter unavailable." +::= 65 +matReturnFromStsInvFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Inverter unavailable." +::= 66 +matStsMainsFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Mains unavailable." +::= 67 +matReturnFromStsMainFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Mains unavailable." +::= 68 +matStsOverLoad TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Output over load." +::= 69 +matReturnFromStsOverLoad TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Output over load." +::= 70 +matStsOutputShortCircuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS Output short circuit." +::= 71 +matReturnFromStsOutputShortCircuit TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Output short circuit." +::= 72 +matStsInvBypassMode TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS Inverter bypass mode." +::= 73 +matReturnFromStsInvBypassMode TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Inverter bypass mode." +::= 74 +matStsTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS temperature high." +::= 75 +matReturnFromStsTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS temperature high." +::= 76 +matStsMBSPosFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS MBS in abnormal position." +::= 77 +matReturnFromStsMBSPosFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS MBS in abnormal position." +::= 78 +matStsControlPowerFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS Control power fail." +::= 79 +matReturnFromStsControlPowerFail TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Control power fail." +::= 80 +matStsNotRespond TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "CRITICAL: STS disconnected." +::= 81 +matReturnFromStsNotRespond TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: STS connected." +::= 82 +matStsOutputAbnormal TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Output abnormal." +::= 83 +matReturnFromStsOutputAbnormal TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Output abnormal." +::= 84 +matStsMaintenanceBypass TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "MAJOR: STS Maintenance Bypass." +::= 85 +matReturnFromStsMaintenanceBypass TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matStsSerialNum +} +DESCRIPTION "OBSERVE: Return from STS Maintenance Bypass." +::= 86 +-- control warning +matConBatteryLow TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "CRITICAL: Controller Battery Low." +::= 87 +matReturnFromConBatteryLow TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller Battery Low." +::= 88 +matConTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "CRITICAL: Controller temperature High." +::= 89 +matReturnFromConTemperatureHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller temperature High." +::= 90 +matConEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "MAJOR: Controller EEPROM fault." +::= 91 +matReturnFromConEEPROMFault TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller EEPROM fault." +::= 92 +matConBatteryVoltHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "CRITICAL: Controller Battery voltage high." +::= 93 +matReturnFromConBatteryVoltHigh TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller Battery voltage high." +::= 94 +matConCanBusOff TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "CRITICAL: Controller CAN bus off." +::= 95 +matReturnFromConCanBusOff TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller CAN bus off." +::= 96 +matConCommunicationLost TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "CRITICAL: Controller communication lost." +::= 97 +matReturnFromCommunicationLost TRAP-TYPE +ENTERPRISE matTraps +VARIABLES { +matConSerialNum +} +DESCRIPTION "OBSERVE: Return from Controller communication lost." +::= 98 +END + + + |