Circutor CVM-C10
Driefase netanalyser voor de verdeelkast: vermogen, energie per tarief, netkwaliteit en harmonischen.
De Circutor CVM-C10 is een netanalyser voor inbouw in het paneel die spanning, stroom, vermogen, energie en harmonischen meet in driefase en enkelfase installaties. Deze Modbus RTU-template leest alle elektrische waarden, energie per tarief en netkwaliteit, en laat je transformatorverhoudingen, alarmen en uitgangen instellen vanuit ModbusCloud.
- Protocol
- Modbus RTU
- Aansluiting
- RS485, 9600 baud
- Registers
- 538, lezen en schrijven
- Merk
- Circutor
- Belangrijke uitlezingen
- Fasespanning · Fasestroom · Actief vermogen · Blindvermogen · Arbeidsfactor · Frequentie · Actieve energie · THD van spanning en stroom
- Beschikbare commando's
- Transformatorverhoudingen · Alarmgrenzen · Pulsuitgangen · Energie en piek resetten · Communicatie-instellingen
- Ondersteunde modellen
- CVM-C10-ITF · CVM-C10-ITF-IN · CVM-C10-MC · CVM-C10-MC-IN · CVM-C10-mV · CVM-C10-FLEX
- Laatst bijgewerkt
Registers (538)
473 lezen, 65 schrijven
| Naam | Eenheid | Toegang | Adres (Verborgen tot je je e-mailadres invult) | Functie (verborgen) | Type (verborgen) |
|---|---|---|---|---|---|
| L1 Voltage | V | Lezen | |||
| L1 Current | A | Lezen | |||
| L1 Active Power | W | Lezen | |||
| L1 Inductive Reactive Power | var | Lezen | |||
| L1 Capacitive Reactive Power | var | Lezen | |||
| L1 Apparent Power | VA | Lezen | |||
| L1 Power Factor | Lezen | ||||
| L1 Cos Phi | Lezen | ||||
| L2 Voltage | V | Lezen | |||
| L2 Current | A | Lezen | |||
| L2 Active Power | W | Lezen | |||
| L2 Inductive Reactive Power | var | Lezen | |||
| L2 Capacitive Reactive Power | var | Lezen | |||
| L2 Apparent Power | VA | Lezen | |||
| L2 Power Factor | Lezen | ||||
| L2 Cos Phi | Lezen | ||||
| L3 Voltage | V | Lezen | |||
| L3 Current | A | Lezen | |||
| L3 Active Power | W | Lezen | |||
| L3 Inductive Reactive Power | var | Lezen | |||
| L3 Capacitive Reactive Power | var | Lezen | |||
| L3 Apparent Power | VA | Lezen | |||
| L3 Power Factor | Lezen | ||||
| L3 Cos Phi | Lezen | ||||
| Total Active Power | W | Lezen | |||
| Total Inductive Reactive Power | var | Lezen | |||
| Total Capacitive Reactive Power | var | Lezen | |||
| Total Apparent Power | VA | Lezen | |||
| Total Power Factor | Lezen | ||||
| Total Cos Phi | Lezen | ||||
| Frequency | Hz | Lezen | |||
| L1-L2 Voltage | V | Lezen | |||
| L2-L3 Voltage | V | Lezen | |||
| L3-L1 Voltage | V | Lezen | |||
| Neutral Current | A | Lezen | |||
| L1 Voltage THD | % | Lezen | |||
| L2 Voltage THD | % | Lezen | |||
| L3 Voltage THD | % | Lezen | |||
| L1 Current THD | % | Lezen | |||
| L2 Current THD | % | Lezen | |||
| L3 Current THD | % | Lezen | |||
| Demand Active Power | W | Lezen | |||
| Demand Apparent Power | VA | Lezen | |||
| Demand Average Current | A | Lezen | |||
| Demand L1 Current | A | Lezen | |||
| Demand L2 Current | A | Lezen | |||
| Demand L3 Current | A | Lezen | |||
| Demand Inductive Reactive Power | kvar | Lezen | |||
| Demand Capacitive Reactive Power | kvar | Lezen | |||
| Power Status | Lezen | ||||
| Wrong Phase Rotation | Lezen | ||||
| Digital Inputs Status | Lezen | ||||
| Digital Outputs Status | Lezen | ||||
| Imported Active Energy kWh Tariff 1 | kWh | Lezen | |||
| Imported Active Energy kWh Tariff 2 | kWh | Lezen | |||
| Imported Active Energy kWh Tariff 3 | kWh | Lezen | |||
| Imported Active Energy kWh Total | kWh | Lezen | |||
| Imported Active Energy Wh Tariff 1 | Wh | Lezen | |||
| Imported Active Energy Wh Tariff 2 | Wh | Lezen | |||
| Imported Active Energy Wh Tariff 3 | Wh | Lezen | |||
| Imported Active Energy Wh Total | Wh | Lezen | |||
| Imported Inductive Energy kvarh Tariff 1 | kvarh | Lezen | |||
| Imported Inductive Energy kvarh Tariff 2 | kvarh | Lezen | |||
| Imported Inductive Energy kvarh Tariff 3 | kvarh | Lezen | |||
| Imported Inductive Energy kvarh Total | kvarh | Lezen | |||
| Imported Inductive Energy varh Tariff 1 | varh | Lezen | |||
| Imported Inductive Energy varh Tariff 2 | varh | Lezen | |||
| Imported Inductive Energy varh Tariff 3 | varh | Lezen | |||
| Imported Inductive Energy varh Total | varh | Lezen | |||
| Imported Capacitive Energy kvarh Tariff 1 | kvarh | Lezen | |||
| Imported Capacitive Energy kvarh Tariff 2 | kvarh | Lezen | |||
| Imported Capacitive Energy kvarh Tariff 3 | kvarh | Lezen | |||
| Imported Capacitive Energy kvarh Total | kvarh | Lezen | |||
| Imported Capacitive Energy varh Tariff 1 | varh | Lezen | |||
| Imported Capacitive Energy varh Tariff 2 | varh | Lezen | |||
| Imported Capacitive Energy varh Tariff 3 | varh | Lezen | |||
| Imported Capacitive Energy varh Total | varh | Lezen | |||
| Imported Apparent Energy kVAh Tariff 1 | kVAh | Lezen | |||
| Imported Apparent Energy kVAh Tariff 2 | kVAh | Lezen | |||
| Imported Apparent Energy kVAh Tariff 3 | kVAh | Lezen | |||
| Imported Apparent Energy kVAh Total | kVAh | Lezen | |||
| Imported Apparent Energy VAh Tariff 1 | VAh | Lezen | |||
| Imported Apparent Energy VAh Tariff 2 | VAh | Lezen | |||
| Imported Apparent Energy VAh Tariff 3 | VAh | Lezen | |||
| Imported Apparent Energy VAh Total | VAh | Lezen | |||
| Imported CO2 Emissions Tariff 1 | kg | Lezen | |||
| Imported CO2 Emissions Tariff 2 | kg | Lezen | |||
| Imported CO2 Emissions Tariff 3 | kg | Lezen | |||
| Imported CO2 Emissions Total | kg | Lezen | |||
| Consumption Cost Tariff 1 | Lezen | ||||
| Consumption Cost Tariff 2 | Lezen | ||||
| Consumption Cost Tariff 3 | Lezen | ||||
| Consumption Cost Total | Lezen | ||||
| Exported Active Energy kWh Tariff 1 | kWh | Lezen | |||
| Exported Active Energy kWh Tariff 2 | kWh | Lezen | |||
| Exported Active Energy kWh Tariff 3 | kWh | Lezen | |||
| Exported Active Energy kWh Total | kWh | Lezen | |||
| Exported Active Energy Wh Tariff 1 | Wh | Lezen | |||
| Exported Active Energy Wh Tariff 2 | Wh | Lezen | |||
| Exported Active Energy Wh Tariff 3 | Wh | Lezen | |||
| Exported Active Energy Wh Total | Wh | Lezen | |||
| Exported Inductive Energy kvarh Tariff 1 | kvarh | Lezen | |||
| Exported Inductive Energy kvarh Tariff 2 | kvarh | Lezen | |||
| Exported Inductive Energy kvarh Tariff 3 | kvarh | Lezen | |||
| Exported Inductive Energy kvarh Total | kvarh | Lezen | |||
| Exported Inductive Energy varh Tariff 1 | varh | Lezen | |||
| Exported Inductive Energy varh Tariff 2 | varh | Lezen | |||
| Exported Inductive Energy varh Tariff 3 | varh | Lezen | |||
| Exported Inductive Energy varh Total | varh | Lezen | |||
| Exported Capacitive Energy kvarh Tariff 1 | kvarh | Lezen | |||
| Exported Capacitive Energy kvarh Tariff 2 | kvarh | Lezen | |||
| Exported Capacitive Energy kvarh Tariff 3 | kvarh | Lezen | |||
| Exported Capacitive Energy kvarh Total | kvarh | Lezen | |||
| Exported Capacitive Energy varh Tariff 1 | varh | Lezen | |||
| Exported Capacitive Energy varh Tariff 2 | varh | Lezen | |||
| Exported Capacitive Energy varh Tariff 3 | varh | Lezen | |||
| Exported Capacitive Energy varh Total | varh | Lezen | |||
| Exported Apparent Energy kVAh Tariff 1 | kVAh | Lezen | |||
| Exported Apparent Energy kVAh Tariff 2 | kVAh | Lezen | |||
| Exported Apparent Energy kVAh Tariff 3 | kVAh | Lezen | |||
| Exported Apparent Energy kVAh Total | kVAh | Lezen | |||
| Exported Apparent Energy VAh Tariff 1 | VAh | Lezen | |||
| Exported Apparent Energy VAh Tariff 2 | VAh | Lezen | |||
| Exported Apparent Energy VAh Tariff 3 | VAh | Lezen | |||
| Exported Apparent Energy VAh Total | VAh | Lezen | |||
| Exported CO2 Emissions Tariff 1 | kg | Lezen | |||
| Exported CO2 Emissions Tariff 2 | kg | Lezen | |||
| Exported CO2 Emissions Tariff 3 | kg | Lezen | |||
| Exported CO2 Emissions Total | kg | Lezen | |||
| Generation Cost Tariff 1 | Lezen | ||||
| Generation Cost Tariff 2 | Lezen | ||||
| Generation Cost Tariff 3 | Lezen | ||||
| Generation Cost Total | Lezen | ||||
| Tariff Time Tariff 1 | s | Lezen | |||
| Tariff Time Tariff 2 | s | Lezen | |||
| Tariff Time Tariff 3 | s | Lezen | |||
| Tariff Time Total | s | Lezen | |||
| L1 Voltage Maximum | V | Lezen | |||
| L1 Current Maximum | A | Lezen | |||
| L1 Active Power Maximum | W | Lezen | |||
| L1 Inductive Reactive Power Maximum | var | Lezen | |||
| L1 Capacitive Reactive Power Maximum | var | Lezen | |||
| L1 Apparent Power Maximum | VA | Lezen | |||
| L1 Power Factor Maximum | Lezen | ||||
| L1 Cos Phi Maximum | Lezen | ||||
| L2 Voltage Maximum | V | Lezen | |||
| L2 Current Maximum | A | Lezen | |||
| L2 Active Power Maximum | W | Lezen | |||
| L2 Inductive Reactive Power Maximum | var | Lezen | |||
| L2 Capacitive Reactive Power Maximum | var | Lezen | |||
| L2 Apparent Power Maximum | VA | Lezen | |||
| L2 Power Factor Maximum | Lezen | ||||
| L2 Cos Phi Maximum | Lezen | ||||
| L3 Voltage Maximum | V | Lezen | |||
| L3 Current Maximum | A | Lezen | |||
| L3 Active Power Maximum | W | Lezen | |||
| L3 Inductive Reactive Power Maximum | var | Lezen | |||
| L3 Capacitive Reactive Power Maximum | var | Lezen | |||
| L3 Apparent Power Maximum | VA | Lezen | |||
| L3 Power Factor Maximum | Lezen | ||||
| L3 Cos Phi Maximum | Lezen | ||||
| Total Active Power Maximum | W | Lezen | |||
| Total Inductive Reactive Power Maximum | var | Lezen | |||
| Total Capacitive Reactive Power Maximum | var | Lezen | |||
| Total Apparent Power Maximum | VA | Lezen | |||
| Total Power Factor Maximum | Lezen | ||||
| Total Cos Phi Maximum | Lezen | ||||
| Frequency Maximum | Hz | Lezen | |||
| L1-L2 Voltage Maximum | V | Lezen | |||
| L2-L3 Voltage Maximum | V | Lezen | |||
| L3-L1 Voltage Maximum | V | Lezen | |||
| Neutral Current Maximum | A | Lezen | |||
| L1 Voltage THD Maximum | % | Lezen | |||
| L2 Voltage THD Maximum | % | Lezen | |||
| L3 Voltage THD Maximum | % | Lezen | |||
| L1 Current THD Maximum | % | Lezen | |||
| L2 Current THD Maximum | % | Lezen | |||
| L3 Current THD Maximum | % | Lezen | |||
| Demand Active Power Peak | W | Lezen | |||
| Demand Apparent Power Peak | VA | Lezen | |||
| Demand Average Current Peak | A | Lezen | |||
| Demand L1 Current Peak | A | Lezen | |||
| Demand L2 Current Peak | A | Lezen | |||
| Demand L3 Current Peak | A | Lezen | |||
| Demand Inductive Reactive Power Peak | kvar | Lezen | |||
| Demand Capacitive Reactive Power Peak | kvar | Lezen | |||
| L1 Voltage Minimum | V | Lezen | |||
| L1 Current Minimum | A | Lezen | |||
| L1 Active Power Minimum | W | Lezen | |||
| L1 Inductive Reactive Power Minimum | var | Lezen | |||
| L1 Capacitive Reactive Power Minimum | var | Lezen | |||
| L1 Apparent Power Minimum | VA | Lezen | |||
| L1 Power Factor Minimum | Lezen | ||||
| L1 Cos Phi Minimum | Lezen | ||||
| L2 Voltage Minimum | V | Lezen | |||
| L2 Current Minimum | A | Lezen | |||
| L2 Active Power Minimum | W | Lezen | |||
| L2 Inductive Reactive Power Minimum | var | Lezen | |||
| L2 Capacitive Reactive Power Minimum | var | Lezen | |||
| L2 Apparent Power Minimum | VA | Lezen | |||
| L2 Power Factor Minimum | Lezen | ||||
| L2 Cos Phi Minimum | Lezen | ||||
| L3 Voltage Minimum | V | Lezen | |||
| L3 Current Minimum | A | Lezen | |||
| L3 Active Power Minimum | W | Lezen | |||
| L3 Inductive Reactive Power Minimum | var | Lezen | |||
| L3 Capacitive Reactive Power Minimum | var | Lezen | |||
| L3 Apparent Power Minimum | VA | Lezen | |||
| L3 Power Factor Minimum | Lezen | ||||
| L3 Cos Phi Minimum | Lezen | ||||
| Total Active Power Minimum | W | Lezen | |||
| Total Inductive Reactive Power Minimum | var | Lezen | |||
| Total Capacitive Reactive Power Minimum | var | Lezen | |||
| Total Apparent Power Minimum | VA | Lezen | |||
| Total Power Factor Minimum | Lezen | ||||
| Total Cos Phi Minimum | Lezen | ||||
| Frequency Minimum | Hz | Lezen | |||
| L1-L2 Voltage Minimum | V | Lezen | |||
| L2-L3 Voltage Minimum | V | Lezen | |||
| L3-L1 Voltage Minimum | V | Lezen | |||
| Neutral Current Minimum | A | Lezen | |||
| L1 Voltage THD Minimum | % | Lezen | |||
| L2 Voltage THD Minimum | % | Lezen | |||
| L3 Voltage THD Minimum | % | Lezen | |||
| L1 Current THD Minimum | % | Lezen | |||
| L2 Current THD Minimum | % | Lezen | |||
| L3 Current THD Minimum | % | 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 | A | 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 | A | 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 | A | 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 | |||
| Reset Energies | Schrijven | ||||
| Reset Maximum and Minimum Values | Schrijven | ||||
| Restart Maximum Demand | Schrijven | ||||
| Reset Tariff Hour Counters | Schrijven | ||||
| Reset Peak Maximum Demand | Schrijven | ||||
| Reset Energies Demand and Max Min | Schrijven | ||||
| Voltage Primary Setting | Schrijven | ||||
| Voltage Secondary Setting | Schrijven | ||||
| Current Primary Setting | Schrijven | ||||
| Current Secondary Setting | Schrijven | ||||
| Neutral Current Primary Setting | Schrijven | ||||
| Neutral Current Secondary Setting | Schrijven | ||||
| CO2 Ratio Consumption Tariff 1 Setting | Schrijven | ||||
| CO2 Ratio Consumption Tariff 2 Setting | Schrijven | ||||
| CO2 Ratio Consumption Tariff 3 Setting | Schrijven | ||||
| CO2 Ratio Generation Tariff 1 Setting | Schrijven | ||||
| CO2 Ratio Generation Tariff 2 Setting | Schrijven | ||||
| CO2 Ratio Generation Tariff 3 Setting | Schrijven | ||||
| Price Consumption Tariff 1 Setting | Schrijven | ||||
| Price Consumption Tariff 2 Setting | Schrijven | ||||
| Price Consumption Tariff 3 Setting | Schrijven | ||||
| Price Generation Tariff 1 Setting | Schrijven | ||||
| Price Generation Tariff 2 Setting | Schrijven | ||||
| Price Generation Tariff 3 Setting | Schrijven | ||||
| Protocol Setting | Schrijven | ||||
| Peripheral Number Setting | Schrijven | ||||
| Baud Rate Setting | Schrijven | ||||
| Parity Setting | Schrijven | ||||
| Data Bits Setting | Schrijven | ||||
| Stop Bits Setting | Schrijven | ||||
| Demand Integration Period Setting | min | Schrijven | |||
| Relay 1 Alarm Maximum Setting | Schrijven | ||||
| Relay 1 Alarm Minimum Setting | Schrijven | ||||
| Relay 1 Alarm Variable Setting | Schrijven | ||||
| Relay 1 Connection Delay Setting | s | Schrijven | |||
| Relay 1 Hysteresis Setting | % | Schrijven | |||
| Relay 1 Latch Setting | Schrijven | ||||
| Relay 1 Disconnection Delay Setting | s | Schrijven | |||
| Relay 1 Contact State Setting | Schrijven | ||||
| Relay 2 Alarm Maximum Setting | Schrijven | ||||
| Relay 2 Alarm Minimum Setting | Schrijven | ||||
| Relay 2 Alarm Variable Setting | Schrijven | ||||
| Relay 2 Connection Delay Setting | s | Schrijven | |||
| Relay 2 Hysteresis Setting | % | Schrijven | |||
| Relay 2 Latch Setting | Schrijven | ||||
| Relay 2 Disconnection Delay Setting | s | Schrijven | |||
| Relay 2 Contact State Setting | Schrijven | ||||
| Output T1 Energy per Pulse Setting | Schrijven | ||||
| Output T1 Variable Setting | Schrijven | ||||
| Output T1 Pulse Width Setting | ms | Schrijven | |||
| Output T2 Energy per Pulse Setting | Schrijven | ||||
| Output T2 Variable Setting | Schrijven | ||||
| Output T2 Pulse Width Setting | ms | Schrijven | |||
| Installation Type Setting | Schrijven | ||||
| Backlight Setting | s | Schrijven | |||
| Operating Profile Setting | Schrijven | ||||
| Harmonics Display Setting | Schrijven | ||||
| Number of Quadrants Setting | Schrijven | ||||
| Input 1 Mode Setting | Schrijven | ||||
| Input 2 Mode Setting | Schrijven | ||||
| Password Setting | Schrijven | ||||
| Menu Lock Setting | Schrijven | ||||
| Measurement Convention Setting | Schrijven | ||||
| BACnet Device ID Setting | Schrijven | ||||
| BACnet MAC Setting | Schrijven | ||||
| Voltage Primary | Lezen | ||||
| Voltage Secondary | Lezen | ||||
| Current Primary | Lezen | ||||
| Current Secondary | Lezen | ||||
| Neutral Current Primary | Lezen | ||||
| Neutral Current Secondary | Lezen | ||||
| CO2 Ratio Consumption Tariff 1 | Lezen | ||||
| CO2 Ratio Consumption Tariff 2 | Lezen | ||||
| CO2 Ratio Consumption Tariff 3 | Lezen | ||||
| CO2 Ratio Generation Tariff 1 | Lezen | ||||
| CO2 Ratio Generation Tariff 2 | Lezen | ||||
| CO2 Ratio Generation Tariff 3 | Lezen | ||||
| Price Consumption Tariff 1 | Lezen | ||||
| Price Consumption Tariff 2 | Lezen | ||||
| Price Consumption Tariff 3 | Lezen | ||||
| Price Generation Tariff 1 | Lezen | ||||
| Price Generation Tariff 2 | Lezen | ||||
| Price Generation Tariff 3 | Lezen | ||||
| Protocol | Lezen | ||||
| Peripheral Number | Lezen | ||||
| Baud Rate | Lezen | ||||
| Parity | Lezen | ||||
| Data Bits | Lezen | ||||
| Stop Bits | Lezen | ||||
| Demand Integration Period | min | Lezen | |||
| Relay 1 Alarm Maximum | Lezen | ||||
| Relay 1 Alarm Minimum | Lezen | ||||
| Relay 1 Alarm Variable | Lezen | ||||
| Relay 1 Connection Delay | s | Lezen | |||
| Relay 1 Hysteresis | % | Lezen | |||
| Relay 1 Latch | Lezen | ||||
| Relay 1 Disconnection Delay | s | Lezen | |||
| Relay 1 Contact State | Lezen | ||||
| Relay 2 Alarm Maximum | Lezen | ||||
| Relay 2 Alarm Minimum | Lezen | ||||
| Relay 2 Alarm Variable | Lezen | ||||
| Relay 2 Connection Delay | s | Lezen | |||
| Relay 2 Hysteresis | % | Lezen | |||
| Relay 2 Latch | Lezen | ||||
| Relay 2 Disconnection Delay | s | Lezen | |||
| Relay 2 Contact State | Lezen | ||||
| Output T1 Energy per Pulse | Lezen | ||||
| Output T1 Variable | Lezen | ||||
| Output T1 Pulse Width | ms | Lezen | |||
| Output T2 Energy per Pulse | Lezen | ||||
| Output T2 Variable | Lezen | ||||
| Output T2 Pulse Width | ms | Lezen | |||
| Installation Type | Lezen | ||||
| Backlight | s | Lezen | |||
| Operating Profile | Lezen | ||||
| Harmonics Display | Lezen | ||||
| Number of Quadrants | Lezen | ||||
| Input 1 Mode | Lezen | ||||
| Input 2 Mode | Lezen | ||||
| Password | Lezen | ||||
| Menu Lock | Lezen | ||||
| Measurement Convention | Lezen | ||||
| BACnet Device ID | Lezen | ||||
| BACnet MAC | Lezen | ||||
| Serial Number | Lezen |
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 spanning, stroom en vermogen per fase op een dashboard voor elke verdeelkast.
- Volg afgenomen en teruggeleverde energie per tarief in de historie en vergelijk maanden.
- Krijg een alarm per e-mail als de stroom-THD of de arbeidsfactor een grens overschrijdt.
- Houd de piekbelasting in de gaten om te zien wanneer een aansluiting tegen haar capaciteit aan zit.
- Pas de verhouding van de stroomtrafo op afstand aan nadat een trafo is vervangen.
Installatie
Sluit RS485 A(+), B(-) en GND van de CVM-C10 aan op de RS485-poort van de ModbusCloud Gateway, met een afsluitweerstand van 120 ohm aan beide uiteinden van de bus.
Zet in het communicatiemenu van de analyser het protocol op Modbus en kies het adres, 9600 of 19200 baud, pariteit en stopbits. Herstart de analyser.
Voeg in ModbusCloud een Modbus apparaat toe met hetzelfde adres en dezelfde seriële instellingen en importeer deze template.
Controleer of de fasespanningen en de frequentie met logische waarden binnenkomen en stel daarna dashboards en alarmen in.
Veelvoorkomende aandachtspunten
De analyser antwoordt niet op de bus. Wat controleer ik?
Kijk of het protocol op Modbus staat en niet op BACnet, en of adres, snelheid, pariteit en stopbits aan beide kanten gelijk zijn. Nieuwe communicatie-instellingen werken pas na een herstart van de analyser. Wissel daarna A en B en controleer de afsluitweerstand van 120 ohm aan beide uiteinden.
Waarom staat de actieve energie in twee registers?
De analyser houdt energie bij als een teller in hele kWh plus een teller in Wh voor het deel onder 1 kWh. Voor de exacte waarde tel je ze op: kWh plus Wh gedeeld door 1000. Voor dag- of maandtotalen is het kWh-register meestal genoeg.
De stromen zitten er een factor naast. Wat is er mis?
De verhouding van de stroomtrafo in de analyser klopt niet met de geplaatste trafo's. Controleer de instellingen voor primaire en secundaire stroom. De analyser rekent de verhouding zelf mee, dus de waarden in ModbusCloud volgen die direct.
Kan ik de instellingen wijzigen door registers te schrijven?
Ja, de instelregisters kun je vanuit ModbusCloud schrijven. Transformatorverhoudingen en het wachtwoord horen samen geschreven te worden, en een nieuwe instelling werkt pas na een herstart. Schrijf je een verkeerde verhouding, dan volgt elke meetwaarde die, dus controleer elke waarde voordat je hem schrijft.
Zelf zien hoe het werkt?
