Janitza UMG 509-PRO
Netanalyser voor spanning, stroom, vermogen, energie en harmonischen op vier kanalen.
De Janitza UMG 509-PRO is een netanalyser die spanning, stroom, vermogen, energie en harmonischen meet op vier kanalen in hoofd- en onderverdelers. Deze Modbus RTU-template leest alle meetwaarden, energietellers en gemiddelde, minimale en maximale waarden, en laat je vanuit ModbusCloud trafo- en displayinstellingen aanpassen.
- Protocol
- Modbus RTU
- Aansluiting
- RS485, 19200 baud
- Registers
- 915, lezen en schrijven
- Merk
- Janitza
- Belangrijke uitlezingen
- Spanning L-N en L-L · Stroom per fase · Werkelijk vermogen · Blindvermogen · Arbeidsfactor · THD spanning en stroom · Frequentie · Energie per tarief
- Beschikbare commando's
- Stroomtrafoverhouding · Spanningstrafoverhouding · Modbus-adres en baudrate · Displayinstellingen
- Ondersteunde modellen
- UMG 509-PRO
- Laatst bijgewerkt
Registers (915)
915 lezen, 168 schrijven
| Naam | Eenheid | Toegang | Adres (Verborgen tot je je e-mailadres invult) | Functie (verborgen) | Type (verborgen) |
|---|---|---|---|---|---|
| Voltage L1-N | V | Lezen | |||
| Voltage L2-N | V | Lezen | |||
| Voltage L3-N | V | Lezen | |||
| Voltage L1-L2 | V | Lezen | |||
| Voltage L2-L3 | V | Lezen | |||
| Voltage L3-L1 | V | Lezen | |||
| Apparent Current, L1 | A | Lezen | |||
| Apparent Current, L2 | A | Lezen | |||
| Apparent Current, L3 | A | Lezen | |||
| Vector Sum; IN=I1+I2+I3 | A | Lezen | |||
| Real Power L1 | W | Lezen | |||
| Real Power L2 | W | Lezen | |||
| Real Power L3 | W | Lezen | |||
| Sum; Psum3=P1+P2+P3 | W | Lezen | |||
| Apparent Power L1 | VA | Lezen | |||
| Apparent Power L2 | VA | Lezen | |||
| Apparent Power L3 | VA | Lezen | |||
| Sum; Ssum3=S1+S2+S3 | VA | Lezen | |||
| Reactive Power (mains Frequ.) L1 | var | Lezen | |||
| Reactive Power (mains Frequ.) L2 | var | Lezen | |||
| Reactive Power (mains Frequ.) L3 | var | Lezen | |||
| Sum; Qsum3=Q1+Q2+Q3 | var | Lezen | |||
| Fund.power Factor, CosPhi; UL1 IL1 | Lezen | ||||
| Fund.power Factor, CosPhi; UL2 IL2 | Lezen | ||||
| Fund.power Factor, CosPhi; UL3 IL3 | Lezen | ||||
| Measured Frequency | Hz | Lezen | |||
| Rotation Field; 1=right, 0=none, -1=left | Lezen | ||||
| Real Energy L1 | Wh | Lezen | |||
| Real Energy L2 | Wh | Lezen | |||
| Real Energy L3 | Wh | Lezen | |||
| Real Energy L1..L3 | Wh | Lezen | |||
| Real Energy L1, Consumed | Wh | Lezen | |||
| Real Energy L2, Consumed | Wh | Lezen | |||
| Real Energy L3, Consumed | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L1, Delivered | Wh | Lezen | |||
| Real Energy L2, Delivered | Wh | Lezen | |||
| Real Energy L3, Delivered | Wh | Lezen | |||
| Real Energy L1..L3, Delivered | Wh | Lezen | |||
| Apparent Energy L1 | VAh | Lezen | |||
| Apparent Energy L2 | VAh | Lezen | |||
| Apparent Energy L3 | VAh | Lezen | |||
| Apparent Energy L1..L3 | VAh | Lezen | |||
| Reactive Energy L1 | varh | Lezen | |||
| Reactive Energy L2 | varh | Lezen | |||
| Reactive Energy L3 | varh | Lezen | |||
| Reactive Energy L1..L3 | varh | Lezen | |||
| Reactive Energy L1, Inductive | varh | Lezen | |||
| Reactive Energy L2, Inductive | varh | Lezen | |||
| Reactive Energy L3, Inductive | varh | Lezen | |||
| Reactive Energy L1..L3, Ind. | varh | Lezen | |||
| Reactive Energy L1, Capacitive | varh | Lezen | |||
| Reactive Energy L2, Capacitive | varh | Lezen | |||
| Reactive Energy L3, Capacitive | varh | Lezen | |||
| Reactive Energy L1..L3, Cap. | varh | Lezen | |||
| Harmonic, THD,U L1-N | % | Lezen | |||
| Harmonic, THD,U L2-N | % | Lezen | |||
| Harmonic, THD,U L3-N | % | Lezen | |||
| Harmonic, THD,I L1 | % | Lezen | |||
| Harmonic, THD,I L2 | % | Lezen | |||
| Harmonic, THD,I L3 | % | Lezen | |||
| Voltage Phase L-N | ° | Lezen en schrijven | |||
| Voltage Phase L-N L2 | ° | Lezen en schrijven | |||
| Voltage Phase L-N L3 | ° | Lezen en schrijven | |||
| Harmonic, THD,U L1-N (200 ms) | % | Lezen | |||
| Harmonic, THD,U L2-N (200 ms) | % | Lezen | |||
| Harmonic, THD,U L3-N (200 ms) | % | Lezen | |||
| Harmonic, THD,U L4-N (200 ms) | % | Lezen | |||
| Harmonic, THD,I L1 (200 ms) | % | Lezen | |||
| Harmonic, THD,I L2 (200 ms) | % | Lezen | |||
| Harmonic, THD,I L3 (200 ms) | % | Lezen | |||
| Harmonic, THD,I L4 (200 ms) | % | Lezen | |||
| K-Factor L1 | Lezen | ||||
| K-Factor L2 | Lezen | ||||
| K-Factor L3 | Lezen | ||||
| K-Factor L4 | Lezen | ||||
| Voltage L1-N (200 ms) | V | Lezen | |||
| Voltage L2-N (200 ms) | V | Lezen | |||
| Voltage L3-N (200 ms) | V | Lezen | |||
| Voltage L4-N (200 ms) | V | Lezen | |||
| Apparent Current, L1 (200 ms) | A | Lezen | |||
| Apparent Current, L2 (200 ms) | A | Lezen | |||
| Apparent Current, L3 (200 ms) | A | Lezen | |||
| Apparent Current, L4 (200 ms) | A | Lezen | |||
| Real Power L1 (200 ms) | W | Lezen | |||
| Real Power L2 (200 ms) | W | Lezen | |||
| Real Power L3 (200 ms) | W | Lezen | |||
| Real Power L4 (200 ms) | W | Lezen | |||
| Reactive Power (mains Frequ.) L1 (200 ms) | var | Lezen | |||
| Reactive Power (mains Frequ.) L2 (200 ms) | var | Lezen | |||
| Reactive Power (mains Frequ.) L3 (200 ms) | var | Lezen | |||
| Reactive Power (mains Frequ.) L4 (200 ms) | var | Lezen | |||
| Apparent Power L1 (200 ms) | VA | Lezen | |||
| Apparent Power L2 (200 ms) | VA | Lezen | |||
| Apparent Power L3 (200 ms) | VA | Lezen | |||
| Apparent Power L4 (200 ms) | VA | Lezen | |||
| Phase Conductor Voltage; L1-L2 (200 ms) | V | Lezen | |||
| Phase Conductor Voltage; L2-L3 (200 ms) | V | Lezen | |||
| Phase Conductor Voltage; L1-L3 (200 ms) | V | Lezen | |||
| Vector Sum; IN=I1+I2+I3 (200 ms) | A | Lezen | |||
| Vector Sum; I1+I2+I3+I4 (200 ms) | A | Lezen | |||
| Sum; Ssum3=S1+S2+S3 (200 ms) | VA | Lezen | |||
| Sum; Psum3=P1+P2+P3 (200 ms) | W | Lezen | |||
| Sum; Qsum3=Q1+Q2+Q3 (200 ms) | var | Lezen | |||
| PSUM3 / Sqrt(P SUM3+ Q SUM3) (200 ms) | Lezen | ||||
| S1+S2+S3+S4 (200 ms) | VA | Lezen | |||
| P1+P2+P3+P4 (200 ms) | W | Lezen | |||
| Q1+Q2+Q3+Q4 (200 ms) | var | Lezen | |||
| PSUM / Sqrt(P SUM+ Q SUM) (200 ms) | Lezen | ||||
| Voltage, Real Part L1-N (200 ms) | V | Lezen | |||
| Voltage, Real Part L2-N (200 ms) | V | Lezen | |||
| Voltage, Real Part L3-N (200 ms) | V | Lezen | |||
| Voltage, Real Part L4-N (200 ms) | V | Lezen | |||
| Voltage, Imaginary Part L1-N (200 ms) | V | Lezen | |||
| Voltage, Imaginary Part L2-N (200 ms) | V | Lezen | |||
| Voltage, Imaginary Part L3-N (200 ms) | V | Lezen | |||
| Voltage, Imaginary Part L4-N (200 ms) | V | Lezen | |||
| Current, Real Part L1 (200 ms) | A | Lezen | |||
| Current, Real Part L2 (200 ms) | A | Lezen | |||
| Current, Real Part L3 (200 ms) | A | Lezen | |||
| Current, Real Part L4 (200 ms) | A | Lezen | |||
| Current, Imaginary Part L1 (200 ms) | A | Lezen | |||
| Current, Imaginary Part L2 (200 ms) | A | Lezen | |||
| Current, Imaginary Part L3 (200 ms) | A | Lezen | |||
| Current, Imaginary Part L4 (200 ms) | A | Lezen | |||
| Phase, UL1 IL1 (200 ms) | ° | Lezen | |||
| Phase, UL2 IL2 (200 ms) | ° | Lezen | |||
| Phase, UL3 IL3 (200 ms) | ° | Lezen | |||
| Phase, UL4 IL4 (200 ms) | ° | Lezen | |||
| Fund.power Factor, CosPhi; UL1 IL1 (200 ms) | Lezen | ||||
| Fund.power Factor, CosPhi; UL2 IL2 (200 ms) | Lezen | ||||
| Fund.power Factor, CosPhi; UL3 IL3 (200 ms) | Lezen | ||||
| Fund.power Factor, CosPhi; UL4 IL4 (200 ms) | Lezen | ||||
| Sign; QL1, +1=ind., -1=cap. (200 ms) | Lezen | ||||
| Sign; QL2, +1=ind., -1=cap. (200 ms) | Lezen | ||||
| Sign; QL3, +1=ind., -1=cap. (200 ms) | Lezen | ||||
| Sign; QL4, +1=ind., -1=cap. (200 ms) | Lezen | ||||
| Measured Frequency (200 ms) | Hz | Lezen | |||
| Voltage, Zero Sequence (200 ms) | V | Lezen | |||
| Voltage, Positive Sequence (200 ms) | V | Lezen | |||
| Voltage, Negative Sequence (200 ms) | V | Lezen | |||
| Voltage, Unsymmetrical (200 ms) | % | Lezen | |||
| Rotation Field; 1=right, 0=none, -1=left (200 ms) | Lezen | ||||
| Current, Zero Sequence (200 ms) | A | Lezen | |||
| Current, Positive Sequence (200 ms) | A | Lezen | |||
| Current, Negative Sequence (200 ms) | A | Lezen | |||
| Internal Temperature (200 ms) | °C | Lezen | |||
| Sign; Q1+Q2+Q3 (200 ms) | Lezen | ||||
| Sign; Q1+Q2+Q3+Q4 (200 ms) | Lezen | ||||
| PF Total, PF_Total=P_Sum3/S_Sum3 (200 ms) | Lezen en schrijven | ||||
| IN Total Demand Distortion (200 ms) | % | Lezen en schrijven | |||
| IN Total Demand Distortion L2 (200 ms) | % | Lezen en schrijven | |||
| IN Total Demand Distortion L3 (200 ms) | % | Lezen en schrijven | |||
| IN Total Demand Distortion L4 (200 ms) | % | Lezen en schrijven | |||
| Current Unsymmetrical (200 ms) | % | Lezen en schrijven | |||
| ULN Crest Factor (200 ms) | Lezen en schrijven | ||||
| ULN Crest Factor L2 (200 ms) | Lezen en schrijven | ||||
| ULN Crest Factor L3 (200 ms) | Lezen en schrijven | ||||
| ULL Crest Factor (200 ms) | Lezen en schrijven | ||||
| ULL Crest Factor L2 (200 ms) | Lezen en schrijven | ||||
| ULL Crest Factor L3 (200 ms) | Lezen en schrijven | ||||
| IN Crest Factor (200 ms) | Lezen en schrijven | ||||
| IN Crest Factor L2 (200 ms) | Lezen en schrijven | ||||
| IN Crest Factor L3 (200 ms) | Lezen en schrijven | ||||
| IN Crest Factor L4 (200 ms) | Lezen en schrijven | ||||
| Maximum Demand Load Current, L1 (200 ms) | A | Lezen en schrijven | |||
| Maximum Demand Load Current, L2 (200 ms) | A | Lezen en schrijven | |||
| Maximum Demand Load Current, L3 (200 ms) | A | Lezen en schrijven | |||
| Maximum Demand Load Current, L4 (200 ms) | A | Lezen en schrijven | |||
| Current Rate, Real/apparent Energy | Lezen | ||||
| Current Rate, Reactive Energy | Lezen | ||||
| Apparent Energy L1 (Energy List) | VAh | Lezen | |||
| Apparent Energy L2 (Energy List) | VAh | Lezen | |||
| Apparent Energy L3 (Energy List) | VAh | Lezen | |||
| Apparent Energy L4 | VAh | Lezen | |||
| Apparent Energy L1..L3 (Energy List) | VAh | Lezen | |||
| Apparent Energy L1..L4 | VAh | Lezen | |||
| Real Energy L1 (Energy List) | Wh | Lezen | |||
| Real Energy L2 (Energy List) | Wh | Lezen | |||
| Real Energy L3 (Energy List) | Wh | Lezen | |||
| Real Energy L4 | Wh | Lezen | |||
| Real Energy L1..L3 (Energy List) | Wh | Lezen | |||
| Real Energy L1..L4 | Wh | Lezen | |||
| Reactive Energy L1 (Energy List) | varh | Lezen | |||
| Reactive Energy L2 (Energy List) | varh | Lezen | |||
| Reactive Energy L3 (Energy List) | varh | Lezen | |||
| Reactive Energy L4 | varh | Lezen | |||
| Reactive Energy L1..L3 (Energy List) | varh | Lezen | |||
| Reactive Energy L1..L4 | varh | Lezen | |||
| Real Energy L1, Consumed (Energy List) | Wh | Lezen | |||
| Real Energy L2, Consumed (Energy List) | Wh | Lezen | |||
| Real Energy L3, Consumed (Energy List) | Wh | Lezen | |||
| Real Energy L4, Consumed | Wh | Lezen | |||
| Real Energy L1..L3, Consumed | Wh | Lezen | |||
| Real Energy L1..L4, Consumed | Wh | Lezen | |||
| Real Energy L1, Delivered (Energy List) | Wh | Lezen | |||
| Real Energy L2, Delivered (Energy List) | Wh | Lezen | |||
| Real Energy L3, Delivered (Energy List) | Wh | Lezen | |||
| Real Energy L4, Delivered | Wh | Lezen | |||
| Real Energy L1..L3, Delivered (Energy List) | Wh | Lezen | |||
| Real Energy L1..L4, Delivered | Wh | Lezen | |||
| Real Energy L1, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L2, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L3, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L4, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, Rate 1 (Energy List) | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, Rate 1 | Wh | Lezen | |||
| Real Energy L1, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L2, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L3, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L4, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, Rate 2 | Wh | Lezen | |||
| Real Energy L1, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L2, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L3, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L4, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, Rate 1 | Wh | Lezen | |||
| Real Energy L1, Delivered, Rate 2 | Wh | Lezen | |||
| Real Energy L2, Delivered, Rate 2 | Wh | Lezen | |||
| Real Energy L3, Delivered, Rate 2 | Wh | Lezen | |||
| Real Energy L4, Delivered, Rate 2 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, Rate 2 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, Rate 2 | Wh | Lezen | |||
| Reactive Energy L1, Inductive (Energy List) | varh | Lezen | |||
| Reactive Energy L2, Inductive (Energy List) | varh | Lezen | |||
| Reactive Energy L3, Inductive (Energy List) | varh | Lezen | |||
| Reactive Energy L4, Inductive | varh | Lezen | |||
| Reactive Energy L1..L3, Inductive | varh | Lezen | |||
| Reactive Energy L1..L4, Inductive | varh | Lezen | |||
| Reactive Energy L1, Capacitive (Energy List) | varh | Lezen | |||
| Reactive Energy L2, Capacitive (Energy List) | varh | Lezen | |||
| Reactive Energy L3, Capacitive (Energy List) | varh | Lezen | |||
| Reactive Energy L4, Capacitive | varh | Lezen | |||
| Reactive Energy L1..L3, Capacitive | varh | Lezen | |||
| Reactive Energy L1..L4, Capacitive | varh | Lezen | |||
| Reactive Energy L1, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L2, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L3, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L4, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L1..L3, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L1..L4, Inductive, Rate 1 | varh | Lezen | |||
| Reactive Energy L1, Inductive, Rate 2 | varh | Lezen | |||
| Reactive Energy L2, Inductive, Rate 2 | varh | Lezen | |||
| Reactive Energy L3, Inductive, Rate 2 | varh | Lezen | |||
| Reactive Energy L4, Inductive, Rate 2 | varh | Lezen | |||
| Reactive Energy L1..L3, Inductive, Rate 2 | varh | Lezen | |||
| Reactive Energy L1..L4, Inductive, Rate 2 | varh | Lezen | |||
| Energy Meter, Impulse Output 1 | Lezen | ||||
| Energy Meter, Impulse Output 2 | Lezen | ||||
| Runtime of Real and Apparent Energy Meas. | s | Lezen | |||
| Runtime of Real and Reactive Energy Meas. | s | Lezen | |||
| 1=delete All Real Energy Counters | Lezen | ||||
| 1=delete All Reactive Energy Counters | Lezen | ||||
| Real Energy L1, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L2, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L3, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L4, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, Rate 3 | Wh | Lezen | |||
| Real Energy L1, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L2, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L3, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L4, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, Rate 4 | Wh | Lezen | |||
| Real Energy L1, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L2, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L3, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L4, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, Rate 3 | Wh | Lezen | |||
| Real Energy L1, Delivered, Rate 4 | Wh | Lezen | |||
| Real Energy L2, Delivered, Rate 4 | Wh | Lezen | |||
| Real Energy L3, Delivered, Rate 4 | Wh | Lezen | |||
| Real Energy L4, Delivered, Rate 4 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, Rate 4 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, Rate 4 | Wh | Lezen | |||
| Reactive Energy L1, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L2, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L3, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L4, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L1..L3, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L1..L4, Inductive, Rate 3 | varh | Lezen | |||
| Reactive Energy L1, Inductive, Rate 4 | varh | Lezen | |||
| Reactive Energy L2, Inductive, Rate 4 | varh | Lezen | |||
| Reactive Energy L3, Inductive, Rate 4 | varh | Lezen | |||
| Reactive Energy L4, Inductive, Rate 4 | varh | Lezen | |||
| Reactive Energy L1..L3, Inductive, Rate 4 | varh | Lezen | |||
| Reactive Energy L1..L4, Inductive, Rate 4 | varh | Lezen | |||
| Real Energy, Month High, January, Even Year | Wh | Lezen | |||
| Real Energy, Month High, February, Even Year | Wh | Lezen | |||
| Real Energy, Month High, March, Even Year | Wh | Lezen | |||
| Real Energy, Month High, April, Even Year | Wh | Lezen | |||
| Real Energy, Month High, May, Even Year | Wh | Lezen | |||
| Real Energy, Month High, June, Even Year | Wh | Lezen | |||
| Real Energy, Month High, July, Even Year | Wh | Lezen | |||
| Real Energy, Month High, August, Even Year | Wh | Lezen | |||
| Real Energy, Month High, September, Even Year | Wh | Lezen | |||
| Real Energy, Month High, October, Even Year | Wh | Lezen | |||
| Real Energy, Month High, November, Even Year | Wh | Lezen | |||
| Real Energy, Month High, December, Even Year | Wh | Lezen | |||
| Real Energy, Month High, January, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, February, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, March, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, April, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, May, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, June, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, July, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, August, Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, Sep., Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, Oct. Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, Nov., Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, Dec., Uneven Year | Wh | Lezen | |||
| Apparent Energy, Month High, Jan. Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Feb., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, March, Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, April, Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, May, Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, June, Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, July, Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Aug., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Sep., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Oct., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Nov., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Dec., Even Year | VAh | Lezen | |||
| Apparent Energy, Month High, Jan., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Feb., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, March, Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, April, Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, May, Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, June, Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, July, Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Aug., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Sep., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Oct., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Nov., Uneven Year | VAh | Lezen | |||
| Apparent Energy, Month High, Dec., Uneven Year | VAh | Lezen | |||
| Reactive Energy, Month High, Jan., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Feb., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, March, Even Year | varh | Lezen | |||
| Reactive Energy, Month High, April, Even Year | varh | Lezen | |||
| Reactive Energy, Month High, May, Even Year | varh | Lezen | |||
| Reactive Energy, Month High, June, Even Year | varh | Lezen | |||
| Reactive Energy, Month High, July, Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Aug., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Sep., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Oct., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Nov., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Dec., Even Year | varh | Lezen | |||
| Reactive Energy, Month High, Jan., Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Feb., Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, March, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, April, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, May, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, June, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, July, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Aug., Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Sep, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Oct., Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Nov, Uneven Year | varh | Lezen | |||
| Reactive Energy, Month High, Dec., Uneven Year | varh | Lezen | |||
| Average, Harmonics, THD; U L1-N | % | Lezen | |||
| Average, Harmonics, THD; U L2-N | % | Lezen | |||
| Average, Harmonics, THD; U L3-N | % | Lezen | |||
| Average, Harmonics, THD; U L4-N | % | Lezen | |||
| Average, Harmonics, THD; I L1 | % | Lezen | |||
| Average, Harmonics, THD; I L2 | % | Lezen | |||
| Average, Harmonics, THD; I L3 | % | Lezen | |||
| Average, Harmonics, THD; I L4 | % | Lezen | |||
| Average, K-Factor, L1 | Lezen | ||||
| Average, K-Factor, L2 | Lezen | ||||
| Average, K-Factor, L3 | Lezen | ||||
| Average, K-Factor, L4 | Lezen | ||||
| Average, U L1-N | V | Lezen | |||
| Average, U L2-N | V | Lezen | |||
| Average, U L3-N | V | Lezen | |||
| Average, U L4-N | V | Lezen | |||
| Average, I L | A | Lezen | |||
| Average, I L L2 | A | Lezen | |||
| Average, I L L3 | A | Lezen | |||
| Average, I L L4 | A | Lezen | |||
| Average, P L1 | W | Lezen | |||
| Average, P L2 | W | Lezen | |||
| Average, P L3 | W | Lezen | |||
| Average, P L4 | W | Lezen | |||
| Average, Q L1 | var | Lezen | |||
| Average, Q L2 | var | Lezen | |||
| Average, Q L3 | var | Lezen | |||
| Average, Q L4 | var | Lezen | |||
| Average, S L1 | VA | Lezen | |||
| Average, S L2 | VA | Lezen | |||
| Average, S L3 | VA | Lezen | |||
| Average, S L4 | VA | Lezen | |||
| Average, U L1-L2 | V | Lezen | |||
| Average, U L2-L3 | V | Lezen | |||
| Average, U L3-L1 | V | Lezen | |||
| Average, IN=I1+I2+I3 | A | Lezen | |||
| Average, Isum=I1+I2+I3+I4 | A | Lezen | |||
| Average, Ssum3=S1+S2+S3 | VA | Lezen | |||
| Average, Psum3=P1+P2+P3 | W | Lezen | |||
| Average, Qsum3=Q1+Q2+Q3 | var | Lezen | |||
| Average, Ssum=S1+S2+S3+S4 | VA | Lezen | |||
| Average, Psum=P1+P2+P3+P4 | W | Lezen | |||
| Average, Qsum=Q1+Q2+Q3+Q4 | var | Lezen | |||
| Average Frequency | Hz | Lezen | |||
| Average, Voltage, Zero Sequence | V | Lezen | |||
| Average, Voltage, Positive Sequence | V | Lezen | |||
| Average, Voltage, Negative Sequence | V | Lezen | |||
| Average, Unsymmetrical Voltage | % | Lezen | |||
| Average, Current, Zero Sequence | A | Lezen | |||
| Average, Current, Positive Sequence | A | Lezen | |||
| Average, Current, Negative Sequence | A | Lezen | |||
| Average, Input, Measured Value | W | Lezen | |||
| Average, Input, Measured Value L2 | W | Lezen | |||
| Average, Internal Temperature | °C | Lezen | |||
| Mean Value, ULN=(UL1+UL2+UL3)/3 | V | Lezen en schrijven | |||
| Mean Value, ULL=(ULL1+ULL2+ULL3)/3 | V | Lezen en schrijven | |||
| Mean Value, IN=(I1+I2+I3)/3 | V | Lezen en schrijven | |||
| Mean Value, Total Demand Distortion | % | Lezen en schrijven | |||
| Minimum, Harmonics, THD; U L1-N | % | Lezen | |||
| Minimum, Harmonics, THD; U L2-N | % | Lezen | |||
| Minimum, Harmonics, THD; U L3-N | % | Lezen | |||
| Minimum, Harmonics, THD; U L4-N | % | Lezen | |||
| Minimum, U L1-N | V | Lezen | |||
| Minimum, U L2-N | V | Lezen | |||
| Minimum, U L3-N | V | Lezen | |||
| Minimum, U L4-N | V | Lezen | |||
| Minimum, U L1-L2 | V | Lezen | |||
| Minimum, U L2-L3 | V | Lezen | |||
| Minimum, U L3-L1 | V | Lezen | |||
| Minimum, Frequency | Hz | Lezen | |||
| Minimum, Zero Sequence Voltage | V | Lezen | |||
| Minimum, Positive Sequence Voltage | V | Lezen | |||
| Minimum, Negative Sequence Voltage | V | Lezen | |||
| Minimum, Unsymmetrical Voltage | % | Lezen | |||
| Minimum, Internal Temperature | °C | Lezen | |||
| Maximum, Harmonics, THD; U L1-N | % | Lezen | |||
| Maximum, Harmonics, THD; U L2-N | % | Lezen | |||
| Maximum, Harmonics, THD; U L3-N | % | Lezen | |||
| Maximum, Harmonics, THD; U L4-N | % | Lezen | |||
| Maximum, Harmonics, THD; I L1-N | % | Lezen | |||
| Maximum, Harmonics, THD; I L2-N | % | Lezen | |||
| Maximum, Harmonics, THD; I L3-N | % | Lezen | |||
| Maximum, Harmonics, THD; I L4-N | % | Lezen | |||
| Maximum, K-Factor | Lezen | ||||
| Maximum, K-Factor L2 | Lezen | ||||
| Maximum, K-Factor L3 | Lezen | ||||
| Maximum, K-Factor L4 | Lezen | ||||
| Maximum, U L1-N | V | Lezen | |||
| Maximum, U L2-N | V | Lezen | |||
| Maximum, U L3-N | V | Lezen | |||
| Maximum, U L4-N | V | Lezen | |||
| Maximum, I L1 | A | Lezen | |||
| Maximum, I L2 | A | Lezen | |||
| Maximum, I L3 | A | Lezen | |||
| Maximum, I L4 | A | Lezen | |||
| Maximum, P L1 | W | Lezen | |||
| Maximum, P L2 | W | Lezen | |||
| Maximum, P L3 | W | Lezen | |||
| Maximum, P L4 | W | Lezen | |||
| Maximum, Q L1 | var | Lezen | |||
| Maximum, Q L2 | var | Lezen | |||
| Maximum, Q L3 | var | Lezen | |||
| Maximum, Q L4 | var | Lezen | |||
| Maximum, S L1 | VA | Lezen | |||
| Maximum, S L2 | VA | Lezen | |||
| Maximum, S L3 | VA | Lezen | |||
| Maximum, S L4 | VA | Lezen | |||
| Maximum, U L1-L2 | V | Lezen | |||
| Maximum, U L2-L3 | V | Lezen | |||
| Maximum, U L3-L1 | V | Lezen | |||
| Maximum, IN = I1 + I2 + I3 | A | Lezen | |||
| Maximum, I1 + I2 + I3 + I4 | A | Lezen | |||
| Maximum, Ssum3 = S1 + S2 + S3 | VA | Lezen | |||
| Maximum, Psum3 = P1 + P2 + P3 | W | Lezen | |||
| Maximum, Qsum3 = Q1 + Q2 + Q3 | var | Lezen | |||
| Maximum, Ssum = S1 + S2 + S3 + S4 | VA | Lezen | |||
| Maximum, Psum = P1 + P2 + P3 + P4 | W | Lezen | |||
| Maximum, Qsum = Q1 + Q2 + Q3 + Q4 | var | Lezen | |||
| Maximum, Frequency | Hz | Lezen | |||
| Maximum, Zero Sequence Voltage | V | Lezen | |||
| Maximum, Positive Sequence Voltage | V | Lezen | |||
| Maximum, Negative Sequence Voltage | V | Lezen | |||
| Maximum, Unsymmetrical Voltage | % | Lezen | |||
| Maximum, Zero Sequence Current | A | Lezen | |||
| Maximum, Positive Sequence Current | A | Lezen | |||
| Maximum, Negative Sequence Current | A | Lezen | |||
| Maximum, Input, Measured Value | W | Lezen | |||
| Maximum, Input, Measured Value L2 | W | Lezen | |||
| Maximum, Internal Temperature | °C | Lezen | |||
| Max. Values of Average Val., THD U L1-N | % | Lezen | |||
| Max. Values of Average Val., THD U L2-N | % | Lezen | |||
| Max. Values of Average Val., THD U L3-N | % | Lezen | |||
| Max. Values of Average Val., THD U L4-N | % | Lezen | |||
| Max. Values of Average Val., THD I L1 | % | Lezen | |||
| Max. Values of Average Val., THD I L2 | % | Lezen | |||
| Max. Values of Average Val., THD I L3 | % | Lezen | |||
| Max. Values of Average Val., THD I L4 | % | Lezen | |||
| Max. Values of Average Val., K-Factor L1 | Lezen | ||||
| Max. Values of Average Val., K-Factor L2 | Lezen | ||||
| Max. Values of Average Val., K-Factor L3 | Lezen | ||||
| Max. Values of Average Val., K-Factor L4 | Lezen | ||||
| Max. Values of Average Val., U L1-N | V | Lezen | |||
| Max. Values of Average Val., U L2-N | V | Lezen | |||
| Max. Values of Average Val., U L3-N | V | Lezen | |||
| Max. Values of Average Val., U L4-N | V | Lezen | |||
| Max. Values of Average Val., I L1 | A | Lezen | |||
| Max. Values of Average Val., I L2 | A | Lezen | |||
| Max. Values of Average Val., I L2 ILN_AVG_MAX[2] | A | Lezen | |||
| Max. Values of Average Val., I L3 | A | Lezen | |||
| Max. Values of Average Val., P L1 | W | Lezen | |||
| Max. Values of Average Val., P L2 | W | Lezen | |||
| Max. Values of Average Val., P L3 | W | Lezen | |||
| Max. Values of Average Val., P L4 | W | Lezen | |||
| Max. Values of Average Val., Q L1 | var | Lezen | |||
| Max. Values of Average Val., Q L2 | var | Lezen | |||
| Max. Values of Average Val., Q L3 | var | Lezen | |||
| Max. Values of Average Val., Q L4 | var | Lezen | |||
| Max. Values of Average Val., S L1 | VA | Lezen | |||
| Max. Values of Average Val., S L2 | VA | Lezen | |||
| Max. Values of Average Val., S L3 | VA | Lezen | |||
| Max. Values of Average Val., S L4 | VA | Lezen | |||
| Max. Values of Average Val., U L1-L2 | V | Lezen | |||
| Max. Values of Average Val., U L2-L3 | V | Lezen | |||
| Max. Values of Average Val., U L3-L1 | V | Lezen | |||
| Max. Values of Average Val., IN = I1 + I2 + I3 | A | Lezen | |||
| Max. Values of Average Val., I1 + I2 + I3 + I4 | A | Lezen | |||
| Max. Values of Average Val., S = S1 + S2 + S3 | VA | Lezen | |||
| Max. Values of Average Val., P = P1 + P2 + P3 | W | Lezen | |||
| Max. Values of Average Val., Q = Q1 + Q2 + Q3 | var | Lezen | |||
| Max. Values of Average Val., S = S1 + S2 + S3 S_SUM_AVG_MAX | VA | Lezen | |||
| Max. Values of Average Val., P = P1 + P2 + P3 P_SUM_AVG_MAX | W | Lezen | |||
| Max. Values of Average Val., Q = Q1 + Q2 + Q3 Q_SUM_AVG_MAX | var | Lezen | |||
| Max. Values of Average Val., Frequency | Hz | Lezen | |||
| Max. Values of Average Val., Zero Sequence Voltage | V | Lezen | |||
| Max. Values of Average Val., Zero Positive Voltage | V | Lezen | |||
| Max. Values of Average Val., Zero Negative Voltage | V | Lezen | |||
| Max. Values of Average Val., Unsymmetrical Voltage | % | Lezen | |||
| Max. Values of Average Val., Zero Sequence Current | A | Lezen | |||
| Max. Values of Average Val., Zero Positive Current | A | Lezen | |||
| Max. Values of Average Val., Zero Negative Current | A | Lezen | |||
| Max. Val. of Average Val., Input, Measured Value | W | Lezen | |||
| Max. Val. of Average Val., Input, Measured Value L2 | W | Lezen | |||
| Max. Val. of Average Val., Internal Temperature | Lezen | ||||
| Time of Min. Val. (UTC), Harmonics, THD U L1-N | s | Lezen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L2-N | s | Lezen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L3-N | s | Lezen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L4-N | s | Lezen | |||
| Time of Min. Val. (UTC), U L1-N | s | Lezen | |||
| Time of Min. Val. (UTC), U L2-N | s | Lezen | |||
| Time of Min. Val. (UTC), U L3-N | s | Lezen | |||
| Time of Min. Val. (UTC), U L4-N | s | Lezen | |||
| Time of Min. Val. (UTC), U L1-L2 | s | Lezen | |||
| Time of Min. Val. (UTC), U L2-L3 | s | Lezen | |||
| Time of Min. Val. (UTC), U L3-L1 | s | Lezen | |||
| Time of Min. Val. (UTC), Frequency | s | Lezen | |||
| Time of Min. Val. (UTC), Zero Sequence Voltage | s | Lezen | |||
| Time of Min. Val. (UTC), Zero Positive Voltage | s | Lezen | |||
| Time of Min. Val. (UTC), Zero Negative Voltage | s | Lezen | |||
| Time of Min. Val. (UTC), Input, Measured Value | s | Lezen | |||
| Time of Min. Val. (UTC), Internal Temperature | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD U L1-N | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD U L2-N | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD U L3-N | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD U L4-N | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD I L1 | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD I L2 | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD I L3 | s | Lezen | |||
| Time of Max. Value (UTC), Harmonics, THD I L4 | s | Lezen | |||
| Time of Max. Value (UTC), K-Factor L1 | s | Lezen | |||
| Time of Max. Value (UTC), K-Factor L2 | s | Lezen | |||
| Time of Max. Value (UTC), K-Factor L3 | s | Lezen | |||
| Time of Max. Value (UTC), K-Factor L4 | s | Lezen | |||
| Time of Max. Value (UTC), U L1-N | s | Lezen | |||
| Time of Max. Value (UTC), U L2-N | s | Lezen | |||
| Time of Max. Value (UTC), U L3-N | s | Lezen | |||
| Time of Max. Value (UTC), U L4-N | s | Lezen | |||
| Time of Max. Value (UTC), I L1 | s | Lezen | |||
| Time of Max. Value (UTC), I L2 | s | Lezen | |||
| Time of Max. Value (UTC), I L3 | s | Lezen | |||
| Time of Max. Value (UTC), I L4 | s | Lezen | |||
| Time of Max. Value (UTC), P L1 | s | Lezen | |||
| Time of Max. Value (UTC), P L2 | s | Lezen | |||
| Time of Max. Value (UTC), P L3 | s | Lezen | |||
| Time of Max. Value (UTC), P L4 | s | Lezen | |||
| Time of Max. Value (UTC), Q L1 | s | Lezen | |||
| Time of Max. Value (UTC), Q L2 | s | Lezen | |||
| Time of Max. Value (UTC), Q L3 | s | Lezen | |||
| Time of Max. Value (UTC), Q L4 | s | Lezen | |||
| Time of Max. Value (UTC), S L1 | s | Lezen | |||
| Time of Max. Value (UTC), S L2 | s | Lezen | |||
| Time of Max. Value (UTC), S L3 | s | Lezen | |||
| Time of Max. Value (UTC), S L4 | s | Lezen | |||
| Time of Max. Value (UTC), U L1-L2 | s | Lezen | |||
| Time of Max. Value (UTC), U L2-L3 | s | Lezen | |||
| Time of Max. Value (UTC), U L3-L1 | s | Lezen | |||
| Time of Max. Value (UTC), IN = I1 + I2 + I3 | s | Lezen | |||
| Time of Max. Value (UTC), I1 + I2 + I3 + I4 | s | Lezen | |||
| Time of Max. Value (UTC), S1 + S2 + S3 | s | Lezen | |||
| Time of Max. Value (UTC), P1 + P2 + P3 | s | Lezen | |||
| Time of Max. Value (UTC), Q1 + Q2 + Q3 | s | Lezen | |||
| Time of Max. Value (UTC), S1 + S2 + S3 + S4 | s | Lezen | |||
| Time of Max. Value (UTC), P1 + P2 + P3 + P4 | s | Lezen | |||
| Time of Max. Value (UTC), Q1 + Q2 + Q3 + Q4 | s | Lezen | |||
| Time of Max. Value (UTC), Frequency | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Sequence Voltage | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Positive Voltage | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Negative Voltage | s | Lezen | |||
| Time of Max. Val. (UTC), Unsymmetrical Voltage | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Sequence Current | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Positive Current | s | Lezen | |||
| Time of Max. Val. (UTC), Zero Negative Current | s | Lezen | |||
| Time of Max. Val. (UTC), Input, Measured Value | s | Lezen | |||
| Time of Max. Val. (UTC), Input, Measured Value L2 | s | Lezen | |||
| Time of Max. Val.(UTC), Internal Temperature | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L1-N | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L2-N | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L3-N | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L4-N | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L1-L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L2-L3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L3-L1 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), IN = I1 + I2 + I3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I1 + I2 + I3 + I4 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC),S1 + S2 + S3 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) P SUM3 AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) Q SUM3 AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) S SUM AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) P SUM AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) Q SUM AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), Frequency | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC), I1 + I2 + I3 + I4 N_AVG_MA | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) M AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) G AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) SYM AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) IN AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) IM AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) IG AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) S0 POWER AVG MAX T | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) S0 POWER AVG MAX T L2 | s | Lezen | |||
| Time of Max. Val. of Aver. Val.(UTC) EXT TEMPERATUR AVG MAX T S | Lezen | ||||
| Averaging Time, Harmonics, THD, U L1-N | Lezen | ||||
| Averaging Time, Harmonics, THD, U L2-N | Lezen | ||||
| Averaging Time, Harmonics, THD, U L3-N | Lezen | ||||
| Averaging Time, Harmonics, THD, U L4-N | Lezen | ||||
| Averaging Time, Harmonics, THD, I L1 | Lezen | ||||
| Averaging Time, Harmonics, THD, I L2 | Lezen | ||||
| Averaging Time, Harmonics, THD, I L3 | Lezen | ||||
| Averaging Time, Harmonics, THD, I L4 | Lezen | ||||
| Averaging Time, K-Factor L1 | Lezen | ||||
| Averaging Time, K-Factor L2 | Lezen | ||||
| Averaging Time, K-Factor L3 | Lezen | ||||
| Averaging Time, K-Factor L4 | Lezen | ||||
| Averaging Time, U L1-N | Lezen | ||||
| Averaging Time, U L2-N | Lezen | ||||
| Averaging Time, U L3-N | Lezen | ||||
| Averaging Time, U L4-N | Lezen | ||||
| Averaging Time, I L1 | Lezen | ||||
| Averaging Time, I L2 | Lezen | ||||
| Averaging Time, I L3 | Lezen | ||||
| Averaging Time, I L4 | Lezen | ||||
| Averaging Time, P L1 | Lezen | ||||
| Averaging Time, P L2 | Lezen | ||||
| Averaging Time, P L3 | Lezen | ||||
| Averaging Time, P L4 | Lezen | ||||
| Averaging Time, Q L1 | Lezen | ||||
| Averaging Time, Q L2 | Lezen | ||||
| Averaging Time, Q L3 | Lezen | ||||
| Averaging Time, Q L4 | Lezen | ||||
| Averaging Time, S L1 | Lezen | ||||
| Averaging Time, S L2 | Lezen | ||||
| Averaging Time, S L3 | Lezen | ||||
| Averaging Time, S L4 | Lezen | ||||
| Averaging Time, U L1-L2 | Lezen | ||||
| Averaging Time, U L2-L3 | Lezen | ||||
| Averaging Time, U L3-L1 | Lezen | ||||
| Averaging Time, IN = I1 + I2 + I3 | Lezen | ||||
| Averaging Time, I1 + I2 + I3 + I4 | Lezen | ||||
| Averaging Time, S = S1 + S2 + S3 | Lezen | ||||
| Averaging Time, P = P1 + P2 + P3 | Lezen | ||||
| Averaging Time, Q = Q1 + Q2 + Q3 | Lezen | ||||
| Averaging Time, S1 + S2 + S3 + S4 | Lezen | ||||
| Averaging Time, P1 + P2 + P3 + P4 | Lezen | ||||
| Averaging Time, Q1 + Q2 + Q3 + Q4 | Lezen | ||||
| Averaging Time, Frequency | Lezen | ||||
| Averaging Time, Zero Sequence Voltage | Lezen | ||||
| Averaging Time, Positive Sequence Voltage | Lezen | ||||
| Averaging Time, Negative Sequence Voltage | Lezen | ||||
| Averaging Time, Unsymmetrical Voltage | Lezen | ||||
| Averaging Time, Zero Sequence Current | Lezen | ||||
| Averaging Time, Positive Sequence Current | Lezen | ||||
| Averaging Time, Negative Sequence Current | Lezen | ||||
| Averaging Time, Input, Measured Value | Lezen | ||||
| Averaging Time, Input, Measured Value L2 | Lezen | ||||
| Averaging Time, Internal Temperature | Lezen | ||||
| Time (UTC) REALTIME | Lezen | ||||
| Time (UTC) SYSTIME | s | Lezen en schrijven | |||
| Day (1..31) | Lezen | ||||
| Month (0=Jan, .. 11=Dec) | Lezen | ||||
| Year | Lezen | ||||
| Hour (1..24) | h | Lezen | |||
| Minute (1..59) | min | Lezen | |||
| Second (1..59) | s | Lezen | |||
| Weekday (0=Sun, .. 6=Sat) | Lezen | ||||
| Ptp Version | Lezen | ||||
| Ptp Domain | Lezen en schrijven | ||||
| Ptp Clock Class | Lezen | ||||
| Ptp Clock Accuracy | Lezen | ||||
| Ptp Time Source | Lezen | ||||
| Ptp Two Step | Lezen | ||||
| Ptp Delay Mechanism | Lezen | ||||
| Ptp Profile Id | Lezen | ||||
| Ptp Profile Id L2 | Lezen | ||||
| Ptp Profile Id L3 | Lezen | ||||
| Ptp Profile Id L4 | Lezen | ||||
| Ptp Profile Id L5 | Lezen | ||||
| Ptp Profile Id L6 | Lezen | ||||
| PTP ANNOUNCE RECEIPT TIMEOUT Only for Internal Use | Lezen en schrijven | ||||
| Ptp State | Lezen | ||||
| Ptp Management Interface | Lezen en schrijven | ||||
| Ptp Priority1 | Lezen en schrijven | ||||
| Ptp Priority2 | Lezen en schrijven | ||||
| Star Connection Voltage | V | Lezen | |||
| Status Digital Output, 0=not Active, 1=active | Lezen en schrijven | ||||
| Status Digital Output, 0=not Active, 1=active L2 | Lezen en schrijven | ||||
| Status Digital Input, 0=not Active, 1=active | Lezen | ||||
| Status Digital Input, 0=not Active, 1=active L2 | Lezen | ||||
| Event Counter | Lezen en schrijven | ||||
| Flag Counter | Lezen en schrijven | ||||
| Error Counter, Transients | Lezen en schrijven | ||||
| Error Counter, Half-cycle Effective Val. | Lezen en schrijven | ||||
| Error Counter, Receive RS232 | Lezen en schrijven | ||||
| Error Counter, Send RS232 | Lezen en schrijven | ||||
| Error Counter, RS232 | Lezen en schrijven | ||||
| Error Counter, Receive RS485 | Lezen en schrijven | ||||
| Error Counter, Send RS485 | Lezen en schrijven | ||||
| Error Counter, RS485 | Lezen en schrijven | ||||
| Run | Lezen en schrijven | ||||
| Current Transf., Primary L1 | A | Lezen en schrijven | |||
| Current Transf., Primary L2 | A | Lezen en schrijven | |||
| Current Transf., Primary L3 | A | Lezen en schrijven | |||
| Current Transf., Primary L4 | A | Lezen en schrijven | |||
| Current Transf., Secondary L1 | A | Lezen en schrijven | |||
| Current Transf., Secondary L2 | A | Lezen en schrijven | |||
| Current Transf., Secondary L3 | A | Lezen en schrijven | |||
| Current Transf., Secondary L4 | A | Lezen en schrijven | |||
| Voltage Transf., Primary L1 | V | Lezen en schrijven | |||
| Voltage Transf., Primary L2 | V | Lezen en schrijven | |||
| Voltage Transf., Primary L3 | V | Lezen en schrijven | |||
| Voltage Transf., Primary L4 | V | Lezen en schrijven | |||
| Voltage Transf., Secondary L1 | V | Lezen en schrijven | |||
| Voltage Transf., Secondary L2 | V | Lezen en schrijven | |||
| Voltage Transf., Secondary L3 | V | Lezen en schrijven | |||
| Voltage Transf., Secondary L4 | V | Lezen en schrijven | |||
| Nominal Current Transformer L1 | A | Lezen en schrijven | |||
| Nominal Current Transformer L2 | A | Lezen en schrijven | |||
| Nominal Current Transformer L3 | A | Lezen en schrijven | |||
| Nominal Current Transformer L4 | A | Lezen en schrijven | |||
| Dev Name | Lezen en schrijven | ||||
| Dev Desc | Lezen en schrijven | ||||
| Language | Lezen en schrijven | ||||
| Disp Language | Lezen en schrijven | ||||
| Sernr | Lezen | ||||
| Prodnr | Lezen | ||||
| RS485, Modbus Address | Lezen en schrijven | ||||
| RS485, Modbus Mode | Lezen en schrijven | ||||
| RS485, Baudrate | Lezen en schrijven | ||||
| Network Address | Lezen | ||||
| Network Mask | Lezen | ||||
| Gateway Address | Lezen | ||||
| 1=DHCP On, 0=DHCP Off | Lezen en schrijven | ||||
| Brightness Display | Lezen en schrijven | ||||
| Standby Time | Lezen en schrijven | ||||
| Standby Contrast | Lezen en schrijven | ||||
| Screensaver, 1=on, 0=off | Lezen en schrijven | ||||
| Display Change Time | Lezen en schrijven | ||||
| 0=autom. Display Change | Lezen en schrijven | ||||
| Rotation Time Display | Lezen en schrijven | ||||
| Status, Button 1 | Lezen en schrijven | ||||
| Status, Button 2 | Lezen en schrijven | ||||
| Status, Button 3 | Lezen en schrijven | ||||
| Status, Button 4 | Lezen en schrijven | ||||
| Status, Button 5 | Lezen en schrijven | ||||
| Status, Button 6 | Lezen en schrijven | ||||
| Debug Ip | Lezen en schrijven | ||||
| Time Zone | s | Lezen en schrijven | |||
| Stime | s | Lezen en schrijven | |||
| Start Day of Summer/winter Switchover | Lezen en schrijven | ||||
| Shour | h | Lezen en schrijven | |||
| Smon | Lezen en schrijven | ||||
| Smin | min | Lezen en schrijven | |||
| Summer/winter Switchover | Lezen en schrijven | ||||
| Eday | Lezen en schrijven | ||||
| Ehour | h | Lezen en schrijven | |||
| Emon | Lezen en schrijven | ||||
| Emin | min | Lezen en schrijven | |||
| Edow | Lezen en schrijven | ||||
| Nominal Voltage U L1 | V | Lezen | |||
| Nominal Voltage U L2 | V | Lezen | |||
| Nominal Voltage U L3 | V | Lezen | |||
| Nominal Voltage U L4 | V | Lezen | |||
| Nominal Current I L1 | A | Lezen | |||
| Nominal Current I L2 | A | Lezen | |||
| Nominal Current I L3 | A | Lezen | |||
| Nominal Current I L4 | A | Lezen | |||
| Nominal Frequency | Hz | Lezen | |||
| 1=DHCP On, 0=DHCP Off (Settings) | Lezen en schrijven | ||||
| Network Address (Settings) | Lezen en schrijven | ||||
| Network Mask (Settings) | Lezen en schrijven | ||||
| Brightness Display (Settings) | Lezen en schrijven | ||||
| Standby Time (Settings) | Lezen en schrijven | ||||
| Standby Contrast (Settings) | Lezen en schrijven | ||||
| Screensave | Lezen en schrijven | ||||
| Disp Mode | Lezen en schrijven | ||||
| Rotate | Lezen en schrijven | ||||
| Rotation Time, Display | Lezen en schrijven | ||||
| Password, Guest | Lezen en schrijven | ||||
| Password, User | Lezen en schrijven | ||||
| Password, Admin | Lezen en schrijven | ||||
| Pulse Value for Input 1 | Lezen en schrijven | ||||
| Pulse Value for Input 2 | Lezen en schrijven | ||||
| Mode Ntp | Lezen en schrijven | ||||
| Temperatur Offset | °C | Lezen en schrijven | |||
| Release | Lezen | ||||
| Download | Lezen en schrijven | ||||
| Dummy | Lezen | ||||
| Gateway Timeout | ms | Lezen en schrijven | |||
| Device Hardware Index | Lezen | ||||
| Puls Width | Lezen en schrijven | ||||
| Metering Range Monitoring | Lezen en schrijven | ||||
| Time (UTC) SET SYSTIME | s | Lezen en schrijven | |||
| Transients | Lezen en schrijven | ||||
| Mode Env | Lezen en schrijven | ||||
| Trnsenv | Lezen en schrijven | ||||
| Snmp Oid | Lezen | ||||
| SMTP-Port | Lezen en schrijven | ||||
| Power Factor; L1 | Lezen | ||||
| Power Factor; L2 | Lezen | ||||
| Power Factor; L3 | Lezen | ||||
| Power Factor; L4 | Lezen | ||||
| Time of Record | Lezen en schrijven | ||||
| Voltage Threshold Without Transformer | V | Lezen en schrijven | |||
| Current Threshold Without Transformer | A | Lezen en schrijven | |||
| PHASE MODE | Lezen en schrijven | ||||
| Configure Bacnet Foreign Device Registration: | Lezen en schrijven | ||||
| Configure Bacnet Foreign Device Registration: (Settings) | Lezen en schrijven | ||||
| BACnet Network Number for Vnet | Lezen en schrijven | ||||
| Disable Underscore Before Object Names (1) | Lezen en schrijven | ||||
| Current Transformer I5, Primary 1 | A | Lezen en schrijven | |||
| Current Transformer I6, Primary 2 | A | Lezen en schrijven | |||
| Current Transformer I5, Secondary 1 | A | Lezen en schrijven | |||
| Current Transformer I6, Secondary 2 | A | Lezen en schrijven | |||
| Failure Monitoring, Diff 1 | A | Lezen en schrijven | |||
| Failure Monitoring, Diff 2 | A | Lezen en schrijven | |||
| Thermal Element | Lezen en schrijven | ||||
| IDIFF | A | Lezen en schrijven | |||
| IDIFF L2 | A | Lezen en schrijven | |||
| External Temperatur | °C | Lezen | |||
| Connection to Current Transformer, Diff 1 | Lezen en schrijven | ||||
| Connection to Current Transformer, Diff 2 | Lezen en schrijven | ||||
| Alarm Status for Diff 1 With: | s | Lezen en schrijven | |||
| Alarm Status for Diff 2 With: | s | Lezen en schrijven | |||
| Overcurrent Duration Diff0 | s | Lezen en schrijven | |||
| Overcurrent Duration Diff0 L2 | s | Lezen en schrijven | |||
| Real Threshold Diff 0 | A | Lezen en schrijven | |||
| Real Threshold Diff 0 L2 | A | Lezen en schrijven | |||
| Name, Input 1 | Lezen en schrijven | ||||
| Unit, Input 1 | Lezen en schrijven | ||||
| Description, Input 1 | Lezen en schrijven | ||||
| Name, Input 2 | Lezen en schrijven | ||||
| Unit, Input 2 | Lezen en schrijven | ||||
| Description, Input 2 | Lezen en schrijven | ||||
| IN Distortion Reactive Power | var | Lezen en schrijven | |||
| IN Distortion Reactive Power L2 | var | Lezen en schrijven | |||
| IN Distortion Reactive Power L3 | var | Lezen en schrijven | |||
| IN Distortion Reactive Power L4 | var | Lezen en schrijven | |||
| Voltage, Real Part L-L | V | Lezen en schrijven | |||
| Voltage, Real Part L-L L2 | V | Lezen en schrijven | |||
| Voltage, Real Part L-L L3 | V | Lezen en schrijven | |||
| Voltage, Imaginary Part L-L | V | Lezen en schrijven | |||
| Voltage, Imaginary Part L-L L2 | V | Lezen en schrijven | |||
| Voltage, Imaginary Part L-L L3 | V | Lezen en schrijven | |||
| Counter for Started Events | Lezen | ||||
| Flags for Running Events | Lezen | ||||
| Free Input Field for Storing Numerical Information | 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
- Zet spanningen, stromen en totaal vermogen van een hoofdverdeler op een ModbusCloud-dashboard.
- Krijg een e-mail als de THD van de spanning of de spanningsonbalans boven je grens komt.
- Bewaar een jaar energie per fase en tarief om kosten aan afdelingen of huurders toe te wijzen.
- Vergelijk de maximale vraagwaarden met de nominale trafostroom om te zien hoeveel capaciteit er nog is.
- Pas een stroomtrafoverhouding op afstand aan na een wijziging in de installatie.
Installatie
Sluit RS485 A en B van de UMG 509-PRO aan op RS485 A en B van de ModbusCloud Gateway en sluit de bus aan beide uiteinden af.
Stel op de meter een uniek Modbus-adres en de baudrate in, met 8 databits, geen pariteit en 2 stopbits.
Voeg in ModbusCloud een Modbus apparaat toe met hetzelfde adres en dezelfde seriële instellingen en importeer deze template.
Controleer of de spanningen L1-N tot L3-N en de frequentie logische waarden geven voordat je een instelling schrijft.
Veelvoorkomende aandachtspunten
De meter antwoordt niet. Wat controleer ik?
Controleer adres, baudrate, 8 databits, geen pariteit en 2 stopbits aan beide kanten. Wissel zo nodig A en B en zorg dat de bus aan beide uiteinden is afgesloten en nergens anders.
Waarom zijn stroom en vermogen een vaste factor te laag?
Waarden in het short-formaat houden geen rekening met de trafoverhouding, float-waarden wel. Gebruik de float-registers en controleer of de stroom- en spanningstrafoverhouding in de meter overeenkomen met de geplaatste trafo's.
Kan ik instellingen via Modbus wijzigen?
Ja, instellingen zoals trafoverhoudingen, Modbus-adres, baudrate en display zijn schrijfbaar. Lees eerst de huidige waarde en wijzig één instelling tegelijk; een verkeerde trafoverhouding verandert vanaf dat moment elke meetwaarde en energieteller.
Waar staan de afzonderlijke harmonischen?
Deze template bevat de meetwaarden, energie, statistiek en instellingen. De afzonderlijke harmonischen per orde zijn in de meter een apart, zeer groot blok en zitten hier niet in.
Zelf zien hoe het werkt?
