Janitza UMG 605-PRO
Netanalyser voor spanning, stroom, vermogen, harmonischen, flicker en energie per fase en tarief.
De Janitza UMG 605-PRO is een netanalyser die spanning, stroom, vermogen, harmonischen en flicker meet in laag- en middenspanningsverdelers. Deze Modbus RTU-template leest alle actuele, gemiddelde, minimum- en maximumwaarden en de energietellers per tarief in ModbusCloud.
- Protocol
- Modbus RTU
- Aansluiting
- RS485, 19200 baud
- Registers
- 1299, lezen en schrijven
- Merk
- Janitza
- Belangrijke uitlezingen
- Spanning L-N en L-L · Stroom per fase · Werkelijk vermogen · Blindvermogen · Arbeidsfactor · Frequentie · THD spanning en stroom · Werkelijke energie
- Beschikbare commando's
- Fasehoeken spanning
- Ondersteunde modellen
- UMG 605-PRO
- Laatst bijgewerkt
Registers (1299)
1299 lezen, 6 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-N | A | Lezen | |||
| Apparent Current, L2-N | A | Lezen | |||
| Apparent Current, L3-N | A | Lezen | |||
| Vector Sum; IN=I1+I2+I3 | A | Lezen | |||
| Real Power L1-N | W | Lezen | |||
| Real Power L2-N | W | Lezen | |||
| Real Power L3-N | W | Lezen | |||
| Psum3=P1+P2+P3 | W | Lezen | |||
| Apparent Power L1-N | VA | Lezen | |||
| Apparent Power L2-N | VA | Lezen | |||
| Apparent Power L3-N | VA | Lezen | |||
| Sum; Ssum3=S1+S2+S3 | VA | Lezen | |||
| Reactive Power L1 (Fundamental Comp.) | var | Lezen | |||
| Reactive Power L2 (Fundamental Comp.) | var | Lezen | |||
| Reactive Power L3 (Fundamental Comp.) | var | Lezen | |||
| Qsum3=Q1+Q2+Q3 (Fundamental Comp.) | var | Lezen | |||
| CosPhi; UL1 IL1 (Fundamental Comp.) | Lezen | ||||
| CosPhi; UL2 IL2 (Fundamental Comp.) | Lezen | ||||
| CosPhi; UL3 IL3 (Fundamental Comp.) | 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 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy L2 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy L3 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy L1..L3 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Inductive, L1 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Inductive, L2 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Inductive, L3 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy L1..L3, Ind. (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Capacitive, L1 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Capacitive, L2 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy, Capacitive, L3 (Fundamental Comp.) | varh | Lezen | |||
| Reactive Energy L1..L3, Cap. (Fundamental Comp.) | 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-L [0] | ° | Lezen en schrijven | |||
| Voltage Phase L-L [1] | ° | Lezen en schrijven | |||
| Voltage Phase L-L [2] | ° | Lezen en schrijven | |||
| Voltage Phase L-N [0] | ° | Lezen en schrijven | |||
| Voltage Phase L-N [1] | ° | Lezen en schrijven | |||
| Voltage Phase L-N [2] | ° | Lezen en schrijven | |||
| Lock Transformer Ratios, 0=not Locked, 1=locked | Lezen | ||||
| Time (UTC) | Lezen | ||||
| Time (UTC) (Clock) | s | Lezen | |||
| 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 | ||||
| Harmonic, THD, U L1-L2 | % | Lezen | |||
| Harmonic, THD, U L2-L3 | % | Lezen | |||
| Harmonic, THD, U L3-L1 | % | Lezen | |||
| Interharmonics, U L1-L2 | % | Lezen | |||
| Interharmonics, U L2-L3 | % | Lezen | |||
| Interharmonics, U L3-L1 | % | Lezen | |||
| Harmonic, THD, U L1-N | % | Lezen | |||
| Harmonic, THD, U L2-N | % | Lezen | |||
| Harmonic, THD, U L3-N | % | Lezen | |||
| Harmonic, THD, U L4-N | % | Lezen | |||
| Harmonic, THD, I L1-N | % | Lezen | |||
| Harmonic, THD, I L2-N | % | Lezen | |||
| Harmonic, THD, I L3-N | % | Lezen | |||
| Harmonic, THD, I L4-N | % | Lezen | |||
| Interharmonics, U L1-N | % | Lezen | |||
| Interharmonics, U L2-N | % | Lezen | |||
| Interharmonics, U L3-N | % | Lezen | |||
| Interharmonics, U L4-N | % | Lezen | |||
| Interharmonics, I L1-N | % | Lezen | |||
| Interharmonics, I L2-N | % | Lezen | |||
| Interharmonics, I L3-N | % | Lezen | |||
| Interharmonics, I L4-N | % | Lezen | |||
| K-Factor, L1 | Lezen | ||||
| K-Factor, L2 | Lezen | ||||
| K-Factor, L3 | Lezen | ||||
| K-Factor, L4 | Lezen | ||||
| Voltage, L1-N | V | Lezen | |||
| Voltage, L2-N | V | Lezen | |||
| Voltage, L3-N | V | Lezen | |||
| Voltage, L4-N | V | Lezen | |||
| Apparent Current, L1 | A | Lezen | |||
| Apparent Current, L2 | A | Lezen | |||
| Apparent Current, L3 | A | Lezen | |||
| Apparent Current, L4 | A | Lezen | |||
| Real Power, L1 | W | Lezen | |||
| Real Power, L2 | W | Lezen | |||
| Real Power, L3 | W | Lezen | |||
| Real Power, L4 | W | Lezen | |||
| Reactive Power, L1 | var | Lezen | |||
| Reactive Power, L2 | var | Lezen | |||
| Reactive Power, L3 | var | Lezen | |||
| Reactive Power, L4 | var | Lezen | |||
| Apparent Power, L1 [0] | VA | Lezen | |||
| Apparent Power, L1 [1] | VA | Lezen | |||
| Apparent Power, L1 [2] | VA | Lezen | |||
| Apparent Power, L1 [3] | VA | Lezen | |||
| Distortion Power Factor, L1 | VA | Lezen | |||
| Distortion Power Factor, L2 | VA | Lezen | |||
| Distortion Power Factor, L3 | VA | Lezen | |||
| Distortion Power Factor, L4 | VA | Lezen | |||
| Power Factor, L1 | Lezen | ||||
| Power Factor, L2 | Lezen | ||||
| Power Factor, L3 | Lezen | ||||
| Power Factor, L4 | Lezen | ||||
| Phase Conductor Voltage, U L1-L2 | V | Lezen | |||
| Phase Conductor Voltage, U L2-L3 | V | Lezen | |||
| Phase Conductor Voltage, U L3-L1 | V | Lezen | |||
| Phase Conductor Voltage Real Part, U L1-L2 | V | Lezen | |||
| Phase Conductor Voltage Real Part, U L2-L3 | V | Lezen | |||
| Phase Conductor Voltage Real Part, U L3-L1 | V | Lezen | |||
| Phase Conductor Voltage Imaginary Part, U L1-L2 | V | Lezen | |||
| Phase Conductor Voltage Imaginary Part, U L2-L3 | V | Lezen | |||
| Phase Conductor Voltage Imaginary Part, U L3-L1 | V | Lezen | |||
| Vector Sum, IN = I1 + I2 + I3 | A | Lezen | |||
| Vector Sum, I1 + I2 + I3 + I4 | A | Lezen | |||
| Sum, S = S1 + S2 + S3 | VA | Lezen | |||
| Sum, P = P1 + P2 + P3 | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 | var | Lezen | |||
| CosPhi Of Mains Frequency Calculated From Psum3 And Qsum3 | Lezen | ||||
| Sum, S = S1 + S2 + S3 + S4 | VA | Lezen | |||
| Sum, P = P1 + P2 + P3 + P4 | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 + Q4 | var | Lezen | |||
| CosPhi Of Mains Frequency Calculated From Psum And Qsum | Lezen | ||||
| Voltage, Real Part, L1-N | V | Lezen | |||
| Voltage, Real Part, L2-N | V | Lezen | |||
| Voltage, Real Part, L3-N | V | Lezen | |||
| Voltage, Real Part, L4-N | V | Lezen | |||
| Voltage, Imaginary Part, L1-N | V | Lezen | |||
| Voltage, Imaginary Part, L2-N | V | Lezen | |||
| Voltage, Imaginary Part, L3-N | V | Lezen | |||
| Voltage, Imaginary Part, L4-N | V | Lezen | |||
| Current, Real Part, L1 | A | Lezen | |||
| Current, Real Part, L2 | A | Lezen | |||
| Current, Real Part, L3 | A | Lezen | |||
| Current, Real Part, L4 | A | Lezen | |||
| Current, Imaginary Part, L1 | A | Lezen | |||
| Current, Imaginary Part, L2 | A | Lezen | |||
| Current, Imaginary Part, L3 | A | Lezen | |||
| Current, Imaginary Part, L4 | A | Lezen | |||
| Phase, UL1 IL1 | ° | Lezen | |||
| Phase, UL2 IL2 | ° | Lezen | |||
| Phase, UL3 IL3 | ° | Lezen | |||
| Phase, UL4 IL4 | ° | Lezen | |||
| Fund. Power Factor, CosPhi; UL1 IL1 | Lezen | ||||
| Fund. Power Factor, CosPhi; UL2 IL2 | Lezen | ||||
| Fund. Power Factor, CosPhi; UL3 IL3 | Lezen | ||||
| Fund. Power Factor, CosPhi; UL4 IL4 | Lezen | ||||
| Sign, Q L1, +1=ind., -1=cap. | Lezen | ||||
| Sign, Q L2, +1=ind., -1=cap. | Lezen | ||||
| Sign, Q L3, +1=ind., -1=cap. | Lezen | ||||
| VSign, Q L4, +1=ind., -1=cap. | Lezen | ||||
| Measured Frequency (200 ms) | Hz | Lezen | |||
| Nominal Frequency | Hz | Lezen | |||
| Zero Sequence, Voltage | V | Lezen | |||
| Positive Sequence, Voltage | V | Lezen | |||
| Negative Sequence, Voltage | V | Lezen | |||
| Unsymmetrical; Voltage | % | Lezen | |||
| Unsymmetrical; Current | % | Lezen | |||
| Rotation Field; 1=right, 0=none, -1=left (200 ms) | Lezen | ||||
| Zero Sequence, Current | A | Lezen | |||
| Positive Sequence, Current | A | Lezen | |||
| Negative Sequence, Current | A | Lezen | |||
| Input 1, Measured Value | W | Lezen | |||
| Input 2, Measured Value | W | Lezen | |||
| Crest Factor, I L1 | A | Lezen | |||
| Crest Factor, I L2 | A | Lezen | |||
| Crest Factor, I L3 | A | Lezen | |||
| Crest Factor, I L4 | A | Lezen | |||
| Crest Factor, U L1 | V | Lezen | |||
| Crest Factor, U L2 | V | Lezen | |||
| Crest Factor, U L3 | V | Lezen | |||
| Crest Factor, U L4 | V | Lezen | |||
| Crest Factor, U L1-L2 | V | Lezen | |||
| Crest Factor, U L2-L3 | V | Lezen | |||
| Crest Factor, U L3-L1 | V | Lezen | |||
| Peak Value Negative, I L1 | A | Lezen | |||
| Peak Value Negative, I L2 | A | Lezen | |||
| Peak Value Negative, I L3 | A | Lezen | |||
| Peak Value Negative, I L4 | A | Lezen | |||
| Peak Value Negative, U L1-N | V | Lezen | |||
| Peak Value Negative, U L2-N | V | Lezen | |||
| Peak Value Negative, U L3-N | V | Lezen | |||
| Peak Value Negative, U L4-N | V | Lezen | |||
| Peak Value Positive, I L1 | A | Lezen | |||
| Peak Value Positive, I L2 | A | Lezen | |||
| Peak Value Positive, I L3 | A | Lezen | |||
| Peak Value Positive, I L4 | A | Lezen | |||
| Peak Value Positive, U L1-N | V | Lezen | |||
| Peak Value Positive, U L2-N | V | Lezen | |||
| Peak Value Positive, U L3-N | V | Lezen | |||
| Peak Value Positive, U L4-N | V | Lezen | |||
| Peak-peak Value Positive, I L1 | A | Lezen | |||
| Peak-peak Value Positive, I L2 | A | Lezen | |||
| Peak-peak Value Positive, I L3 | A | Lezen | |||
| Peak-peak Value Positive, I L4 | A | Lezen | |||
| Peak-peak Value Positive, U L1-N | V | Lezen | |||
| Peak-peak Value Positive, U L2-N | V | Lezen | |||
| Peak-peak Value Positive, U L3-N | V | Lezen | |||
| Peak-peak Value Positive, U L4-N | V | Lezen | |||
| Under Difference, I L1 | % | Lezen | |||
| Under Difference, I L2 | % | Lezen | |||
| Under Difference, I L3 | % | Lezen | |||
| Under Difference, I L4 | % | Lezen | |||
| Under Difference, U L1 (61000-4-30) | % | Lezen | |||
| Under Difference, U L2 (61000-4-30) | % | Lezen | |||
| Under Difference, U L3 (61000-4-30) | % | Lezen | |||
| Under Difference, U L4 (61000-4-30) | % | Lezen | |||
| Over Difference, I L1 | % | Lezen | |||
| Over Difference, I L2 | % | Lezen | |||
| Over Difference, I L3 | % | Lezen | |||
| Over Difference, I L4 | % | Lezen | |||
| Over Difference, U L1 (61000-4-30) | % | Lezen | |||
| Over Difference, U L2 (61000-4-30) | % | Lezen | |||
| Over Difference, U L3 (61000-4-30) | % | Lezen | |||
| Over Difference, U L4 (61000-4-30) | % | Lezen | |||
| Peak Value Negative, U L1-L2 | V | Lezen | |||
| Peak Value Negative, U L2-L3 | V | Lezen | |||
| Peak Value Negative, U L3-L1 | V | Lezen | |||
| Peak Value Positive, U L1-L2 | V | Lezen | |||
| Peak Value Positive, U L2-L3 | V | Lezen | |||
| Peak Value Positive, U L3-L1 | V | Lezen | |||
| Peak-peak Value, U L1-L2 | V | Lezen | |||
| Peak-peak Value, U L2-L3 | V | Lezen | |||
| Peak-peak Value, U L3-L1 | V | Lezen | |||
| Under Difference, U L1-L2 (61000-4-30) | % | Lezen | |||
| Under Difference, U L2-L3 (61000-4-30) | % | Lezen | |||
| Under Difference, U L3-L1 (61000-4-30) | % | Lezen | |||
| Over Difference, U L1-L2 (61000-4-30) | % | Lezen | |||
| Over Difference, U L2-L3 (61000-4-30) | % | Lezen | |||
| Over Difference, U L3-L1 (61000-4-30) | % | Lezen | |||
| Current Flicker Pf5, L1-N | Lezen | ||||
| Current Flicker Pf5, L2-N | Lezen | ||||
| Current Flicker Pf5, L3-N | Lezen | ||||
| Current Flicker Pf5, L4-N | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L1-N | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L2-N | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L3-N | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L4-N | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L1-N | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L2-N | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L3-N | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L4-N | Lezen | ||||
| Ripple Control Signal, U L1-N (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, U L2-N (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, U L3-N (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, U L4-N (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, I L1 | A | Lezen | |||
| Ripple Control Signal, I L2 | A | Lezen | |||
| Ripple Control Signal, I L3 | A | Lezen | |||
| Ripple Control Signal, I L4 | A | Lezen | |||
| Ripple Control Signal, U L1-L2 (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, U L2-L3 (61000-4-30) | V | Lezen | |||
| Ripple Control Signal, U L3-L1 (61000-4-30) | V | Lezen | |||
| Internal Temperature | °C | Lezen | |||
| PF_Total=P_Sum3/S_Sum3 Internal Temperature | Lezen | ||||
| IN Total Demand Distortion [0] | % | Lezen | |||
| IN Total Demand Distortion [1] | % | Lezen | |||
| IN Total Demand Distortion [2] | % | Lezen | |||
| IN Total Demand Distortion [3] | % | Lezen | |||
| IN Total Demand Distortion | % | Lezen | |||
| ULN Crest Faktor [0] | Lezen | ||||
| ULN Crest Faktor [1] | Lezen | ||||
| ULN Crest Faktor [2] | Lezen | ||||
| ULL Crest Faktor [0] | Lezen | ||||
| ULL Crest Faktor [1] | Lezen | ||||
| ULL Crest Faktor [2] | Lezen | ||||
| IN Crest Faktor [0] | Lezen | ||||
| IN Crest Faktor [1] | Lezen | ||||
| IN Crest Faktor [2] | Lezen | ||||
| IN Crest Faktor [3] | Lezen | ||||
| Maximum Demand Load Current, L1..L3 | Lezen | ||||
| Maximum Demand Load Current, 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, U L1-L2 | V | Lezen | |||
| Average, U L2-L3 | V | Lezen | |||
| Average, U L3-L4 | V | Lezen | |||
| Mean Value Of The Crest Factor, U L1-N | % | Lezen | |||
| Mean Value Of The Crest Factor, U L2-N | % | Lezen | |||
| Mean Value Of The Crest Factor, U L3-N | % | Lezen | |||
| Mean Value Of The Crest Factor, U L4-N | % | Lezen | |||
| Mean Value Of The Crest Factor, U L1-L2 | % | Lezen | |||
| Mean Value Of The Crest Factor, U L2-L3 | % | Lezen | |||
| Mean Value Of The Crest Factor, U L3-L4 | % | Lezen | |||
| Mean Value Zero Sequence | V | Lezen | |||
| Mean Value Positive Sequence | V | Lezen | |||
| Mean Value Negative Sequence | V | Lezen | |||
| Mean Value THD U L1-N | % | Lezen | |||
| Mean Value THD U L2-N | % | Lezen | |||
| Mean Value THD U L3-N | % | Lezen | |||
| Mean Value THD U L4-N | % | Lezen | |||
| Mean Value ZHD U L1-N | % | Lezen | |||
| Mean Value ZHD U L2-N | % | Lezen | |||
| Mean Value ZHD U L3-N | % | Lezen | |||
| Mean Value ZHD U L4-N | % | Lezen | |||
| Over Difference, U L1 (61000-4-30) (Mean) | % | Lezen | |||
| Over Difference, U L2 (61000-4-30) (Mean) | % | Lezen | |||
| Over Difference, U L3 (61000-4-30) (Mean) | % | Lezen | |||
| Over Difference, U L4 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L1 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L2 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L3 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L4 (61000-4-30) (Mean) | % | Lezen | |||
| Peak Value Negative, U L1-N (Mean) | V | Lezen | |||
| Peak Value Negative, U L2-N (Mean) | V | Lezen | |||
| Peak Value Negative, U L3-N (Mean) | V | Lezen | |||
| Peak Value Negative, U L4-N (Mean) | V | Lezen | |||
| Peak Value Positive, U L1-N (Mean) | V | Lezen | |||
| Peak Value Positive, U L2-N (Mean) | V | Lezen | |||
| Peak Value Positive, U L3-N (Mean) | V | Lezen | |||
| Peak Value Positive, U L4-N (Mean) | V | Lezen | |||
| Peak-peak Value Positive, U L1-N (Mean) | V | Lezen | |||
| Peak-peak Value Positive, U L2-N (Mean) | V | Lezen | |||
| Peak-peak Value Positive, U L3-N (Mean) | V | Lezen | |||
| Peak-peak Value Positive, U L4-N (Mean) | V | Lezen | |||
| Harmonic, THD, U L1-L2 (Mean) | % | Lezen | |||
| Harmonic, THD, U L2-L3 (Mean) | % | Lezen | |||
| Harmonic, THD, U L3-L1 (Mean) | % | Lezen | |||
| Interharmonics, U L1-L2 (Mean) | % | Lezen | |||
| Interharmonics, U L2-L3 (Mean) | % | Lezen | |||
| Interharmonics, U L3-L1 (Mean) | % | Lezen | |||
| Over Difference, U L1-L2 (61000-4-30) (Mean) | % | Lezen | |||
| Over Difference, U L2-L3 (61000-4-30) (Mean) | % | Lezen | |||
| Over Difference, U L3-L1 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L1-L2 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L2-L3 (61000-4-30) (Mean) | % | Lezen | |||
| Under Difference, U L3-L1 (61000-4-30) (Mean) | % | Lezen | |||
| Peak Value Negative, U L1-L2 (Mean) | V | Lezen | |||
| Peak Value Negative, U L2-L3 (Mean) | V | Lezen | |||
| Peak Value Negative, U L3-L1 (Mean) | V | Lezen | |||
| Peak Value Positive, U L1-L2 (Mean) | V | Lezen | |||
| Peak Value Positive, U L2-L3 (Mean) | V | Lezen | |||
| Peak Value Positive, U L3-L1 (Mean) | V | Lezen | |||
| Peak-peak Value, U L1-L2 (Mean) | V | Lezen | |||
| Peak-peak Value, U L2-L3 (Mean) | V | Lezen | |||
| Peak-peak Value, U L3-L1 (Mean) | V | Lezen | |||
| Star Connection Voltage (Mean) | V | Lezen | |||
| Unsymmetrical; Voltage (Mean) | % | Lezen | |||
| Measured Frequency (Mean) | Hz | Lezen | |||
| Nominal Frequency (Mean) | Hz | Lezen | |||
| Average, P L1 | W | Lezen | |||
| Average, P L2 | W | Lezen | |||
| Average, P L3 | W | Lezen | |||
| Average, P L4 | W | Lezen | |||
| Average, Psum=P1+P2+P3+P4 | W | Lezen | |||
| Average, Qsum=Q1+Q2+Q3+Q4 | var | Lezen | |||
| Average, Q L1 | var | Lezen | |||
| Average, Q L2 | var | Lezen | |||
| Average, Q L3 | var | Lezen | |||
| Average, Q L4 | var | Lezen | |||
| Average, Psum3=P1+P2+P3 | W | Lezen | |||
| Average, Qsum3=Q1+Q2+Q3 | var | Lezen | |||
| Average, I L1 | A | Lezen | |||
| Average, I L2 | A | Lezen | |||
| Average, I L3 | A | Lezen | |||
| Average, I L4 | A | Lezen | |||
| Average, S L1 | VA | Lezen | |||
| Average, S L2 | VA | Lezen | |||
| Average, S L3 | VA | Lezen | |||
| Average, S L4 | VA | Lezen | |||
| Average, IN=I1+I2+I3 | A | Lezen | |||
| Average, Isum=I1+I2+I3+I4 | A | Lezen | |||
| Average, Ssum3=S1+S2+S3 | VA | Lezen | |||
| Average, Ssum=S1+S2+S3+S4 | VA | Lezen | |||
| Harmonic, THD, I L1-N (Mean) | % | Lezen | |||
| Harmonic, THD, I L2-N (Mean) | % | Lezen | |||
| Harmonic, THD, I L3-N (Mean) | % | Lezen | |||
| Harmonic, THD, I L4-N (Mean) | % | Lezen | |||
| Interharmonics, I L1-N (Mean) | % | Lezen | |||
| Interharmonics, I L2-N (Mean) | % | Lezen | |||
| Interharmonics, I L3-N (Mean) | % | Lezen | |||
| Interharmonics, I L4-N (Mean) | % | Lezen | |||
| IN Crest Faktor [0] (Mean) | % | Lezen | |||
| IN Crest Faktor [1] (Mean) | % | Lezen | |||
| IN Crest Faktor [2] (Mean) | % | Lezen | |||
| IN Crest Faktor [3] (Mean) | % | Lezen | |||
| Average, Current, Zero Sequence | A | Lezen | |||
| Average, Current, Positive Sequence | A | Lezen | |||
| Average, Current, Negative Sequence | A | Lezen | |||
| Unsymmetrical; Current (Mean) | % | Lezen | |||
| Over Difference, I L1 (Mean) | % | Lezen | |||
| Over Difference, I L2 (Mean) | % | Lezen | |||
| Over Difference, I L3 (Mean) | % | Lezen | |||
| Over Difference, I L4 (Mean) | % | Lezen | |||
| Under Difference, I L1 (Mean) | % | Lezen | |||
| Under Difference, I L2 (Mean) | % | Lezen | |||
| Under Difference, I L3 (Mean) | % | Lezen | |||
| Under Difference, I L4 (Mean) | % | Lezen | |||
| Peak Value Negative, I L1 (Mean) | A | Lezen | |||
| Peak Value Negative, I L2 (Mean) | A | Lezen | |||
| Peak Value Negative, I L3 (Mean) | A | Lezen | |||
| Peak Value Negative, I L4 (Mean) | A | Lezen | |||
| Peak Value Positive, I L1 (Mean) | A | Lezen | |||
| Peak Value Positive, I L2 (Mean) | A | Lezen | |||
| Peak Value Positive, I L3 (Mean) | A | Lezen | |||
| Peak Value Positive, I L4 (Mean) | A | Lezen | |||
| Peak-peak Value Positive, I L1 (Mean) | A | Lezen | |||
| Peak-peak Value Positive, I L2 (Mean) | A | Lezen | |||
| Peak-peak Value Positive, I L3 (Mean) | A | Lezen | |||
| Peak-peak Value Positive, I L4 (Mean) | A | Lezen | |||
| Current Flicker Pf5, L1-N (Mean) | Lezen | ||||
| Current Flicker Pf5, L2-N (Mean) | Lezen | ||||
| Current Flicker Pf5, L3-N (Mean) | Lezen | ||||
| Current Flicker Pf5, L4-N (Mean) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L1-N (Mean) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L2-N (Mean) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L3-N (Mean) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L4-N (Mean) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L1-N (Mean) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L2-N (Mean) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L3-N (Mean) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L4-N (Mean) | Lezen | ||||
| Ripple Control Signal, I L1 (Mean) | A | Lezen | |||
| Ripple Control Signal, I L2 (Mean) | A | Lezen | |||
| Ripple Control Signal, I L3 (Mean) | A | Lezen | |||
| Ripple Control Signal, I L4 (Mean) | A | Lezen | |||
| Ripple Control Signal, U L1-L2 (61000-4-30) (Mean) | V | Lezen | |||
| Ripple Control Signal, U L2-L3 (61000-4-30) (Mean) | V | Lezen | |||
| Ripple Control Signal, U L3-L1 (61000-4-30) (Mean) | V | Lezen | |||
| Power Factor, L1 (Mean) | % | Lezen | |||
| Power Factor, L2 (Mean) | % | Lezen | |||
| Power Factor, L3 (Mean) | % | Lezen | |||
| Power Factor, L4 (Mean) | % | Lezen | |||
| Distortion Power Factor, L1 (Mean) | var | Lezen | |||
| Distortion Power Factor, L2 (Mean) | var | Lezen | |||
| Distortion Power Factor, L3 (Mean) | var | Lezen | |||
| Distortion Power Factor, L4 (Mean) | var | Lezen | |||
| K-Factor, L1 (Mean) | % | Lezen | |||
| K-Factor, L2 (Mean) | % | Lezen | |||
| K-Factor, L3 (Mean) | % | Lezen | |||
| K-Factor, L4 (Mean) | % | Lezen | |||
| Input 1, Measured Value (Mean) | W | Lezen | |||
| Input 2, Measured Value (Mean) | W | Lezen | |||
| Internal Temperature (Mean) | °C | Lezen | |||
| ULN_AVG_SUM | V | Lezen | |||
| ULL_AVG_SUM | V | Lezen | |||
| ILN_AVG_SUM | A | Lezen | |||
| TDD_AVG | % | 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-L4 | V | Lezen | |||
| Crest Factor, U L1 (Min) | % | Lezen | |||
| Crest Factor, U L2 (Min) | % | Lezen | |||
| Crest Factor, U L3 (Min) | % | Lezen | |||
| Crest Factor, U L4 (Min) | % | Lezen | |||
| Crest Factor, U L1-L2 (Min) | % | Lezen | |||
| Crest Factor, U L2-L3 (Min) | % | Lezen | |||
| Crest Factor, U L3-L1 (Min) | % | Lezen | |||
| Zero Sequence, Voltage (Min) | V | Lezen | |||
| Positive Sequence, Voltage (Min) | V | Lezen | |||
| Negative Sequence, Voltage (Min) | V | Lezen | |||
| Ripple Control Signal, U L1-N (61000-4-30) (Min) | V | Lezen | |||
| Ripple Control Signal, U L2-N (61000-4-30) (Min) | V | Lezen | |||
| Ripple Control Signal, U L3-N (61000-4-30) (Min) | V | Lezen | |||
| Ripple Control Signal, U L4-N (61000-4-30) (Min) | V | Lezen | |||
| Harmonic, THD, U L1-N (Min) | % | Lezen | |||
| Harmonic, THD, U L2-N (Min) | % | Lezen | |||
| Harmonic, THD, U L3-N (Min) | % | Lezen | |||
| Harmonic, THD, U L4-N (Min) | % | Lezen | |||
| Interharmonics, U L1-N (Min) | % | Lezen | |||
| Interharmonics, U L2-N (Min) | % | Lezen | |||
| Interharmonics, U L3-N (Min) | % | Lezen | |||
| Interharmonics, U L4-N (Min) | % | Lezen | |||
| Over Difference, U L1 (61000-4-30) (Min) | % | Lezen | |||
| Over Difference, U L2 (61000-4-30) (Min) | % | Lezen | |||
| Over Difference, U L3 (61000-4-30) (Min) | % | Lezen | |||
| Over Difference, U L4 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L1 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L2 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L3 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L4 (61000-4-30) (Min) | % | Lezen | |||
| Peak Value Negative, U L1-N (Min) | V | Lezen | |||
| Peak Value Negative, U L2-N (Min) | V | Lezen | |||
| Peak Value Negative, U L3-N (Min) | V | Lezen | |||
| Peak Value Negative, U L4-N (Min) | V | Lezen | |||
| Peak Value Positive, U L1-N (Min) | V | Lezen | |||
| Peak Value Positive, U L2-N (Min) | V | Lezen | |||
| Peak Value Positive, U L3-N (Min) | V | Lezen | |||
| Peak Value Positive, U L4-N (Min) | V | Lezen | |||
| Peak-peak Value Positive, U L1-N (Min) | V | Lezen | |||
| Peak-peak Value Positive, U L2-N (Min) | V | Lezen | |||
| Peak-peak Value Positive, U L3-N (Min) | V | Lezen | |||
| Peak-peak Value Positive, U L4-N (Min) | V | Lezen | |||
| Harmonic, THD, U L1-L2 (Min) | % | Lezen | |||
| Harmonic, THD, U L2-L3 (Min) | % | Lezen | |||
| Harmonic, THD, U L3-L1 (Min) | % | Lezen | |||
| Interharmonics, U L1-L2 (Min) | % | Lezen | |||
| Interharmonics, U L2-L3 (Min) | % | Lezen | |||
| Interharmonics, U L3-L1 (Min) | % | Lezen | |||
| Over Difference, U L1-L2 (61000-4-30) (Min) | % | Lezen | |||
| Over Difference, U L2-L3 (61000-4-30) (Min) | % | Lezen | |||
| Over Difference, U L3-L1 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L1-L2 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L2-L3 (61000-4-30) (Min) | % | Lezen | |||
| Under Difference, U L3-L1 (61000-4-30) (Min) | % | Lezen | |||
| Peak Value Negative, U L1-L2 (Min) | V | Lezen | |||
| Peak Value Negative, U L2-L3 (Min) | V | Lezen | |||
| Peak Value Negative, U L3-L1 (Min) | V | Lezen | |||
| Peak Value Positive, U L1-L2 (Min) | V | Lezen | |||
| Peak Value Positive, U L2-L3 (Min) | V | Lezen | |||
| Peak Value Positive, U L3-L1 (Min) | V | Lezen | |||
| Peak-peak Value, U L1-L2 (Min) | V | Lezen | |||
| Peak-peak Value, U L2-L3 (Min) | V | Lezen | |||
| Peak-peak Value, U L3-L1 (Min) | V | Lezen | |||
| Star Connection Voltage (Min) | V | Lezen | |||
| Unsymmetrical; Voltage (Min) | % | Lezen | |||
| Measured Frequency (Min) | Hz | Lezen | |||
| Nominal Frequency (Min) | Hz | Lezen | |||
| Real Power, L1 (Min) | W | Lezen | |||
| Real Power, L2 (Min) | W | Lezen | |||
| Real Power, L3 (Min) | W | Lezen | |||
| Real Power, L4 (Min) | W | Lezen | |||
| Sum, P = P1 + P2 + P3 + P4 (Min) | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 + Q4 (Min) | var | Lezen | |||
| Reactive Power, L1 (Min) | var | Lezen | |||
| Reactive Power, L2 (Min) | var | Lezen | |||
| Reactive Power, L3 (Min) | var | Lezen | |||
| Reactive Power, L4 (Min) | var | Lezen | |||
| Sum, P = P1 + P2 + P3 (Min) | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 (Min) | var | Lezen | |||
| Internal Temperature (Min) | °C | 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, U L1-L2 | V | Lezen | |||
| Maximum, U L2-L3 | V | Lezen | |||
| Maximum, U L3-L4 | V | Lezen | |||
| Crest Factor, U L1 (Max) | % | Lezen | |||
| Crest Factor, U L2 (Max) | % | Lezen | |||
| Crest Factor, U L3 (Max) | % | Lezen | |||
| Crest Factor, U L4 (Max) | % | Lezen | |||
| Crest Factor, U L1-L2 (Max) | % | Lezen | |||
| Crest Factor, U L2-L3 (Max) | % | Lezen | |||
| Crest Factor, U L3-L1 (Max) | % | Lezen | |||
| Zero Sequence, Voltage (Max) | V | Lezen | |||
| Positive Sequence, Voltage (Max) | V | Lezen | |||
| Negative Sequence, Voltage (Max) | V | Lezen | |||
| Ripple Control Signal, U L1-N (61000-4-30) (Max) | V | Lezen | |||
| Ripple Control Signal, U L2-N (61000-4-30) (Max) | V | Lezen | |||
| Ripple Control Signal, U L3-N (61000-4-30) (Max) | V | Lezen | |||
| Ripple Control Signal, U L4-N (61000-4-30) (Max) | V | Lezen | |||
| Harmonic, THD, U L1-N (Max) | % | Lezen | |||
| Harmonic, THD, U L2-N (Max) | % | Lezen | |||
| Harmonic, THD, U L3-N (Max) | % | Lezen | |||
| Harmonic, THD, U L4-N (Max) | % | Lezen | |||
| Interharmonics, U L1-N (Max) | % | Lezen | |||
| Interharmonics, U L2-N (Max) | % | Lezen | |||
| Interharmonics, U L3-N (Max) | % | Lezen | |||
| Interharmonics, U L4-N (Max) | % | Lezen | |||
| Over Difference, U L1 (61000-4-30) (Max) | % | Lezen | |||
| Over Difference, U L2 (61000-4-30) (Max) | % | Lezen | |||
| Over Difference, U L3 (61000-4-30) (Max) | % | Lezen | |||
| Over Difference, U L4 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L1 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L2 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L3 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L4 (61000-4-30) (Max) | % | Lezen | |||
| Peak Value Negative, U L1-N (Max) | V | Lezen | |||
| Peak Value Negative, U L2-N (Max) | V | Lezen | |||
| Peak Value Negative, U L3-N (Max) | V | Lezen | |||
| Peak Value Negative, U L4-N (Max) | V | Lezen | |||
| Peak Value Positive, U L1-N (Max) | V | Lezen | |||
| Peak Value Positive, U L2-N (Max) | V | Lezen | |||
| Peak Value Positive, U L3-N (Max) | V | Lezen | |||
| Peak Value Positive, U L4-N (Max) | V | Lezen | |||
| Peak-peak Value Positive, U L1-N (Max) | V | Lezen | |||
| Peak-peak Value Positive, U L2-N (Max) | V | Lezen | |||
| Peak-peak Value Positive, U L3-N (Max) | V | Lezen | |||
| Peak-peak Value Positive, U L4-N (Max) | V | Lezen | |||
| Harmonic, THD, U L1-L2 (Max) | % | Lezen | |||
| Harmonic, THD, U L2-L3 (Max) | % | Lezen | |||
| Harmonic, THD, U L3-L1 (Max) | % | Lezen | |||
| Interharmonics, U L1-L2 (Max) | % | Lezen | |||
| Interharmonics, U L2-L3 (Max) | % | Lezen | |||
| Interharmonics, U L3-L1 (Max) | % | Lezen | |||
| Over Difference, U L1-L2 (61000-4-30) (Max) | % | Lezen | |||
| Over Difference, U L2-L3 (61000-4-30) (Max) | % | Lezen | |||
| Over Difference, U L3-L1 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L1-L2 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L2-L3 (61000-4-30) (Max) | % | Lezen | |||
| Under Difference, U L3-L1 (61000-4-30) (Max) | % | Lezen | |||
| Peak Value Negative, U L1-L2 (Max) | V | Lezen | |||
| Peak Value Negative, U L2-L3 (Max) | V | Lezen | |||
| Peak Value Negative, U L3-L1 (Max) | V | Lezen | |||
| Peak Value Positive, U L1-L2 (Max) | V | Lezen | |||
| Peak Value Positive, U L2-L3 (Max) | V | Lezen | |||
| Peak Value Positive, U L3-L1 (Max) | V | Lezen | |||
| Peak-peak Value, U L1-L2 (Max) | V | Lezen | |||
| Peak-peak Value, U L2-L3 (Max) | V | Lezen | |||
| Peak-peak Value, U L3-L1 (Max) | V | Lezen | |||
| Star Connection Voltage (Max) | V | Lezen | |||
| Unsymmetrical; Voltage (Max) | % | Lezen | |||
| Measured Frequency (Max) | Hz | Lezen | |||
| Nominal Frequency (Max) | Hz | Lezen | |||
| Real Power, L1 (Max) | W | Lezen | |||
| Real Power, L2 (Max) | W | Lezen | |||
| Real Power, L3 (Max) | W | Lezen | |||
| Real Power, L4 (Max) | W | Lezen | |||
| Sum, P = P1 + P2 + P3 + P4 (Max) | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 + Q4 (Max) | var | Lezen | |||
| Reactive Power, L1 (Max) | var | Lezen | |||
| Reactive Power, L2 (Max) | var | Lezen | |||
| Reactive Power, L3 (Max) | var | Lezen | |||
| Reactive Power, L4 (Max) | var | Lezen | |||
| Sum, P = P1 + P2 + P3 (Max) | W | Lezen | |||
| Mains Frequency Reactive Power Sum, Q = Q1 + Q2 + Q3 (Max) | var | Lezen | |||
| Apparent Current, L1 (Max) | A | Lezen | |||
| Apparent Current, L2 (Max) | A | Lezen | |||
| Apparent Current, L3 (Max) | A | Lezen | |||
| Apparent Current, L4 (Max) | A | Lezen | |||
| Apparent Power, L1 [0] (Max) | VA | Lezen | |||
| Apparent Power, L1 [1] (Max) | VA | Lezen | |||
| Apparent Power, L1 [2] (Max) | VA | Lezen | |||
| Apparent Power, L1 [3] (Max) | VA | Lezen | |||
| Vector Sum, IN = I1 + I2 + I3 (Max) | A | Lezen | |||
| Vector Sum, I1 + I2 + I3 + I4 (Max) | A | Lezen | |||
| Sum, S = S1 + S2 + S3 (Max) | VA | Lezen | |||
| Sum, S = S1 + S2 + S3 + S4 (Max) | VA | Lezen | |||
| Harmonic, THD, I L1-N (Max) | % | Lezen | |||
| Harmonic, THD, I L2-N (Max) | % | Lezen | |||
| Harmonic, THD, I L3-N (Max) | % | Lezen | |||
| Harmonic, THD, I L4-N (Max) | % | Lezen | |||
| Interharmonics, I L1-N (Max) | % | Lezen | |||
| Interharmonics, I L2-N (Max) | % | Lezen | |||
| Interharmonics, I L3-N (Max) | % | Lezen | |||
| Interharmonics, I L4-N (Max) | % | Lezen | |||
| IN Crest Faktor [0] (Max) | % | Lezen | |||
| IN Crest Faktor [1] (Max) | % | Lezen | |||
| IN Crest Faktor [2] (Max) | % | Lezen | |||
| IN Crest Faktor [3] (Max) | % | Lezen | |||
| Zero Sequence, Current (Max) | A | Lezen | |||
| Positive Sequence, Current (Max) | A | Lezen | |||
| Negative Sequence, Current (Max) | A | Lezen | |||
| Unsymmetrical; Current (Max) | % | Lezen | |||
| Over Difference, I L1 (Max) | % | Lezen | |||
| Over Difference, I L2 (Max) | % | Lezen | |||
| Over Difference, I L3 (Max) | % | Lezen | |||
| Over Difference, I L4 (Max) | % | Lezen | |||
| Under Difference, I L1 (Max) | % | Lezen | |||
| Under Difference, I L2 (Max) | % | Lezen | |||
| Under Difference, I L3 (Max) | % | Lezen | |||
| Under Difference, I L4 (Max) | % | Lezen | |||
| Peak Value Negative, I L1 (Max) | A | Lezen | |||
| Peak Value Negative, I L2 (Max) | A | Lezen | |||
| Peak Value Negative, I L3 (Max) | A | Lezen | |||
| Peak Value Negative, I L4 (Max) | A | Lezen | |||
| Peak Value Positive, I L1 (Max) | A | Lezen | |||
| Peak Value Positive, I L2 (Max) | A | Lezen | |||
| Peak Value Positive, I L3 (Max) | A | Lezen | |||
| Peak Value Positive, I L4 (Max) | A | Lezen | |||
| Peak-peak Value Positive, I L1 (Max) | A | Lezen | |||
| Peak-peak Value Positive, I L2 (Max) | A | Lezen | |||
| Peak-peak Value Positive, I L3 (Max) | A | Lezen | |||
| Peak-peak Value Positive, I L4 (Max) | A | Lezen | |||
| Current Flicker Pf5, L1-N (Max) | Lezen | ||||
| Current Flicker Pf5, L2-N (Max) | Lezen | ||||
| Current Flicker Pf5, L3-N (Max) | Lezen | ||||
| Current Flicker Pf5, L4-N (Max) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L1-N (Max) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L2-N (Max) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L3-N (Max) | Lezen | ||||
| Short-term Flicker Level, Pst (10m), L4-N (Max) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L1-N (Max) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L2-N (Max) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L3-N (Max) | Lezen | ||||
| Long-term Flicker Level, Plt (2h), L4-N (Max) | Lezen | ||||
| Ripple Control Signal, I L1 (Max) | A | Lezen | |||
| Ripple Control Signal, I L2 (Max) | A | Lezen | |||
| Ripple Control Signal, I L3 (Max) | A | Lezen | |||
| Ripple Control Signal, I L4 (Max) | A | Lezen | |||
| Ripple Control Signal, U L1-L2 (61000-4-30) (Max) | V | Lezen | |||
| Ripple Control Signal, U L2-L3 (61000-4-30) (Max) | V | Lezen | |||
| Ripple Control Signal, U L3-L1 (61000-4-30) (Max) | V | Lezen | |||
| Power Factor, L1 (Max) | % | Lezen | |||
| Power Factor, L2 (Max) | % | Lezen | |||
| Power Factor, L3 (Max) | % | Lezen | |||
| Power Factor, L4 (Max) | % | Lezen | |||
| Distortion Power Factor, L1 (Max) | var | Lezen | |||
| Distortion Power Factor, L2 (Max) | var | Lezen | |||
| Distortion Power Factor, L3 (Max) | var | Lezen | |||
| Distortion Power Factor, L4 (Max) | var | Lezen | |||
| K-Factor, L1 (Max) | % | Lezen | |||
| K-Factor, L2 (Max) | % | Lezen | |||
| K-Factor, L3 (Max) | % | Lezen | |||
| K-Factor, L4 (Max) | % | Lezen | |||
| Input 1, Measured Value (Max) | W | Lezen | |||
| Input 2, Measured Value (Max) | W | Lezen | |||
| Internal Temperature (Max) | °C | Lezen | |||
| Star Connection Voltage | V | Lezen | |||
| Status Digital Output 1, 0=not Active, 1=active | Lezen | ||||
| Status Digital Output 2, 0=not Active, 1=active | Lezen | ||||
| Status Digital Input 1, 0=not Active, 1=active [0] | Lezen | ||||
| Status Digital Input 1, 0=not Active, 1=active [1] | Lezen | ||||
| Event Counter | Lezen | ||||
| Flag Counter | Lezen | ||||
| Error Counter, Transients | Lezen | ||||
| Error Counter, Half-cycle Effective Values | Lezen | ||||
| Error Counter, Receive RS232 | Lezen | ||||
| Error Counter, Send RS232 | Lezen | ||||
| Error Counter, RS232 | Lezen | ||||
| Error Counter, Receive RS485 | Lezen | ||||
| Error Counter, Send RS485 | Lezen | ||||
| Error Counter, RS485 | Lezen | ||||
| 1= Delete All Real Energy Counters | Lezen | ||||
| 1= Delete All Reactive Energy Counters | Lezen | ||||
| RUN (Internal) | Lezen | ||||
| L1, L2, L3; Current Transformer, Primary | A | Lezen | |||
| L4; Current Transformer, Primary | A | Lezen | |||
| L1, L2, L3; Current Transf., Secondary | A | Lezen | |||
| L4; Current Transformer, Secondary | A | Lezen | |||
| L1, L2, L3; Voltage Transformer, Primary | V | Lezen | |||
| L4; Voltage Transformer, Primary | V | Lezen | |||
| L1, L2, L3; Spannungswandler, Sekundär | V | Lezen | |||
| L4; Spannungswandler, Sekundär | V | Lezen | |||
| Nominal Current Transf.; I L1, I L2, I L3 | A | Lezen | |||
| Nominal Current Transformer; I L4 | A | Lezen | |||
| Nominal Voltage; L1, L2, L3 | V | Lezen | |||
| Nominal Voltage; L4 | V | Lezen | |||
| Nominal Current; L1, L2, L3 | A | Lezen | |||
| Nominal Current; L4 | A | Lezen | |||
| TRNS_DELTA [0] (Internal) | % | Lezen | |||
| TRNS_DELTA [1] (Internal) | % | Lezen | |||
| TRNS_I_ABS [0] (Internal) | % | Lezen | |||
| TRNS_I_ABS [1] (Internal) | % | Lezen | |||
| TRNS_U_ABS [0] (Internal) | % | Lezen | |||
| TRNS_U_ABS [1] (Internal) | % | Lezen | |||
| I_EVT_MAX [0] (Internal) | % | Lezen | |||
| I_EVT_MAX [1] (Internal) | % | Lezen | |||
| U_EVT_MAX [0] (Internal) | % | Lezen | |||
| U_EVT_MAX [1] (Internal) | % | Lezen | |||
| U_EVT_MIN [0] (Internal) | % | Lezen | |||
| U_EVT_MIN [1] (Internal) | % | Lezen | |||
| U_EVT_OFF [0] (Internal) | % | Lezen | |||
| U_EVT_OFF [1] (Internal) | % | Lezen | |||
| Nominal Frequency 50Hz Or 60Hz | Hz | Lezen | |||
| FLICKER_SYSTEM (Internal) | Lezen | ||||
| TRNS_PRE (Internal) | Lezen | ||||
| TRNS_POST (Internal) | Lezen | ||||
| DEV_NAME (Internal) | Lezen | ||||
| DEV_DESC (Internal) | Lezen | ||||
| LANGUAGE (Internal) | Lezen | ||||
| SERNR (Internal) | Lezen | ||||
| PRODNR (Internal) | Lezen | ||||
| MBUSADDR (Internal) | Lezen | ||||
| MODE485 (Internal) | Lezen | ||||
| BAUD485 (Internal) | Lezen | ||||
| BAUD232 (Internal) | Lezen | ||||
| MODE232 (Internal) | Lezen | ||||
| Network Address | Lezen | ||||
| Network Mask | Lezen | ||||
| Gateway | Lezen | ||||
| 1=DHCP On, 0=DHCP Off | Lezen | ||||
| Contrast | Lezen | ||||
| Type Temperature Sensor | Lezen | ||||
| Status, Button 1 | Lezen | ||||
| Status, Button 2 | Lezen | ||||
| Status, Button 3 | Lezen | ||||
| DEBUG_IP (Internal) | Lezen | ||||
| Time Zone | s | Lezen | |||
| STIME (Internal) | s | Lezen | |||
| Start Day Of Summer/winter Switchover (Spring) | Lezen | ||||
| Start Hour Of Summer/winter Switchover | h | Lezen | |||
| Start Month Of Summer/winter Switchover | Lezen | ||||
| Start Minute Of Summer/winter Switchover | min | Lezen | |||
| Summer/winter Switchover (Spring) | Lezen | ||||
| Start Day Of Summer/winter Switchover (Autumn) | Lezen | ||||
| Start Hour Of Summer/winter Switchover (Other) | h | Lezen | |||
| Start Month Of Summer/winter Switchover (Other) | Lezen | ||||
| Start Minute Of Summer/winter Switchover (Other) | min | Lezen | |||
| Summer/Winter Switchover (Autumn) | Lezen | ||||
| EVT_VAL_PRE (Internal) | Lezen | ||||
| EVT_VAL_POST (Internal) | Lezen | ||||
| TRNS_MODE (Internal) | Lezen | ||||
| EVT_MODE (Internal) | Lezen | ||||
| CON_AUX_MODE (Internal) | Lezen | ||||
| CON_MODE (Internal) | Lezen | ||||
| PHASE_MODE (Internal) | Lezen | ||||
| COLOR [0] (Internal) | Lezen | ||||
| COLOR [1] (Internal) | Lezen | ||||
| COLOR [2] (Internal) | Lezen | ||||
| COLOR [3] (Internal) | Lezen | ||||
| COLOR [4] (Internal) | Lezen | ||||
| COLOR [5] (Internal) | Lezen | ||||
| COLOR [6] (Internal) | Lezen | ||||
| COLOR [7] (Internal) | Lezen | ||||
| GUEST_PASSWD (Internal) | Lezen | ||||
| USER_PASSWD (Internal) | Lezen | ||||
| ADMIN_PASSWD (Internal) | Lezen | ||||
| PULSWERT [0] (Internal) | Lezen | ||||
| PULSWERT [1] (Internal) | Lezen | ||||
| MAXSIZE_REC (Internal) | % | Lezen | |||
| MAXSIZE_TRNS (Internal) | % | Lezen | |||
| MAXSIZE_VWW (Internal) | % | Lezen | |||
| MAXSIZE_EVT (Internal) | % | Lezen | |||
| MAXSIZE_FLAGS (Internal) | % | Lezen | |||
| TFTP_FILE_NR (Internal) | Lezen | ||||
| TFTP_NEWFILE (Internal) | Lezen | ||||
| DIGOUTEVT [0] (Internal) | Lezen | ||||
| DIGOUTEVT [1] (Internal) | Lezen | ||||
| DIGOUTEVT_TIME [0] (Internal) | s | Lezen | |||
| DIGOUTEVT_TIME [1] (Internal) | s | Lezen | |||
| INVERT_DIGOUT [0] (Internal) | Lezen | ||||
| INVERT_DIGOUT [1] (Internal) | Lezen | ||||
| KORR_INT (Internal) | Lezen | ||||
| QUARZ_KORR_NTP (Internal) | ppm | Lezen | |||
| BACNET_SENDIAM_TIME (Internal) | s | Lezen | |||
| HTML_PORT (Internal) | Lezen | ||||
| IP_ADDR_STR (Internal) | Lezen | ||||
| IP_GATEWAY_STR (Internal) | Lezen | ||||
| IP_MASK_STR (Internal) | Lezen | ||||
| NAMESRV_IP (Internal) | Lezen | ||||
| NTPSRV_IP (Internal) | Lezen | ||||
| HOSTNAME (Internal) | Lezen | ||||
| EVT_NAME (Internal) | Lezen | ||||
| FL_NAME (Internal) | Lezen | ||||
| TR_NAME (Internal) | Lezen | ||||
| HWW_NAME (Internal) | Lezen | ||||
| FILEMAGIC (Internal) | Lezen | ||||
| MODE_NTP (Internal) | Lezen | ||||
| QUARZ_KORR (Internal) | ppm | Lezen | |||
| RC_FREQ (Internal) | Hz | Lezen | |||
| TFTP_PRG1 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG1 Part 2 (Internal) | Lezen | ||||
| TFTP_PRG2 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG2 Part 2 (Internal) | Lezen | ||||
| TFTP_PRG3 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG3 Part 2 (Internal) | Lezen | ||||
| TFTP_PRG4 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG4 Part 2 (Internal) | Lezen | ||||
| TFTP_PRG5 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG5 Part 2 (Internal) | Lezen | ||||
| TFTP_PRG6 Part 1 (Internal) | Lezen | ||||
| TFTP_PRG6 Part 2 (Internal) | Lezen | ||||
| TFTP_REC Part 1 (Internal) | Lezen | ||||
| TFTP_REC Part 2 (Internal) | Lezen | ||||
| TFTP_DISPLAY Part 1 (Internal) | Lezen | ||||
| TFTP_DISPLAY Part 2 (Internal) | Lezen | ||||
| RELEASE (Internal) | Lezen | ||||
| DOWNLOAD (Internal) | Lezen | ||||
| DUMMY (Internal) | Lezen | ||||
| MASTER_TIMEOUT (Internal) | ms | Lezen | |||
| ED_PASSWD (Internal) | Lezen | ||||
| HTML_PASSWD (Internal) | Lezen | ||||
| PASSWD_MODE (Internal) | Lezen | ||||
| CHALLENGE (Internal) | Lezen | ||||
| BACNET_PASSWORD (Internal) | Lezen | ||||
| FORBID_CFG_HTML (Internal) | Lezen | ||||
| FORBID_FTP (Internal) | Lezen | ||||
| FORBID_CFG_FTP (Internal) | Lezen | ||||
| FORBID_MODETH (Internal) | Lezen | ||||
| FORBID_CFG_MODETH (Internal) | Lezen | ||||
| FORBID_BACNET (Internal) | Lezen | ||||
| IP_UP (Internal) | Lezen | ||||
| SYSVAR_CNT (Internal) | Lezen | ||||
| SEQ_IP0 (Internal) | Lezen | ||||
| SEQ_IP1 (Internal) | Lezen | ||||
| SEQ_IP2 (Internal) | Lezen | ||||
| SEQ_IP3 (Internal) | Lezen | ||||
| SEQ_IP4 (Internal) | Lezen | ||||
| SEQ_IP5 (Internal) | Lezen | ||||
| SEQ_IP6 (Internal) | Lezen | ||||
| SEQ_IP7 (Internal) | Lezen | ||||
| CH_MAP [0] (Internal) | Lezen | ||||
| CH_MAP [1] (Internal) | Lezen | ||||
| CH_MAP [2] (Internal) | Lezen | ||||
| CH_MAP [3] (Internal) | Lezen | ||||
| CH_MAP [4] (Internal) | Lezen | ||||
| CH_MAP [5] (Internal) | Lezen | ||||
| CH_MAP [6] (Internal) | Lezen | ||||
| CH_MAP [7] (Internal) | Lezen | ||||
| NTP_DIV (Internal) | s | Lezen | |||
| NTP_TURNAROUND (Internal) | s | Lezen | |||
| NTP_KORR (Internal) | ppm | Lezen | |||
| RX_ETH_COUNT (Internal) | Lezen | ||||
| TX_ETH_COUNT (Internal) | Lezen | ||||
| ERR_ETH_COUNT (Internal) | Lezen | ||||
| RX_NTP_COUNT (Internal) | Lezen | ||||
| TX_NTP_COUNT (Internal) | Lezen | ||||
| ERR_NTP_COUNT (Internal) | Lezen | ||||
| RX_DNS_COUNT (Internal) | Lezen | ||||
| TX_DNS_COUNT (Internal) | Lezen | ||||
| ERR_DNS_COUNT (Internal) | Lezen | ||||
| RX_DHCP_COUNT (Internal) | Lezen | ||||
| TX_DHCP_COUNT (Internal) | Lezen | ||||
| ERR_DHCP_COUNT (Internal) | Lezen | ||||
| TX_EMAIL_COUNT (Internal) | Lezen | ||||
| ERR_EMAIL_COUNT (Internal) | Lezen | ||||
| MTU_SIZE (Internal) | Lezen | ||||
| 10ms Only For Internal Use | Lezen | ||||
| Real Energy, Consumption, Tariff 3, L1 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 3, L2 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 3, L3 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 3, L4 | Wh | Lezen | |||
| Real Energy, Consump., Tariff 3, L1..L3 | Wh | Lezen | |||
| Real Energy, Consump., Tariff 3, L1..L4 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 4, L1 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 4, L2 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 4, L3 | Wh | Lezen | |||
| Real Energy, Consumption, Tariff 4, L4 | Wh | Lezen | |||
| Real Energy, Consump., Tariff 4, L1..L3 | Wh | Lezen | |||
| Real Energy, Consump., Tariff 4, L1..L4 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L1 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L2 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L3 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L4 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L1..L3 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 3, L1..L4 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L1 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L2 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L3 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L4 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L1..L3 | Wh | Lezen | |||
| Real Energy, Supply, Tariff 4, L1..L4 | Wh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L1 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L2 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L3 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L4 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L1..L3 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L1..L4 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 4, L1 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 4, L2 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 4, L3 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 4, L4 | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L1..L3 (Other) | varh | Lezen | |||
| Reactive Energy, Induktiv, Tariff 3, L1..L4 (Other) | varh | Lezen | |||
| SNMP_USERVAR [0] (Internal) | Lezen | ||||
| SNMP_USERVAR [1] (Internal) | Lezen | ||||
| SNMP_USERVAR [2] (Internal) | Lezen | ||||
| SNMP_USERVAR [3] (Internal) | Lezen | ||||
| SNMP_USERVAR [4] (Internal) | Lezen | ||||
| SNMP_USERVAR [5] (Internal) | Lezen | ||||
| SNMP_USERVAR [6] (Internal) | Lezen | ||||
| SNMP_USERVAR [7] (Internal) | Lezen | ||||
| SNMP_USERVAR [8] (Internal) | Lezen | ||||
| SNMP_USERVAR [9] (Internal) | Lezen | ||||
| SNMP_USERVAR [10] (Internal) | Lezen | ||||
| SNMP_USERVAR [11] (Internal) | Lezen | ||||
| SNMP_USERVAR [12] (Internal) | Lezen | ||||
| SNMP_USERVAR [13] (Internal) | Lezen | ||||
| SNMP_USERVAR [14] (Internal) | Lezen | ||||
| SNMP_USERVAR [15] (Internal) | Lezen | ||||
| AKT_EVT_START [0] (Internal) | s | Lezen | |||
| AKT_EVT_START [1] (Internal) | s | Lezen | |||
| AKT_EVT_START [2] (Internal) | s | Lezen | |||
| AKT_EVT_START [3] (Internal) | s | Lezen | |||
| AKT_EVT_START [4] (Internal) | s | Lezen | |||
| AKT_EVT_START [5] (Internal) | s | Lezen | |||
| AKT_EVT_START [6] (Internal) | s | Lezen | |||
| AKT_EVT_START [7] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [0] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [1] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [2] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [3] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [4] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [5] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [6] (Internal) | s | Lezen | |||
| AKT_EVT_STOP [7] (Internal) | s | Lezen | |||
| AKT_EVT_BOUND [0] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [1] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [2] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [3] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [4] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [5] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [6] (Internal) | Lezen | ||||
| AKT_EVT_BOUND [7] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [0] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [1] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [2] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [3] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [4] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [5] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [6] (Internal) | Lezen | ||||
| AKT_EVT_MAXVAL [7] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [0] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [1] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [2] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [3] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [4] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [5] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [6] (Internal) | Lezen | ||||
| AKT_EVT_MINVAL [7] (Internal) | Lezen | ||||
| AKT_EVT_AVG [0] (Internal) | Lezen | ||||
| AKT_EVT_AVG [1] (Internal) | Lezen | ||||
| AKT_EVT_AVG [2] (Internal) | Lezen | ||||
| AKT_EVT_AVG [3] (Internal) | Lezen | ||||
| AKT_EVT_AVG [4] (Internal) | Lezen | ||||
| AKT_EVT_AVG [5] (Internal) | Lezen | ||||
| AKT_EVT_AVG [6] (Internal) | Lezen | ||||
| AKT_EVT_AVG [7] (Internal) | Lezen | ||||
| AKT_EVT_REASON [0] (Internal) | Lezen | ||||
| AKT_EVT_REASON [1] (Internal) | Lezen | ||||
| AKT_EVT_REASON [2] (Internal) | Lezen | ||||
| AKT_EVT_REASON [3] (Internal) | Lezen | ||||
| AKT_EVT_REASON [4] (Internal) | Lezen | ||||
| AKT_EVT_REASON [5] (Internal) | Lezen | ||||
| AKT_EVT_REASON [6] (Internal) | Lezen | ||||
| AKT_EVT_REASON [7] (Internal) | Lezen | ||||
| AKT_EVT_CNT [0] (Internal) | Lezen | ||||
| AKT_EVT_CNT [1] (Internal) | Lezen | ||||
| AKT_EVT_CNT [2] (Internal) | Lezen | ||||
| AKT_EVT_CNT [3] (Internal) | Lezen | ||||
| AKT_EVT_CNT [4] (Internal) | Lezen | ||||
| AKT_EVT_CNT [5] (Internal) | Lezen | ||||
| AKT_EVT_CNT [6] (Internal) | Lezen | ||||
| AKT_EVT_CNT [7] (Internal) | Lezen | ||||
| HW_INDEX (Internal) | Lezen | ||||
| PTP_VERSION (Internal) | Lezen | ||||
| PTP_DOMAIN (Internal) | Lezen | ||||
| PTP_CLOCK_CLASS (Internal) | Lezen | ||||
| PTP_CLOCK_ACCURACY (Internal) | Lezen | ||||
| PTP_TIME_SOURCE (Internal) | Lezen | ||||
| PTP_TWO_STEP (Internal) | Lezen | ||||
| PTP_DELAY_MECHANISM (Internal) | Lezen | ||||
| PTP_PROFILE_ID [0] (Internal) | Lezen | ||||
| PTP_PROFILE_ID [1] (Internal) | Lezen | ||||
| PTP_PROFILE_ID [2] (Internal) | Lezen | ||||
| PTP_PROFILE_ID [3] (Internal) | Lezen | ||||
| PTP_PROFILE_ID [4] (Internal) | Lezen | ||||
| PTP_PROFILE_ID [5] (Internal) | Lezen | ||||
| PTP_ANNOUNCE_RECEIPT_TIMEOUT (Internal) | Lezen | ||||
| PTP_STATE (Internal) | Lezen | ||||
| PTP_MANAGEMENT_INTERFACE (Internal) | Lezen | ||||
| PTP_PRIORITY1 (Internal) | Lezen | ||||
| PTP_PRIORITY2 (Internal) | Lezen | ||||
| INIT_CUSTOMKEY (Internal) | Lezen | ||||
| FORBID_HTML (Internal) | Lezen | ||||
| IN Distortion Reactive Power [0] | var | Lezen | |||
| IN Distortion Reactive Power [1] | var | Lezen | |||
| IN Distortion Reactive Power [2] | var | Lezen | |||
| IN Distortion Reactive Power [3] | var | Lezen | |||
| Voltage, Real Part L-L [0] | V | Lezen | |||
| Voltage, Real Part L-L [1] | V | Lezen | |||
| Voltage, Real Part L-L [2] | V | Lezen | |||
| Voltage, Imaginary Part L-L [0] | V | Lezen | |||
| Voltage, Imaginary Part L-L [1] | V | Lezen | |||
| Voltage, Imaginary Part L-L [2] | V | Lezen | |||
| Counter For Started Events | Lezen | ||||
| Flags For Running Events | Lezen | ||||
| Free Input Field For Storing Numerical Information | Lezen | ||||
| 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+L2+L3 | VAh | Lezen | |||
| Apparent Energy L1+L2+L3+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+L2+L3 | Wh | Lezen | |||
| Real Energy L1+L2+L3+L4 | Wh | Lezen | |||
| Reactive Energy L1 | varh | Lezen | |||
| Reactive Energy L2 | varh | Lezen | |||
| Reactive Energy L3 | varh | Lezen | |||
| Reactive Energy L4 | varh | Lezen | |||
| Reactive Energy L1+L2+L3 | varh | Lezen | |||
| Reactive Energy L1+L2+L3+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+L2+L3, Consumed | Wh | Lezen | |||
| Real Energy L1+L2+L3+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+L2+L3, Delivered | Wh | Lezen | |||
| Real Energy L1+L2+L3+L4, Delivered | Wh | Lezen | |||
| Real Energy L1, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L2, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L3, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L4, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, HT (Tariff 1), Rate 1 | Wh | Lezen | |||
| Real Energy L1, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L2, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L3, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L4, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L1..L3, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L1..L4, Consumed, NT (Tariff 1), Rate 2 | Wh | Lezen | |||
| Real Energy L1, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L2, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L3, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L4, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, HT (Tariff 2), Rate 1 | Wh | Lezen | |||
| Real Energy L1, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Real Energy L2, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Real Energy L3, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Real Energy L4, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Real Energy L1..L3, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Real Energy L1..L4, Delivered, NT (Tariff 2), Rate 2 | Wh | Lezen | |||
| Reactive Energy L1, Inductive | varh | Lezen | |||
| Reactive Energy L2, Inductive | varh | Lezen | |||
| Reactive Energy L3, Inductive | 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 | varh | Lezen | |||
| Reactive Energy L2, Capacitive | varh | Lezen | |||
| Reactive Energy L3, Capacitive | 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 (Counter, Not Scaled), Impulse Input 1 | Lezen | ||||
| Energy Meter (Counter, Not Scaled), Impulse Input 2 | Lezen | ||||
| Runtime Of Real And Apparent Energy Meas. | s | Lezen | |||
| Runtime Of Real And Reactive Energy Meas. | s | Lezen | |||
| Real Energy, Month High, Jan., Even Year | Wh | Lezen | |||
| Real Energy, Month High, Feb., 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, Aug., Even Year | Wh | Lezen | |||
| Real Energy, Month High, Sep., Even Year | Wh | Lezen | |||
| Real Energy, Month High, Oct. Even Year | Wh | Lezen | |||
| Real Energy, Month High, Nov., Even Year | Wh | Lezen | |||
| Real Energy, Month High, Dec., Even Year | Wh | Lezen | |||
| Real Energy, Month High, Jan., Uneven Year | Wh | Lezen | |||
| Real Energy, Month High, Feb., 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, Aug., 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, Dez., Uneven Year | varh | Lezen | |||
| EMAX, 15minutes Month High, Jan., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Feb., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, March, Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, April., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, May, Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, June, Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, July, Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Aug., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Sep., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Oct., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Nov., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Dez., Even Year | W | Lezen | |||
| EMAX, 15minutes Month High, Jan., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Feb., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, March, Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, April, Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, May, Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, June, Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, July, Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Aug., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Sep., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Oct., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Nov., Uneven Year | W | Lezen | |||
| EMAX, 15minutes Month High, Dec., Uneven Year | W | Lezen | |||
| Time Of 15minutes Month High, Jan., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Feb., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, May, Even Year | s | Lezen | |||
| Time Of 15minutes Month High, June, Even Year | s | Lezen | |||
| Time Of 15minutes Month High, July., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Aug., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Sep., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Oct., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Nov., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Dez., Even Year | s | Lezen | |||
| Time Of 15minutes Month High, Jan., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Feb., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, March, Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, April, Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, May, Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, June, Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, July, Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Aug., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Sep., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Oct., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Nov., Uneven Year | s | Lezen | |||
| Time Of 15minutes Month High, Dec., Uneven Year | s | Lezen | |||
| Reactive Energy L1 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L2 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L3 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L4 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L1..L3 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L1..L4 (Inductive), Consumed | varh | Lezen | |||
| Reactive Energy L1 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L2 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L3 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L4 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L1..L3 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L1..L4 (Inductive), Delivered | varh | Lezen | |||
| Reactive Energy L1 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L2 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L3 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L4 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L1..L3 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L1..L4 (Capacitive), Consumed | varh | Lezen | |||
| Reactive Energy L1 (Capacitive), Delivered | varh | Lezen | |||
| Reactive Energy L2 (Capacitive), Delivered | varh | Lezen | |||
| Reactive Energy L3 (Capacitive), Delivered | varh | Lezen | |||
| Reactive Energy L4 (Capacitive), Delivered | varh | Lezen | |||
| Reactive Energy L1..L3 (Capacitive), Delivered | varh | Lezen | |||
| Reactive Energy L1..L4 (Capacitive), Delivered | varh | Lezen |
Registers laden…
Stuur jouw apparatenlijst
Staat een apparaat niet in de bibliotheek, dan maken we de template gratis zodra we de registers hebben.
Gebruikstoepassingen
- Zet spanning, stroom en vermogen per fase van de hoofdverdeler op één dashboard.
- Krijg een e-mail zodra de THD van de spanning boven de grens komt die je voor de installatie instelt.
- Bewaar 365 dagen historie van frequentie, asymmetrie en flicker om klachten over spanningskwaliteit te beantwoorden.
- Volg afgenomen en teruggeleverde energie per tarief en per maand voor je energierapportages.
- Vergelijk de maximale vraagwaarden van meerdere transformatorstations om capaciteit te plannen.
Installatie
Sluit RS485 A en B van de UMG 605-PRO aan op de RS485-poort van de ModbusCloud Gateway en sluit beide uiteinden van de bus af.
Stel het apparaatadres en de baudrate in op de meter; de lijn gebruikt 8 databits, geen pariteit en 2 stopbits.
Voeg in ModbusCloud een Modbus apparaat toe op de Gateway met hetzelfde adres en dezelfde seriële instellingen en importeer deze template.
Controleer of de spanningen L1-N tot L3-N en de frequentie met logische waarden binnenkomen.
Veelvoorkomende aandachtspunten
De meter geeft geen antwoord op de RS485-bus. Wat controleer ik?
De UMG 605-PRO gebruikt 8 databits, geen pariteit en 2 stopbits; veel programma's staan standaard op 1 stopbit of even pariteit. Neem het adres en de baudrate van de meter over, draai A en B om als er niets terugkomt, en sluit alleen de twee uiteinden van de bus af.
Waarom zien de 32-bit waarden er verhaspeld uit?
De registers leveren big-endian data met het hoge woord eerst. Klopt een waarde niet, kijk dan naar de woordvolgorde in de apparaatinstellingen van ModbusCloud. Dezelfde data staat ook als little-endian op het adres plus 32768, maar deze template gebruikt de big-endian adressen.
Moet ik de transformatorverhouding zelf toepassen?
Niet bij deze template. Float- en integerwaarden bevatten de stroom- en spanningstransformatorverhouding die in de meter staat al. Controleer wel of de primaire en secundaire waarden in de meter kloppen met de geplaatste transformatoren.
Welke registers kan ik vanuit ModbusCloud schrijven?
Alleen de zes registers voor de fasehoek van de spanning staan in de adreslijst als lezen en schrijven. Lees eerst de huidige waarde en schrijf alleen een nieuwe als je weet waarom; de andere registers, ook transformatorverhoudingen en instellingen, zijn in deze template alleen leesbaar.
Kunnen meerdere meters op één RS485-lijn?
Ja. Geef elke meter een eigen adres en gebruik overal dezelfde baudrate en seriële instellingen. Leg de bus aan als één lijn van apparaat naar apparaat en sluit beide uiteinden af.
Zelf zien hoe het werkt?
