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MQTT Variables
The below, is a list of variables, any of which can be easily published via MQTT - either singly, or batched.
This information also relates to Firmware-Configuration-and-Flashing
MQTT Hardware Device Variables
- You are able to add any of these within the MQTT Publishing code, and also format the output value decimal places / rounding.
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LineVoltage1 LineVoltage1 - Urms - Line 1 Voltage RMS
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LineVoltage2 LineVoltage2 - Urms - Line 2 Voltage RMS
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LineVoltage3 LineVoltage3 - Urms - Line 3 Voltage RMS
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LineVoltageAverage LineVoltageAverage - Urms - Line Average Voltage RMS (V1+V2+V3/3)
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LineVoltageTotal LineVoltageTotal - Urms - Line Voltage Total RMS (V1+0+V3)
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LineCurrentCT1 LineCurrentCT1 - Irms - Line 1 Current RMS
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LineCurrentCT2 LineCurrentCT2 - Irms - Line 2 Current RMS
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LineCurrentCT3 LineCurrentCT3 - Irms - Line 3 Current RMS
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LineCurrentCT4 LineCurrentCT4 - Irms - Line 4 Current RMS (ESP)
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LineCurrentCTN LineCurrentCTN - Irms - Line N Current RMS
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LineCurrentTotal LineCurrentTotal - Irms - Line Total Current RMS (CT1+CT2+CT3+(CT4))
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CalculatedPowerCT1 Calculated Power V*A Watts RMS
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CalculatedPowerCT2 Calculated Power V*A Watts RMS
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CalculatedPowerCT3 Calculated Power V*A Watts RMS
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CalculatedPowerCT4 Calculated Power V*A Watts RMS (ESP)
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CalculatedTotalPower CalculatedTotalPower
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ActivePowerCT1 ActivePowerCT1 - Pmean - Line Mean Active Power
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ActivePowerCT2 ActivePowerCT2 - Pmean - Line Mean Active Power
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ActivePowerCT3 ActivePowerCT3 - Pmean - Line Mean Active Power
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TotalActivePower TotalActivePower - Pmean - Line Mean Active Power
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CalculatedTotalActivePower CalculatedTotalActivePower - Pmean - Line Mean Active Power
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ActivePowerImportCT1 ActivePowerCT1 - Pmean - Line Mean Active Power Import
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ActivePowerImportCT2 ActivePowerCT2 - Pmean - Line Mean Active Power Import
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ActivePowerImportCT3 ActivePowerCT3 - Pmean - Line Mean Active Power Import
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TotalActivePowerImport TotalActivePower - Pmean - Line Mean Active Power Import
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ActivePowerExportCT1 ActivePowerCT1 - Pmean - Line Mean Active Power Export
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ActivePowerExportCT2 ActivePowerCT2 - Pmean - Line Mean Active Power Export
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ActivePowerExportCT3 ActivePowerCT3 - Pmean - Line Mean Active Power Export
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TotalActivePowerExport TotalActivePower - Pmean - Line Mean Active Power Export
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ReactivePowerCT1 ReactivePowerCT1 - Pmean - Line Mean Active Power
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ReactivePowerCT2 ReactivePowerCT2 - Pmean - Line Mean Active Power
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ReactivePowerCT3 ReactivePowerCT3 - Pmean - Line Mean Active Power
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TotalReactivePower TotalReactivePower - Pmean - Line Mean Active Power
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CalculatedTotalReactivePower CalculatedTotalReactivePower - Pmean - Line Mean Active Power
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ApparentPowerCT1 ApparentPowerCT1 - Pmean - Line Mean Apparent Power
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ApparentPowerCT2 ApparentPowerCT2 - Pmean - Line Mean Apparent Power
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ApparentPowerCT3 ApparentPowerCT3 - Pmean - Line Mean Apparent Power
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TotalApparentPower TotalApparentPower - Pmean - Line Mean Apparent Power
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CalculatedTotalApparentPower CalculatedTotalApparentPower - Pmean - Line Mean Apparent Power
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TotalActiveFundPower TotalActiveFundPower
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TotalActiveHarPower TotalActiveHarPower
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PowerFactorCT1 PowerFactorCT1 - PowerF - Line Power Factor
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PowerFactorCT2 PowerFactorCT2 - PowerF - Line Power Factor
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PowerFactorCT3 PowerFactorCT3 - PowerF - Line Power Factor
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TotalPowerFactor TotalPowerFactor - PowerF - Line Power Factor
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PhaseAngleCT1 PhaseAngleCT1 - Phase Angle
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PhaseAngleCT2 PhaseAngleCT2 - Phase Angle
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PhaseAngleCT3 PhaseAngleCT3 - Phase Angle
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ChipTemperature ChipTemperature ATM90E3x Internal Chip Temperature °C
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LineFrequency LineFrequency - Line Voltage Frequency
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DCVoltage PCB DC Input (Derived from AC)
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PCBTemperature PCB NTC °C
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Additional information, and other technical details on this project, maybe found in the related repository pages.
Repository Folders
- Code (Code examples for Arduino IDE and PlatformIO)
- Datasheets and Information (Component Datasheets, Schematics, Board Layouts, Photos, Technical Documentation)
- Certification (Related Repository Project or Part, Certification Information)
Repository Tabs
- Wiki (Related Repository Wiki pages and Technical User Information)
- Discussions (Related Repository User Discussion Forum)
- Issues (Related Repository Technical Issues and Fixes)
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- Visit the related Project plus the related Discussions and Wiki Pages. See tab in each separate repository.
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Dave Williams, Eastbourne, UK.
Electronics Engineer | Software Developer | R&D Support | RF Engineering | Product Certification and Testing | STEM Ambassador
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