Circutor CVM-E3-MINI
Compacte driefase-netanalyser met energie per tarief, per fase en harmonischen tot de 31e.
De Circutor CVM-E3-MINI is een compacte netanalyser die driefase spanning, stroom, vermogen en energie meet in verdeelinrichtingen en onderverdelers. Deze Modbus RTU-template leest vermogen, energie per tarief en per fase, THD en harmonischen, en laat je tellers wissen en transformatorverhoudingen en alarminstellingen wijzigen vanuit ModbusCloud.
- Protocol
- Modbus RTU
- Aansluiting
- RS485, 19200 baud
- Registers
- 531, lezen en schrijven
- Merk
- Circutor
- Belangrijke uitlezingen
- Fasespanningen · Fasestromen · Actief vermogen · Arbeidsfactor · Frequentie · THD spanning en stroom · Actieve energie · Harmonischen
- Beschikbare commando's
- Transformatorverhoudingen · Meetsysteem · Alarmgrenzen · Energietellers wissen · Communicatie-instellingen
- Ondersteunde modellen
- CVM-E3-MINI-ITF · CVM-E3-MINI-MC · CVM-E3-MINI-FLEX · CVM-E3-MINI-ITF-WiEth · CVM-E3-MINI-MC-WiEth · CVM-E3-MINI-FLEX-WiEth
- Laatst bijgewerkt
Registers (531)
519 lezen, 52 schrijven
| Naam | Eenheid | Toegang | Adres (Verborgen tot je je e-mailadres invult) | Functie (verborgen) | Type (verborgen) |
|---|---|---|---|---|---|
| L1 Phase Voltage | V | Lezen | |||
| L1 Phase Voltage Max | V | Lezen | |||
| L1 Phase Voltage Min | V | Lezen | |||
| L1 Current | A | Lezen | |||
| L1 Current Max | A | Lezen | |||
| L1 Current Min | A | Lezen | |||
| L1 Active Power | W | Lezen | |||
| L1 Active Power Max | W | Lezen | |||
| L1 Active Power Min | W | Lezen | |||
| L1 Inductive Power | var | Lezen | |||
| L1 Inductive Power Max | var | Lezen | |||
| L1 Inductive Power Min | var | Lezen | |||
| L1 Capacitive Power | var | Lezen | |||
| L1 Capacitive Power Max | var | Lezen | |||
| L1 Capacitive Power Min | var | Lezen | |||
| L1 Apparent Power | VA | Lezen | |||
| L1 Apparent Power Max | VA | Lezen | |||
| L1 Apparent Power Min | VA | Lezen | |||
| L1 Power Factor | Lezen | ||||
| L1 Power Factor Max | Lezen | ||||
| L1 Power Factor Min | Lezen | ||||
| Cos Phi L1 | Lezen | ||||
| Cos Phi L1 Max | Lezen | ||||
| Cos Phi L1 Min | Lezen | ||||
| L2 Phase Voltage | V | Lezen | |||
| L2 Phase Voltage Max | V | Lezen | |||
| L2 Phase Voltage Min | V | Lezen | |||
| L2 Current | A | Lezen | |||
| L2 Current Max | A | Lezen | |||
| L2 Current Min | A | Lezen | |||
| L2 Active Power | W | Lezen | |||
| L2 Active Power Max | W | Lezen | |||
| L2 Active Power Min | W | Lezen | |||
| L2 Inductive Power | var | Lezen | |||
| L2 Inductive Power Max | var | Lezen | |||
| L2 Inductive Power Min | var | Lezen | |||
| L2 Capacitive Power | var | Lezen | |||
| L2 Capacitive Power Max | var | Lezen | |||
| L2 Capacitive Power Min | var | Lezen | |||
| L2 Apparent Power | VA | Lezen | |||
| L2 Apparent Power Max | VA | Lezen | |||
| L2 Apparent Power Min | VA | Lezen | |||
| L2 Power Factor | Lezen | ||||
| L2 Power Factor Max | Lezen | ||||
| L2 Power Factor Min | Lezen | ||||
| Cos Phi L2 | Lezen | ||||
| Cos Phi L2 Max | Lezen | ||||
| Cos Phi L2 Min | Lezen | ||||
| L3 Phase Voltage | V | Lezen | |||
| L3 Phase Voltage Max | V | Lezen | |||
| L3 Phase Voltage Min | V | Lezen | |||
| L3 Current | A | Lezen | |||
| L3 Current Max | A | Lezen | |||
| L3 Current Min | A | Lezen | |||
| L3 Active Power | W | Lezen | |||
| L3 Active Power Max | W | Lezen | |||
| L3 Active Power Min | W | Lezen | |||
| L3 Inductive Power | var | Lezen | |||
| L3 Inductive Power Max | var | Lezen | |||
| L3 Inductive Power Min | var | Lezen | |||
| L3 Capacitive Power | var | Lezen | |||
| L3 Capacitive Power Max | var | Lezen | |||
| L3 Capacitive Power Min | var | Lezen | |||
| L3 Apparent Power | VA | Lezen | |||
| L3 Apparent Power Max | VA | Lezen | |||
| L3 Apparent Power Min | VA | Lezen | |||
| L3 Power Factor | Lezen | ||||
| L3 Power Factor Max | Lezen | ||||
| L3 Power Factor Min | Lezen | ||||
| Cos Phi L3 | Lezen | ||||
| Cos Phi L3 Max | Lezen | ||||
| Cos Phi L3 Min | Lezen | ||||
| Three-phase Active Power | W | Lezen | |||
| Three-phase Active Power Max | W | Lezen | |||
| Three-phase Active Power Min | W | Lezen | |||
| Three-phase Inductive Power | var | Lezen | |||
| Three-phase Inductive Power Max | var | Lezen | |||
| Three-phase Inductive Power Min | var | Lezen | |||
| Three-phase Capacitive Power | var | Lezen | |||
| Three-phase Capacitive Power Max | var | Lezen | |||
| Three-phase Capacitive Power Min | var | Lezen | |||
| Three-phase Apparent Power | VA | Lezen | |||
| Three-phase Apparent Power Max | VA | Lezen | |||
| Three-phase Apparent Power Min | VA | Lezen | |||
| Three-phase Power Factor | Lezen | ||||
| Three-phase Power Factor Max | Lezen | ||||
| Three-phase Power Factor Min | Lezen | ||||
| Three-phase Cos Phi | Lezen | ||||
| Three-phase Cos Phi Max | Lezen | ||||
| Three-phase Cos Phi Min | Lezen | ||||
| L1 Frequency | Hz | Lezen | |||
| L1 Frequency Max | Hz | Lezen | |||
| L1 Frequency Min | Hz | Lezen | |||
| L1-L2 Voltage | V | Lezen | |||
| L1-L2 Voltage Max | V | Lezen | |||
| L1-L2 Voltage Min | V | Lezen | |||
| L2-L3 Voltage | V | Lezen | |||
| L2-L3 Voltage Max | V | Lezen | |||
| L2-L3 Voltage Min | V | Lezen | |||
| L3-L1 Voltage | V | Lezen | |||
| L3-L1 Voltage Max | V | Lezen | |||
| L3-L1 Voltage Min | V | Lezen | |||
| L1 Voltage THD | % | Lezen | |||
| L1 Voltage THD Max | % | Lezen | |||
| L1 Voltage THD Min | % | Lezen | |||
| L2 Voltage THD | % | Lezen | |||
| L2 Voltage THD Max | % | Lezen | |||
| L2 Voltage THD Min | % | Lezen | |||
| L3 Voltage THD | % | Lezen | |||
| L3 Voltage THD Max | % | Lezen | |||
| L3 Voltage THD Min | % | Lezen | |||
| L1 Current THD | % | Lezen | |||
| L1 Current THD Max | % | Lezen | |||
| L1 Current THD Min | % | Lezen | |||
| L2 Current THD | % | Lezen | |||
| L2 Current THD Max | % | Lezen | |||
| L2 Current THD Min | % | Lezen | |||
| L3 Current THD | % | Lezen | |||
| L3 Current THD Max | % | Lezen | |||
| L3 Current THD Min | % | Lezen | |||
| Maximum Demand KW III | W | Lezen | |||
| Maximum Demand KW III Max | W | Lezen | |||
| Maximum Demand KVA III | VA | Lezen | |||
| Maximum Demand KVA III Max | VA | Lezen | |||
| Maximum Demand KvarL III | var | Lezen | |||
| Maximum Demand KvarL III Max | var | Lezen | |||
| Maximum Demand KvarC III | var | Lezen | |||
| Maximum Demand KvarC III Max | var | Lezen | |||
| Maximum Demand I L1 | A | Lezen | |||
| Maximum Demand I L1 Max | A | Lezen | |||
| Maximum Demand I L2 | A | Lezen | |||
| Maximum Demand I L2 Max | A | Lezen | |||
| Maximum Demand I L3 | A | Lezen | |||
| Maximum Demand I L3 Max | A | Lezen | |||
| L1 Reactive Power | var | Lezen | |||
| L1 Reactive Power Max | var | Lezen | |||
| L1 Reactive Power Min | var | Lezen | |||
| L2 Reactive Power | var | Lezen | |||
| L2 Reactive Power Max | var | Lezen | |||
| L2 Reactive Power Min | var | Lezen | |||
| L3 Reactive Power | var | Lezen | |||
| L3 Reactive Power Max | var | Lezen | |||
| L3 Reactive Power Min | var | Lezen | |||
| Three-phase Current Average | A | Lezen | |||
| Three-phase Current Average Max | A | Lezen | |||
| Three-phase Current Average Min | A | Lezen | |||
| Power Status | Lezen | ||||
| Wrong Rotation Detected | Lezen | ||||
| Digital Inputs Status | Lezen | ||||
| Digital Outputs Status | Lezen | ||||
| Protocol | Lezen en schrijven | ||||
| Peripheral Number | Lezen en schrijven | ||||
| Baud Rate | Lezen en schrijven | ||||
| Parity | Lezen en schrijven | ||||
| Consumed Active Energy kWh T1 | kWh | Lezen | |||
| Consumed Active Energy kWh T2 | kWh | Lezen | |||
| Consumed Active Energy kWh Total | kWh | Lezen | |||
| Consumed Active Energy Wh T1 | Wh | Lezen | |||
| Consumed Active Energy Wh T2 | Wh | Lezen | |||
| Consumed Active Energy Wh Total | Wh | Lezen | |||
| Consumed Inductive Energy kvarh T1 | kvarh | Lezen | |||
| Consumed Inductive Energy kvarh T2 | kvarh | Lezen | |||
| Consumed Inductive Energy kvarh Total | kvarh | Lezen | |||
| Consumed Inductive Energy varh T1 | varh | Lezen | |||
| Consumed Inductive Energy varh T2 | varh | Lezen | |||
| Consumed Inductive Energy varh Total | varh | Lezen | |||
| Consumed Capacitive Energy kvarh T1 | kvarh | Lezen | |||
| Consumed Capacitive Energy kvarh T2 | kvarh | Lezen | |||
| Consumed Capacitive Energy kvarh Total | kvarh | Lezen | |||
| Consumed Capacitive Energy varh T1 | varh | Lezen | |||
| Consumed Capacitive Energy varh T2 | varh | Lezen | |||
| Consumed Capacitive Energy varh Total | varh | Lezen | |||
| Consumed Apparent Energy kVAh T1 | kVAh | Lezen | |||
| Consumed Apparent Energy kVAh T2 | kVAh | Lezen | |||
| Consumed Apparent Energy kVAh Total | kVAh | Lezen | |||
| Consumed Apparent Energy VAh T1 | VAh | Lezen | |||
| Consumed Apparent Energy VAh T2 | VAh | Lezen | |||
| Consumed Apparent Energy VAh Total | VAh | Lezen | |||
| Consumed CO2 Emissions T1 | kg | Lezen | |||
| Consumed CO2 Emissions T2 | kg | Lezen | |||
| Consumed CO2 Emissions Total | kg | Lezen | |||
| Consumption Cost T1 | Lezen | ||||
| Consumption Cost T2 | Lezen | ||||
| Consumption Cost Total | Lezen | ||||
| Generated Active Energy kWh T1 | kWh | Lezen | |||
| Generated Active Energy kWh T2 | kWh | Lezen | |||
| Generated Active Energy kWh Total | kWh | Lezen | |||
| Generated Active Energy Wh T1 | Wh | Lezen | |||
| Generated Active Energy Wh T2 | Wh | Lezen | |||
| Generated Active Energy Wh Total | Wh | Lezen | |||
| Generated Inductive Energy kvarh T1 | kvarh | Lezen | |||
| Generated Inductive Energy kvarh T2 | kvarh | Lezen | |||
| Generated Inductive Energy kvarh Total | kvarh | Lezen | |||
| Generated Inductive Energy varh T1 | varh | Lezen | |||
| Generated Inductive Energy varh T2 | varh | Lezen | |||
| Generated Inductive Energy varh Total | varh | Lezen | |||
| Generated Capacitive Energy kvarh T1 | kvarh | Lezen | |||
| Generated Capacitive Energy kvarh T2 | kvarh | Lezen | |||
| Generated Capacitive Energy kvarh Total | kvarh | Lezen | |||
| Generated Capacitive Energy varh T1 | varh | Lezen | |||
| Generated Capacitive Energy varh T2 | varh | Lezen | |||
| Generated Capacitive Energy varh Total | varh | Lezen | |||
| Generated Apparent Energy kVAh T1 | kVAh | Lezen | |||
| Generated Apparent Energy kVAh T2 | kVAh | Lezen | |||
| Generated Apparent Energy kVAh Total | kVAh | Lezen | |||
| Generated Apparent Energy VAh T1 | VAh | Lezen | |||
| Generated Apparent Energy VAh T2 | VAh | Lezen | |||
| Generated Apparent Energy VAh Total | VAh | Lezen | |||
| Generated CO2 Emissions T1 | kg | Lezen | |||
| Generated CO2 Emissions T2 | kg | Lezen | |||
| Generated CO2 Emissions Total | kg | Lezen | |||
| Generation Cost T1 | Lezen | ||||
| Generation Cost T2 | Lezen | ||||
| Generation Cost Total | Lezen | ||||
| Tariff Time T1 | s | Lezen | |||
| Tariff Time T2 | s | Lezen | |||
| Tariff Time Total | s | Lezen | |||
| Active Energy Instantaneous | Wh | Lezen | |||
| Inductive Energy Instantaneous | varh | Lezen | |||
| Capacitive Energy Instantaneous | varh | Lezen | |||
| Apparent Energy Instantaneous | VAh | Lezen | |||
| Generated Active Energy Instantaneous | Wh | Lezen | |||
| Generated Inductive Energy Instantaneous | varh | Lezen | |||
| Generated Capacitive Energy Instantaneous | varh | Lezen | |||
| Generated Apparent Energy Instantaneous | VAh | Lezen | |||
| L1 Consumed Active Energy kWh T1 | kWh | Lezen | |||
| L2 Consumed Active Energy kWh T1 | kWh | Lezen | |||
| L3 Consumed Active Energy kWh T1 | kWh | Lezen | |||
| L1 Consumed Active Energy Wh T1 | Wh | Lezen | |||
| L2 Consumed Active Energy Wh T1 | Wh | Lezen | |||
| L3 Consumed Active Energy Wh T1 | Wh | Lezen | |||
| L1 Consumed Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L2 Consumed Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L3 Consumed Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L1 Consumed Inductive Energy varh T1 | varh | Lezen | |||
| L2 Consumed Inductive Energy varh T1 | varh | Lezen | |||
| L3 Consumed Inductive Energy varh T1 | varh | Lezen | |||
| L1 Generated Active Energy kWh T1 | kWh | Lezen | |||
| L2 Generated Active Energy kWh T1 | kWh | Lezen | |||
| L3 Generated Active Energy kWh T1 | kWh | Lezen | |||
| L1 Generated Active Energy Wh T1 | Wh | Lezen | |||
| L2 Generated Active Energy Wh T1 | Wh | Lezen | |||
| L3 Generated Active Energy Wh T1 | Wh | Lezen | |||
| L1 Generated Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L2 Generated Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L3 Generated Inductive Energy kvarh T1 | kvarh | Lezen | |||
| L1 Generated Inductive Energy varh T1 | varh | Lezen | |||
| L2 Generated Inductive Energy varh T1 | varh | Lezen | |||
| L3 Generated Inductive Energy varh T1 | varh | Lezen | |||
| L1 Consumed Active Energy kWh T2 | kWh | Lezen | |||
| L2 Consumed Active Energy kWh T2 | kWh | Lezen | |||
| L3 Consumed Active Energy kWh T2 | kWh | Lezen | |||
| L1 Consumed Active Energy Wh T2 | Wh | Lezen | |||
| L2 Consumed Active Energy Wh T2 | Wh | Lezen | |||
| L3 Consumed Active Energy Wh T2 | Wh | Lezen | |||
| L1 Consumed Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L2 Consumed Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L3 Consumed Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L1 Consumed Inductive Energy varh T2 | varh | Lezen | |||
| L2 Consumed Inductive Energy varh T2 | varh | Lezen | |||
| L3 Consumed Inductive Energy varh T2 | varh | Lezen | |||
| L1 Generated Active Energy kWh T2 | kWh | Lezen | |||
| L2 Generated Active Energy kWh T2 | kWh | Lezen | |||
| L3 Generated Active Energy kWh T2 | kWh | Lezen | |||
| L1 Generated Active Energy Wh T2 | Wh | Lezen | |||
| L2 Generated Active Energy Wh T2 | Wh | Lezen | |||
| L3 Generated Active Energy Wh T2 | Wh | Lezen | |||
| L1 Generated Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L2 Generated Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L3 Generated Inductive Energy kvarh T2 | kvarh | Lezen | |||
| L1 Generated Inductive Energy varh T2 | varh | Lezen | |||
| L2 Generated Inductive Energy varh T2 | varh | Lezen | |||
| L3 Generated Inductive Energy varh T2 | varh | Lezen | |||
| L1 Consumed Active Energy kWh Total | kWh | Lezen | |||
| L2 Consumed Active Energy kWh Total | kWh | Lezen | |||
| L3 Consumed Active Energy kWh Total | kWh | Lezen | |||
| L1 Consumed Active Energy Wh Total | Wh | Lezen | |||
| L2 Consumed Active Energy Wh Total | Wh | Lezen | |||
| L3 Consumed Active Energy Wh Total | Wh | Lezen | |||
| L1 Consumed Inductive Energy kvarh Total | kvarh | Lezen | |||
| L2 Consumed Inductive Energy kvarh Total | kvarh | Lezen | |||
| L3 Consumed Inductive Energy kvarh Total | kvarh | Lezen | |||
| L1 Consumed Inductive Energy varh Total | varh | Lezen | |||
| L2 Consumed Inductive Energy varh Total | varh | Lezen | |||
| L3 Consumed Inductive Energy varh Total | varh | Lezen | |||
| L1 Generated Active Energy kWh Total | kWh | Lezen | |||
| L2 Generated Active Energy kWh Total | kWh | Lezen | |||
| L3 Generated Active Energy kWh Total | kWh | Lezen | |||
| L1 Generated Active Energy Wh Total | Wh | Lezen | |||
| L2 Generated Active Energy Wh Total | Wh | Lezen | |||
| L3 Generated Active Energy Wh Total | Wh | Lezen | |||
| L1 Generated Inductive Energy kvarh Total | kvarh | Lezen | |||
| L2 Generated Inductive Energy kvarh Total | kvarh | Lezen | |||
| L3 Generated Inductive Energy kvarh Total | kvarh | Lezen | |||
| L1 Generated Inductive Energy varh Total | varh | Lezen | |||
| L2 Generated Inductive Energy varh Total | varh | Lezen | |||
| L3 Generated Inductive Energy varh Total | varh | Lezen | |||
| L1 Voltage Fundamental | V | Lezen | |||
| L1 Voltage Harmonic 2 | % | Lezen | |||
| L1 Voltage Harmonic 3 | % | Lezen | |||
| L1 Voltage Harmonic 4 | % | Lezen | |||
| L1 Voltage Harmonic 5 | % | Lezen | |||
| L1 Voltage Harmonic 6 | % | Lezen | |||
| L1 Voltage Harmonic 7 | % | Lezen | |||
| L1 Voltage Harmonic 8 | % | Lezen | |||
| L1 Voltage Harmonic 9 | % | Lezen | |||
| L1 Voltage Harmonic 10 | % | Lezen | |||
| L1 Voltage Harmonic 11 | % | Lezen | |||
| L1 Voltage Harmonic 12 | % | Lezen | |||
| L1 Voltage Harmonic 13 | % | Lezen | |||
| L1 Voltage Harmonic 14 | % | Lezen | |||
| L1 Voltage Harmonic 15 | % | Lezen | |||
| L1 Voltage Harmonic 16 | % | Lezen | |||
| L1 Voltage Harmonic 17 | % | Lezen | |||
| L1 Voltage Harmonic 18 | % | Lezen | |||
| L1 Voltage Harmonic 19 | % | Lezen | |||
| L1 Voltage Harmonic 20 | % | Lezen | |||
| L1 Voltage Harmonic 21 | % | Lezen | |||
| L1 Voltage Harmonic 22 | % | Lezen | |||
| L1 Voltage Harmonic 23 | % | Lezen | |||
| L1 Voltage Harmonic 24 | % | Lezen | |||
| L1 Voltage Harmonic 25 | % | Lezen | |||
| L1 Voltage Harmonic 26 | % | Lezen | |||
| L1 Voltage Harmonic 27 | % | Lezen | |||
| L1 Voltage Harmonic 28 | % | Lezen | |||
| L1 Voltage Harmonic 29 | % | Lezen | |||
| L1 Voltage Harmonic 30 | % | Lezen | |||
| L1 Voltage Harmonic 31 | % | Lezen | |||
| L2 Voltage Fundamental | V | Lezen | |||
| L2 Voltage Harmonic 2 | % | Lezen | |||
| L2 Voltage Harmonic 3 | % | Lezen | |||
| L2 Voltage Harmonic 4 | % | Lezen | |||
| L2 Voltage Harmonic 5 | % | Lezen | |||
| L2 Voltage Harmonic 6 | % | Lezen | |||
| L2 Voltage Harmonic 7 | % | Lezen | |||
| L2 Voltage Harmonic 8 | % | Lezen | |||
| L2 Voltage Harmonic 9 | % | Lezen | |||
| L2 Voltage Harmonic 10 | % | Lezen | |||
| L2 Voltage Harmonic 11 | % | Lezen | |||
| L2 Voltage Harmonic 12 | % | Lezen | |||
| L2 Voltage Harmonic 13 | % | Lezen | |||
| L2 Voltage Harmonic 14 | % | Lezen | |||
| L2 Voltage Harmonic 15 | % | Lezen | |||
| L2 Voltage Harmonic 16 | % | Lezen | |||
| L2 Voltage Harmonic 17 | % | Lezen | |||
| L2 Voltage Harmonic 18 | % | Lezen | |||
| L2 Voltage Harmonic 19 | % | Lezen | |||
| L2 Voltage Harmonic 20 | % | Lezen | |||
| L2 Voltage Harmonic 21 | % | Lezen | |||
| L2 Voltage Harmonic 22 | % | Lezen | |||
| L2 Voltage Harmonic 23 | % | Lezen | |||
| L2 Voltage Harmonic 24 | % | Lezen | |||
| L2 Voltage Harmonic 25 | % | Lezen | |||
| L2 Voltage Harmonic 26 | % | Lezen | |||
| L2 Voltage Harmonic 27 | % | Lezen | |||
| L2 Voltage Harmonic 28 | % | Lezen | |||
| L2 Voltage Harmonic 29 | % | Lezen | |||
| L2 Voltage Harmonic 30 | % | Lezen | |||
| L2 Voltage Harmonic 31 | % | Lezen | |||
| L3 Voltage Fundamental | V | Lezen | |||
| L3 Voltage Harmonic 2 | % | Lezen | |||
| L3 Voltage Harmonic 3 | % | Lezen | |||
| L3 Voltage Harmonic 4 | % | Lezen | |||
| L3 Voltage Harmonic 5 | % | Lezen | |||
| L3 Voltage Harmonic 6 | % | Lezen | |||
| L3 Voltage Harmonic 7 | % | Lezen | |||
| L3 Voltage Harmonic 8 | % | Lezen | |||
| L3 Voltage Harmonic 9 | % | Lezen | |||
| L3 Voltage Harmonic 10 | % | Lezen | |||
| L3 Voltage Harmonic 11 | % | Lezen | |||
| L3 Voltage Harmonic 12 | % | Lezen | |||
| L3 Voltage Harmonic 13 | % | Lezen | |||
| L3 Voltage Harmonic 14 | % | Lezen | |||
| L3 Voltage Harmonic 15 | % | Lezen | |||
| L3 Voltage Harmonic 16 | % | Lezen | |||
| L3 Voltage Harmonic 17 | % | Lezen | |||
| L3 Voltage Harmonic 18 | % | Lezen | |||
| L3 Voltage Harmonic 19 | % | Lezen | |||
| L3 Voltage Harmonic 20 | % | Lezen | |||
| L3 Voltage Harmonic 21 | % | Lezen | |||
| L3 Voltage Harmonic 22 | % | Lezen | |||
| L3 Voltage Harmonic 23 | % | Lezen | |||
| L3 Voltage Harmonic 24 | % | Lezen | |||
| L3 Voltage Harmonic 25 | % | Lezen | |||
| L3 Voltage Harmonic 26 | % | Lezen | |||
| L3 Voltage Harmonic 27 | % | Lezen | |||
| L3 Voltage Harmonic 28 | % | Lezen | |||
| L3 Voltage Harmonic 29 | % | Lezen | |||
| L3 Voltage Harmonic 30 | % | Lezen | |||
| L3 Voltage Harmonic 31 | % | Lezen | |||
| L1 Current Fundamental | mA | Lezen | |||
| L1 Current Harmonic 2 | % | Lezen | |||
| L1 Current Harmonic 3 | % | Lezen | |||
| L1 Current Harmonic 4 | % | Lezen | |||
| L1 Current Harmonic 5 | % | Lezen | |||
| L1 Current Harmonic 6 | % | Lezen | |||
| L1 Current Harmonic 7 | % | Lezen | |||
| L1 Current Harmonic 8 | % | Lezen | |||
| L1 Current Harmonic 9 | % | Lezen | |||
| L1 Current Harmonic 10 | % | Lezen | |||
| L1 Current Harmonic 11 | % | Lezen | |||
| L1 Current Harmonic 12 | % | Lezen | |||
| L1 Current Harmonic 13 | % | Lezen | |||
| L1 Current Harmonic 14 | % | Lezen | |||
| L1 Current Harmonic 15 | % | Lezen | |||
| L1 Current Harmonic 16 | % | Lezen | |||
| L1 Current Harmonic 17 | % | Lezen | |||
| L1 Current Harmonic 18 | % | Lezen | |||
| L1 Current Harmonic 19 | % | Lezen | |||
| L1 Current Harmonic 20 | % | Lezen | |||
| L1 Current Harmonic 21 | % | Lezen | |||
| L1 Current Harmonic 22 | % | Lezen | |||
| L1 Current Harmonic 23 | % | Lezen | |||
| L1 Current Harmonic 24 | % | Lezen | |||
| L1 Current Harmonic 25 | % | Lezen | |||
| L1 Current Harmonic 26 | % | Lezen | |||
| L1 Current Harmonic 27 | % | Lezen | |||
| L1 Current Harmonic 28 | % | Lezen | |||
| L1 Current Harmonic 29 | % | Lezen | |||
| L1 Current Harmonic 30 | % | Lezen | |||
| L1 Current Harmonic 31 | % | Lezen | |||
| L2 Current Fundamental | mA | Lezen | |||
| L2 Current Harmonic 2 | % | Lezen | |||
| L2 Current Harmonic 3 | % | Lezen | |||
| L2 Current Harmonic 4 | % | Lezen | |||
| L2 Current Harmonic 5 | % | Lezen | |||
| L2 Current Harmonic 6 | % | Lezen | |||
| L2 Current Harmonic 7 | % | Lezen | |||
| L2 Current Harmonic 8 | % | Lezen | |||
| L2 Current Harmonic 9 | % | Lezen | |||
| L2 Current Harmonic 10 | % | Lezen | |||
| L2 Current Harmonic 11 | % | Lezen | |||
| L2 Current Harmonic 12 | % | Lezen | |||
| L2 Current Harmonic 13 | % | Lezen | |||
| L2 Current Harmonic 14 | % | Lezen | |||
| L2 Current Harmonic 15 | % | Lezen | |||
| L2 Current Harmonic 16 | % | Lezen | |||
| L2 Current Harmonic 17 | % | Lezen | |||
| L2 Current Harmonic 18 | % | Lezen | |||
| L2 Current Harmonic 19 | % | Lezen | |||
| L2 Current Harmonic 20 | % | Lezen | |||
| L2 Current Harmonic 21 | % | Lezen | |||
| L2 Current Harmonic 22 | % | Lezen | |||
| L2 Current Harmonic 23 | % | Lezen | |||
| L2 Current Harmonic 24 | % | Lezen | |||
| L2 Current Harmonic 25 | % | Lezen | |||
| L2 Current Harmonic 26 | % | Lezen | |||
| L2 Current Harmonic 27 | % | Lezen | |||
| L2 Current Harmonic 28 | % | Lezen | |||
| L2 Current Harmonic 29 | % | Lezen | |||
| L2 Current Harmonic 30 | % | Lezen | |||
| L2 Current Harmonic 31 | % | Lezen | |||
| L3 Current Fundamental | mA | Lezen | |||
| L3 Current Harmonic 2 | % | Lezen | |||
| L3 Current Harmonic 3 | % | Lezen | |||
| L3 Current Harmonic 4 | % | Lezen | |||
| L3 Current Harmonic 5 | % | Lezen | |||
| L3 Current Harmonic 6 | % | Lezen | |||
| L3 Current Harmonic 7 | % | Lezen | |||
| L3 Current Harmonic 8 | % | Lezen | |||
| L3 Current Harmonic 9 | % | Lezen | |||
| L3 Current Harmonic 10 | % | Lezen | |||
| L3 Current Harmonic 11 | % | Lezen | |||
| L3 Current Harmonic 12 | % | Lezen | |||
| L3 Current Harmonic 13 | % | Lezen | |||
| L3 Current Harmonic 14 | % | Lezen | |||
| L3 Current Harmonic 15 | % | Lezen | |||
| L3 Current Harmonic 16 | % | Lezen | |||
| L3 Current Harmonic 17 | % | Lezen | |||
| L3 Current Harmonic 18 | % | Lezen | |||
| L3 Current Harmonic 19 | % | Lezen | |||
| L3 Current Harmonic 20 | % | Lezen | |||
| L3 Current Harmonic 21 | % | Lezen | |||
| L3 Current Harmonic 22 | % | Lezen | |||
| L3 Current Harmonic 23 | % | Lezen | |||
| L3 Current Harmonic 24 | % | Lezen | |||
| L3 Current Harmonic 25 | % | Lezen | |||
| L3 Current Harmonic 26 | % | Lezen | |||
| L3 Current Harmonic 27 | % | Lezen | |||
| L3 Current Harmonic 28 | % | Lezen | |||
| L3 Current Harmonic 29 | % | Lezen | |||
| L3 Current Harmonic 30 | % | Lezen | |||
| L3 Current Harmonic 31 | % | Lezen | |||
| Delete Maximum Values | Schrijven | ||||
| Delete Minimum Values | Schrijven | ||||
| Reset Maximum Demand | Schrijven | ||||
| Delete Hour Counter Tariff 1 | Schrijven | ||||
| Delete Hour Counter Tariff 2 | Schrijven | ||||
| Delete All Energies | Schrijven | ||||
| Delete Three-phase Energies | Schrijven | ||||
| Delete Energies Per Phase | Schrijven | ||||
| Delete Energies L1 | Schrijven | ||||
| Delete Energies L2 | Schrijven | ||||
| Delete Energies L3 | Schrijven | ||||
| Delete All Parameters | Schrijven | ||||
| Voltage Primary | Lezen en schrijven | ||||
| Voltage Secondary | Lezen en schrijven | ||||
| Current Primary | Lezen en schrijven | ||||
| Current Secondary | Lezen en schrijven | ||||
| Flex Sensor Type | Lezen en schrijven | ||||
| Number Of Quadrants | Lezen en schrijven | ||||
| Measurement Convention | Lezen en schrijven | ||||
| Measurement System | Lezen en schrijven | ||||
| Demand Integration Period | min | Lezen en schrijven | |||
| Backlight Time | s | Lezen en schrijven | |||
| Harmonics Display | Lezen en schrijven | ||||
| CO2 Ratio Consumption T1 | Lezen en schrijven | ||||
| CO2 Ratio Consumption T2 | Lezen en schrijven | ||||
| CO2 Ratio Generation T1 | Lezen en schrijven | ||||
| CO2 Ratio Generation T2 | Lezen en schrijven | ||||
| Cost Per kWh Consumption T1 | Lezen en schrijven | ||||
| Cost Per kWh Consumption T2 | Lezen en schrijven | ||||
| Cost Per kWh Generation T1 | Lezen en schrijven | ||||
| Cost Per kWh Generation T2 | Lezen en schrijven | ||||
| Alarm Maximum Value | Lezen en schrijven | ||||
| Alarm Minimum Value | Lezen en schrijven | ||||
| Output Variable Code | Lezen en schrijven | ||||
| Alarm Connection Delay | s | Lezen en schrijven | |||
| Alarm Hysteresis | % | Lezen en schrijven | |||
| Alarm Latch | Lezen en schrijven | ||||
| Alarm Disconnection Delay | s | Lezen en schrijven | |||
| Output Contact Status | Lezen en schrijven | ||||
| kWh Per Pulse | Lezen en schrijven | ||||
| Pulse Width | ms | Lezen en schrijven | |||
| Input Mode Or Tariff | Lezen en schrijven | ||||
| Data Bits | Lezen en schrijven | ||||
| Stop Bits | Lezen en schrijven | ||||
| BACnet Device ID | Lezen en schrijven | ||||
| BACnet MAC | Lezen en schrijven | ||||
| Password | Lezen en schrijven | ||||
| Programming Lock | Lezen en schrijven |
Registers laden…
Stuur jouw apparatenlijst
Staat een apparaat niet in de bibliotheek, dan maken we de template gratis zodra we de registers hebben.
Gebruikstoepassingen
- Toon spanningen, stromen en vermogen van elke groep op een dashboard per verdeelinrichting.
- Stuur een mail als de THD van de spanning op een fase boven een grens komt die je kiest.
- Vergelijk verbruikte en opgewekte energie per tarief en per fase over maanden in de historie van 365 dagen.
- Volg de piekvraag om te zien of een aansluiting dicht bij het gecontracteerde vermogen komt.
- Wis de energietellers op afstand na een wissel van huurder of installatie.
Installatie
Sluit RS485 A(+), B(-) en de afscherming S van de meter aan op de ModbusCloud Gateway en sluit de lijn aan beide uiteinden af.
Kies in het setupmenu protocol Modbus en stel het adres, de snelheid en de pariteit in. Standaard is dat 1, 19200 baud, geen pariteit, 8 databits, 1 stopbit.
Voeg in ModbusCloud een Modbus apparaat toe met dezelfde instellingen en importeer de template Circutor CVM-E3-MINI.
Controleer of L1 Phase Voltage en L1 Frequency logische waarden geven en of de stromen bij de belasting passen.
Veelvoorkomende aandachtspunten
De meter antwoordt niet. Wat controleer ik?
Kijk in het setupmenu of het protocol op Modbus staat en niet op BACnet, en of adres, snelheid en pariteit gelijk zijn aan het Modbus apparaat in ModbusCloud; standaard is 19200 baud zonder pariteit. Wissel daarna A en B en controleer de afsluiting aan beide uiteinden.
Waarom verandert een losse instelling niet als ik hem schrijf?
De meter accepteert alleen schrijfopdrachten met functie 10 en past nieuwe instellingen pas na een reset toe. De vijf registers voor de transformatorverhoudingen moeten samen in één bericht worden geschreven; een los register wordt geweigerd. Kan dat niet, wijzig de verhoudingen dan op de meter zelf.
Waarom zijn er kWh- en Wh-registers voor dezelfde energie?
De meter geeft elke energieteller als een register in kWh (of kvarh, kVAh) en een register in Wh (varh, VAh). Gebruik het k-register voor dashboards en historie; vergelijk beide met het display als je een fijnere resolutie nodig hebt.
Waar let ik op bij de wisopdrachten?
Wisopdrachten zetten maximumwaarden, piekvraag, urentellers of energietellers direct op nul en zijn niet terug te draaien. Lees eerst de tellers uit die je nodig hebt. Schrijven naar de configuratie herstart na de reset delen van de meting, dus plan dat buiten kritieke momenten.
Zelf zien hoe het werkt?
