Janitza UMG 509-PRO
Netzanalysator für Spannung, Strom, Leistung, Energie und Oberschwingungen auf vier Kanälen.
Der Janitza UMG 509-PRO ist ein Netzanalysator, der Spannung, Strom, Leistung, Energie und Oberschwingungen auf vier Kanälen in Haupt- und Unterverteilungen misst. Diese Modbus-RTU-Vorlage liest alle Messwerte, Energiezähler sowie Mittel-, Minimal- und Maximalwerte und ermöglicht das Anpassen von Wandler- und Displayeinstellungen aus ModbusCloud.
- Protokoll
- Modbus RTU
- Anschluss
- RS485, 19200 baud
- Register
- 915, lesen und schreiben
- Marke
- Janitza
- Wichtige Messwerte
- Spannung L-N und L-L · Strom je Phase · Wirkleistung · Blindleistung · Leistungsfaktor · THD Spannung und Strom · Frequenz · Energie je Tarif
- Verfügbare Befehle
- Stromwandlerverhältnis · Spannungswandlerverhältnis · Modbus-Adresse und Baudrate · Displayeinstellungen
- Kompatible Modelle
- UMG 509-PRO
- Zuletzt aktualisiert
Register (915)
915 lesen, 168 schreiben
| Name | Einheit | Zugriff | Adresse (Verborgen bis zur Eingabe Ihrer E-Mail-Adresse) | Funktion (verborgen) | Typ (verborgen) |
|---|---|---|---|---|---|
| Voltage L1-N | V | Lesen | |||
| Voltage L2-N | V | Lesen | |||
| Voltage L3-N | V | Lesen | |||
| Voltage L1-L2 | V | Lesen | |||
| Voltage L2-L3 | V | Lesen | |||
| Voltage L3-L1 | V | Lesen | |||
| Apparent Current, L1 | A | Lesen | |||
| Apparent Current, L2 | A | Lesen | |||
| Apparent Current, L3 | A | Lesen | |||
| Vector Sum; IN=I1+I2+I3 | A | Lesen | |||
| Real Power L1 | W | Lesen | |||
| Real Power L2 | W | Lesen | |||
| Real Power L3 | W | Lesen | |||
| Sum; Psum3=P1+P2+P3 | W | Lesen | |||
| Apparent Power L1 | VA | Lesen | |||
| Apparent Power L2 | VA | Lesen | |||
| Apparent Power L3 | VA | Lesen | |||
| Sum; Ssum3=S1+S2+S3 | VA | Lesen | |||
| Reactive Power (mains Frequ.) L1 | var | Lesen | |||
| Reactive Power (mains Frequ.) L2 | var | Lesen | |||
| Reactive Power (mains Frequ.) L3 | var | Lesen | |||
| Sum; Qsum3=Q1+Q2+Q3 | var | Lesen | |||
| Fund.power Factor, CosPhi; UL1 IL1 | Lesen | ||||
| Fund.power Factor, CosPhi; UL2 IL2 | Lesen | ||||
| Fund.power Factor, CosPhi; UL3 IL3 | Lesen | ||||
| Measured Frequency | Hz | Lesen | |||
| Rotation Field; 1=right, 0=none, -1=left | Lesen | ||||
| Real Energy L1 | Wh | Lesen | |||
| Real Energy L2 | Wh | Lesen | |||
| Real Energy L3 | Wh | Lesen | |||
| Real Energy L1..L3 | Wh | Lesen | |||
| Real Energy L1, Consumed | Wh | Lesen | |||
| Real Energy L2, Consumed | Wh | Lesen | |||
| Real Energy L3, Consumed | Wh | Lesen | |||
| Real Energy L1..L3, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L1, Delivered | Wh | Lesen | |||
| Real Energy L2, Delivered | Wh | Lesen | |||
| Real Energy L3, Delivered | Wh | Lesen | |||
| Real Energy L1..L3, Delivered | Wh | Lesen | |||
| Apparent Energy L1 | VAh | Lesen | |||
| Apparent Energy L2 | VAh | Lesen | |||
| Apparent Energy L3 | VAh | Lesen | |||
| Apparent Energy L1..L3 | VAh | Lesen | |||
| Reactive Energy L1 | varh | Lesen | |||
| Reactive Energy L2 | varh | Lesen | |||
| Reactive Energy L3 | varh | Lesen | |||
| Reactive Energy L1..L3 | varh | Lesen | |||
| Reactive Energy L1, Inductive | varh | Lesen | |||
| Reactive Energy L2, Inductive | varh | Lesen | |||
| Reactive Energy L3, Inductive | varh | Lesen | |||
| Reactive Energy L1..L3, Ind. | varh | Lesen | |||
| Reactive Energy L1, Capacitive | varh | Lesen | |||
| Reactive Energy L2, Capacitive | varh | Lesen | |||
| Reactive Energy L3, Capacitive | varh | Lesen | |||
| Reactive Energy L1..L3, Cap. | varh | Lesen | |||
| Harmonic, THD,U L1-N | % | Lesen | |||
| Harmonic, THD,U L2-N | % | Lesen | |||
| Harmonic, THD,U L3-N | % | Lesen | |||
| Harmonic, THD,I L1 | % | Lesen | |||
| Harmonic, THD,I L2 | % | Lesen | |||
| Harmonic, THD,I L3 | % | Lesen | |||
| Voltage Phase L-N | ° | Lesen und Schreiben | |||
| Voltage Phase L-N L2 | ° | Lesen und Schreiben | |||
| Voltage Phase L-N L3 | ° | Lesen und Schreiben | |||
| Harmonic, THD,U L1-N (200 ms) | % | Lesen | |||
| Harmonic, THD,U L2-N (200 ms) | % | Lesen | |||
| Harmonic, THD,U L3-N (200 ms) | % | Lesen | |||
| Harmonic, THD,U L4-N (200 ms) | % | Lesen | |||
| Harmonic, THD,I L1 (200 ms) | % | Lesen | |||
| Harmonic, THD,I L2 (200 ms) | % | Lesen | |||
| Harmonic, THD,I L3 (200 ms) | % | Lesen | |||
| Harmonic, THD,I L4 (200 ms) | % | Lesen | |||
| K-Factor L1 | Lesen | ||||
| K-Factor L2 | Lesen | ||||
| K-Factor L3 | Lesen | ||||
| K-Factor L4 | Lesen | ||||
| Voltage L1-N (200 ms) | V | Lesen | |||
| Voltage L2-N (200 ms) | V | Lesen | |||
| Voltage L3-N (200 ms) | V | Lesen | |||
| Voltage L4-N (200 ms) | V | Lesen | |||
| Apparent Current, L1 (200 ms) | A | Lesen | |||
| Apparent Current, L2 (200 ms) | A | Lesen | |||
| Apparent Current, L3 (200 ms) | A | Lesen | |||
| Apparent Current, L4 (200 ms) | A | Lesen | |||
| Real Power L1 (200 ms) | W | Lesen | |||
| Real Power L2 (200 ms) | W | Lesen | |||
| Real Power L3 (200 ms) | W | Lesen | |||
| Real Power L4 (200 ms) | W | Lesen | |||
| Reactive Power (mains Frequ.) L1 (200 ms) | var | Lesen | |||
| Reactive Power (mains Frequ.) L2 (200 ms) | var | Lesen | |||
| Reactive Power (mains Frequ.) L3 (200 ms) | var | Lesen | |||
| Reactive Power (mains Frequ.) L4 (200 ms) | var | Lesen | |||
| Apparent Power L1 (200 ms) | VA | Lesen | |||
| Apparent Power L2 (200 ms) | VA | Lesen | |||
| Apparent Power L3 (200 ms) | VA | Lesen | |||
| Apparent Power L4 (200 ms) | VA | Lesen | |||
| Phase Conductor Voltage; L1-L2 (200 ms) | V | Lesen | |||
| Phase Conductor Voltage; L2-L3 (200 ms) | V | Lesen | |||
| Phase Conductor Voltage; L1-L3 (200 ms) | V | Lesen | |||
| Vector Sum; IN=I1+I2+I3 (200 ms) | A | Lesen | |||
| Vector Sum; I1+I2+I3+I4 (200 ms) | A | Lesen | |||
| Sum; Ssum3=S1+S2+S3 (200 ms) | VA | Lesen | |||
| Sum; Psum3=P1+P2+P3 (200 ms) | W | Lesen | |||
| Sum; Qsum3=Q1+Q2+Q3 (200 ms) | var | Lesen | |||
| PSUM3 / Sqrt(P SUM3+ Q SUM3) (200 ms) | Lesen | ||||
| S1+S2+S3+S4 (200 ms) | VA | Lesen | |||
| P1+P2+P3+P4 (200 ms) | W | Lesen | |||
| Q1+Q2+Q3+Q4 (200 ms) | var | Lesen | |||
| PSUM / Sqrt(P SUM+ Q SUM) (200 ms) | Lesen | ||||
| Voltage, Real Part L1-N (200 ms) | V | Lesen | |||
| Voltage, Real Part L2-N (200 ms) | V | Lesen | |||
| Voltage, Real Part L3-N (200 ms) | V | Lesen | |||
| Voltage, Real Part L4-N (200 ms) | V | Lesen | |||
| Voltage, Imaginary Part L1-N (200 ms) | V | Lesen | |||
| Voltage, Imaginary Part L2-N (200 ms) | V | Lesen | |||
| Voltage, Imaginary Part L3-N (200 ms) | V | Lesen | |||
| Voltage, Imaginary Part L4-N (200 ms) | V | Lesen | |||
| Current, Real Part L1 (200 ms) | A | Lesen | |||
| Current, Real Part L2 (200 ms) | A | Lesen | |||
| Current, Real Part L3 (200 ms) | A | Lesen | |||
| Current, Real Part L4 (200 ms) | A | Lesen | |||
| Current, Imaginary Part L1 (200 ms) | A | Lesen | |||
| Current, Imaginary Part L2 (200 ms) | A | Lesen | |||
| Current, Imaginary Part L3 (200 ms) | A | Lesen | |||
| Current, Imaginary Part L4 (200 ms) | A | Lesen | |||
| Phase, UL1 IL1 (200 ms) | ° | Lesen | |||
| Phase, UL2 IL2 (200 ms) | ° | Lesen | |||
| Phase, UL3 IL3 (200 ms) | ° | Lesen | |||
| Phase, UL4 IL4 (200 ms) | ° | Lesen | |||
| Fund.power Factor, CosPhi; UL1 IL1 (200 ms) | Lesen | ||||
| Fund.power Factor, CosPhi; UL2 IL2 (200 ms) | Lesen | ||||
| Fund.power Factor, CosPhi; UL3 IL3 (200 ms) | Lesen | ||||
| Fund.power Factor, CosPhi; UL4 IL4 (200 ms) | Lesen | ||||
| Sign; QL1, +1=ind., -1=cap. (200 ms) | Lesen | ||||
| Sign; QL2, +1=ind., -1=cap. (200 ms) | Lesen | ||||
| Sign; QL3, +1=ind., -1=cap. (200 ms) | Lesen | ||||
| Sign; QL4, +1=ind., -1=cap. (200 ms) | Lesen | ||||
| Measured Frequency (200 ms) | Hz | Lesen | |||
| Voltage, Zero Sequence (200 ms) | V | Lesen | |||
| Voltage, Positive Sequence (200 ms) | V | Lesen | |||
| Voltage, Negative Sequence (200 ms) | V | Lesen | |||
| Voltage, Unsymmetrical (200 ms) | % | Lesen | |||
| Rotation Field; 1=right, 0=none, -1=left (200 ms) | Lesen | ||||
| Current, Zero Sequence (200 ms) | A | Lesen | |||
| Current, Positive Sequence (200 ms) | A | Lesen | |||
| Current, Negative Sequence (200 ms) | A | Lesen | |||
| Internal Temperature (200 ms) | °C | Lesen | |||
| Sign; Q1+Q2+Q3 (200 ms) | Lesen | ||||
| Sign; Q1+Q2+Q3+Q4 (200 ms) | Lesen | ||||
| PF Total, PF_Total=P_Sum3/S_Sum3 (200 ms) | Lesen und Schreiben | ||||
| IN Total Demand Distortion (200 ms) | % | Lesen und Schreiben | |||
| IN Total Demand Distortion L2 (200 ms) | % | Lesen und Schreiben | |||
| IN Total Demand Distortion L3 (200 ms) | % | Lesen und Schreiben | |||
| IN Total Demand Distortion L4 (200 ms) | % | Lesen und Schreiben | |||
| Current Unsymmetrical (200 ms) | % | Lesen und Schreiben | |||
| ULN Crest Factor (200 ms) | Lesen und Schreiben | ||||
| ULN Crest Factor L2 (200 ms) | Lesen und Schreiben | ||||
| ULN Crest Factor L3 (200 ms) | Lesen und Schreiben | ||||
| ULL Crest Factor (200 ms) | Lesen und Schreiben | ||||
| ULL Crest Factor L2 (200 ms) | Lesen und Schreiben | ||||
| ULL Crest Factor L3 (200 ms) | Lesen und Schreiben | ||||
| IN Crest Factor (200 ms) | Lesen und Schreiben | ||||
| IN Crest Factor L2 (200 ms) | Lesen und Schreiben | ||||
| IN Crest Factor L3 (200 ms) | Lesen und Schreiben | ||||
| IN Crest Factor L4 (200 ms) | Lesen und Schreiben | ||||
| Maximum Demand Load Current, L1 (200 ms) | A | Lesen und Schreiben | |||
| Maximum Demand Load Current, L2 (200 ms) | A | Lesen und Schreiben | |||
| Maximum Demand Load Current, L3 (200 ms) | A | Lesen und Schreiben | |||
| Maximum Demand Load Current, L4 (200 ms) | A | Lesen und Schreiben | |||
| Current Rate, Real/apparent Energy | Lesen | ||||
| Current Rate, Reactive Energy | Lesen | ||||
| Apparent Energy L1 (Energy List) | VAh | Lesen | |||
| Apparent Energy L2 (Energy List) | VAh | Lesen | |||
| Apparent Energy L3 (Energy List) | VAh | Lesen | |||
| Apparent Energy L4 | VAh | Lesen | |||
| Apparent Energy L1..L3 (Energy List) | VAh | Lesen | |||
| Apparent Energy L1..L4 | VAh | Lesen | |||
| Real Energy L1 (Energy List) | Wh | Lesen | |||
| Real Energy L2 (Energy List) | Wh | Lesen | |||
| Real Energy L3 (Energy List) | Wh | Lesen | |||
| Real Energy L4 | Wh | Lesen | |||
| Real Energy L1..L3 (Energy List) | Wh | Lesen | |||
| Real Energy L1..L4 | Wh | Lesen | |||
| Reactive Energy L1 (Energy List) | varh | Lesen | |||
| Reactive Energy L2 (Energy List) | varh | Lesen | |||
| Reactive Energy L3 (Energy List) | varh | Lesen | |||
| Reactive Energy L4 | varh | Lesen | |||
| Reactive Energy L1..L3 (Energy List) | varh | Lesen | |||
| Reactive Energy L1..L4 | varh | Lesen | |||
| Real Energy L1, Consumed (Energy List) | Wh | Lesen | |||
| Real Energy L2, Consumed (Energy List) | Wh | Lesen | |||
| Real Energy L3, Consumed (Energy List) | Wh | Lesen | |||
| Real Energy L4, Consumed | Wh | Lesen | |||
| Real Energy L1..L3, Consumed | Wh | Lesen | |||
| Real Energy L1..L4, Consumed | Wh | Lesen | |||
| Real Energy L1, Delivered (Energy List) | Wh | Lesen | |||
| Real Energy L2, Delivered (Energy List) | Wh | Lesen | |||
| Real Energy L3, Delivered (Energy List) | Wh | Lesen | |||
| Real Energy L4, Delivered | Wh | Lesen | |||
| Real Energy L1..L3, Delivered (Energy List) | Wh | Lesen | |||
| Real Energy L1..L4, Delivered | Wh | Lesen | |||
| Real Energy L1, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L2, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L3, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L4, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L1..L3, Consumed, Rate 1 (Energy List) | Wh | Lesen | |||
| Real Energy L1..L4, Consumed, Rate 1 | Wh | Lesen | |||
| Real Energy L1, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L2, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L3, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L4, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L1..L3, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L1..L4, Consumed, Rate 2 | Wh | Lesen | |||
| Real Energy L1, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L2, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L3, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L4, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L1..L3, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L1..L4, Delivered, Rate 1 | Wh | Lesen | |||
| Real Energy L1, Delivered, Rate 2 | Wh | Lesen | |||
| Real Energy L2, Delivered, Rate 2 | Wh | Lesen | |||
| Real Energy L3, Delivered, Rate 2 | Wh | Lesen | |||
| Real Energy L4, Delivered, Rate 2 | Wh | Lesen | |||
| Real Energy L1..L3, Delivered, Rate 2 | Wh | Lesen | |||
| Real Energy L1..L4, Delivered, Rate 2 | Wh | Lesen | |||
| Reactive Energy L1, Inductive (Energy List) | varh | Lesen | |||
| Reactive Energy L2, Inductive (Energy List) | varh | Lesen | |||
| Reactive Energy L3, Inductive (Energy List) | varh | Lesen | |||
| Reactive Energy L4, Inductive | varh | Lesen | |||
| Reactive Energy L1..L3, Inductive | varh | Lesen | |||
| Reactive Energy L1..L4, Inductive | varh | Lesen | |||
| Reactive Energy L1, Capacitive (Energy List) | varh | Lesen | |||
| Reactive Energy L2, Capacitive (Energy List) | varh | Lesen | |||
| Reactive Energy L3, Capacitive (Energy List) | varh | Lesen | |||
| Reactive Energy L4, Capacitive | varh | Lesen | |||
| Reactive Energy L1..L3, Capacitive | varh | Lesen | |||
| Reactive Energy L1..L4, Capacitive | varh | Lesen | |||
| Reactive Energy L1, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L2, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L3, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L4, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L1..L3, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L1..L4, Inductive, Rate 1 | varh | Lesen | |||
| Reactive Energy L1, Inductive, Rate 2 | varh | Lesen | |||
| Reactive Energy L2, Inductive, Rate 2 | varh | Lesen | |||
| Reactive Energy L3, Inductive, Rate 2 | varh | Lesen | |||
| Reactive Energy L4, Inductive, Rate 2 | varh | Lesen | |||
| Reactive Energy L1..L3, Inductive, Rate 2 | varh | Lesen | |||
| Reactive Energy L1..L4, Inductive, Rate 2 | varh | Lesen | |||
| Energy Meter, Impulse Output 1 | Lesen | ||||
| Energy Meter, Impulse Output 2 | Lesen | ||||
| Runtime of Real and Apparent Energy Meas. | s | Lesen | |||
| Runtime of Real and Reactive Energy Meas. | s | Lesen | |||
| 1=delete All Real Energy Counters | Lesen | ||||
| 1=delete All Reactive Energy Counters | Lesen | ||||
| Real Energy L1, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L2, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L3, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L4, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L1..L3, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L1..L4, Consumed, Rate 3 | Wh | Lesen | |||
| Real Energy L1, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L2, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L3, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L4, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L1..L3, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L1..L4, Consumed, Rate 4 | Wh | Lesen | |||
| Real Energy L1, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L2, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L3, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L4, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L1..L3, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L1..L4, Delivered, Rate 3 | Wh | Lesen | |||
| Real Energy L1, Delivered, Rate 4 | Wh | Lesen | |||
| Real Energy L2, Delivered, Rate 4 | Wh | Lesen | |||
| Real Energy L3, Delivered, Rate 4 | Wh | Lesen | |||
| Real Energy L4, Delivered, Rate 4 | Wh | Lesen | |||
| Real Energy L1..L3, Delivered, Rate 4 | Wh | Lesen | |||
| Real Energy L1..L4, Delivered, Rate 4 | Wh | Lesen | |||
| Reactive Energy L1, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L2, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L3, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L4, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L1..L3, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L1..L4, Inductive, Rate 3 | varh | Lesen | |||
| Reactive Energy L1, Inductive, Rate 4 | varh | Lesen | |||
| Reactive Energy L2, Inductive, Rate 4 | varh | Lesen | |||
| Reactive Energy L3, Inductive, Rate 4 | varh | Lesen | |||
| Reactive Energy L4, Inductive, Rate 4 | varh | Lesen | |||
| Reactive Energy L1..L3, Inductive, Rate 4 | varh | Lesen | |||
| Reactive Energy L1..L4, Inductive, Rate 4 | varh | Lesen | |||
| Real Energy, Month High, January, Even Year | Wh | Lesen | |||
| Real Energy, Month High, February, Even Year | Wh | Lesen | |||
| Real Energy, Month High, March, Even Year | Wh | Lesen | |||
| Real Energy, Month High, April, Even Year | Wh | Lesen | |||
| Real Energy, Month High, May, Even Year | Wh | Lesen | |||
| Real Energy, Month High, June, Even Year | Wh | Lesen | |||
| Real Energy, Month High, July, Even Year | Wh | Lesen | |||
| Real Energy, Month High, August, Even Year | Wh | Lesen | |||
| Real Energy, Month High, September, Even Year | Wh | Lesen | |||
| Real Energy, Month High, October, Even Year | Wh | Lesen | |||
| Real Energy, Month High, November, Even Year | Wh | Lesen | |||
| Real Energy, Month High, December, Even Year | Wh | Lesen | |||
| Real Energy, Month High, January, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, February, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, March, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, April, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, May, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, June, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, July, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, August, Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, Sep., Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, Oct. Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, Nov., Uneven Year | Wh | Lesen | |||
| Real Energy, Month High, Dec., Uneven Year | Wh | Lesen | |||
| Apparent Energy, Month High, Jan. Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Feb., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, March, Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, April, Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, May, Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, June, Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, July, Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Aug., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Sep., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Oct., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Nov., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Dec., Even Year | VAh | Lesen | |||
| Apparent Energy, Month High, Jan., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Feb., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, March, Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, April, Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, May, Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, June, Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, July, Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Aug., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Sep., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Oct., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Nov., Uneven Year | VAh | Lesen | |||
| Apparent Energy, Month High, Dec., Uneven Year | VAh | Lesen | |||
| Reactive Energy, Month High, Jan., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Feb., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, March, Even Year | varh | Lesen | |||
| Reactive Energy, Month High, April, Even Year | varh | Lesen | |||
| Reactive Energy, Month High, May, Even Year | varh | Lesen | |||
| Reactive Energy, Month High, June, Even Year | varh | Lesen | |||
| Reactive Energy, Month High, July, Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Aug., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Sep., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Oct., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Nov., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Dec., Even Year | varh | Lesen | |||
| Reactive Energy, Month High, Jan., Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Feb., Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, March, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, April, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, May, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, June, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, July, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Aug., Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Sep, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Oct., Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Nov, Uneven Year | varh | Lesen | |||
| Reactive Energy, Month High, Dec., Uneven Year | varh | Lesen | |||
| Average, Harmonics, THD; U L1-N | % | Lesen | |||
| Average, Harmonics, THD; U L2-N | % | Lesen | |||
| Average, Harmonics, THD; U L3-N | % | Lesen | |||
| Average, Harmonics, THD; U L4-N | % | Lesen | |||
| Average, Harmonics, THD; I L1 | % | Lesen | |||
| Average, Harmonics, THD; I L2 | % | Lesen | |||
| Average, Harmonics, THD; I L3 | % | Lesen | |||
| Average, Harmonics, THD; I L4 | % | Lesen | |||
| Average, K-Factor, L1 | Lesen | ||||
| Average, K-Factor, L2 | Lesen | ||||
| Average, K-Factor, L3 | Lesen | ||||
| Average, K-Factor, L4 | Lesen | ||||
| Average, U L1-N | V | Lesen | |||
| Average, U L2-N | V | Lesen | |||
| Average, U L3-N | V | Lesen | |||
| Average, U L4-N | V | Lesen | |||
| Average, I L | A | Lesen | |||
| Average, I L L2 | A | Lesen | |||
| Average, I L L3 | A | Lesen | |||
| Average, I L L4 | A | Lesen | |||
| Average, P L1 | W | Lesen | |||
| Average, P L2 | W | Lesen | |||
| Average, P L3 | W | Lesen | |||
| Average, P L4 | W | Lesen | |||
| Average, Q L1 | var | Lesen | |||
| Average, Q L2 | var | Lesen | |||
| Average, Q L3 | var | Lesen | |||
| Average, Q L4 | var | Lesen | |||
| Average, S L1 | VA | Lesen | |||
| Average, S L2 | VA | Lesen | |||
| Average, S L3 | VA | Lesen | |||
| Average, S L4 | VA | Lesen | |||
| Average, U L1-L2 | V | Lesen | |||
| Average, U L2-L3 | V | Lesen | |||
| Average, U L3-L1 | V | Lesen | |||
| Average, IN=I1+I2+I3 | A | Lesen | |||
| Average, Isum=I1+I2+I3+I4 | A | Lesen | |||
| Average, Ssum3=S1+S2+S3 | VA | Lesen | |||
| Average, Psum3=P1+P2+P3 | W | Lesen | |||
| Average, Qsum3=Q1+Q2+Q3 | var | Lesen | |||
| Average, Ssum=S1+S2+S3+S4 | VA | Lesen | |||
| Average, Psum=P1+P2+P3+P4 | W | Lesen | |||
| Average, Qsum=Q1+Q2+Q3+Q4 | var | Lesen | |||
| Average Frequency | Hz | Lesen | |||
| Average, Voltage, Zero Sequence | V | Lesen | |||
| Average, Voltage, Positive Sequence | V | Lesen | |||
| Average, Voltage, Negative Sequence | V | Lesen | |||
| Average, Unsymmetrical Voltage | % | Lesen | |||
| Average, Current, Zero Sequence | A | Lesen | |||
| Average, Current, Positive Sequence | A | Lesen | |||
| Average, Current, Negative Sequence | A | Lesen | |||
| Average, Input, Measured Value | W | Lesen | |||
| Average, Input, Measured Value L2 | W | Lesen | |||
| Average, Internal Temperature | °C | Lesen | |||
| Mean Value, ULN=(UL1+UL2+UL3)/3 | V | Lesen und Schreiben | |||
| Mean Value, ULL=(ULL1+ULL2+ULL3)/3 | V | Lesen und Schreiben | |||
| Mean Value, IN=(I1+I2+I3)/3 | V | Lesen und Schreiben | |||
| Mean Value, Total Demand Distortion | % | Lesen und Schreiben | |||
| Minimum, Harmonics, THD; U L1-N | % | Lesen | |||
| Minimum, Harmonics, THD; U L2-N | % | Lesen | |||
| Minimum, Harmonics, THD; U L3-N | % | Lesen | |||
| Minimum, Harmonics, THD; U L4-N | % | Lesen | |||
| Minimum, U L1-N | V | Lesen | |||
| Minimum, U L2-N | V | Lesen | |||
| Minimum, U L3-N | V | Lesen | |||
| Minimum, U L4-N | V | Lesen | |||
| Minimum, U L1-L2 | V | Lesen | |||
| Minimum, U L2-L3 | V | Lesen | |||
| Minimum, U L3-L1 | V | Lesen | |||
| Minimum, Frequency | Hz | Lesen | |||
| Minimum, Zero Sequence Voltage | V | Lesen | |||
| Minimum, Positive Sequence Voltage | V | Lesen | |||
| Minimum, Negative Sequence Voltage | V | Lesen | |||
| Minimum, Unsymmetrical Voltage | % | Lesen | |||
| Minimum, Internal Temperature | °C | Lesen | |||
| Maximum, Harmonics, THD; U L1-N | % | Lesen | |||
| Maximum, Harmonics, THD; U L2-N | % | Lesen | |||
| Maximum, Harmonics, THD; U L3-N | % | Lesen | |||
| Maximum, Harmonics, THD; U L4-N | % | Lesen | |||
| Maximum, Harmonics, THD; I L1-N | % | Lesen | |||
| Maximum, Harmonics, THD; I L2-N | % | Lesen | |||
| Maximum, Harmonics, THD; I L3-N | % | Lesen | |||
| Maximum, Harmonics, THD; I L4-N | % | Lesen | |||
| Maximum, K-Factor | Lesen | ||||
| Maximum, K-Factor L2 | Lesen | ||||
| Maximum, K-Factor L3 | Lesen | ||||
| Maximum, K-Factor L4 | Lesen | ||||
| Maximum, U L1-N | V | Lesen | |||
| Maximum, U L2-N | V | Lesen | |||
| Maximum, U L3-N | V | Lesen | |||
| Maximum, U L4-N | V | Lesen | |||
| Maximum, I L1 | A | Lesen | |||
| Maximum, I L2 | A | Lesen | |||
| Maximum, I L3 | A | Lesen | |||
| Maximum, I L4 | A | Lesen | |||
| Maximum, P L1 | W | Lesen | |||
| Maximum, P L2 | W | Lesen | |||
| Maximum, P L3 | W | Lesen | |||
| Maximum, P L4 | W | Lesen | |||
| Maximum, Q L1 | var | Lesen | |||
| Maximum, Q L2 | var | Lesen | |||
| Maximum, Q L3 | var | Lesen | |||
| Maximum, Q L4 | var | Lesen | |||
| Maximum, S L1 | VA | Lesen | |||
| Maximum, S L2 | VA | Lesen | |||
| Maximum, S L3 | VA | Lesen | |||
| Maximum, S L4 | VA | Lesen | |||
| Maximum, U L1-L2 | V | Lesen | |||
| Maximum, U L2-L3 | V | Lesen | |||
| Maximum, U L3-L1 | V | Lesen | |||
| Maximum, IN = I1 + I2 + I3 | A | Lesen | |||
| Maximum, I1 + I2 + I3 + I4 | A | Lesen | |||
| Maximum, Ssum3 = S1 + S2 + S3 | VA | Lesen | |||
| Maximum, Psum3 = P1 + P2 + P3 | W | Lesen | |||
| Maximum, Qsum3 = Q1 + Q2 + Q3 | var | Lesen | |||
| Maximum, Ssum = S1 + S2 + S3 + S4 | VA | Lesen | |||
| Maximum, Psum = P1 + P2 + P3 + P4 | W | Lesen | |||
| Maximum, Qsum = Q1 + Q2 + Q3 + Q4 | var | Lesen | |||
| Maximum, Frequency | Hz | Lesen | |||
| Maximum, Zero Sequence Voltage | V | Lesen | |||
| Maximum, Positive Sequence Voltage | V | Lesen | |||
| Maximum, Negative Sequence Voltage | V | Lesen | |||
| Maximum, Unsymmetrical Voltage | % | Lesen | |||
| Maximum, Zero Sequence Current | A | Lesen | |||
| Maximum, Positive Sequence Current | A | Lesen | |||
| Maximum, Negative Sequence Current | A | Lesen | |||
| Maximum, Input, Measured Value | W | Lesen | |||
| Maximum, Input, Measured Value L2 | W | Lesen | |||
| Maximum, Internal Temperature | °C | Lesen | |||
| Max. Values of Average Val., THD U L1-N | % | Lesen | |||
| Max. Values of Average Val., THD U L2-N | % | Lesen | |||
| Max. Values of Average Val., THD U L3-N | % | Lesen | |||
| Max. Values of Average Val., THD U L4-N | % | Lesen | |||
| Max. Values of Average Val., THD I L1 | % | Lesen | |||
| Max. Values of Average Val., THD I L2 | % | Lesen | |||
| Max. Values of Average Val., THD I L3 | % | Lesen | |||
| Max. Values of Average Val., THD I L4 | % | Lesen | |||
| Max. Values of Average Val., K-Factor L1 | Lesen | ||||
| Max. Values of Average Val., K-Factor L2 | Lesen | ||||
| Max. Values of Average Val., K-Factor L3 | Lesen | ||||
| Max. Values of Average Val., K-Factor L4 | Lesen | ||||
| Max. Values of Average Val., U L1-N | V | Lesen | |||
| Max. Values of Average Val., U L2-N | V | Lesen | |||
| Max. Values of Average Val., U L3-N | V | Lesen | |||
| Max. Values of Average Val., U L4-N | V | Lesen | |||
| Max. Values of Average Val., I L1 | A | Lesen | |||
| Max. Values of Average Val., I L2 | A | Lesen | |||
| Max. Values of Average Val., I L2 ILN_AVG_MAX[2] | A | Lesen | |||
| Max. Values of Average Val., I L3 | A | Lesen | |||
| Max. Values of Average Val., P L1 | W | Lesen | |||
| Max. Values of Average Val., P L2 | W | Lesen | |||
| Max. Values of Average Val., P L3 | W | Lesen | |||
| Max. Values of Average Val., P L4 | W | Lesen | |||
| Max. Values of Average Val., Q L1 | var | Lesen | |||
| Max. Values of Average Val., Q L2 | var | Lesen | |||
| Max. Values of Average Val., Q L3 | var | Lesen | |||
| Max. Values of Average Val., Q L4 | var | Lesen | |||
| Max. Values of Average Val., S L1 | VA | Lesen | |||
| Max. Values of Average Val., S L2 | VA | Lesen | |||
| Max. Values of Average Val., S L3 | VA | Lesen | |||
| Max. Values of Average Val., S L4 | VA | Lesen | |||
| Max. Values of Average Val., U L1-L2 | V | Lesen | |||
| Max. Values of Average Val., U L2-L3 | V | Lesen | |||
| Max. Values of Average Val., U L3-L1 | V | Lesen | |||
| Max. Values of Average Val., IN = I1 + I2 + I3 | A | Lesen | |||
| Max. Values of Average Val., I1 + I2 + I3 + I4 | A | Lesen | |||
| Max. Values of Average Val., S = S1 + S2 + S3 | VA | Lesen | |||
| Max. Values of Average Val., P = P1 + P2 + P3 | W | Lesen | |||
| Max. Values of Average Val., Q = Q1 + Q2 + Q3 | var | Lesen | |||
| Max. Values of Average Val., S = S1 + S2 + S3 S_SUM_AVG_MAX | VA | Lesen | |||
| Max. Values of Average Val., P = P1 + P2 + P3 P_SUM_AVG_MAX | W | Lesen | |||
| Max. Values of Average Val., Q = Q1 + Q2 + Q3 Q_SUM_AVG_MAX | var | Lesen | |||
| Max. Values of Average Val., Frequency | Hz | Lesen | |||
| Max. Values of Average Val., Zero Sequence Voltage | V | Lesen | |||
| Max. Values of Average Val., Zero Positive Voltage | V | Lesen | |||
| Max. Values of Average Val., Zero Negative Voltage | V | Lesen | |||
| Max. Values of Average Val., Unsymmetrical Voltage | % | Lesen | |||
| Max. Values of Average Val., Zero Sequence Current | A | Lesen | |||
| Max. Values of Average Val., Zero Positive Current | A | Lesen | |||
| Max. Values of Average Val., Zero Negative Current | A | Lesen | |||
| Max. Val. of Average Val., Input, Measured Value | W | Lesen | |||
| Max. Val. of Average Val., Input, Measured Value L2 | W | Lesen | |||
| Max. Val. of Average Val., Internal Temperature | Lesen | ||||
| Time of Min. Val. (UTC), Harmonics, THD U L1-N | s | Lesen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L2-N | s | Lesen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L3-N | s | Lesen | |||
| Time of Min. Val. (UTC), Harmonics, THD U L4-N | s | Lesen | |||
| Time of Min. Val. (UTC), U L1-N | s | Lesen | |||
| Time of Min. Val. (UTC), U L2-N | s | Lesen | |||
| Time of Min. Val. (UTC), U L3-N | s | Lesen | |||
| Time of Min. Val. (UTC), U L4-N | s | Lesen | |||
| Time of Min. Val. (UTC), U L1-L2 | s | Lesen | |||
| Time of Min. Val. (UTC), U L2-L3 | s | Lesen | |||
| Time of Min. Val. (UTC), U L3-L1 | s | Lesen | |||
| Time of Min. Val. (UTC), Frequency | s | Lesen | |||
| Time of Min. Val. (UTC), Zero Sequence Voltage | s | Lesen | |||
| Time of Min. Val. (UTC), Zero Positive Voltage | s | Lesen | |||
| Time of Min. Val. (UTC), Zero Negative Voltage | s | Lesen | |||
| Time of Min. Val. (UTC), Input, Measured Value | s | Lesen | |||
| Time of Min. Val. (UTC), Internal Temperature | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD U L1-N | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD U L2-N | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD U L3-N | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD U L4-N | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD I L1 | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD I L2 | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD I L3 | s | Lesen | |||
| Time of Max. Value (UTC), Harmonics, THD I L4 | s | Lesen | |||
| Time of Max. Value (UTC), K-Factor L1 | s | Lesen | |||
| Time of Max. Value (UTC), K-Factor L2 | s | Lesen | |||
| Time of Max. Value (UTC), K-Factor L3 | s | Lesen | |||
| Time of Max. Value (UTC), K-Factor L4 | s | Lesen | |||
| Time of Max. Value (UTC), U L1-N | s | Lesen | |||
| Time of Max. Value (UTC), U L2-N | s | Lesen | |||
| Time of Max. Value (UTC), U L3-N | s | Lesen | |||
| Time of Max. Value (UTC), U L4-N | s | Lesen | |||
| Time of Max. Value (UTC), I L1 | s | Lesen | |||
| Time of Max. Value (UTC), I L2 | s | Lesen | |||
| Time of Max. Value (UTC), I L3 | s | Lesen | |||
| Time of Max. Value (UTC), I L4 | s | Lesen | |||
| Time of Max. Value (UTC), P L1 | s | Lesen | |||
| Time of Max. Value (UTC), P L2 | s | Lesen | |||
| Time of Max. Value (UTC), P L3 | s | Lesen | |||
| Time of Max. Value (UTC), P L4 | s | Lesen | |||
| Time of Max. Value (UTC), Q L1 | s | Lesen | |||
| Time of Max. Value (UTC), Q L2 | s | Lesen | |||
| Time of Max. Value (UTC), Q L3 | s | Lesen | |||
| Time of Max. Value (UTC), Q L4 | s | Lesen | |||
| Time of Max. Value (UTC), S L1 | s | Lesen | |||
| Time of Max. Value (UTC), S L2 | s | Lesen | |||
| Time of Max. Value (UTC), S L3 | s | Lesen | |||
| Time of Max. Value (UTC), S L4 | s | Lesen | |||
| Time of Max. Value (UTC), U L1-L2 | s | Lesen | |||
| Time of Max. Value (UTC), U L2-L3 | s | Lesen | |||
| Time of Max. Value (UTC), U L3-L1 | s | Lesen | |||
| Time of Max. Value (UTC), IN = I1 + I2 + I3 | s | Lesen | |||
| Time of Max. Value (UTC), I1 + I2 + I3 + I4 | s | Lesen | |||
| Time of Max. Value (UTC), S1 + S2 + S3 | s | Lesen | |||
| Time of Max. Value (UTC), P1 + P2 + P3 | s | Lesen | |||
| Time of Max. Value (UTC), Q1 + Q2 + Q3 | s | Lesen | |||
| Time of Max. Value (UTC), S1 + S2 + S3 + S4 | s | Lesen | |||
| Time of Max. Value (UTC), P1 + P2 + P3 + P4 | s | Lesen | |||
| Time of Max. Value (UTC), Q1 + Q2 + Q3 + Q4 | s | Lesen | |||
| Time of Max. Value (UTC), Frequency | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Sequence Voltage | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Positive Voltage | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Negative Voltage | s | Lesen | |||
| Time of Max. Val. (UTC), Unsymmetrical Voltage | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Sequence Current | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Positive Current | s | Lesen | |||
| Time of Max. Val. (UTC), Zero Negative Current | s | Lesen | |||
| Time of Max. Val. (UTC), Input, Measured Value | s | Lesen | |||
| Time of Max. Val. (UTC), Input, Measured Value L2 | s | Lesen | |||
| Time of Max. Val.(UTC), Internal Temperature | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD U L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), THD I L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), K-Factor L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L1-N | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L2-N | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L3-N | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L4-N | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), P L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), Q L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), S L4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L1-L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L2-L3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), U L3-L1 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), IN = I1 + I2 + I3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I1 + I2 + I3 + I4 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC),S1 + S2 + S3 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) P SUM3 AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) Q SUM3 AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) S SUM AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) P SUM AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) Q SUM AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), Frequency | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC), I1 + I2 + I3 + I4 N_AVG_MA | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) M AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) G AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) SYM AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) IN AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) IM AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) IG AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) S0 POWER AVG MAX T | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) S0 POWER AVG MAX T L2 | s | Lesen | |||
| Time of Max. Val. of Aver. Val.(UTC) EXT TEMPERATUR AVG MAX T S | Lesen | ||||
| Averaging Time, Harmonics, THD, U L1-N | Lesen | ||||
| Averaging Time, Harmonics, THD, U L2-N | Lesen | ||||
| Averaging Time, Harmonics, THD, U L3-N | Lesen | ||||
| Averaging Time, Harmonics, THD, U L4-N | Lesen | ||||
| Averaging Time, Harmonics, THD, I L1 | Lesen | ||||
| Averaging Time, Harmonics, THD, I L2 | Lesen | ||||
| Averaging Time, Harmonics, THD, I L3 | Lesen | ||||
| Averaging Time, Harmonics, THD, I L4 | Lesen | ||||
| Averaging Time, K-Factor L1 | Lesen | ||||
| Averaging Time, K-Factor L2 | Lesen | ||||
| Averaging Time, K-Factor L3 | Lesen | ||||
| Averaging Time, K-Factor L4 | Lesen | ||||
| Averaging Time, U L1-N | Lesen | ||||
| Averaging Time, U L2-N | Lesen | ||||
| Averaging Time, U L3-N | Lesen | ||||
| Averaging Time, U L4-N | Lesen | ||||
| Averaging Time, I L1 | Lesen | ||||
| Averaging Time, I L2 | Lesen | ||||
| Averaging Time, I L3 | Lesen | ||||
| Averaging Time, I L4 | Lesen | ||||
| Averaging Time, P L1 | Lesen | ||||
| Averaging Time, P L2 | Lesen | ||||
| Averaging Time, P L3 | Lesen | ||||
| Averaging Time, P L4 | Lesen | ||||
| Averaging Time, Q L1 | Lesen | ||||
| Averaging Time, Q L2 | Lesen | ||||
| Averaging Time, Q L3 | Lesen | ||||
| Averaging Time, Q L4 | Lesen | ||||
| Averaging Time, S L1 | Lesen | ||||
| Averaging Time, S L2 | Lesen | ||||
| Averaging Time, S L3 | Lesen | ||||
| Averaging Time, S L4 | Lesen | ||||
| Averaging Time, U L1-L2 | Lesen | ||||
| Averaging Time, U L2-L3 | Lesen | ||||
| Averaging Time, U L3-L1 | Lesen | ||||
| Averaging Time, IN = I1 + I2 + I3 | Lesen | ||||
| Averaging Time, I1 + I2 + I3 + I4 | Lesen | ||||
| Averaging Time, S = S1 + S2 + S3 | Lesen | ||||
| Averaging Time, P = P1 + P2 + P3 | Lesen | ||||
| Averaging Time, Q = Q1 + Q2 + Q3 | Lesen | ||||
| Averaging Time, S1 + S2 + S3 + S4 | Lesen | ||||
| Averaging Time, P1 + P2 + P3 + P4 | Lesen | ||||
| Averaging Time, Q1 + Q2 + Q3 + Q4 | Lesen | ||||
| Averaging Time, Frequency | Lesen | ||||
| Averaging Time, Zero Sequence Voltage | Lesen | ||||
| Averaging Time, Positive Sequence Voltage | Lesen | ||||
| Averaging Time, Negative Sequence Voltage | Lesen | ||||
| Averaging Time, Unsymmetrical Voltage | Lesen | ||||
| Averaging Time, Zero Sequence Current | Lesen | ||||
| Averaging Time, Positive Sequence Current | Lesen | ||||
| Averaging Time, Negative Sequence Current | Lesen | ||||
| Averaging Time, Input, Measured Value | Lesen | ||||
| Averaging Time, Input, Measured Value L2 | Lesen | ||||
| Averaging Time, Internal Temperature | Lesen | ||||
| Time (UTC) REALTIME | Lesen | ||||
| Time (UTC) SYSTIME | s | Lesen und Schreiben | |||
| Day (1..31) | Lesen | ||||
| Month (0=Jan, .. 11=Dec) | Lesen | ||||
| Year | Lesen | ||||
| Hour (1..24) | h | Lesen | |||
| Minute (1..59) | min | Lesen | |||
| Second (1..59) | s | Lesen | |||
| Weekday (0=Sun, .. 6=Sat) | Lesen | ||||
| Ptp Version | Lesen | ||||
| Ptp Domain | Lesen und Schreiben | ||||
| Ptp Clock Class | Lesen | ||||
| Ptp Clock Accuracy | Lesen | ||||
| Ptp Time Source | Lesen | ||||
| Ptp Two Step | Lesen | ||||
| Ptp Delay Mechanism | Lesen | ||||
| Ptp Profile Id | Lesen | ||||
| Ptp Profile Id L2 | Lesen | ||||
| Ptp Profile Id L3 | Lesen | ||||
| Ptp Profile Id L4 | Lesen | ||||
| Ptp Profile Id L5 | Lesen | ||||
| Ptp Profile Id L6 | Lesen | ||||
| PTP ANNOUNCE RECEIPT TIMEOUT Only for Internal Use | Lesen und Schreiben | ||||
| Ptp State | Lesen | ||||
| Ptp Management Interface | Lesen und Schreiben | ||||
| Ptp Priority1 | Lesen und Schreiben | ||||
| Ptp Priority2 | Lesen und Schreiben | ||||
| Star Connection Voltage | V | Lesen | |||
| Status Digital Output, 0=not Active, 1=active | Lesen und Schreiben | ||||
| Status Digital Output, 0=not Active, 1=active L2 | Lesen und Schreiben | ||||
| Status Digital Input, 0=not Active, 1=active | Lesen | ||||
| Status Digital Input, 0=not Active, 1=active L2 | Lesen | ||||
| Event Counter | Lesen und Schreiben | ||||
| Flag Counter | Lesen und Schreiben | ||||
| Error Counter, Transients | Lesen und Schreiben | ||||
| Error Counter, Half-cycle Effective Val. | Lesen und Schreiben | ||||
| Error Counter, Receive RS232 | Lesen und Schreiben | ||||
| Error Counter, Send RS232 | Lesen und Schreiben | ||||
| Error Counter, RS232 | Lesen und Schreiben | ||||
| Error Counter, Receive RS485 | Lesen und Schreiben | ||||
| Error Counter, Send RS485 | Lesen und Schreiben | ||||
| Error Counter, RS485 | Lesen und Schreiben | ||||
| Run | Lesen und Schreiben | ||||
| Current Transf., Primary L1 | A | Lesen und Schreiben | |||
| Current Transf., Primary L2 | A | Lesen und Schreiben | |||
| Current Transf., Primary L3 | A | Lesen und Schreiben | |||
| Current Transf., Primary L4 | A | Lesen und Schreiben | |||
| Current Transf., Secondary L1 | A | Lesen und Schreiben | |||
| Current Transf., Secondary L2 | A | Lesen und Schreiben | |||
| Current Transf., Secondary L3 | A | Lesen und Schreiben | |||
| Current Transf., Secondary L4 | A | Lesen und Schreiben | |||
| Voltage Transf., Primary L1 | V | Lesen und Schreiben | |||
| Voltage Transf., Primary L2 | V | Lesen und Schreiben | |||
| Voltage Transf., Primary L3 | V | Lesen und Schreiben | |||
| Voltage Transf., Primary L4 | V | Lesen und Schreiben | |||
| Voltage Transf., Secondary L1 | V | Lesen und Schreiben | |||
| Voltage Transf., Secondary L2 | V | Lesen und Schreiben | |||
| Voltage Transf., Secondary L3 | V | Lesen und Schreiben | |||
| Voltage Transf., Secondary L4 | V | Lesen und Schreiben | |||
| Nominal Current Transformer L1 | A | Lesen und Schreiben | |||
| Nominal Current Transformer L2 | A | Lesen und Schreiben | |||
| Nominal Current Transformer L3 | A | Lesen und Schreiben | |||
| Nominal Current Transformer L4 | A | Lesen und Schreiben | |||
| Dev Name | Lesen und Schreiben | ||||
| Dev Desc | Lesen und Schreiben | ||||
| Language | Lesen und Schreiben | ||||
| Disp Language | Lesen und Schreiben | ||||
| Sernr | Lesen | ||||
| Prodnr | Lesen | ||||
| RS485, Modbus Address | Lesen und Schreiben | ||||
| RS485, Modbus Mode | Lesen und Schreiben | ||||
| RS485, Baudrate | Lesen und Schreiben | ||||
| Network Address | Lesen | ||||
| Network Mask | Lesen | ||||
| Gateway Address | Lesen | ||||
| 1=DHCP On, 0=DHCP Off | Lesen und Schreiben | ||||
| Brightness Display | Lesen und Schreiben | ||||
| Standby Time | Lesen und Schreiben | ||||
| Standby Contrast | Lesen und Schreiben | ||||
| Screensaver, 1=on, 0=off | Lesen und Schreiben | ||||
| Display Change Time | Lesen und Schreiben | ||||
| 0=autom. Display Change | Lesen und Schreiben | ||||
| Rotation Time Display | Lesen und Schreiben | ||||
| Status, Button 1 | Lesen und Schreiben | ||||
| Status, Button 2 | Lesen und Schreiben | ||||
| Status, Button 3 | Lesen und Schreiben | ||||
| Status, Button 4 | Lesen und Schreiben | ||||
| Status, Button 5 | Lesen und Schreiben | ||||
| Status, Button 6 | Lesen und Schreiben | ||||
| Debug Ip | Lesen und Schreiben | ||||
| Time Zone | s | Lesen und Schreiben | |||
| Stime | s | Lesen und Schreiben | |||
| Start Day of Summer/winter Switchover | Lesen und Schreiben | ||||
| Shour | h | Lesen und Schreiben | |||
| Smon | Lesen und Schreiben | ||||
| Smin | min | Lesen und Schreiben | |||
| Summer/winter Switchover | Lesen und Schreiben | ||||
| Eday | Lesen und Schreiben | ||||
| Ehour | h | Lesen und Schreiben | |||
| Emon | Lesen und Schreiben | ||||
| Emin | min | Lesen und Schreiben | |||
| Edow | Lesen und Schreiben | ||||
| Nominal Voltage U L1 | V | Lesen | |||
| Nominal Voltage U L2 | V | Lesen | |||
| Nominal Voltage U L3 | V | Lesen | |||
| Nominal Voltage U L4 | V | Lesen | |||
| Nominal Current I L1 | A | Lesen | |||
| Nominal Current I L2 | A | Lesen | |||
| Nominal Current I L3 | A | Lesen | |||
| Nominal Current I L4 | A | Lesen | |||
| Nominal Frequency | Hz | Lesen | |||
| 1=DHCP On, 0=DHCP Off (Settings) | Lesen und Schreiben | ||||
| Network Address (Settings) | Lesen und Schreiben | ||||
| Network Mask (Settings) | Lesen und Schreiben | ||||
| Brightness Display (Settings) | Lesen und Schreiben | ||||
| Standby Time (Settings) | Lesen und Schreiben | ||||
| Standby Contrast (Settings) | Lesen und Schreiben | ||||
| Screensave | Lesen und Schreiben | ||||
| Disp Mode | Lesen und Schreiben | ||||
| Rotate | Lesen und Schreiben | ||||
| Rotation Time, Display | Lesen und Schreiben | ||||
| Password, Guest | Lesen und Schreiben | ||||
| Password, User | Lesen und Schreiben | ||||
| Password, Admin | Lesen und Schreiben | ||||
| Pulse Value for Input 1 | Lesen und Schreiben | ||||
| Pulse Value for Input 2 | Lesen und Schreiben | ||||
| Mode Ntp | Lesen und Schreiben | ||||
| Temperatur Offset | °C | Lesen und Schreiben | |||
| Release | Lesen | ||||
| Download | Lesen und Schreiben | ||||
| Dummy | Lesen | ||||
| Gateway Timeout | ms | Lesen und Schreiben | |||
| Device Hardware Index | Lesen | ||||
| Puls Width | Lesen und Schreiben | ||||
| Metering Range Monitoring | Lesen und Schreiben | ||||
| Time (UTC) SET SYSTIME | s | Lesen und Schreiben | |||
| Transients | Lesen und Schreiben | ||||
| Mode Env | Lesen und Schreiben | ||||
| Trnsenv | Lesen und Schreiben | ||||
| Snmp Oid | Lesen | ||||
| SMTP-Port | Lesen und Schreiben | ||||
| Power Factor; L1 | Lesen | ||||
| Power Factor; L2 | Lesen | ||||
| Power Factor; L3 | Lesen | ||||
| Power Factor; L4 | Lesen | ||||
| Time of Record | Lesen und Schreiben | ||||
| Voltage Threshold Without Transformer | V | Lesen und Schreiben | |||
| Current Threshold Without Transformer | A | Lesen und Schreiben | |||
| PHASE MODE | Lesen und Schreiben | ||||
| Configure Bacnet Foreign Device Registration: | Lesen und Schreiben | ||||
| Configure Bacnet Foreign Device Registration: (Settings) | Lesen und Schreiben | ||||
| BACnet Network Number for Vnet | Lesen und Schreiben | ||||
| Disable Underscore Before Object Names (1) | Lesen und Schreiben | ||||
| Current Transformer I5, Primary 1 | A | Lesen und Schreiben | |||
| Current Transformer I6, Primary 2 | A | Lesen und Schreiben | |||
| Current Transformer I5, Secondary 1 | A | Lesen und Schreiben | |||
| Current Transformer I6, Secondary 2 | A | Lesen und Schreiben | |||
| Failure Monitoring, Diff 1 | A | Lesen und Schreiben | |||
| Failure Monitoring, Diff 2 | A | Lesen und Schreiben | |||
| Thermal Element | Lesen und Schreiben | ||||
| IDIFF | A | Lesen und Schreiben | |||
| IDIFF L2 | A | Lesen und Schreiben | |||
| External Temperatur | °C | Lesen | |||
| Connection to Current Transformer, Diff 1 | Lesen und Schreiben | ||||
| Connection to Current Transformer, Diff 2 | Lesen und Schreiben | ||||
| Alarm Status for Diff 1 With: | s | Lesen und Schreiben | |||
| Alarm Status for Diff 2 With: | s | Lesen und Schreiben | |||
| Overcurrent Duration Diff0 | s | Lesen und Schreiben | |||
| Overcurrent Duration Diff0 L2 | s | Lesen und Schreiben | |||
| Real Threshold Diff 0 | A | Lesen und Schreiben | |||
| Real Threshold Diff 0 L2 | A | Lesen und Schreiben | |||
| Name, Input 1 | Lesen und Schreiben | ||||
| Unit, Input 1 | Lesen und Schreiben | ||||
| Description, Input 1 | Lesen und Schreiben | ||||
| Name, Input 2 | Lesen und Schreiben | ||||
| Unit, Input 2 | Lesen und Schreiben | ||||
| Description, Input 2 | Lesen und Schreiben | ||||
| IN Distortion Reactive Power | var | Lesen und Schreiben | |||
| IN Distortion Reactive Power L2 | var | Lesen und Schreiben | |||
| IN Distortion Reactive Power L3 | var | Lesen und Schreiben | |||
| IN Distortion Reactive Power L4 | var | Lesen und Schreiben | |||
| Voltage, Real Part L-L | V | Lesen und Schreiben | |||
| Voltage, Real Part L-L L2 | V | Lesen und Schreiben | |||
| Voltage, Real Part L-L L3 | V | Lesen und Schreiben | |||
| Voltage, Imaginary Part L-L | V | Lesen und Schreiben | |||
| Voltage, Imaginary Part L-L L2 | V | Lesen und Schreiben | |||
| Voltage, Imaginary Part L-L L3 | V | Lesen und Schreiben | |||
| Counter for Started Events | Lesen | ||||
| Flags for Running Events | Lesen | ||||
| Free Input Field for Storing Numerical Information | Lesen und Schreiben |
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Anwendungsfälle
- Spannungen, Ströme und Gesamtleistung einer Hauptverteilung auf einem ModbusCloud-Dashboard anzeigen.
- Per E-Mail alarmieren, wenn THD der Spannung oder die Spannungsunsymmetrie Ihren Grenzwert überschreitet.
- Energie je Phase und Tarif ein Jahr lang speichern, um Kosten Abteilungen oder Mietern zuzuordnen.
- Maximale Bedarfswerte mit dem Wandlernennstrom vergleichen, um die verbleibende Reserve zu sehen.
- Ein Stromwandlerverhältnis nach einer Änderung der Anlage aus der Ferne anpassen.
Installation
RS485 A und B des UMG 509-PRO mit RS485 A und B des ModbusCloud Gateway verbinden und den Bus an beiden Enden terminieren.
Am Messgerät eine eindeutige Modbus-Adresse und die Baudrate einstellen, mit 8 Datenbits, keiner Parität und 2 Stoppbits.
In ModbusCloud ein Modbus-Gerät mit derselben Adresse und denselben seriellen Einstellungen anlegen und diese Vorlage importieren.
Prüfen, ob die Spannungen L1-N bis L3-N und die Frequenz plausible Werte liefern, bevor Sie eine Einstellung schreiben.
Zu beachten
Das Messgerät antwortet nicht. Was sollte ich prüfen?
Prüfen Sie Adresse, Baudrate, 8 Datenbits, keine Parität und 2 Stoppbits auf beiden Seiten. Tauschen Sie bei Bedarf A und B und sorgen Sie dafür, dass der Bus an beiden Enden terminiert ist und sonst nirgends.
Warum sind Strom- und Leistungswerte um einen festen Faktor zu niedrig?
Werte im Short-Format berücksichtigen das Wandlerverhältnis nicht, Float-Werte schon. Verwenden Sie die Float-Register und prüfen Sie, ob Strom- und Spannungswandlerverhältnis im Gerät zu den eingebauten Wandlern passen.
Kann ich Einstellungen über Modbus ändern?
Ja, Einstellungen wie Wandlerverhältnisse, Modbus-Adresse, Baudrate und Display sind beschreibbar. Lesen Sie zuerst den aktuellen Wert und ändern Sie jeweils nur eine Einstellung; ein falsches Wandlerverhältnis verändert ab diesem Moment jeden Messwert und Energiezähler.
Wo sind die einzelnen Oberschwingungen?
Diese Vorlage enthält Messwerte, Energie, Statistik und Einstellungen. Die einzelnen Oberschwingungen je Ordnung sind im Gerät ein eigener, sehr großer Block und hier nicht enthalten.
Selbst sehen, wie es funktioniert?
