Template
Exor Energy meter 3-phase
Description
To read the values of your Exor 3-phase energy meter via modbus.
Inputs and outputs · 73
| Name | Type | Unit |
|---|---|---|
| Active Energy 1st phase T1 | Modbus | kWh |
| Active Energy 2nd phase T1 | Modbus | kWh |
| Active Energy 3rd phase T1 | Modbus | kWh |
| Active Energy Σ T1 | Modbus | kWh |
| Active Energy 1st phase T2 | Modbus | kWh |
| Active Energy 2nd phase T2 | Modbus | kWh |
| Active Energy 3rd phase T2 | Modbus | kWh |
| Active Energy Σ T2 | Modbus | kWh |
| Active Energy 1st phase T1, exp | Modbus | kWh |
| Active Energy 2nd phase T1, exp | Modbus | kWh |
| Active Energy 3rd phase T1, exp | Modbus | kWh |
| Active Energy Σ T1, exp | Modbus | kWh |
| Active Energy 1st phase T2, exp | Modbus | kWh |
| Active Energy 2nd phase T2, exp | Modbus | kWh |
| Active Energy 3rd phase T2, exp | Modbus | kWh |
| Active Energy Σ T2, exp | Modbus | kWh |
| Total Active Energy Σ (T1_T2), imp | Modbus | kWh |
| Total Active Energy Σ (T1_T2), exp | Modbus | kWh |
| Active Power 1st phase | Modbus | kW |
| Active Power 2nd phase | Modbus | kW |
| Active Power 3rd phase | Modbus | kW |
| Active Power Σ | Modbus | kW |
| Reactive Energy 1st phase T1, imp | Modbus | kvarh |
| Reactive Energy 2nd phase T1, imp | Modbus | kvarh |
| Reactive Energy 3rd phase T1, imp | Modbus | kvarh |
| Reactive Energy Σ T1, imp | Modbus | kvarh |
| Reactive Energy 1st phase T2, imp | Modbus | kvarh |
| Reactive Energy 2nd phase T2, imp | Modbus | kvarh |
| Reactive Energy 3rd phase T2, imp | Modbus | kvarh |
| Reactive Energy Σ T2, imp | Modbus | kvarh |
| Reactive Energy 1st phase T1, exp | Modbus | kvarh |
| Reactive Energy 2nd phase T1, exp | Modbus | kvarh |
| Reactive Energy 3rd phase T1, exp | Modbus | kvarh |
| Reactive Energy Σ T1, exp | Modbus | kvarh |
| Reactive Energy 1st phase T2, exp | Modbus | kvarh |
| Reactive Energy 2nd phase T2, exp | Modbus | kvarh |
| Reactive Energy 3rd phase T2, exp | Modbus | kvarh |
| Reactive Energy Σ T2, exp | Modbus | kvarh |
| Reactive Energy Σ T1, capacitive | Modbus | kvarh |
| Reactive Energy Σ T2, capacitive | Modbus | kvarh |
| Reactive Energy Σ T1, inductive | Modbus | kvarh |
| Reactive Energy Σ T2, inductive | Modbus | kvarh |
| Reactive Power 1st phase | Modbus | kvar |
| Reactive Power 2nd phase | Modbus | kvar |
| Reactive Power 3rd phase | Modbus | kvar |
| Reactive Power Σ | Modbus | kvar |
| Apparent Energy Σ T1 | Modbus | kVAh |
| Apparent Energy Σ T2 | Modbus | kVAh |
| Apparent Power phase1 | Modbus | kVA |
| Apparent Power phase2 | Modbus | kVA |
| Apparent Power phase3 | Modbus | kVA |
| Apparent Power Σ | Modbus | kVA |
| L1-N Voltage | Modbus | V |
| L2-N Voltage | Modbus | V |
| L3-N Voltage | Modbus | V |
| L1-L2 Voltage | Modbus | V |
| L2-L3 Voltage | Modbus | V |
| L3-L1 Voltage | Modbus | V |
| Phase1 Current | Modbus | A |
| Phase2 Current | Modbus | A |
| Phase3 Current | Modbus | A |
| Residual current | Modbus | A |
| Power Factor cos φ phase1 | Modbus | <v.3> |
| Power Factor cos φ phase2 | Modbus | <v.3> |
| Power Factor cos φ phase3 | Modbus | <v.3> |
| Power Factor cos φ Σ | Modbus | <v.3> |
| Frequency | Modbus | Hz |
| Total Harmonic Distortion Voltage phase1 | Modbus | % |
| Total Harmonic Distortion Voltage phase2 | Modbus | % |
| Total Harmonic Distortion Voltage phase3 | Modbus | % |
| Total Harmonic Distortion Current phase1 | Modbus | % |
| Total Harmonic Distortion Current phase2 | Modbus | % |
| Total Harmonic Distortion Current phase3 | Modbus | % |
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