SP2-MIB: View SNMP OID List / Download MIB

An ongoing effort toward a generic MIB for all ELTEK products. 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.xx) ELTEK eNexus MIB branch will be 10 (SmartPack2 and Compack) ELTEK Brasil office will have branch 11

A description of the source generating the trap for the Alarm Condition. Used in alarmSubSystemTrap to describe the alarm source. Example: 'batteryVoltageDescription'

The OID (name) of the object indicating the alarm-status for which the alarm is generated. The Status must be an INTEGER type. Example: SP2-MIB::batteryVoltage.batteryVoltageStatus 1.3.6.1.4.1.12148.10.3.5.2: This object maybe polled by the SNMP management application, to monitor the current Status object.

The value of the Status object of the subsystem for which the alarm-status is generated. The OID (name) of this object is indicated by alarmSubsysStatusOid above. Example: the value of SP2-MIB::batteryVoltage.batteryVoltageStatus one of: error (0), normal (1), minorAlarm (2), etc. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

This indicates if the abnormal condition is on or goes off. Enumeration: 'on': 1, 'off': 0.

The OID (name) of the measured-object indicating some measurement (e.g voltage) for which the alarm is generated. Example: SP2-MIB::batteryVoltage.batteryVoltageValue 1.3.6.1.4.1.12148.10.3.5.1 This object maybe polled by the SNMP management application, to monitor the current measurement.

The value of the measured-object for which the alarm-status is generated, for example 13 volt. The actual value is in units defined by the actual variable (e.g volts). The units must use INTEGER type. The OID (name) of this object is indicated by alarmMeasuredVarOid above. Example: Value of SP2-MIB::batteryVoltage.batteryVoltageValue 'The measured battery voltage'

This Trap is sent when an alarm condition occurs in the power system.

This Trap is sent when an alarm condition occurs in the battery subsystem.

This Trap is sent when an alarm condition occurs in the Load subsystem.

This Trap is sent when an alarm condition occurs in the Mains subsystem.

This Trap is sent when an alarm condition occurs in the Rectifier subsystem.

This Trap is sent when an alarm condition occurs in the Control-system subsystem.

This Trap is sent when an alarm condition occurs in the DCDC converter subsystem.

This Trap is sent when an alarm condition occurs in the Inputs subsystem.

This Trap is sent when an alarm condition occurs in the Outputs subsystem.

This Trap is sent when an alarm condition occurs in the Generator subsystem.

This Trap is sent when an alarm condition occurs in the SolarCharger subsystem.

This Trap is sent when an alarm condition occurs in the WindCharger subsystem.

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.

The powerSystem Trap goup. Entry point for the trap list.

A status value showing the overall condition of the power system. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A value showing the type of the power system, which is named after the main controller. Enumeration: 'smartpack2': 1, 'smartpackS': 2, 'compack': 3.

A summary status showing if the system is in test, boost or float mode Enumeration: 'test': 1, 'boost': 2, 'float': 3, 'off': 0.

The Copmany name (as stored in the Control Unit).

The system/site Location details (as stored in the Control Unit).

The model/part number of the power system (as stored in the Control Unit).

The serial number for the complete system.

The system's Installation date (as stored in the Control Unit).

The nominal voltage rating. 12V/24V/48V/60V etc. systems.

A part of the systems global positioning data. The range +-180degrees Longitude lines are imaginary lines running from the north pole to the south pole. Longitudes are usually (WGS84) referenced from Greenwich, England where it has been established as Zero Degrees longitude. Latitude and Longitude together with the Elevation can be used for automagically placing system icons on NMS/Sitemonitors system that support this.

The decimal part of dcSystemLatitude contains up to 7digits. This number is in 1/1000000 degree fractions or 0,0000001 degree. A part of the systems global positioning data. Longitude lines are imaginary lines running from the north pole to the south pole. Longitudes are usually (WGS84) referenced from Greenwich, England where it has been established as Zero Degrees longitude. Latitude and Longitude together with the Elevation can be used for automagically placing system icons on NMS/Sitemonitors system that support this.

A part of the systems global positioning data. The latitude gives the location of a place on Earth (or other planetary body) north or south of the equator. Lines of Latitude has a range of +-90 degrees and are the imaginary horizontal lines shown running east-to-west (or west to east). Latitude and Longitude together with the Elevation can be used for automagically placing system icons on NMS/Sitemonitors system that support this.

The decimal part of dcSystemLatitude contains up to 7digits. This number is in 1/1000000 degree fractions or 0,0000001 degree. A part of the systems global positioning data. Lines of Latitude has a range of +-90 degrees and are the imaginary horizontal lines shown running east-to-west (or west to east). Latitude and Longitude together with the Elevation can be used for automagically placing system icons on NMS/Sitemonitors system that support this. Longitude lines are imaginary lines running from the north pole to the south pole. Longitudes are usually (WGS84) referenced from Greenwich, England where it has been established as Zero Degrees longitude. Latitude and Longitude together with the Elevation can be used for automagically placing system icons on NMS/Sitemonitors system that support this.

A part of the systems global positioning data. This is the sites height above sealevel in Meters. The Elevation together with Latituse and Longitude is used for automagically placing system icons on NMS/Sitemonitors system that support this.

A global flag telling if the current values in the system is Amperes or DeciAmpres Enumeration: 'ampere': 0, 'deciAmpere': 1.

A flag telling if the temperatures values in the system is of Celcius or Fahrenheit type Enumeration: 'fahrenheit': 1, 'celcius': 0.

A flag telling if the system's battery capacity value is a percentage of a fully charged battery, or in AmpereHours Enumeration: 'ah': 0, 'percent': 1.

The overall status of mains/AC feed subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

This status value shows if the number of failed phases is higher than the defined alarm level. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the mains phase failure monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The detected number of failed phases.

The major alarm limit

The minor alarm limit

This value showing the number of phases of the mains subsystem.

This table contains information about mains voltage monitor

Index used for navigating the rows 1..12 of mainsVoltageTable

The status of the measured mains voltage. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the mains voltage monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured mains voltage.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This is the number of AC Mains Monitor CAN Nodes installed in the system.

This table contains the number of voltage, current and frequency measurements in each AC Mains Monitor

Index used for navigating the rows of mainsMonitorsTable The size of the table is defined by the system

The number of voltage measurements in the AC Mains Monitor

The number of current measurements in the AC Mains Monitor

The number of frequency measurements in the AC Mains Monitor

This table contains information about mains voltage in AC Mains Monitor

Index used for navigating the rows 1..3 of mainsMonitorVolatgeTable

The status of the measured mains voltage in AC Mains Monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the mains voltage in AC Mains Monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured mains voltage in AC Mains Monitor.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This table contains information about mains current in AC Mains Monitor

The status of the measured mains current in AC Mains Monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the mains current in AC Mains Monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured mains current in AC Mains Monitor.

The major high alarm limit

The minor high alarm limit

This table contains information about mains frequency in AC Mains Monitor

The status of the measured mains frequency in AC Mains Monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the mains frequency in AC Mains Monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured mains frequency in AC Mains Monitor.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This table contains the accumulated energy consumption measured in AC Mains Monitor

The accumulated energy consumption value

This is the maximal number of entries stored in hourly energy log

This table contains energy consumption values logged every hour in AC Mains Monitor.

Index used for navigating the rows 1..52 of mainsMonitorEnergyLogLastHoursTable

Energy consumption value logged every hour in AC Mains Monitor.

This is the maximal number of entries stored in daily energy log

This table contains energy consumption values logged every day in AC Mains Monitor.

Index used for navigating the rows 1..52 of mainsMonitorEnergyLogLastDaysTable

Energy consumption value logged every day in AC Mains Monitor.

This is the maximal number of entries stored in weekly energy log

This table contains energy consumption values logged every week in AC Mains Monitor.

Index used for navigating the rows 1..52 of mainsMonitorEnergyLogLastWeeksTable

Energy consumption value logged every week in AC Mains Monitor.

This is the total mains outage time measured in hours.

This is the maximal number of entries stored in daily mains outage log.

This table contains daily mains outage time log.

Index used for navigating the rows 1..52 of mainsOutageLogDaysTable

Mains outage time value in minutes, logged every day.

This is the maximal number of entries stored in weekly mains outage time log.

This table contains weekly mains outage time log.

Index used for navigating the rows 1..52 of mainsOutageLogWeeksTable

Mains outage time value in hours, logged every week.

This is the maximal number of entries stored in monthly mains outage time log.

This table contains monthly mains outage time log.

Index used for navigating the rows 1..52 of mainsOutageLogMonthsTable

Mains outage time value in hours, logged every month.

The overall status of generator subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of generator failure monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Indicate if the generator run output signal is activated.

This is the present discharge value in percentage of total capacity.

Elapsing time of mains failure.

Elapsing time of charging with generator running.

Battery charge/discharge level control of starting and stopping of generator Enumeration: 'disabled': 0, 'enabled': 1.

When the generatorCapacityControlled is enabled, the generator is started when the remaining battery capacity drops below this limit in percentage of the total capacity.

When the generatorCapacityControlled is enabled, the generator is stopped when the remaining battery capacity is greater than this limit in percentage of the total capacity.

Enables the generator to stop when the charge current drops below generatorCurrentLimitControlledStopValue. Enumeration: 'disabled': 0, 'enabled': 1.

Generator stops when the charge current drop drops below this level.

Enable/disable voltage controlled generator activation. Enumeration: 'disabled': 0, 'enabled': 1.

The voltage limit to start generator.

A time delay for stopping generator when generator is activated by voltage.

Enable/disable generator daily run function. Enumeration: 'disabled': 0, 'enabled': 1.

This table contains configurations of generator daily run.

Index used for navigating the rows 1..7 of generatorDailyRunSetupTable Enumeration: 'monday': 2, 'tuesday': 3, 'friday': 6, 'wednesday': 4, 'thursday': 5, 'sunday': 1, 'saturday': 7.

Generator daily starting time.

Generator daily stopping time.

Enable/disable generator monthly run function. Enumeration: 'disabled': 0, 'enabled': 1.

Generator monthly run starting time.

Generator monthly run starting day #1.

Generator monthly run starting day #2.

Number of fuel tanks.

This table contains information about generator fuel tanks.

Index used for navigating the rows 1..2 of generatorTankTable

The status of the measured fuel level in tank. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the fuel level monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured fuel level.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This is the accumulated energy delivered through rectifiers from generator.

This is the maximal number of entries stored in generator hourly energy log.

This table contains hourly energy log of generator.

Index used for navigating the rows 1..52 of generatorEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in generator daily energy log.

This table contains daily energy log of generator.

Index used for navigating the rows 1..52 of generatorEnergyLogLastDaysTable

Energy value logged every day

This is the maximal number of entries stored in generator weekly energy log.

This table contains weekly energy log of generator.

Index used for navigating the rows 1..52 of generatorEnergyLogLastWeeksTable

Energy value logged every week.

This is the total generator running hours.

This is the maximal number of entries stored in generator daily running hours log.

generator running time in minutes

Index used for navigating the rows 1..52 of generatorRunHoursLogLastDaysTable

Generator running time in minutes, logged every day.

This is the maximal number of entries stored in generator weekly running hours log.

generator running time in hours

Index used for navigating the rows 1..52 of generatorRunHoursLogLastWeeksTable

Generator running time in hours, logged every week.

This is the maximal number of entries stored in generator monthly running hours log.

generator running time in hours

Index used for navigating the rows 1..52 of generatorRunHoursLogLastMonthsTable

Generator running time in hours, logged every month.

This table contains total fuel consumption for each tank.

Total fuel consumption value.

This is the maximal number of entries stored in generator hourly fuel consumption log.

This table contains generator hourly fuel consumption log.

Index used for navigating the rows 1..52 of generatorFuelConsumptionLogLastHoursTable

Generator fuel consumption value, logged every hour.

This is the maximal number of entries stored in generator daily fuel consumption log.

This table contains generator daily fuel consumption log.

Index used for navigating the rows 1..52 of generatorFuelConsumptionLogLastDaysTable

Generator fuel consumption value, logged every day.

This is the maximal number of entries stored in generator weekly fuel consumption log.

This table contains generator weekly fuel consumption log.

Index used for navigating the rows 1..52 of generatorFuelConsumptionLogLastWeeksTable

Generator fuel consumption value, logged every week.

The overall status of rectifier subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of the measured total rectifier current. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the total rectifier current monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured total rectifier current.

The major alarm limit

The minor alarm limit

The status of the measured used rectifier capacity. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the used rectifier capacity monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The used rectifier capacity value presented in percentage of the total installed rectifier capacity.

The major alarm limit

The minor alarm limit

This status value shows if the number of failed units is higher than the defined alarm level. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the rectifier error monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The number of failed rectifiers.

The major alarm limit

The minor alarm limit

Number of installed rectifiers.

This table shows the information of each rectifier installed in the system.

Index used for navigating the rows 1..100 of rectifierTable

The overall status of rectifier. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The output current value of rectifier.

The input voltage value of rectifier.

Type of rectifier

Hardware part number of rectifier

Hardware version number of rectifier

Part number of secondary software in rectifier

Version number of secondary software in rectifier

This is the accumulated energy delivered from rectifiers.

This is the maximal number of entries stored in rectifier hourly energy log.

This table contains hourly energy log of rectifiers.

Index used for navigating the rows 1..52 of rectifiersEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in rectifier daily energy log.

This table contains daily energy log of rectifiers.

Index used for navigating the rows 1..52 of rectifiersEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in rectifier weekly energy log.

This table contains weekly energy log of rectifiers.

Index used for navigating the rows 1..52 of rectifiersEnergyLogLastWeekTable

Energy value logged every week.

Number of dcdc groups

This table contains information about dcdc groups.

The overall status of dcdc group. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Number of installed dcdc converters.

Output voltage of dcdc converters

Number of dcdc currents

Number of dcdc capacities

Number of dcdc alarms

This table contains information about the total dcdc current.

The status of the measured total dcdc current. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the total dcdc current monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured total dcdc current.

The major alarm limit

The minor alarm limit

This table contains information about the used dcdc capacity.

The status of the measured used dcdc capacity. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the used dcdc capacity monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes of

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The used dcdc capacity value presented in percentage of the total installed dcdc capacity.

The major alarm limit

The minor alarm limit

This table shows the information of each dcdc converter installed in the system.

Index used for navigating the rows 1..100 of dcdcTable

The overall status of dcdc converter Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The output current value of dcdc.

The input voltage value of dcdc.

Type of dcdc converter

Hardware part number of dcdc converter

Hardware version number of dcdc converter

Part number of secondary software in dcdc converter

Version number of secondary software in dcdc converter

This table contains information about the dcdc error monitor.

This status value shows if the number of failed units is higher than the defined alarm level. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the dcdc error monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The number of failed dcdc converters.

The major alarm limit

The minor alarm limit

This is the accumulated energy delivered from dcdc converters.

This is the accumulated energy delivered from dcdc converters.

This is the maximal number of entries stored in dcdc hourly energy log.

This table contains hourly energy log of dcdc converters

Index used for navigating the rows 1..52 of dcdcEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in dcdc daily energy log.

This table contains daily energy log of dcdc converters.

Index used for navigating the rows 1..52 of dcdcEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in dcdc weekly energy log.

This table contains weekly energy log of dcdc converters.

Index used for navigating the rows 1..52 of dcdcEnergyLogLastWeekTable

Energy value logged every week.

The overall status of solar charger subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of the measured total solar current. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the total solar current monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured total solar current.

The major alarm limit

The minor alarm limit

The status of the measured used solar capacity. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the used solar charger capacity monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The used solar capacity value presented in percentage of the total installed solar capacity.

The major alarm limit

The minor alarm limit

This status value shows if the number of failed units is higher than the defined alarm level. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the solar error monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The number of failed solar chargers.

The major alarm limit

The minor alarm limit

Number of installed solar chargers.

This table shows the information of each solar charger installed in the system.

Index used for navigating the rows 1..100 of solarChargerTable

The overall status of solar charger. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The output current value of solar charger.

The input voltage value of solar charger.

Type of solar charger

Hardware part number of solar charger

Hardware version number of solar charger

Part number of secondary software in solar charger

Version number of secondary software in solar charger

This is the accumulated energy delivered from solar chargers.

This is the maximal number of entries stored in solar charger hourly energy log.

This table contains hourly energy log of solar chargers.

Index used for navigating the rows 1..52 of solarChargersEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in solar charger daily energy log.

This table contains daily energy log of solar chargers.

Index used for navigating the rows 1..52 of solarChargersEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in solar charger weekly energy log.

This table contains weekly energy log of solar chargers.

Index used for navigating the rows 1..52 of solarChargersEnergyLogLastWeekTable

Energy value logged every week.

The overall status of wind charger subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of the measured total wind current. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the total wind current monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured total wind current.

The major alarm limit

The minor alarm limit

The status of the measured used wind charger capacity. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the used wind charger capacity monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The used wind charger capacity value presented in percentage of the total installed wind charger capacity.

The major alarm limit

The minor alarm limit

This status value shows if the number of failed units is higher than the defined alarm level. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the wind error monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The number of failed wind chargers.

The major alarm limit

The minor alarm limit

Number of installed wind chargers.

This table shows the information of each wind charger installed in the system.

Index used for navigating the rows 1..100 of windChargerTable

The overall status of wind charger. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The output current value of wind charger.

The input voltage value of wind charger.

Type of wind charger

Hardware part number of wind charger

Hardware version number of wind charger

Part number of secondary software in wind charger

Version number of secondary software in wind charger

This is the accumulated energy delivered to/from wind chargers.

This is the maximal number of entries stored in wind charger hourly energy log.

This table contains hourly energy log of wind chargers.

Index used for navigating the rows 1..52 of windChargersEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in wind charger daily energy log.

This table contains daily energy log of wind chargers.

Index used for navigating the rows 1..52 of windChargersEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in wind charger weekly energy log.

This table contains weekly energy log of wind chargers.

Index used for navigating the rows 1..52 of windChargersEnergyLogLastWeekTable

Energy value logged every week.

The overall status of load subsystem. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of the measured load current. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the load current monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured load current.

The major high alarm limit

The minor high alarm limit

The overall status of the load fuses. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Number of load groups

This table contains information about load groups.

Index used for navigating the rows 1..8 of loadGroupTable

The status of load group Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Number of LVLDs installed in load group

This table contains information about LVLDs

Index used for navigating the rows 1..8 of loadLVLDTable

The status of LVLD Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the LVLD. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the LVLD will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured value of the LVLD.

The load Contactor's Reconnect Voltage

The load Contactor's Disconnect Voltage

This table contains information about load fuse

The status of load fuse Enumeration: 'minorAlarm': 2, 'minorHigh': 11, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'disabled': 4, 'majorLow': 8, 'majorHigh': 10, 'error': 0, 'notPresent': 6.

A textual description of the load fuse monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured value of the load fuse.

This is the accumulated energy delivered to load.

This is the maximal number of entries stored in load hourly energy log.

Index used for navigating the rows 1..52 of loadEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in load daily energy log.

Index used for navigating the rows 1..52 of loadEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in load weekly energy log.

Index used for navigating the rows 1..52 of loadEnergyLogLastWeekTable

Energy value logged every week.

A toplevel status for the battery subsystem. The state of this reflects the status of all underlying statuses for the battery. Any change in one of the 'data monitors' in the battery subsystem will propagate up to this status indicator. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A descriptive name of the battery installed in the system.

The Voltage at which the DC System float charges. Acts as reference voltage when running temperature compensated charging.

The state of the battery fuses/breakers can mainly be normal(1) or majorAlarm(3) and some other rarely used values . Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

The status of the measured battery voltage. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery voltage monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

The measured battery voltage alarm enable/disable control Enumeration: 'disabled': 0, 'enabled': 1.

The value of the measured battery voltage.

The Major High Battery Voltage alarm limit set voltage

The Minor High Battery Voltage alarm limit set voltage

The Minor Low Battery Voltage alarm limit set voltage

The Major Low Battery Voltage alarm limit set voltage

The status of the measured battery current Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery current monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

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

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

The state of the battery fuses/breakers can be either one of the defined enumerated values Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery temperature monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

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.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

The status of the estimated battery remaining backup time. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery discharge time monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The estimated value of battery remaining backup time.

The minor alarm limit

The major alarm limit

The status of the battery remaining capacity monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery remaining capacity monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

Battery remaining capacity (SOC) value estimated from the latest battery test result.

The minor low alarm limit

The major low alarm limit

The status of the battery used capacity (DoD) monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery used capacity (DoD) monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

This is the estimated battery used capacity (DoD).

The major alarm limit

The minor alarm limit

The status of the total capacity monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery total capacity monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

This is the estimated total battery capacity (installed Ah - SoH) value.

The minor low alarm limit

The major low alarm limit

The status of the battery quality (SoH) monitor. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery quality (SoH) monitor. This is stored in the system controller and can be changed by the user

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The calculated battery quality (SoH) based on the latest battery test

The minor alarm limit

The major alarm limit

The Battery Contactor is connected, disconnected, disabled or in any other alarm condition Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery LVBD monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the LVBD will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured value of the LVBD.

The Battery Contactor's Reconnect Voltage

The Battery Contactor's Disconnect Voltage

Enable/disable of the battery charge current limitation feature; 0=disable, 1=enable. Enumeration: 'disabled': 0, 'enabled': 1.

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

The Voltage at which the DC System boost charges the batteries.

This pushbutton will start or stop a manual battery boost if the system allows it. Enumeration: 'stopboost': 2, 'pushbutton': 0, 'startboost': 1.

The boosting will terminate when the charge current drops below the BoostCurrentThreshold limit.

A protection against overcharging. When running manual boost, the boosting will always terminate at this point.

This is the battery test end voltage. The battery test will be terminated when the voltage drops below the end voltage.

This pushbutton will start or stop a manual battery test if the system allows it. Enumeration: 'starttest': 1, 'pushbutton': 0, 'stoptest': 2.

This is the number of valid battery test results stored in controller.

This table contains the battery test results stored in controller.

A index pointing to one of ten possible battery test results

This is the time and date when the test started.

This is the test duration in minutes.

This is the discharged Ah during test.

This is the calculated battery quality (SoH)in percentage.

Enable (1) or Disable (0) of Battery Temperature Compensated output regulation mode Enumeration: 'disabled': 0, 'enabled': 1.

Number of battery banks installed in system.

Index used for navigating the rows 1..8 of batteryBankTable

The overall status of battery bank Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Number of temperature measurements in battery bank.

Number of current measurements in battery bank.

Number of fuses installed in battery bank.

This index denotes which row in the temperature input table. The size of the table is defined by the batteryBankNumberOfTemp

The status of battery temperature monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery temperature monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured battery temperature.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This index denotes which row in the current input table. The size of the table is defined by the system

The status of battery current monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery current monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured battery current

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This index denotes which row in the fuse table. The size of the table is defined by the system

The status of battery fuse monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery fuse monitor. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off.

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured value of battery fuse input.

The number of battery monitor installed in system.

Index used for navigating the rows 1..8 of batteryMonitorsTable

The number of temperature measurements in battery monitor.

The number of current measurements in battery monitor.

The number of fuse measurements in battery monitor.

The number of symmetry measurements in battery monitor.

This index denotes which row in the temperature input table. The size of the table is defined by the batteryMonitorNumberOfTemperatures

The status of battery temperature monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery monitor temperature. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured battery temperature in battery monitor.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This index denotes which row in the current input table. The size of the table is defined by the batteryMonitorNumberOfCurrents

The status of battery current monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery monitor current. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured battery current in battery monitor.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

This index denotes which row in the fuse table. The size of the table is defined by the batteryMonitorNumberOfFuses

The status of battery fuse monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery monitor fuse. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured value of battery fuse in battery monitor.

This index denotes which row in the symmetry input table. The size of the table is defined by the batteryMonitorNumberOfSymmetries

The status of battery symmetry monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the battery monitor symmetry. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alam condition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured battery symmetry voltage in battery monitor.

The measured battery symmetry delta voltage in battery monitor.

The major alarm limit

The minor alarm limit

This is the accumulated energy delivered to/from battery.

This is the maximal number of entries stored in battery hourly energy log.

This table contains hourly energy log of battery.

Index used for navigating the rows 1..52 of batteryEnergyLogLastHoursTable

Energy value logged every hour.

This is the maximal number of entries stored in battery daily energy log.

This table contains daily energy log of battery.

Index used for navigating the rows 1..52 of batteryEnergyLogLastDaysTable

Energy value logged every day.

This is the maximal number of entries stored in battery weekly energy log.

This table contains weekly energy log of battery.

Index used for navigating the rows 1..52 of batteryEnergyLogLastWeekTable

Energy value logged every week.

This is the total number of battery discharge cycles.

This is the maximal number of entries stored in daily battery discharge cycle log.

This table contains daily battery discharge cycle log.

Index used for navigating the rows 1..52 of batteryCycleLogLastDaysTable

Number of discharge cycles logged every day.

This is the maximal number of entries stored in weeky battery discharge cycle log.

This table contains weekly battery discharge cycle log.

Index used for navigating the rows 1..52 of batteryCycleLogLastWeeksTable

Number of discharge cycles logged every week.

This is the maximal number of entries stored in monthly battery discharge cycle log.

This table contains monthly battery discharge cycle log.

Index used for navigating the rows 1..52 of batteryCycleLogLastMonthTable

Number of discharge cycles logged every month.

Index used for navigating the rows of inputControlUnitTable The size of the table is defined by the system

Number of programmable inputs available in controller.

This table contains the status of the programmable inputs for Control Units.

Index used for navigating the rows of inputControlUnitInputTable The size of the table is defined by the inputControlUnitNumberOfInputs

Programmable input status. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the programmable input. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This will enable or disable this inputs Alarm functionality. Setting 'disabled' here will turn off lock the status to 'disabled' state Enumeration: 'disabled': 0, 'enabled': 1.

The inputs measured Value. Depending on the type of input, this may represent a Voltage, a Temperature, a Current or a Boolean value. Note: This value can only be set for virtual input on SP2 master or Smartpack S. When this value is set to '0', the input is deactivated; When this value is set to '1', the input is activated; if set to any other value, an Inconsistent Value error will be generated.

Configuration of the input type. Configurations available for different controllers are as follows: SP2 Master(clock, virtual), SP2 Basic(normally open, normally close),Compack(normally open, normallly close, diode matrix, voltage, clock) Enumeration: 'diodeMatrix': 3, 'clock': 5, 'virtual': 6, 'voltage': 4, 'normallyOpen': 1, 'normallyClosed': 2.

Index used for navigating the rows of inputIoUnitsTable The size of the table is defined by the system

Number of programmable inputs available in IO unit.

This table contains the status of the programmable inputs for I/O monitor units. .

The Index to the Input of the selected I/O monitor unit. Or the input number if you like.

Programmable input status. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the programmable input in IO unit. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This will enable or disable this inputs Alarm functionality. Setting 'disabled' here will turn off lock the status to 'disabled' state Enumeration: 'disabled': 0, 'enabled': 1.

The inputs measured Value. Depending on the type of input, this may represent a Voltage, a Temperature, a Current or a Boolean value.

Configuration of the input type. Configurations available for IO unit are normally open, normally closed, diode matrix, voltage. Enumeration: 'normallyOpen': 1, 'diodeMatrix': 3, 'normallyClosed': 2, 'voltage': 4.

Index used for navigating the rows of outputControlUnitTable The size of the table is defined by the system

Number of outputs available in controller.

This table contains the status of the outputs for Control Units.

Index used for navigating the rows of outputControlUnitoutputTable The size of the table is defined by the outputControlUnitNumberOfOutputs

General output relays may be 'energized' or 'not energized'. 'energized' and 'not energized' correspond to normal and alarm condition respectively for normally activated configuration. Latched contactors may have values 'disconnected' or 'connected' Enumeration: 'energized': 1, 'connected': 3, 'notenergized': 0, 'disconnected': 2.

A textual description of the output. This is stored in the system controller and can be changed by the user.

Index used for navigating the rows of outputIoUnitTable The size of the table is defined by the system

Number of outputs available in IO unit.

This table contains the status of the outputs for IO Units.

Index used for navigating the rows of outputIOUnitOutputTable The size of the table is defined by the outputIOUnitNumberOfOutputs

General output relays may be 'energized' or 'not energized'. Latched contactors may have values 'disconnected' or 'connected' Enumeration: 'energized': 1, 'connected': 3, 'notenergized': 0, 'disconnected': 2.

A textual description of the output in IO unit. This is stored in the system controller and can be changed by the user.

The overall status of control system subsystem Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

This is the system time.

Total number of controllers (SP2 Basic, Compack, Smartpack S, Smartpack)

When this is enabled, a trap is sent when a alarm condition goes off . Enumeration: 'disabled': 0, 'enabled': 1.

The time between every repeated trap when an alarm condition is on. To turn repetetive traps off, set to zero. Can be 0 to 1440 minutes i.e 24 hours.

The time between every heartbeat trap when an alarm condition is on. To turn heartbeat traps off, set to zero. Can be 0 to 1440 minutes i.e 24 hours.

When this is enabled, no trap is sent regardless of alarm conditions. Enumeration: 'disabled': 0, 'enabled': 1.

Reset manual alarms and put buzzer into silence. Enumeration: 'pushbutton': 0, 'resetalarm': 1.

If set to '1', the number of modules (rectifier, solar charger, wind charger, control units, etc.) will be reset, and only those modules communicating are counted. Enumeration: 'resetnumber': 1, 'pushbutton': 0.

This is the number of IO units installed in the system.

Index used for navigating the rows of controlSystemIoUnitTable The size of the table is defined by the system

Number of temperature measurements available in IO unit

Number of fan measurements available in IO unit

Index used for navigating the rows of controlSystemIoUnitTemperatureTable The size of the table is defined by the controlSystemIoUnitNumberOfTemperatures

The status of temperature monitor Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

A textual description of the temperature monitor in control system. This is stored in the system controller and can be changed by the user.

The number of consecutive times this alamcondition has been transmitted in a trap. When trap repetition is enabled, this counter increments every time this trap is repeated. The counter is automatically set to zero when the alarm condition is reset and the alarm goes off

This value once enabled, the alarm condition of the monitor will be reported. Enumeration: 'disabled': 0, 'enabled': 1.

The measured temperature value.

The major high alarm limit

The minor high alarm limit

The minor low alarm limit

The major low alarm limit

Index used for navigating the rows 1..2 of ioUnitFan Table

The measured fan speed

The measured fan speed deviation

Fan speed control value in percentage

Total number of control units installed in system.

A table containing an inventory listing. Each row represent one of the system hardware unit that is connected to the can bus. These units are system controllers, battery monitors, I/O units, AC Mains Monitor boxes and load monitors. Due to the system architechture the tables index are not contiguous. Each unit type har its own address range on the can bus. All unit types except the system controller may contain from 0 to 14 units. The system controlller can never be zero. Then there is no powersystem.

One row in the table containing all hardware units connected to the canbus.

Index used for navigating the rows of controlUnitTable The size of the table is defined by the controlUnitNumberOfUnits

A textual description of the control unit

The overall status of the control unit. Enumeration: 'minorAlarm': 2, 'valueTemp': 15, 'minorHigh': 11, 'valueVolt': 13, 'majorAlarm': 3, 'disconnected': 5, 'normal': 1, 'minorAndMajor': 7, 'minorLow': 9, 'valuePerCent': 17, 'disabled': 4, 'majorLow': 8, 'valueUnit': 16, 'critical': 18, 'majorHigh': 10, 'error': 0, 'notPresent': 6, 'warning': 19, 'event': 12, 'valueAmp': 14.

Serial number of the control unit.

Hardware part number of the control unit.