Domoticz Variables

The below, is a list of IPEM variables which can be published to Domoticz.

Simply change an index number > 0, and it will automatically publish to that index. You could add a different index to all variables, if you really wished.

This information relates to Firmware-Configuration-and-Flashing

Domoticz Hardware Device Indexes

• Set these values to the Domoticz Devices Indexes (IDX). If Zero, then entry is ignored. Device needs to be created in Domoticz.

  • idxLineVoltage1 = 0      LineVoltage1 - Urms - Line 1 Voltage RMS

  • idxLineVoltage2 = 0      LineVoltage2 - Urms - Line 2 Voltage RMS

  • idxLineVoltage3 = 0      LineVoltage3 - Urms - Line 3 Voltage RMS

  • idxLineVoltageAverage = 0      LineVoltageAverage - Urms - Line Average Voltage RMS (V1+V2+V3/3)

  • idxLineVoltageTotal = 0      LineVoltageTotal - Urms - Line Voltage Total RMS (V1+0+V3)

  • idxLineCurrentCT1 = 0      LineCurrentCT1 - Irms - Line 1 Current RMS

  • idxLineCurrentCT2 = 0      LineCurrentCT2 - Irms - Line 2 Current RMS

  • idxLineCurrentCT3 = 0      LineCurrentCT3 - Irms - Line 3 Current RMS

  • idxLineCurrentCT4 = 0      LineCurrentCT4 - Irms - Line 4 Current RMS (ESP)

  • idxLineCurrentCTN = 0      LineCurrentCTN - Irms - Line N Current RMS

  • idxLineCurrentTotal = 0      LineCurrentTotal - Irms - Line Total Current RMS (CT1+CT2+CT3+(CT4))

  • idxCalculatedPowerCT1 = 0      Calculated Power V*A Watts RMS

  • idxCalculatedPowerCT2 = 0      Calculated Power V*A Watts RMS

  • idxCalculatedPowerCT3 = 0      Calculated Power V*A Watts RMS

  • idxCalculatedPowerCT4 = 0      Calculated Power V*A Watts RMS (ESP)

  • idxCalculatedTotalPower = 0      CalculatedTotalPower

  • idxActivePowerCT1 = 0      ActivePowerCT1 - Pmean - Line Mean Active Power

  • idxActivePowerCT2 = 0      ActivePowerCT2 - Pmean - Line Mean Active Power

  • idxActivePowerCT3 = 0      ActivePowerCT3 - Pmean - Line Mean Active Power

  • idxTotalActivePower = 0      TotalActivePower - Pmean - Line Mean Active Power

  • idxCalculatedTotalActivePower = 0      CalculatedTotalActivePower - Pmean - Line Mean Active Power

  • idxActivePowerImportCT1 = 0      ActivePowerCT1 - Pmean - Line Mean Active Power Import

  • idxActivePowerImportCT2 = 0      ActivePowerCT2 - Pmean - Line Mean Active Power Import

  • idxActivePowerImportCT3 = 0      ActivePowerCT3 - Pmean - Line Mean Active Power Import

  • idxTotalActivePowerImport = 0      TotalActivePower - Pmean - Line Mean Active Power Import

  • idxActivePowerExportCT1 = 0      ActivePowerCT1 - Pmean - Line Mean Active Power Export

  • idxActivePowerExportCT2 = 0      ActivePowerCT2 - Pmean - Line Mean Active Power Export

  • idxActivePowerExportCT3 = 0      ActivePowerCT3 - Pmean - Line Mean Active Power Export

  • idxTotalActivePowerExport = 0      TotalActivePower - Pmean - Line Mean Active Power Export

  • idxReactivePowerCT1 = 0      ReactivePowerCT1 - Pmean - Line Mean Active Power

  • idxReactivePowerCT2 = 0      ReactivePowerCT2 - Pmean - Line Mean Active Power

  • idxReactivePowerCT3 = 0      ReactivePowerCT3 - Pmean - Line Mean Active Power

  • idxTotalReactivePower = 0      TotalReactivePower - Pmean - Line Mean Active Power

  • idxCalculatedTotalReactivePower = 0      CalculatedTotalReactivePower - Pmean - Line Mean Active Power

  • idxApparentPowerCT1 = 0      ApparentPowerCT1 - Pmean - Line Mean Apparent Power

  • idxApparentPowerCT2 = 0      ApparentPowerCT2 - Pmean - Line Mean Apparent Power

  • idxApparentPowerCT3 = 0      ApparentPowerCT3 - Pmean - Line Mean Apparent Power

  • idxTotalApparentPower = 0      TotalApparentPower - Pmean - Line Mean Apparent Power

  • idxCalculatedTotalApparentPower = 0      CalculatedTotalApparentPower - Pmean - Line Mean Apparent Power

  • idxTotalActiveFundPower = 0      TotalActiveFundPower

  • idxTotalActiveHarPower = 0      TotalActiveHarPower

  • idxPowerFactorCT1 = 0      PowerFactorCT1 - PowerF - Line Power Factor

  • idxPowerFactorCT2 = 0      PowerFactorCT2 - PowerF - Line Power Factor

  • idxPowerFactorCT3 = 0      PowerFactorCT3 - PowerF - Line Power Factor

  • idxTotalPowerFactor = 0      TotalPowerFactor - PowerF - Line Power Factor

  • idxPhaseAngleCT1 = 0      PhaseAngleCT1 - Phase Angle

  • idxPhaseAngleCT2 = 0      PhaseAngleCT2 - Phase Angle

  • idxPhaseAngleCT3 = 0      PhaseAngleCT3 - Phase Angle

  • idxChipTemperature = 0      ChipTemperature ATM90E3x Internal Chip Temperature °C

  • idxLineFrequency = 0      LineFrequency - Line Voltage Frequency

  • idxDCVoltage = 0      PCB DC Input (Derived from AC)

  • idxPCBTemperature = 0      PCB NTC °C