power analyser umg 96-pa - janitza.com

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Power Analyser

UMG 96-PAUMG 96-PAMIDup to firmware version 1.12

Modbus-address listand Formulary

Content

UMG 96-PA2

ContentModbus 4

Modbus Functions 4Transfer parameters 5Byte sequence 5Update rate 5Measured values 5Number formats 5Symbols and definitions 5

Explanations of the measured values 6

Address list 12Frequently required readings 12Measured values, type float 14Measured values, type short 16Mean values, type float 17Mean values, type short 18Minimum values, type float 19Minimum values, type short 20Maximum values, type float 21Maximum values, type short 22Maximum values of mean values, type float 23Maximum values of mean values, type short 23Energy, type float 24Energy, type integer 27Energy, type double 30Energy, type double (UMG 96-PA-MID) 32Peak indicator (drag indicator) 34Minimum values, time stamp 36Maximum values, time stamp 38Fourier analysis 41Measured values, type float, fourier analysis 41Measured values, type short, fourier analysis 43Mean values, type float, fourier analysis 46Mean values, type short, fourier analysis 48Maximum values, type float, fourier analysis 50Maximum values, type short, fourier analysis 52Minimum values, type float, fourier analysis 54Minimum values, type short, fourier analysis 55

UMG 96-PA3

General

CopyrightThis handbook is subject to the legal regulations of the copyright laws and may not be fully or partially photocopied, reprinted or reproduced mechanically or electronically and may not be copied or published in any other way without the legal, written permission of Janitza electronics GmbH Vor dem Polstück 6 D35633 Lahnau Germany

Protected trademarksAll trademarks and the resulting rights belong to the respective owners of these rights.

DisclaimerJanitza electronics GmbH does not accept any responsibility for errors or faults within this handbook and does not accept any obligation to keep the contents of this handbook updated.

Comments on the handbookWe welcome your comments. If anything appears to be unclear in this handbook, please let us know and send us an E-MAIL to: [email protected]

UMG 96-PA4

General

Modbus

Modbus FunctionsAs a slave, the UMG 96-PA supports the following modbus functions:

03 Read Holding Registers Reads the binary contents of holding registers (4X references) in the slave.

04 Read Input Registers Reads the binary contents of input registers (3X references) in the slave.

06 Preset Single RegisterPresets a value into a single holding register (4X reference). When broadcast, the function presets the same register refe-rence in all attached slaves.

16 (10Hex) Preset Multiple Registers Presets values into a sequence of holding registers (4X references). When broadcast, the function presets the same regis-ter references in all attached slaves.

23 (17Hex) Read/Write 4X Registers Performs a combination of one read and one write operation in a single Modbus transaction. The function can write new contents to a group of 4XXXX registers, and then return the contents of another group of 4XXXX registers. Broadcast is not supported.

UMG 96-PA5

General

Type Size Minimum Maximum

char 8 bit 0 255byte 8 bit -128 127short 16 bit -215 215 -1ushort 16 bit 0 216 -1int 32 bit -231 231 -1uint 32 bit 0 232 -1long64 64 bit -263 263 -1float 32 bit IEEE 754 IEEE 754double 64 bit IEEE 754 IEEE 754

Number formats

Transfer parametersThe UMG 96-PA supports the following transfer parameters:Baud rate : 9600, 19200, 38400, 57600 and 11500 BaudData bits : 8Parity : noneStop bits (UMG 96RM) : 2Stop bits external : 1 or 2

Byte sequenceThe data in the modbus address list can be called up in the• Big-Endian (high-Byte before low-Byte) and in the• Little-Endian (low-byte before high-byte)format.The addresses described in this address list supply the data in the „Big-Endian“ format. If you require the data in the „Little-Endian“ format, you must add the value 32768 to the address.

Update rateThe modbus register addresses are updated every 200ms.

Symbols and definitionsN Total number of sample points per period

(For example, in a period of 20 ms)

k Sample value or number of samples per period ( 0 <= k < N)

p Number or identification of the phase conductor (p = 1, 2 oder 3)

ipk Sample value k of the current of the phase conductor p

upNk Sample value k of the neutral voltage of the phase conductor p

Pp Real power of the phase conductor p

Measured values• Measured values in the short format do not take into account the set transformer ratio, i.e. these measured values

have to be multiplied by the corresponding transformer factor! • Measured values in float or integer format take into account the corresponding transformer factors!

UMG 96-PA6

General

Explanations of the measured values

Measured value• A measured value is a effective value which is formed over a period (measuring window) of 200 ms.• A measuring window is 10 periods in the 50 Hz network and 12 periods in the 60 Hz network. • A measuring window has a start time and an end time. • The resolution between the start time and end time is approximately 2 ns. • The accuracy of the start time and end time depends on the accuracy of the internal clock. (Typically +- 1 minute/month) • In order to improve the accuracy of the internal clock, it is recommended that the clock in the device is compared

with a time service and reset.

n Mean time / seconds

0 51 102 153 304 605 3006 4807 6008 900

Mean value of measured value• For each measured value, a sliding mean value is calculated over the selected averaging time.• The mean value is calculated every 200 ms.• You can take the possible averaging times from the table.

Max. value of measured value• The max. value of the measured value is the largest measured value which has occurred since the last deletion.

Min. value of measured value• The min. value of the measured value is the lowest measured value which has occurred since the last deletion.

Max. value of mean value• The max. value of the mean value is the largest mean value which has occurred since the last deletion.

Nominal current, voltage, frequency• The limit values for events and transients are set by the nominal value in percentage.

Nominal current Irated• The Irated is the nominal current of the transformers and is required for calculation of the K-factor.

Peak value negative• Highest negative sampling value from the last 200 ms measuring window..

Peak value positive• Highest positive sampling value from the last 200 ms measuring window.

Crest factor• The crest factor describes the relation between the peak value and effective value of a periodic quantity. It serves as

a characteristic value for general description of the curve form of a periodic quantity. The distortion factor is another example of a quantity for characterization of the difference from the pure sinusoidal form.

• Example: A sinusoidal change voltage with an effective value of 230 V has a peak value of approx. 325 V. The crest factor is then 325 V / 230 V =1.414 .

UMG 96-PA7

General

Effective value of the current for phase conductor p

Effective value of neutral conductor current

S U Ip pN p= ⋅

Apparent power for phase conductor• Unsigned

S S S SA = + +1 2 3

Total apparent power (arithmetic) Sa• Unsigned

Effective voltage L-N

Effective voltage L-L

U U U USternpunktspannung rms rms rms= + +1 2 3

Star connection voltage (vectorial)

Real power for phase conductor

Peak demand Pmax

• T = Periodic time• tn = n-th interval time• Pn = n-th Power measurement value• N = Number of measuring intervals in the period T

UMG 96-PA8

General

THD• THD (Total Harmonic Distortion) is the distortion factor and provides the relation of the harmonic parts of an oscillation

to the mains frequency.

Distortion factor for the voltage• M = 40 (UMG 604, UMG 508, UMG 96RM)• M = 50 (UMG 605, UMG 511)• fund corresponds to n=1

Distortion factor for the current• M = 40 (UMG 604, UMG 508, UMG 96RM)• M = 50 (UMG 605, UMG 511)• fund corresponds to n=1

ZHD• THD for the interharmonics.• Is calculated in the product series and UMG 511 UMG 605.

Interharmonics• Sinusoidal oscillations, which frequencies are not a multiple integer of the mains frequency.• Is calculated in the product series and UMG 511 UMG 605.• Calculation and measurement methods in accordance with the DIN EN 61000-4-30.• The order number of inter harmonics corresponds to the order number of the next smallest harmonic. For example,

between the 3rd and 4th harmonic of the 3rd inter harmonics.

TDD (I)• TDD Total demand distortion, harmonic current distor-

tion in % of maximum demand load current• IL = Maximum demand load current• M = 40 (UMG 604, UMG 508, UMG 96RM)• M = 50 (UMG 605, UMG 511)

Ripple control signal U (EN61000-4-30)The ripple control signal U is a voltage (200 ms measured value) which is measured at a carrier frequency specified by the user. Only frequencies beneath 3 kHz are observed.

Ripple control signal IThe ripple control signal I is a current (200 ms measured value) which is measured at a carrier frequency specified by the user. Only frequencies beneath 3 kHz are observed.

xxx[0] = mains frequency (50 Hz/60 Hz)xxx[1] = 2nd harmonic (100 Hz/120 Hz)xxx[2] = 3rd harmonic (150 Hz/180 Hz)etc.

Order number of harmonics

UMG 96-PA9

General

Positive sequence-negative sequence-zero sequence• The extent of a voltage or current imbalance in a three-phase system is identified using the positive sequence, negative

sequence and zero sequence components.• The balance of the rotation current system strived for in normal operation is disturbed by the unsymmetrical loads,

errors and equipment. • A three-phase system is called symmetric, when the three phase conductor voltages and currents are the same size

and are displaced against each other by 120°. If one or both conditions are not fulfilled, the system is described as un-symmetrical. By calculating the symmetrical components consisting of the positive sequence, negative sequence and zero sequence, the simplified analysis of an imbalanced error is possible in a rotary current system..

• Imbalance is a feature of the network quality for the limits specified in international norms (EN 50160 for example).

Positive sequence

Negative sequence

Zero sequence

U U U UNullsystem L fund L fund L fund= + +13 1 2 3, , ,

A zero component can only occur if a sum current can flow back through the main conductor.

Voltage imbalance

UnsymmetrieUUGeg

Mit

=

Under difference U (EN61000-4-30)

Under difference I

UMG 96-PA10

General

Power Factor (vectorial) - Lambda• The power factor is unsigned.

PFPSAA

=

CosPhi - Fundamental Power Factor• Only the mains frequency part is used for calculati-

on of the cosphi.• CosPhi sign: - = for the supply of real power + = for obtaining real power

PF PS11

1

= =cos( )ϕ

CosPhi total• CosPhi sign: - = for the supply of real power + = for obtaining real power

cos( )( ) (

ϕ Sum

P P P

P P P Qfund fund fund

fund fund fund

3

1 2 3

1 2 32

1

=+ +

+ + +ffund fund fund

Q Q+ +2 32)

cos( )(

ϕ Sum

P P P P

P P Pfund fund fund fund

fund fund fun

4

1 2 3 4

1 2 3

=+ + +

+ +dd fund fund fund fund fundP Q Q Q Q+ + + + +4

21 2 3 4

2) ( )

K-factor• The K-factor describes the increase of the eddy current losses when loaded with harmonics. For a sinusoidal load on

the transformer, the K-factor =1. The larger the K-factor, the heavier a transformer can be loaded with harmonics wit-hout overheating.

Phase Angle Phi• The phase angle between current and voltage of the external conductor p is calculated according to DIN EN 61557-12

and displayed.• The sign of the phase angle corresponding to the sign of the reactive power.

UMG 96-PA11

General

Mains frequency power factorThe mains frequency power factor is the power factor of the mains frequency and is calculated using the fourier analysis (FFT). The voltage and current must not be sinusoidal. All in the device calculated reactive power are resulting of funda-mental reactive power.

Power factor sign • Sign Q = +1 for phi in the range 0° .. 180° (inductive)• Sign Q = -1 for phi in the range 180° .. 360° (capacitive)

Reactive power for phase conductor p • Reactive power of the mains frequency. Q VorzeichenQ S Pfund p p fund p fund p= ⋅ − ( )ϕ 2 2

Total reactive power • Reactive power of the mains frequency. Q Q Q QV = + +1 2 3

Distortion power factor• The distortion power factor is the power factor of all

mains frequencies and is calculated using the fourier analysis (FFT).

D S P Qfund= − −2 2 2

• The apparent power „S” contains all fundamental harmonics and all harmonic rates up to the M-th harmonic.• The effective power „P” contains all fundamental harmonics and all harmonic rates up to the M-th harmonic.• M = 50 (UMG 605, UMG 605-PRO, UMG 511, UMG 512-PRO)

Reactive energy per phase

Reactive energy per phase, inductivefür QL1(t) > 0

für QL1(t) < 0Reactive energy per phase, capazitive

Reactive energy, sum L1-L3

Reactive energy, sum L1-L3, inductive

für (QL1(t) + QL2(t) + QL3(t)) > 0

Reactive energy, sum L1-L3, capazitive

für (QL1(t) + QL2(t) + QL3(t)) < 0

UMG 96-PA12

Modbus address list

19000 float RD _ULN[0] V Voltage L1-N19002 float RD _ULN[1] V Voltage L2-N19004 float RD _ULN[2] V Voltage L3-N19006 float RD _ULL[0] V Voltage L1-L219008 float RD _ULL[1] V Voltage L2-L319010 float RD _ULL[2] V Voltage L3-L119012 float RD _ILN[0] A Current, L119014 float RD _ILN[1] A Current, L219016 float RD _ILN[2] A Current, L319018 float RD _I_SUM3 A Vector sum; IN=I1+I2+I319020 float RD _PLN[0] W Real power L119022 float RD _PLN[1] W Real power L219024 float RD _PLN[2] W Real power L319026 float RD _P_SUM3 W Sum; Psum3=P1+P2+P319028 float RD _SLN[0] VA Apparent power L119030 float RD _SLN[1] VA Apparent power L219032 float RD _SLN[2] VA Apparent power L319034 float RD _S_SUM3 VA Sum; Ssum3=S1+S2+S319036 float RD _QLN[0] var Reactive power (mains frequ.) L119038 float RD _QLN[1] var Reactive power (mains frequ.) L219040 float RD _QLN[2] var Reactive power (mains frequ.) L319042 float RD _Q_SUM3 var Sum; Qsum3=Q1+Q2+Q319044 float RD _COS_PHI[0] Fund.power factor, CosPhi; UL1 IL119046 float RD _COS_PHI[1] Fund.power factor, CosPhi; UL2 IL219048 float RD _COS_PHI[2] Fund.power factor, CosPhi; UL3 IL319050 float RD _FREQ Hz Measured frequency19052 float RD _PHASE_SEQ Rotation field; 1=right, 0=none, -1=left19054* float RD _WH_V[0] Wh Real energy L1, consumed19056* float RD _WH_V[1] Wh Real energy L2, consumed19058* float RD _WH_V[2] Wh Real energy L3, consumed19060 float RD _WH_V_HT_SUML13 Wh Real energy L1..L319062 float RD _WH_V[0] Wh Real energy L1, consumed19064 float RD _WH_V[1] Wh Real energy L2, consumed19066 float RD _WH_V[2] Wh Real energy L3, consumed19068 float RD _WH_V_HT_SUML13 Wh Real energy L1..L3, consumed, rate 119070 float RD _WH_Z[0] Wh Real energy L1, delivered19072 float RD _WH_Z[1] Wh Real energy L2, delivered19074 float RD _WH_Z[2] Wh Real energy L3, delivered19076 float RD _WH_Z_SUML13 Wh Real energy L1..L3, delivered19078 float RD _WH_S[0] VAh Apparent energy L119080 float RD _WH_S[1] VAh Apparent energy L219082 float RD _WH_S[2] VAh Apparent energy L319084 float RD _WH_S_SUML13 VAh Apparent energy L1..L319086* float RD _IQH[0] varh Reactive energy, inductive, L119088* float RD _IQH[1] varh Reactive energy, inductive, L219090* float RD _IQH[2] varh Reactive energy, inductive, L319092 float RD _IQH_SUML13 varh Reactive energy L1..L319094 float RD _IQH[0] varh Reactive energy, inductive, L119096 float RD _IQH[1] varh Reactive energy, inductive, L219098 float RD _IQH[2] varh Reactive energy, inductive, L319100 float RD _IQH_SUML13 varh Reactive energy L1..L3, ind.19102 float RD _CQH[0] varh Reactive energy, capacitive, L119104 float RD _CQH[1] varh Reactive energy, capacitive, L219106 float RD _CQH[2] varh Reactive energy, capacitive, L319108 float RD _CQH_SUML13 varh Reactive energy L1..L3, cap.

Frequently required readings

Address list

Address Format RD/WR Variable Unit Note

* The selected device addresses do not match with the standard device addresses of the UMG series.

UMG 96-PA13

Modbus address list

19110 float RD _THD_ULN[0] % Harmonic, THD,U L1-N19112 float RD _THD_ULN[1] % Harmonic, THD,U L2-N19114 float RD _THD_ULN[2] % Harmonic, THD,U L3-N19116 float RD _THD_ILN[0] % Harmonic, THD,I L119118 float RD _THD_ILN[1] % Harmonic, THD,I L219120 float RD _THD_ILN[2] % Harmonic, THD,I L3

Address Format RD/WR Variable Unit Unit

UMG 96-PA14

Modbus address list

Address Format RD/WR Note

1000 float RD voltage L1-N1002 float RD voltage L2-N1004 float RD voltage L3-N1006 float RD voltage L1-L21008 float RD voltage L2-L31010 float RD voltage L3-L11012 float RD current L11014 float RD current L21016 float RD current L31018 float RD current sum (calculated current in N)1020 float RD active power L11022 float RD active power L21024 float RD active power L31026 float RD active power sum1028 float RD reactive power L11030 float RD reactive power L21032 float RD reactive power L31034 float RD reactive power sum1036 float RD apparent power L11038 float RD apparent power L21040 float RD apparent power L31042 float RD apparent power sum1044 float RD cos(phi) L11046 float RD cos(phi) L21048 float RD cos(phi) L31050 float RD cos(phi) sum1052 float RD active power of the fundamental oscillation L11054 float RD active power of the fundamental oscillation L21056 float RD active power of the fundamental oscillation L3

1214 float RD THD voltage L11216 float RD THD voltage L21218 float RD THD voltage L31220 float RD THD current L11222 float RD THD current L21224 float RD THD current L31226 float RD frequency1228 float RD zero sequence voltage1230 float RD positive sequence voltage1232 float RD negative sequence voltage1234 float RD zero sequence current1236 float RD positive sequence current1238 float RD negative sequence current

1240 float RD distortion power L11242 float RD distortion power L21244 float RD distortion power L31246 float RD distortion power sum1248 float RD rotation field1250 float RD real part of the fundamental oscillation voltage L11252 float RD imaginary part of the fundamental oscillation voltage L11254 float RD real part of the fundamental oscillation voltage L21256 float RD imaginary part of the fundamental oscillation voltage L21258 float RD real part of the fundamental oscillation voltage L31260 float RD imaginary part of the fundamental oscillation voltage L31262 float RD real part of the fundamental oscillation current L11264 float RD imaginary part of the fundamental oscillation current L11266 float RD real part of the fundamental oscillation current L21268 float RD imaginary part of the fundamental oscillation current L2

Measured values, type float

UMG 96-PA15

Modbus address list


1270 float RD real part of the fundamental oscillation current L31272 float RD imaginary part of the fundamental oscillation current L31274 float RD frequency (200ms)1276 float RD TDD (total demand distortion) current L11278 float RD TDD (total demand distortion) current L21280 float RD TDD (total demand distortion) current L31282 float RD crest factor voltageL11284 float RD crest factor voltageL21286 float RD crest factor voltageL31288 float RD crest factor current L11290 float RD crest factor current L21292 float RD crest factor current L3

UMG 96-PA16

Modbus address list


11000 short (x10) RD voltage L1-N11001 short (x10) RD voltage L2-N11002 short (x10) RD voltage L3-N11003 short (x10) RD voltage L1-L211004 short (x10) RD voltage L2-L311005 short (x10) RD voltage L3-L111006 short (x1000) RD current L111007 short (x1000) RD current L211008 short (x1000) RD current L311009 short (x1000) RD current sum11010 short (x10) RD active power L111011 short (x10) RD active power L211012 short (x10) RD active power L311013 short RD active power sum11014 short (x10) RD reactive power L111015 short (x10) RD reactive power L211016 short (x10) RD reactive power L311017 short RD reactive power sum11018 short (x10) RD apparent power L111019 short (x10) RD apparent power L211020 short (x10) RD apparent power L311021 short RD apparent power sum11022 short (x100) RD cos(phi) L111023 short (x100) RD cos(phi) L211024 short (x100) RD cos(phi) L311025 short (x100) RD cos(phi) sum11026 short (x10) RD active power fundamental oscillation L111027 short (x10) RD active power fundamental oscillation L211028 short (x10) RD active power fundamental oscillation L3

11111 short (x100) RD THD voltage L1-N11112 short (x100) RD THD voltage L2-N11113 short (x100) RD THD voltage L3-N11114 short (x100) RD THD current L111115 short (x100) RD THD current L211116 short (x100) RD THD current L311117 short RD frequency11118 short RD zero sequence voltage11119 short RD positive sequence voltage11120 short RD negative sequence voltage11121 short RD zero sequence current11122 short RD positive sequence current11123 short RD negative sequence current11124 short (x10) RD distortion power L111125 short (x10) RD distortion power L211126 short (x10) RD distortion power L311127 short RD distortion power sum11128 short RD rotation field11168 ushort (x1000) RD crest faktor voltage L1-N11169 ushort (x1000) RD crest faktor voltage L2-N11170 ushort (x1000) RD crest faktor voltage L3-N11171 ushort (x1000) RD crest faktor current L111172 ushort (x1000) RD crest faktor current L211173 ushort (x1000) RD crest faktor current L3

Measured values, type short

UMG 96-PA17

Modbus address list


2000 float RD mean value voltage L12002 float RD mean value voltage L22004 float RD mean value voltage L32006 float RD mean value voltage L1-L22008 float RD mean value voltage L2-L32010 float RD mean value voltage L3-L12012 float RD mean value current L12014 float RD mean value current L22016 float RD mean value current L32018 float RD mean value current sum2020 float RD mean value active power L12022 float RD mean value active power L22024 float RD mean value active power L32026 float RD mean value active power sum2028 float RD mean value reactive power L12030 float RD mean value reactive power L22032 float RD mean value reactive power L32034 float RD mean value reactive power sum2036 float RD mean value apparent power L12038 float RD mean value apparent power L22040 float RD mean value apparent power L32042 float RD mean value apparent power sum2044 float RD mean value cos(phi) L12046 float RD mean value cos(phi) L22048 float RD mean value cos(phi) L32050 float RD mean value cos(phi) sum2052 float RD mean value active power, fundamental oscillation L12054 float RD mean value active power, fundamental oscillation L22056 float RD mean value active power, fundamental oscillation L3

2214 float RD mean value THD voltage L12216 float RD mean value THD voltage L22218 float RD mean value THD voltage L32220 float RD mean value THD current L12222 float RD mean value THD current L22224 float RD mean value THD current L32226 float RD mean value frequency2228 float RD mean value zero sequence voltage2230 float RD mean value positive sequence voltage2232 float RD mean value negative sequence voltage2234 float RD mean value zero sequence current2236 float RD mean value positive sequence current2238 float RD mean value negative sequence current2240 float RD mean value distortion power L12242 float RD mean value distortion power L22244 float RD mean value distortion power L32246 float RD mean value distortion power sum2248 float RD mean value TDD (total demand distortion) current L12250 float RD mean value TDD (total demand distortion) current L22252 float RD mean value TDD (total demand distortion) current L3

Mean values, type float

UMG 96-PA18

Modbus address list


12000 short (x10) RD mean value voltage L1-N12001 short (x10) RD mean value voltage L2-N12002 short (x10) RD mean value voltage L3-N12003 short (x10) RD mean value voltage L1-L212004 short (x10) RD mean value voltage L2-L312005 short (x10) RD mean value voltage L3-L112006 short (x1000) RD mean value current L112007 short (x1000) RD mean value current L212008 short (x1000) RD mean value current L312009 short (x1000) RD mean value current sum12010 short (x10) RD mean value active power L112011 short (x10) RD mean value active power L212012 short (x10) RD mean value active power L312013 short RD mean value active power sum12014 short (x10) RD mean value reactive power L112015 short (x10) RD mean value reactive power L212016 short (x10) RD mean value reactive power L312017 short RD mean value reactive power sum12018 short (x10) RD mean value apparent power L112019 short (x10) RD mean value apparent power L212020 short (x10) RD mean value apparent power L312021 short RD mean value apparent power sum12022 short (x1000) RD mean value cos(phi) L112023 short (x1000) RD mean value cos(phi) L212024 short (x1000) RD mean value cos(phi) L312025 short (x1000) RD mean value cos(phi) sum12026 short (x10) RD mean value active power der fundamental oscillation L112027 short (x10) RD mean value active power der fundamental oscillation L212028 short (x10) RD mean value active power der fundamental oscillation L3

12107 short (x100) RD mean value THD voltage L112108 short (x100) RD mean value THD voltage L212109 short (x100) RD mean value THD voltage L312110 short (x100) RD mean value THD current L112111 short (x100) RD mean value THD current L212112 short (x100) RD mean value THD current L312113 short RD mean value frequency12114 short RD mean value zero sequence voltage12115 short RD mean value positive sequence voltage12116 short RD mean value negative sequence voltage12117 short RD mean value zero sequence current12118 short RD mean value positive sequence current12119 short RD mean value negative sequence current12120 short (x10) RD mean value distortion power L112121 short (x10) RD mean value distortion power L212122 short (x10) RD mean value distortion power L312123 short RD mean value distortion power sum

Mean values, type short

UMG 96-PA19

Modbus address list


4000 float RD min. value, voltage L1-N4002 float RD min. value, voltage L2-N4004 float RD min. value, voltage L3-N4006 float RD min. value, voltage L1-L24008 float RD min. value, voltage L1-L34010 float RD min. value, voltage L3-L14012 float RD min. value, cos(phi) L14014 float RD min. value, cos(phi) L24016 float RD min. value, cos(phi) L34018 float RD min. value, cos(phi) sum

4098 float RD min. value, THD voltage L14100 float RD min. value, THD voltage L24102 float RD min. value, THD voltage L34104 float RD min. value, frequency4106 float RD min. value, voltage zero sequence4108 float RD min. value, voltage positive sequence4110 float RD min. value, voltage negative sequence4112 float RD min. value, active power L14114 float RD min. value, active power L24116 float RD min. value, active power L34118 float RD min. value, active power sum

Minimum values, type float

UMG 96-PA20

Modbus address list


14000 short (x10) RD min. value, voltage L1-N14001 short (x10) RD min. value, voltage L2-N14002 short (x10) RD min. value, voltage L3-N14003 short (x10) RD min. value, voltage L1-L214004 short (x10) RD min. value, voltage L1-L314005 short (x10) RD min. value, voltage L3-L114006 short (x1000) RD min. value, cos(phi) L114007 short (x1000) RD min. value, cos(phi) L214008 short (x1000) RD min. value, cos(phi) L314009 short (x1000) RD min. value, cos(phi) sum

14049 short (x100) RD min. value, THD voltage L114050 short (x100) RD min. value, THD voltage L214051 short (x100) RD min. value, THD voltage L314052 short RD min. value, frequency14053 short RD min. value, voltage zero sequence14054 short RD min. value, voltage positive sequence14055 short RD min. value, voltage negative sequence14056 short (x10) RD min. value, active power L114057 short (x10) RD min. value, active power L214058 short (x10) RD min. value, active power L314059 short (x10) RD min. value, active power sum

Minimum values, type short

UMG 96-PA21

Modbus address list


3000 float RD max. value, voltage L1-N3002 float RD max. value, voltage L2-N3004 float RD max. value, voltage L3-N3006 float RD max. value, voltage L1-L23008 float RD max. value, voltage L2-L33010 float RD max. value, voltage L3-L13012 float RD max. value, current L13014 float RD max. value, current L23016 float RD max. value, current L33018 float RD max. value, current sum3020 float RD max. value, active power L13022 float RD max. value, active power L23024 float RD max. value, active power L33026 float RD max. value, active power sum3028 float RD max. value, reactive power L13030 float RD max. value, reactive power L23032 float RD max. value, reactive power L33034 float RD max. value, reactive power sum3036 float RD max. value, apparent power L13038 float RD max. value, apparent power L23040 float RD max. value, apparent power L33042 float RD max. value, apparent power sum3044 float RD max. value, cos(phi) L13046 float RD max. value, cos(phi) L23048 float RD max. value, cos(phi) L33050 float RD max. value, cos(phi) sum3052 float RD max. value, active power, fundamental oscillation L13054 float RD max. value, active power, fundamental oscillation L23056 float RD max. value, active power, fundamental oscillation L3

3214 float RD max. value, THD voltage L13216 float RD max. value, THD voltage L23218 float RD max. value, THD voltage L33220 float RD max. value, THD current L13222 float RD max. value, THD current L23224 float RD max. value, THD current L33226 float RD max. value, frequency3228 float RD max. value, voltage zero sequence3230 float RD max. value, voltage positive sequence3232 float RD max. value, voltage negative sequence3234 float RD max. value, current zero sequence3236 float RD max. value, current positive sequence3238 float RD max. value, current negative sequence3240 float RD max. value, distortion power L13242 float RD max. value, distortion power L23244 float RD max. value, distortion power L33246 float RD max. value, distortion power sum

3264 float RD max. value, TDD current L13266 float RD max. value, TDD current L23268 float RD max. value, TDD current L3

Maximum values, type float

UMG 96-PA22

Modbus address list


13000 short (x10) RD max. value, voltage L1-N13001 short (x10) RD max. value, voltage L2-N13002 short (x10) RD max. value, voltage L3-N13003 short (x10) RD max. value, voltage L1-L213004 short (x10) RD max. value, voltage L2-L313005 short (x10) RD max. value, voltage L3-L113006 short (x1000) RD max. value, current L113007 short (x1000) RD max. value, current L213008 short (x1000) RD max. value, current L313009 short (x1000) RD max. value, current sum13010 short (x10) RD max. value, active power L113011 short (x10) RD max. value, active power L213012 short (x10) RD max. value, active power L313013 short RD max. value, active power sum13014 short (x10) RD max. value, reactive power L113015 short (x10) RD max. value, reactive power L213016 short (x10) RD max. value, reactive power L313017 short RD max. value, reactive power sum13018 short (x10) RD max. value, apparent power L113019 short (x10) RD max. value, apparent power L213020 short (x10) RD max. value, apparent power L313021 short RD max. value, apparent power sum13022 short (x1000) RD max. value, cos(phi) L113023 short (x1000) RD max. value, cos(phi) L213024 short (x1000) RD max. value, cos(phi) L313025 short (x1000) RD max. value, cos(phi) sum13026 short (x10) RD max. value, active power der fundamental oscillation L113027 short (x10) RD max. value, active power der fundamental oscillation L213028 short (x10) RD max. value, active power der fundamental oscillation L3

13107 short (x100) RD max. value, THD voltage L113108 short (x100) RD max. value, THD voltage L213109 short (x100) RD max. value, THD voltage L313110 short (x100) RD max. value, THD current L113111 short (x100) RD max. value, THD current L213112 short (x100) RD max. value, THD current L313113 short RD max. value, frequency13114 short RD max. value, voltage zero sequence13115 short RD max. value, voltage positive sequence13116 short RD max. value, voltage negative sequence13117 short RD max. value, current zero sequence13118 short RD max. value, current positive sequence13119 short RD max. value, current negative sequence13120 short (x10) RD max. value, distortion power L113121 short (x10) RD max. value, distortion power L213122 short (x10) RD max. value, distortion power L313123 short RD max. value, distortion power sum

Maximum values, type short

UMG 96-PA23

Modbus address list


3248 float RD max. of mean value current L13250 float RD max. of mean value current L23252 float RD max. of mean value current L33254 float RD max. of mean value current sum3256 float RD max. of mean value active power L13258 float RD max. of mean value active power L23260 float RD max. of mean value active power L33262 float RD max. of mean value active power sum

Maximum values of mean values, type float

Maximum values of mean values, type short

13124 short (x1000) RD max. of mean value current L113125 short (x1000) RD max. of mean value current L213126 short (x1000) RD max. of mean value current L313128 short (x10) RD max. of mean values active power L113129 short (x10) RD max. of mean values active power L213130 short (x10) RD max. of mean values active power L3


UMG 96-PA24

Modbus address list


Energy, type float

5000 float RD active energy L1, consumed5002 float RD active energy L2, consumed5004 float RD active energy L3, consumed5006 float RD active energy sum, consumed5008 float RD active energy L1, consumed, HT5010 float RD active energy L2, consumed, HT5012 float RD active energy L3, consumed, HT5014 float RD active energy sum, consumed, HT5016 float RD active energy L1, consumed, NT5018 float RD active energy L2, consumed, NT5020 float RD active energy L3, consumed, NT5022 float RD active energy sum, consumed, NT5024 float RD apparent energy L15026 float RD apparent energy L25028 float RD apparent energy L35030 float RD apparent energy, total5032 float RD apparent energy L1, HT5034 float RD apparent energy L2, HT5036 float RD apparent energy L3, HT5038 float RD apparent energy, total, HT5040 float RD apparent energy L1, NT5042 float RD apparent energy L2, NT5044 float RD apparent energy L3, NT5046 float RD apparent energy, total, NT5048 float RD reactive energy L1, inductive5050 float RD reactive energy L2, inductive5052 float RD reactive energy L3, inductive5054 float RD reactive energy sum, inductive5056 float RD reactive energy L1, inductive, HT5058 float RD reactive energy L2, inductive, HT5060 float RD reactive energy L3, inductive, HT5062 float RD reactive energy, total, inductive, HT5064 float RD reactive energy L1, inductive, NT5066 float RD reactive energy L2, inductive, NT5068 float RD reactive energy L3, inductive, NT5070 float RD reactive energy, total, inductive, NT5072 float RD active energy L1, delivered5074 float RD active energy L2, delivered5076 float RD active energy L3, delivered5078 float RD active energy sum, delivered5080 float RD reactive energy L1, capazitive5082 float RD reactive energy L2, capazitive5084 float RD reactive energy L3, capazitive5086 float RD reactive energy sum, capazitive5088 float RD active energy sum, without return travel block5090 float RD reactive energy sum, without return travel block5092 float RD reactive energy L1, inductive, consumed 5094 float RD reactive energy L2, inductive, consumed 5096 float RD reactive energy L3, inductive, consumed 5098 float RD reactive energy sum, inductive, consumed 5100 float RD reactive energy L1, capazitive, consumed 5102 float RD reactive energy L2, capazitive, consumed 5104 float RD reactive energy L3, capazitive, consumed 5106 float RD reactive energy sum, capazitive, consumed 5108 float RD reactive energy L1, inductive, delivered5110 float RD reactive energy L2, inductive, delivered5112 float RD reactive energy L3, inductive, delivered5114 float RD reactive energy sum, inductive, delivered5116 float RD reactive energy L1, capazitive, delivered

UMG 96-PA25

Modbus address list


5118 float RD reactive energy L2, capazitive, delivered5120 float RD reactive energy L3, capazitive, delivered5122 float RD reactive energy sum, capazitive, delivered5124 float RD active energy (consumed), max. monthly value, jan., even year5126 float RD active energy (consumed), max. monthly value, feb., even year5128 float RD active energy (consumed), max. monthly value, mar., even year5130 float RD active energy (consumed), max. monthly value, apr., even year5132 float RD active energy (consumed), max. monthly value, may., even year5134 float RD active energy (consumed), max. monthly value, jun., even year5136 float RD active energy (consumed), max. monthly value, jul., even year5138 float RD active energy (consumed), max. monthly value, aug., even year5140 float RD active energy (consumed), max. monthly value, sep., even year5142 float RD active energy (consumed), max. monthly value, oct., even year5144 float RD active energy (consumed), max. monthly value, nov., even year5146 float RD active energy (consumed), max. monthly value, dec., even year5148 float RD active energy (consumed), max. monthly value, jan., uneven year5150 float RD active energy (consumed), max. monthly value, feb., uneven year5152 float RD active energy (consumed), max. monthly value, mar., uneven year5154 float RD active energy (consumed), max. monthly value, apr., uneven year5156 float RD active energy (consumed), max. monthly value, may., uneven year5158 float RD active energy (consumed), max. monthly value, jun., uneven year5160 float RD active energy (consumed), max. monthly value, jul., uneven year5162 float RD active energy (consumed), max. monthly value, aug., uneven year5164 float RD active energy (consumed), max. monthly value, sep., uneven year5166 float RD active energy (consumed), max. monthly value, oct., uneven year5168 float RD active energy (consumed), max. monthly value, nov., uneven year5170 float RD active energy (consumed), max. monthly value, dec., uneven year5172 float RD apparent energy, max. monthly value, jan., even year5174 float RD apparent energy, max. monthly value, feb., even year5176 float RD apparent energy, max. monthly value, mar., even year5178 float RD apparent energy, max. monthly value, apr., even year5180 float RD apparent energy, max. monthly value, may., even year5182 float RD apparent energy, max. monthly value, jun., even year5184 float RD apparent energy, max. monthly value, jul., even year5186 float RD apparent energy, max. monthly value, aug., even year5188 float RD apparent energy, max. monthly value, sep., even year5190 float RD apparent energy, max. monthly value, oct., even year5192 float RD apparent energy, max. monthly value, nov., even year5194 float RD apparent energy, max. monthly value, dec., even year5196 float RD apparent energy, max. monthly value, jan., uneven year5198 float RD apparent energy, max. monthly value, feb., uneven year5200 float RD apparent energy, max. monthly value, mar., uneven year5202 float RD apparent energy, max. monthly value, apr., uneven year5204 float RD apparent energy, max. monthly value, may., uneven year5206 float RD apparent energy, max. monthly value, jun., uneven year5208 float RD apparent energy, max. monthly value, jul., uneven year5210 float RD apparent energy, max. monthly value, aug., uneven year5212 float RD apparent energy, max. monthly value, sep., uneven year5214 float RD apparent energy, max. monthly value, oct., uneven year5216 float RD apparent energy, max. monthly value, nov., uneven year5218 float RD apparent energy, max. monthly value, dec., uneven year5220 float RD reactive energy (ind.), max. monthly value, jan., even year5222 float RD reactive energy (ind.), max. monthly value, feb., even year5224 float RD reactive energy (ind.), max. monthly value, mar., even year5226 float RD reactive energy (ind.), max. monthly value, apr., even year5228 float RD reactive energy (ind.), max. monthly value, may., even year5230 float RD reactive energy (ind.), max. monthly value, jun., even year5232 float RD reactive energy (ind.), max. monthly value, jul., even year5234 float RD reactive energy (ind.), max. monthly value, aug., even year

UMG 96-PA26

Modbus address list


5236 float RD reactive energy (ind.), max. monthly value, sep., even year5238 float RD reactive energy (ind.), max. monthly value, oct., even year5240 float RD reactive energy (ind.), max. monthly value, nov., even year5242 float RD reactive energy (ind.), max. monthly value, dec., even year5244 float RD reactive energy (ind.), max. monthly value, jan., uneven year5246 float RD reactive energy (ind.), max. monthly value, feb., uneven year5248 float RD reactive energy (ind.), max. monthly value, mar., uneven year5250 float RD reactive energy (ind.), max. monthly value, apr., uneven year5252 float RD reactive energy (ind.), max. monthly value, may., uneven year5254 float RD reactive energy (ind.), max. monthly value, jun., uneven year5256 float RD reactive energy (ind.), max. monthly value, jul., uneven year5258 float RD reactive energy (ind.), max. monthly value, aug., uneven year5260 float RD reactive energy (ind.), max. monthly value, sep., uneven year5262 float RD reactive energy (ind.), max. monthly value, oct., uneven year5264 float RD reactive energy (ind.), max. monthly value, nov., uneven year5266 float RD reactive energy (ind.), max. monthly value, dec., uneven year

UMG 96-PA27

Modbus address list


Energy, type integerThe energy values in integer format do not provide any current- and voltage transformer ratios.

15000 int RD active energy L1, consumed15002 int RD active energy L2, consumed15004 int RD active energy L3, consumed15006 int RD active energy sum, consumed15008 int RD active energy L1, consumed, HT15010 int RD active energy L2, consumed, HT15012 int RD active energy L3, consumed, HT15014 int RD active energy sum, consumed, HT15016 int RD active energy L1, consumed, NT15018 int RD active energy L2, consumed, NT15020 int RD active energy L3, consumed, NT15022 int RD active energy sum, consumed, NT15024 int RD apparent energy L115026 int RD apparent energy L215028 int RD apparent energy L315030 int RD apparent energy, total15032 int RD apparent energy L1, HT15034 int RD apparent energy L2, HT15036 int RD apparent energy L3, HT15038 int RD apparent energy, total, HT15040 int RD apparent energy L1, NT15042 int RD apparent energy L2, NT15044 int RD apparent energy L3, NT15046 int RD apparent energy, total, NT15048 int RD reactive energy L1, inductive15050 int RD reactive energy L2, inductive15052 int RD reactive energy L3, inductive15054 int RD reactive energy sum, inductive15056 int RD reactive energy L1, inductive, HT15058 int RD reactive energy L2, inductive, HT15060 int RD reactive energy L3, inductive, HT15062 int RD reactive energy, total, inductive, HT15064 int RD reactive energy L1, inductive, NT15066 int RD reactive energy L2, inductive, NT15068 int RD reactive energy L3, inductive, NT15070 int RD reactive energy, total, inductive, NT15072 int RD active energy, delivered15074 int RD active energy L2, delivered15076 int RD active energy L3, delivered15078 int RD active energy sum, delivered15080 int RD reactive energy L1, inductive, consumed 15082 int RD reactive energy L2, inductive, consumed 15084 int RD reactive energy L3, inductive, consumed 15086 int RD reactive energy sum, inductive, consumed 15088 int RD active energy sum, without return travel block15090 int RD reactive energy sum, without return travel block15092 int RD reactive energy L1, inductive, consumed 15094 int RD reactive energy L2, inductive, consumed 15096 int RD reactive energy L3, inductive, consumed 15098 int RD reactive energy sum, inductive, consumed 15100 int RD reactive energy L1, capazitive, consumed 15102 int RD reactive energy L2, capazitive, consumed 15104 int RD reactive energy L3, capazitive, consumed 15106 int RD reactive energy sum, capazitive, consumed 15108 int RD reactive energy L1, inductive, delivered15110 int RD reactive energy L2, inductive, delivered15112 int RD reactive energy L3, inductive, delivered15114 int RD reactive energy sum, inductive, delivered15116 int RD reactive energy L1, capazitive, delivered

UMG 96-PA28

Modbus address list


15118 int RD reactive energy L2, capazitive, delivered15120 int RD reactive energy L3, capazitive, delivered15122 int RD reactive energy sum, capazitive, delivered15124 int RD active energy (consumed), max. monthly value, jan., even year15126 int RD active energy (consumed), max. monthly value, feb., even year15128 int RD active energy (consumed), max. monthly value, mar., even year15130 int RD active energy (consumed), max. monthly value, apr., even year15132 int RD active energy (consumed), max. monthly value, may., even year15134 int RD active energy (consumed), max. monthly value, jun., even year15136 int RD active energy (consumed), max. monthly value, jul., even year15138 int RD active energy (consumed), max. monthly value, aug., even year15140 int RD active energy (consumed), max. monthly value, sep., even year15142 int RD active energy (consumed), max. monthly value, oct., even year15144 int RD active energy (consumed), max. monthly value, nov., even year15146 int RD active energy (consumed), max. monthly value, dec., even year15148 int RD active energy (consumed), max. monthly value, jan., uneven year15150 int RD active energy (consumed), max. monthly value, feb., uneven year15152 int RD active energy (consumed), max. monthly value, mar., uneven year15154 int RD active energy (consumed), max. monthly value, apr., uneven year15156 int RD active energy (consumed), max. monthly value, may., uneven year15158 int RD active energy (consumed), max. monthly value, jun., uneven year15160 int RD active energy (consumed), max. monthly value, jul., uneven year15162 int RD active energy (consumed), max. monthly value, aug., uneven year15164 int RD active energy (consumed), max. monthly value, sep., uneven year15166 int RD active energy (consumed), max. monthly value, oct., uneven year15168 int RD active energy (consumed), max. monthly value, nov., uneven year15170 int RD active energy (consumed), max. monthly value, dec., uneven year15192 int RD apparent energy, max. monthly value, jan., even year15194 int RD apparent energy, max. monthly value, feb., even year15196 int RD apparent energy, max. monthly value, mar., even year15198 int RD apparent energy, max. monthly value, apr., even year15200 int RD apparent energy, max. monthly value, may., even year15202 int RD apparent energy, max. monthly value, jun., even year15204 int RD apparent energy, max. monthly value, jul., even year15206 int RD apparent energy, max. monthly value, aug., even year15208 int RD apparent energy, max. monthly value, sep., even year15210 int RD apparent energy, max. monthly value, oct., even year15212 int RD apparent energy, max. monthly value, nov., even year15214 int RD apparent energy, max. monthly value, dec., even year15216 int RD apparent energy, max. monthly value, jan., uneven year15218 int RD apparent energy, max. monthly value, feb., uneven year15220 int RD apparent energy, max. monthly value, mar., uneven year15222 int RD apparent energy, max. monthly value, apr., uneven year15224 int RD apparent energy, max. monthly value, may., uneven year15226 int RD apparent energy, max. monthly value, jun., uneven year15228 int RD apparent energy, max. monthly value, jul., uneven year15230 int RD apparent energy, max. monthly value, aug., uneven year15232 int RD apparent energy, max. monthly value, sep., uneven year15234 int RD apparent energy, max. monthly value, oct., uneven year15236 int RD apparent energy, max. monthly value, nov., uneven year15238 int RD apparent energy, max. monthly value, dec., uneven year15240 int RD reactive energy (ind.), max. monthly value, jan., even year15242 int RD reactive energy (ind.), max. monthly value, feb., even year15244 int RD reactive energy (ind.), max. monthly value, mar., even year15246 int RD reactive energy (ind.), max. monthly value, apr., even year15248 int RD reactive energy (ind.), max. monthly value, may., even year15250 int RD reactive energy (ind.), max. monthly value, jun., even year15252 int RD reactive energy (ind.), max. monthly value, jul., even year15254 int RD reactive energy (ind.), max. monthly value, aug., even year

UMG 96-PA29

Modbus address list


15256 int RD reactive energy (ind.), max. monthly value, sep., even year15258 int RD reactive energy (ind.), max. monthly value, oct., even year15260 int RD reactive energy (ind.), max. monthly value, nov., even year15262 int RD reactive energy (ind.), max. monthly value, dec., even year15264 int RD reactive energy (ind.), max. monthly value, jan., uneven year15266 int RD reactive energy (ind.), max. monthly value, feb., uneven year15268 int RD reactive energy (ind.), max. monthly value, mar., uneven year15270 int RD reactive energy (ind.), max. monthly value, apr., uneven year15272 int RD reactive energy (ind.), max. monthly value, may., uneven year15274 int RD reactive energy (ind.), max. monthly value, jun., uneven year15276 int RD reactive energy (ind.), max. monthly value, jul., uneven year15278 int RD reactive energy (ind.), max. monthly value, aug., uneven year15280 int RD reactive energy (ind.), max. monthly value, sep., uneven year15282 int RD reactive energy (ind.), max. monthly value, oct., uneven year15284 int RD reactive energy (ind.), max. monthly value, nov., uneven year15286 int RD reactive energy (ind.), max. monthly value, dec., uneven year

UMG 96-PA30

Modbus address list


6000 double RD/RW active energy L1, consumed6004 double RD/RW active energy L2, consumed6008 double RD/RW active energy L3, consumed6012 double RD/RW active energy sum, consumed6016 double RD/RW active energy L1, consumed, HT6020 double RD/RW active energy L2, consumed, HT6024 double RD/RW active energy L3, consumed, HT6028 double RD/RW active energy sum, consumed, HT6032 double RD/RW active energy L1, consumed, NT6036 double RD/RW active energy L2, consumed, NT6040 double RD/RW active energy L3, consumed, NT6044 double RD/RW active energy sum, consumed, NT6048 double RD/RW apparent energy L16052 double RD/RW apparent energy L26056 double RD/RW apparent energy L36060 double RD/RW apparent energy, total6064 double RD/RW apparent energy L1, HT6068 double RD/RW apparent energy L2, HT6072 double RD/RW apparent energy L3, HT6076 double RD/RW apparent energy, total, HT6080 double RD/RW apparent energy L1, NT6084 double RD/RW apparent energy L2, NT6088 double RD/RW apparent energy L3, NT6092 double RD/RW apparent energy, total, NT6096 double RD/RW reactive energy L1, inductive6100 double RD/RW reactive energy L2, inductive6104 double RD/RW reactive energy L3, inductive6108 double RD/RW reactive energy sum, inductive6112 double RD/RW reactive energy L1, inductive, HT6116 double RD/RW reactive energy L2, inductive, HT6120 double RD/RW reactive energy L3, inductive, HT6124 double RD/RW reactive energy, total, inductive, HT6128 double RD/RW reactive energy L1, inductive, NT6132 double RD/RW reactive energy L2, inductive, NT6136 double RD/RW reactive energy L3, inductive, NT6140 double RD/RW reactive energy, total, inductive, NT6144 double RD/RW active energy, delivered6148 double RD/RW active energy L2, delivered6152 double RD/RW active energy L3, delivered6156 double RD/RW active energy sum, delivered6160 double RD/RW reactive energy L1, capazitive6164 double RD/RW reactive energy L2, capazitive6168 double RD/RW reactive energy L3, capazitive6172 double RD/RW reactive energy sum, capazitive6176 double RD/RW active energy sum, without return travel block6180 double RD/RW reactive energy sum, without return travel block6184 double RD/RW reactive energy L1, inductive, consumed 6188 double RD/RW reactive energy L2, inductive, consumed 6192 double RD/RW reactive energy L3, inductive, consumed 6196 double RD/RW reactive energy sum, inductive, consumed 6200 double RD/RW reactive energy L1, capazitive, consumed 6204 double RD/RW reactive energy L2, capazitive, consumed 6208 double RD/RW reactive energy L3, capazitive, consumed 6212 double RD/RW reactive energy sum, capazitive, consumed 6216 double RD/RW reactive energy L1, inductive, delivered6220 double RD/RW reactive energy L2, inductive, delivered6224 double RD/RW reactive energy L3, inductive, delivered6228 double RD/RW reactive energy sum, inductive, delivered6232 double RD/RW reactive energy L1, capazitive, delivered

Energy, type double

UMG 96-PA31

Modbus address list


6236 double RD/RW reactive energy L2, capazitive, delivered6240 double RD/RW reactive energy L3, capazitive, delivered6244 double RD/RW reactive energy sum, capazitive, delivered

6248 double RD active energy (consumed), max. monthly value, jan., even year6252 double RD active energy (consumed), max. monthly value, feb., even year6256 double RD active energy (consumed), max. monthly value, mar., even year6260 double RD active energy (consumed), max. monthly value, apr., even year6264 double RD active energy (consumed), max. monthly value, may., even year6268 double RD active energy (consumed), max. monthly value, jun., even year6272 double RD active energy (consumed), max. monthly value, jul., even year6276 double RD active energy (consumed), max. monthly value, aug., even year6280 double RD active energy (consumed), max. monthly value, sep., even year6284 double RD active energy (consumed), max. monthly value, oct., even year6288 double RD active energy (consumed), max. monthly value, nov., even year6292 double RD active energy (consumed), max. monthly value, dec., even year6296 double RD active energy (consumed), max. monthly value, jan., uneven year6300 double RD active energy (consumed), max. monthly value, feb., uneven year6304 double RD active energy (consumed), max. monthly value, mar., uneven year6308 double RD active energy (consumed), max. monthly value, apr., uneven year6312 double RD active energy (consumed), max. monthly value, may., uneven year6316 double RD active energy (consumed), max. monthly value, jun., uneven year6320 double RD active energy (consumed), max. monthly value, jul., uneven year6324 double RD active energy (consumed), max. monthly value, aug., uneven year6328 double RD active energy (consumed), max. monthly value, sep., uneven year6332 double RD active energy (consumed), max. monthly value, oct., uneven year6336 double RD active energy (consumed), max. monthly value, nov., uneven year6340 double RD active energy (consumed), max. monthly value, dec., uneven year6344 double RD apparent energy, max. monthly value, jan., even year6348 double RD apparent energy, max. monthly value, feb., even year6352 double RD apparent energy, max. monthly value, mar., even year6356 double RD apparent energy, max. monthly value, apr., even year6360 double RD apparent energy, max. monthly value, may., even year6364 double RD apparent energy, max. monthly value, jun., even year6368 double RD apparent energy, max. monthly value, jul., even year6372 double RD apparent energy, max. monthly value, aug., even year6376 double RD apparent energy, max. monthly value, sep., even year6380 double RD apparent energy, max. monthly value, oct., even year6384 double RD apparent energy, max. monthly value, nov., even year6388 double RD apparent energy, max. monthly value, dec., even year6392 double RD apparent energy, max. monthly value, jan., uneven year6396 double RD apparent energy, max. monthly value, feb., uneven year6400 double RD apparent energy, max. monthly value, mar., uneven year6404 double RD apparent energy, max. monthly value, apr., uneven year6408 double RD apparent energy, max. monthly value, may., uneven year6412 double RD apparent energy, max. monthly value, jun., uneven year6416 double RD apparent energy, max. monthly value, jul., uneven year6420 double RD apparent energy, max. monthly value, aug., uneven year6424 double RD apparent energy, max. monthly value, sep., uneven year6428 double RD apparent energy, max. monthly value, oct., uneven year6432 double RD apparent energy, max. monthly value, nov., uneven year6436 double RD apparent energy, max. monthly value, dec., uneven year

6900 double RD reactive energy (ind.), max. monthly value, jan., even year6904 double RD reactive energy (ind.), max. monthly value, feb., even year6908 double RD reactive energy (ind.), max. monthly value, mar., even year6912 double RD reactive energy (ind.), max. monthly value, apr., even year6916 double RD reactive energy (ind.), max. monthly value, may., even year6920 double RD reactive energy (ind.), max. monthly value, jun., even year

UMG 96-PA32

Modbus address list


6924 double RD reactive energy (ind.), max. monthly value, jul., even year6928 double RD reactive energy (ind.), max. monthly value, aug., even year6932 double RD reactive energy (ind.), max. monthly value, sep., even year6936 double RD reactive energy (ind.), max. monthly value, oct., even year6940 double RD reactive energy (ind.), max. monthly value, nov., even year6944 double RD reactive energy (ind.), max. monthly value, dec., even year6948 double RD reactive energy (ind.), max. monthly value, jan., uneven year6952 double RD reactive energy (ind.), max. monthly value, feb., uneven year6956 double RD reactive energy (ind.), max. monthly value, mar., uneven year6960 double RD reactive energy (ind.), max. monthly value, apr., uneven year6964 double RD reactive energy (ind.), max. monthly value, may., uneven year6968 double RD reactive energy (ind.), max. monthly value, jun., uneven year6972 double RD reactive energy (ind.), max. monthly value, jul., uneven year6976 double RD reactive energy (ind.), max. monthly value, aug., uneven year6980 double RD reactive energy (ind.), max. monthly value, sep., uneven year6984 double RD reactive energy (ind.), max. monthly value, oct., uneven year6988 double RD reactive energy (ind.), max. monthly value, nov., uneven year6992 double RD reactive energy (ind.), max. monthly value, dec., uneven year

Energy, type double (UMG 96-PA-MID)

Address Format RD/WR Bemerkung

6444 double RD active energy sum, consumed6448 double RD active energy sum, delivered

UMG 96-PA33

Modbus address list


UMG 96-PA34

Modbus address list


7000 float RD highest value current L17002 float RD highest value current L27004 float RD highest value current L37006 uint RD point in time, highest value current L17008 uint RD point in time, highest value current L27010 uint RD point in time, highest value current L37012 float RD highest value apparent power L17014 float RD highest value apparent power L27016 float RD highest value apparent power L37018 float RD highest value apparent power sum7020 uint RD point in time, highest value apparent power L17022 uint RD point in time, highest value apparent power L27024 uint RD point in time, highest value apparent power L37026 uint RD point in time, highest value apparent power sum7028 float RD highest value active power L1, consumed7030 float RD highest value active power L2, consumed7032 float RD highest value active power L3, consumed7034 float RD highest value active power sum, consumed7036 uint RD point in time, highest value active power L1, consumed7038 uint RD point in time, highest value active power L2, consumed7040 uint RD point in time, highest value active power L3, consumed7042 uint RD point in time, highest value active power sum, consumed7044 float RD highest value active power L1, delivered7046 float RD highest value active power L2, delivered7048 float RD highest value active power L3, delivered7050 float RD highest value active power sum, delivered7052 uint RD point in time, highest value active power L1, delivered7054 uint RD point in time, highest value active power L2, delivered7056 uint RD point in time, highest value active power L3, delivered7058 uint RD point in time, highest value active power sum, delivered7060 float RD 2. highest value current L17062 float RD 2. highest value current L27064 float RD 2. highest value current L37066 uint RD point in time, 2. highest value current L17068 uint RD point in time, 2. highest value current L27070 uint RD point in time, 2. highest value current L37072 float RD 2. highest value apparent power L17074 float RD 2. highest value apparent power L27076 float RD 2. highest value apparent power L37078 float RD 2. highest value apparent power sum7080 uint RD point in time, 2. highest value apparent power L17082 uint RD point in time, 2. highest value apparent power L27084 uint RD point in time, 2. highest value apparent power L37086 uint RD point in time, 2. highest value apparent power sum7088 float RD 2. highest value active power L1, consumed7090 float RD 2. highest value active power L2, consumed7092 float RD 2. highest value active power L3, consumed7094 float RD 2. highest value active power sum, consumed7096 uint RD point in time, 2. highest value active power L1, consumed7098 uint RD point in time, 2. highest value active power L2, consumed7100 uint RD point in time, 2. highest value active power L3, consumed7102 uint RD point in time, 2. highest value active power sum, consumed7104 float RD 2. highest value active power L1, delivered7106 float RD 2. highest value active power L2, delivered7108 float RD 2. highest value active power L3, delivered7110 float RD 2. highest value active power sum, delivered7112 uint RD point in time, 2. highest value active power L1, delivered7114 uint RD point in time, 2. highest value active power L2, delivered7116 uint RD point in time, 2. highest value active power L3, delivered

Peak indicator (drag indicator)

UMG 96-PA35

Modbus address list


7118 uint RD point in time, 2. highest value active power sum, delivered7120 float RD 3. highest value current L17122 float RD 3. highest value current L27124 float RD 3. highest value current L37126 uint RD point in time, 3. highest value current L17128 uint RD point in time, 3. highest value current L27130 uint RD point in time, 3. highest value current L37132 float RD 3. highest value apparent power L17134 float RD 3. highest value apparent power L27136 float RD 3. highest value apparent power L37138 float RD 3. highest value apparent power sum7140 uint RD point in time, 3. highest value apparent power L17142 uint RD point in time, 3. highest value apparent power L27144 uint RD point in time, 3. highest value apparent power L37146 uint RD point in time, 3. highest value apparent power sum7148 float RD 3. highest value active power L1, consumed7150 float RD 3. highest value active power L2, consumed7152 float RD 3. highest value active power L3, consumed7154 float RD 3. highest value active power sum, consumed7156 uint RD point in time, 3. highest value active power L1, consumed7158 uint RD point in time, 3. highest value active power L2, consumed7160 uint RD point in time, 3. highest value active power L3, consumed7162 uint RD point in time, 3. highest value active power sum, consumed7164 float RD 3. highest value active power L1, delivered7166 float RD 3. highest value active power L2, delivered7168 float RD 3. highest value active power L3, delivered7170 float RD 3. highest value active power sum, delivered7172 uint RD point in time, 3. highest value active power L1, delivered7174 uint RD point in time, 3. highest value active power L2, delivered7176 uint RD point in time, 3. highest value active power L3, delivered7178 uint RD point in time, 3. highest value active power sum, delivered

UMG 96-PA36

Modbus address list


Minimum values, time stamp

4200 uint RD point in time, min. value, voltage L1-N4202 uint RD point in time, min. value, voltage L2-N4204 uint RD point in time, min. value, voltage L3-N4206 uint RD point in time, min. value, voltage L1-L24208 uint RD point in time, min. value, voltage L2-L34210 uint RD point in time, min. value, voltage L3-L14212 uint RD point in time, min. value, cos(phi) L14214 uint RD point in time, min. value, cos(phi) L24216 uint RD point in time, min. value, cos(phi) L34218 uint RD point in time, min. value, cos(phi) sum4220 uint RD point in time, min. value, 1. harmonic voltage L14222 uint RD point in time, min. value, 3. harmonic voltage L14224 uint RD point in time, min. value, 5. harmonic voltage L14226 uint RD point in time, min. value, 7. harmonic voltage L14228 uint RD point in time, min. value, 9. harmonic voltage L14230 uint RD point in time, min. value, 11. harmonic voltage L14232 uint RD point in time, min. value, 13. harmonic voltage L14234 uint RD point in time, min. value, 15. harmonic voltage L14236 uint RD point in time, min. value, 17. harmonic voltage L14238 uint RD point in time, min. value, 19. harmonic voltage L14240 uint RD point in time, min. value, 21. harmonic voltage L14242 uint RD point in time, min. value, 23. harmonic voltage L14244 uint RD point in time, min. value, 25. harmonic voltage L14246 uint RD point in time, min. value, 1. harmonic voltage L24248 uint RD point in time, min. value, 3. harmonic voltage L24250 uint RD point in time, min. value, 5. harmonic voltage L24252 uint RD point in time, min. value, 7. harmonic voltage L24254 uint RD point in time, min. value, 9. harmonic voltage L24256 uint RD point in time, min. value, 11. harmonic voltage L24258 uint RD point in time, min. value, 13. harmonic voltage L24260 uint RD point in time, min. value, 15. harmonic voltage L24262 uint RD point in time, min. value, 17. harmonic voltage L24264 uint RD point in time, min. value, 19. harmonic voltage L24266 uint RD point in time, min. value, 21. harmonic voltage L24268 uint RD point in time, min. value, 23. harmonic voltage L24270 uint RD point in time, min. value, 25. harmonic voltage L24272 uint RD point in time, min. value, 1. harmonic voltage L34274 uint RD point in time, min. value, 3. harmonic voltage L34276 uint RD point in time, min. value, 5. harmonic voltage L34278 uint RD point in time, min. value, 7. harmonic voltage L34280 uint RD point in time, min. value, 9. harmonic voltage L34282 uint RD point in time, min. value, 11. harmonic voltage L34284 uint RD point in time, min. value, 13. harmonic voltage L34286 uint RD point in time, min. value, 15. harmonic voltage L34288 uint RD point in time, min. value, 17. harmonic voltage L34290 uint RD point in time, min. value, 19. harmonic voltage L34292 uint RD point in time, min. value, 21. harmonic voltage L34294 uint RD point in time, min. value, 23. harmonic voltage L34296 uint RD point in time, min. value, 25. harmonic voltage L34298 uint RD point in time, min. value, THD voltage L14300 uint RD point in time, min. value, THD voltage L24302 uint RD point in time, min. value, THD voltage L34304 uint RD point in time, max. value, frequency4306 uint RD point in time, min. value, voltage zero sequence4308 uint RD point in time, min. value, voltage positive sequence4310 uint RD point in time, min. value, voltage negative sequence4312 uint RD point in time, min. value, active power L1

UMG 96-PA37

Modbus address list


4314 uint RD point in time, min. value, active power L24316 uint RD point in time, min. value, active power L34318 uint RD point in time, min. value, active power sum

UMG 96-PA38

Modbus address list


Maximum values, time stamp

3300 uint RD point in time, max. value, voltage L1-N3302 uint RD point in time, max. value, voltage L2-N3304 uint RD point in time, max. value, voltage L3-N3306 uint RD point in time, max. value, voltage L1-L23308 uint RD point in time, max. value, voltage L2-L33310 uint RD point in time, max. value, voltage L3-L13312 uint RD point in time, max. value, current L13314 uint RD point in time, max. value, current L23316 uint RD point in time, max. value, current L33318 uint RD point in time, max. value, current sum3320 uint RD point in time, max. value, active power L13322 uint RD point in time, max. value, active power L23324 uint RD point in time, max. value, active power L33326 uint RD point in time, max. value, active power sum3328 uint RD point in time, max. value, reactive power L13330 uint RD point in time, max. value, reactive power L23332 uint RD point in time, max. value, reactive power L33334 uint RD point in time, max. value, reactive power sum3336 uint RD point in time, max. value, apparent power L13338 uint RD point in time, max. value, apparent power L23340 uint RD point in time, max. value, apparent power L33342 uint RD point in time, max. value, apparent power sum3344 uint RD point in time, max. value, cos(phi) L13346 uint RD point in time, max. value, cos(phi) L23348 uint RD point in time, max. value, cos(phi) L33350 uint RD point in time, max. value, cos(phi) sum3352 uint RD point in time, max. value, active power (fundamental oscillation) L13354 uint RD point in time, max. value, active power (fundamental oscillation) L23356 uint RD point in time, max. value, active power (fundamental oscillation) L33358 uint RD point in time, max. value, 1. harmonic voltage L13360 uint RD point in time, max. value, 3. harmonic voltage L13362 uint RD point in time, max. value, 5. harmonic voltage L13364 uint RD point in time, max. value, 7. harmonic voltage L13366 uint RD point in time, max. value, 9. harmonic voltage L13368 uint RD point in time, max. value, 11. harmonic voltage L13370 uint RD point in time, max. value, 13. harmonic voltage L13372 uint RD point in time, max. value, 15. harmonic voltage L13374 uint RD point in time, max. value, 17. harmonic voltage L13376 uint RD point in time, max. value, 19. harmonic voltage L13378 uint RD point in time, max. value, 21. harmonic voltage L13380 uint RD point in time, max. value, 23. harmonic voltage L13382 uint RD point in time, max. value, 25. harmonic voltage L13384 uint RD point in time, max. value, 1. harmonic voltage L23386 uint RD point in time, max. value, 3. harmonic voltage L23388 uint RD point in time, max. value, 5. harmonic voltage L23390 uint RD point in time, max. value, 7. harmonic voltage L23392 uint RD point in time, max. value, 9. harmonic voltage L23394 uint RD point in time, max. value, 11. harmonic voltage L23396 uint RD point in time, max. value, 13. harmonic voltage L23398 uint RD point in time, max. value, 15. harmonic voltage L23400 uint RD point in time, max. value, 17. harmonic voltage L23402 uint RD point in time, max. value, 19. harmonic voltage L23404 uint RD point in time, max. value, 21. harmonic voltage L23406 uint RD point in time, max. value, 23. harmonic voltage L23408 uint RD point in time, max. value, 25. harmonic voltage L23410 uint RD point in time, max. value, 1. harmonic voltage L33412 uint RD point in time, max. value, 3. harmonic voltage L33414 uint RD point in time, max. value, 5. harmonic voltage L3

UMG 96-PA39

Modbus address list


3416 uint RD point in time, max. value, 7. harmonic voltage L33418 uint RD point in time, max. value, 9. harmonic voltage L33420 uint RD point in time, max. value, 11. harmonic voltage L33422 uint RD point in time, max. value, 13. harmonic voltage L33424 uint RD point in time, max. value, 15. harmonic voltage L33426 uint RD point in time, max. value, 17. harmonic voltage L33428 uint RD point in time, max. value, 19. harmonic voltage L33430 uint RD point in time, max. value, 21. harmonic voltage L33432 uint RD point in time, max. value, 23. harmonic voltage L33434 uint RD point in time, max. value, 25. harmonic voltage L33436 uint RD point in time, max. value, 1. harmonic current L13438 uint RD point in time, max. value, 3. harmonic current L13440 uint RD point in time, max. value, 5. harmonic current L13442 uint RD point in time, max. value, 7. harmonic current L13444 uint RD point in time, max. value, 9. harmonic current L13446 uint RD point in time, max. value, 11. harmonic current L13448 uint RD point in time, max. value, 13. harmonic current L13450 uint RD point in time, max. value, 15. harmonic current L13452 uint RD point in time, max. value, 17. harmonic current L13454 uint RD point in time, max. value, 19. harmonic current L13456 uint RD point in time, max. value, 21. harmonic current L13458 uint RD point in time, max. value, 23. harmonic current L13460 uint RD point in time, max. value, 25. harmonic current L13462 uint RD point in time, max. value, 1. harmonic current L23464 uint RD point in time, max. value, 3. harmonic current L23466 uint RD point in time, max. value, 5. harmonic current L23468 uint RD point in time, max. value, 7. harmonic current L23470 uint RD point in time, max. value, 9. harmonic current L23472 uint RD point in time, max. value, 11. harmonic current L23474 uint RD point in time, max. value, 13. harmonic current L23476 uint RD point in time, max. value, 15. harmonic current L23478 uint RD point in time, max. value, 17. harmonic current L23480 uint RD point in time, max. value, 19. harmonic current L23482 uint RD point in time, max. value, 21. harmonic current L23484 uint RD point in time, max. value, 23. harmonic current L23486 uint RD point in time, max. value, 25. harmonic current L23488 uint RD point in time, max. value, 1. harmonic current L33490 uint RD point in time, max. value, 3. harmonic current L33492 uint RD point in time, max. value, 5. harmonic current L33494 uint RD point in time, max. value, 7. harmonic current L33496 uint RD point in time, max. value, 9. harmonic current L33498 uint RD point in time, max. value, 11. harmonic current L33500 uint RD point in time, max. value, 13. harmonic current L33502 uint RD point in time, max. value, 15. harmonic current L33504 uint RD point in time, max. value, 17. harmonic current L33506 uint RD point in time, max. value, 19. harmonic current L33508 uint RD point in time, max. value, 21. harmonic current L33510 uint RD point in time, max. value, 23. harmonic current L33512 uint RD point in time, max. value, 25. harmonic current L33514 uint RD point in time, max. value, THD voltage L13516 uint RD point in time, max. value, THD voltage L23518 uint RD point in time, max. value, THD voltage L33520 uint RD point in time, max. value, THD current L13522 uint RD point in time, max. value, THD current L23524 uint RD point in time, max. value, THD current L33526 uint RD point in time, max. value, frequency3528 uint RD point in time, max. value, voltage zero sequence3530 uint RD point in time, max. value, voltage positive sequence3532 uint RD point in time, max. value, voltage negative sequence

UMG 96-PA40

Modbus address list


3534 uint RD point in time, max. value, current zero sequence3536 uint RD point in time, max. value, current positive sequence3538 uint RD point in time, max. value, current negative sequence3540 uint RD point in time, max. value, distortion power L13542 uint RD point in time, max. value, distortion power L23544 uint RD point in time, max. value, distortion power L33546 uint RD point in time, max. value, distortion power sum3548 uint RD point in time, max. value, mean value current L13550 uint RD point in time, max. value, mean value current L23552 uint RD point in time, max. value, mean value current L33554 uint RD point in time, max. value, mean value current sum3556 uint RD point in time, max. value, mean value active power L13558 uint RD point in time, max. value, mean value active power L23560 uint RD point in time, max. value, mean value active power L33562 uint RD point in time, max. value, mean value active power sum3564 uint RD point in time, max. value, TDD current L13566 uint RD point in time, max. value, TDD current L23568 uint RD point in time, max. value, TDD current L3

UMG 96-PA41

Modbus address list


1058 float RD 1. harmonic voltage L11060 float RD 3. harmonic voltage L11062 float RD 5. harmonic voltage L11064 float RD 7. harmonic voltage L11066 float RD 9. harmonic voltage L11068 float RD 11. harmonic voltage L11070 float RD 13. harmonic voltage L11072 float RD 15. harmonic voltage L11074 float RD 17. harmonic voltage L11076 float RD 19. harmonic voltage L11078 float RD 21. harmonic voltage L11080 float RD 23. harmonic voltage L11082 float RD 25. harmonic voltage L11084 float RD 1. harmonic voltage L21086 float RD 3. harmonic voltage L21088 float RD 5. harmonic voltage L21090 float RD 7. harmonic voltage L21092 float RD 9. harmonic voltage L21094 float RD 11. harmonic voltage L21096 float RD 13. harmonic voltage L21098 float RD 15. harmonic voltage L21100 float RD 17. harmonic voltage L21102 float RD 19. harmonic voltage L21104 float RD 21. harmonic voltage L21106 float RD 23. harmonic voltage L21108 float RD 25. harmonic voltage L21110 float RD 1. harmonic voltage L31112 float RD 3. harmonic voltage L31114 float RD 5. harmonic voltage L31116 float RD 7. harmonic voltage L31118 float RD 9. harmonic voltage L31120 float RD 11. harmonic voltage L31122 float RD 13. harmonic voltage L31124 float RD 15. harmonic voltage L31126 float RD 17. harmonic voltage L31128 float RD 19. harmonic voltage L31130 float RD 21. harmonic voltage L31132 float RD 23. harmonic voltage L31134 float RD 25. harmonic voltage L31136 float RD 1. harmonic current L11138 float RD 3. harmonic current L11140 float RD 5. harmonic current L11142 float RD 7. harmonic current L11144 float RD 9. harmonic current L11146 float RD 11. harmonic current L11148 float RD 13. harmonic current L11150 float RD 15. harmonic current L11152 float RD 17. harmonic current L11154 float RD 19. harmonic current L11156 float RD 21. harmonic current L11158 float RD 23. harmonic current L11160 float RD 25. harmonic current L11162 float RD 1. harmonic current L21164 float RD 3. harmonic current L21166 float RD 5. harmonic current L21168 float RD 7. harmonic current L21170 float RD 9. harmonic current L21172 float RD 11. harmonic current L21174 float RD 13. harmonic current L2

Measured values, type float, fourier analysis

Fourier analysis

UMG 96-PA42

Modbus address list


1176 float RD 15. harmonic current L21178 float RD 17. harmonic current L21180 float RD 19. harmonic current L21182 float RD 21. harmonic current L21184 float RD 23. harmonic current L21186 float RD 25. harmonic current L21188 float RD 1. harmonic current L31190 float RD 3. harmonic current L31192 float RD 5. harmonic current L31194 float RD 7. harmonic current L31196 float RD 9. harmonic current L31198 float RD 11. harmonic current L31200 float RD 13. harmonic current L31202 float RD 15. harmonic current L31204 float RD 17. harmonic current L31206 float RD 19. harmonic current L31208 float RD 21. harmonic current L31210 float RD 23. harmonic current L31212 float RD 25. harmonic current L3

UMG 96-PA43

Modbus address list


Measured values, type short, fourier analysis

11029 short (x10) RD 1. harmonic voltage L111030 short (x10) RD 3. harmonic voltage L111031 short (x10) RD 5. harmonic voltage L111032 short (x10) RD 7. harmonic voltage L111033 short (x10) RD 9. harmonic voltage L111034 short (x10) RD 11. harmonic voltage L111035 short (x10) RD 13. harmonic voltage L111036 short (x10) RD 15. harmonic voltage L111037 short (x10) RD 17. harmonic voltage L111038 short (x10) RD 19. harmonic voltage L111039 short (x10) RD 21. harmonic voltage L111040 short (x10) RD 23. harmonic voltage L111041 short (x10) RD 25. harmonic voltage L111042 short (x10) RD 1. harmonic voltage L211043 short (x10) RD 3. harmonic voltage L211044 short (x10) RD 5. harmonic voltage L211045 short (x10) RD 7. harmonic voltage L211046 short (x10) RD 9. harmonic voltage L211047 short (x10) RD 11. harmonic voltage L211048 short (x10) RD 13. harmonic voltage L211049 short (x10) RD 15. harmonic voltage L211050 short (x10) RD 17. harmonic voltage L211051 short (x10) RD 19. harmonic voltage L211052 short (x10) RD 21. harmonic voltage L211053 short (x10) RD 23. harmonic voltage L211054 short (x10) RD 25. harmonic voltage L211055 short (x10) RD 1. harmonic voltage L311056 short (x10) RD 3. harmonic voltage L311057 short (x10) RD 5. harmonic voltage L311058 short (x10) RD 7. harmonic voltage L311059 short (x10) RD 9. harmonic voltage L311060 short (x10) RD 11. harmonic voltage L311061 short (x10) RD 13. harmonic voltage L311062 short (x10) RD 15. harmonic voltage L311063 short (x10) RD 17. harmonic voltage L311064 short (x10) RD 19. harmonic voltage L311065 short (x10) RD 21. harmonic voltage L311066 short (x10) RD 23. harmonic voltage L311067 short (x10) RD 25. harmonic voltage L311068 short (x10) RD 1. harmonic current L111069 short (x10) RD 3. harmonic current L111070 short (x10) RD 5. harmonic current L111071 short (x10) RD 7. harmonic current L111072 short (x10) RD 9. harmonic current L111073 short (x10) RD 11. harmonic current L111074 short (x10) RD 13. harmonic current L111075 short (x10) RD 15. harmonic current L111076 short (x10) RD 17. harmonic current L111077 short (x10) RD 19. harmonic current L111078 short (x10) RD 21. harmonic current L111079 short (x10) RD 23. harmonic current L111080 short (x10) RD 25. harmonic current L111081 short (x10) RD 1. harmonic current L211082 short (x10) RD 3. harmonic current L211083 short (x10) RD 5. harmonic current L211084 short (x10) RD 7. harmonic current L211085 short (x10) RD 9. harmonic current L211086 short (x10) RD 11. harmonic current L211087 short (x10) RD 13. harmonic current L2

UMG 96-PA44

Modbus address list


11088 short (x10) RD 15. harmonic current L211089 short (x10) RD 17. harmonic current L211090 short (x10) RD 19. harmonic current L211091 short (x10) RD 21. harmonic current L211092 short (x10) RD 23. harmonic current L211093 short (x10) RD 25. harmonic current L211094 short (x10) RD 1. harmonic current L311095 short (x10) RD 3. harmonic current L311096 short (x10) RD 5. harmonic current L311097 short (x10) RD 7. harmonic current L311098 short (x10) RD 9. harmonic current L311099 short (x10) RD 11. harmonic current L311100 short (x10) RD 13. harmonic current L311101 short (x10) RD 15. harmonic current L311102 short (x10) RD 17. harmonic current L311103 short (x10) RD 19. harmonic current L311104 short (x10) RD 21. harmonic current L311105 short (x10) RD 23. harmonic current L311106 short (x10) RD 25. harmonic current L3

UMG 96-PA45

Modbus address list


UMG 96-PA46

Modbus address list


2058 float RD mean value 1. harmonic voltage L12060 float RD mean value 3. harmonic voltage L12062 float RD mean value 5. harmonic voltage L12064 float RD mean value 7. harmonic voltage L12066 float RD mean value 9. harmonic voltage L12068 float RD mean value 11. harmonic voltage L12070 float RD mean value 13. harmonic voltage L12072 float RD mean value 15. harmonic voltage L12074 float RD mean value 17. harmonic voltage L12076 float RD mean value 19. harmonic voltage L12078 float RD mean value 21. harmonic voltage L12080 float RD mean value 23. harmonic voltage L12082 float RD mean value 25. harmonic voltage L12084 float RD mean value 1. harmonic voltage L22086 float RD mean value 3. harmonic voltage L22088 float RD mean value 5. harmonic voltage L22090 float RD mean value 7. harmonic voltage L22092 float RD mean value 9. harmonic voltage L22094 float RD mean value 11. harmonic voltage L22096 float RD mean value 13. harmonic voltage L22098 float RD mean value 15. harmonic voltage L22100 float RD mean value 17. harmonic voltage L22102 float RD mean value 19. harmonic voltage L22104 float RD mean value 21. harmonic voltage L22106 float RD mean value 23. harmonic voltage L22108 float RD mean value 25. harmonic voltage L22110 float RD mean value 1. harmonic voltage L32112 float RD mean value 3. harmonic voltage L32114 float RD mean value 5. harmonic voltage L32116 float RD mean value 7. harmonic voltage L32118 float RD mean value 9. harmonic voltage L32120 float RD mean value 11. harmonic voltage L32122 float RD mean value 13. harmonic voltage L32124 float RD mean value 15. harmonic voltage L32126 float RD mean value 17. harmonic voltage L32128 float RD mean value 19. harmonic voltage L32130 float RD mean value 21. harmonic voltage L32132 float RD mean value 23. harmonic voltage L32134 float RD mean value 25. harmonic voltage L32136 float RD mean value 1. harmonic current L12138 float RD mean value 3. harmonic current L12140 float RD mean value 5. harmonic current L12142 float RD mean value 7. harmonic current L12144 float RD mean value 9. harmonic current L12146 float RD mean value 11. harmonic current L12148 float RD mean value 13. harmonic current L12150 float RD mean value 15. harmonic current L12152 float RD mean value 17. harmonic current L12154 float RD mean value 19. harmonic current L12156 float RD mean value 21. harmonic current L12158 float RD mean value 23. harmonic current L12160 float RD mean value 25. harmonic current L12162 float RD mean value 1. harmonic current L22164 float RD mean value 3. harmonic current L22166 float RD mean value 5. harmonic current L22168 float RD mean value 7. harmonic current L22170 float RD mean value 9. harmonic current L22172 float RD mean value 11. harmonic current L22174 float RD mean value 13. harmonic current L2

Mean values, type float, fourier analysis

UMG 96-PA47

Modbus address list


2176 float RD mean value 15. harmonic current L22178 float RD mean value 17. harmonic current L22180 float RD mean value 19. harmonic current L22182 float RD mean value 21. harmonic current L22184 float RD mean value 23. harmonic current L22186 float RD mean value 25. harmonic current L22188 float RD mean value 1. harmonic current L32190 float RD mean value 3. harmonic current L32192 float RD mean value 5. harmonic current L32194 float RD mean value 7. harmonic current L32196 float RD mean value 9. harmonic current L32198 float RD mean value 11. harmonic current L32200 float RD mean value 13. harmonic current L32202 float RD mean value 15. harmonic current L32204 float RD mean value 17. harmonic current L32206 float RD mean value 19. harmonic current L32208 float RD mean value 21. harmonic current L32210 float RD mean value 23. harmonic current L32212 float RD mean value 25. harmonic current L3

UMG 96-PA48

Modbus address list


12029 short (x10) RD mean value 1. harmonic voltage L112030 short (x10) RD mean value 3. harmonic voltage L112031 short (x10) RD mean value 5. harmonic voltage L112032 short (x10) RD mean value 7. harmonic voltage L112033 short (x10) RD mean value 9. harmonic voltage L112034 short (x10) RD mean value 11. harmonic voltage L112035 short (x10) RD mean value 13. harmonic voltage L112036 short (x10) RD mean value 15. harmonic voltage L112037 short (x10) RD mean value 17. harmonic voltage L112038 short (x10) RD mean value 19. harmonic voltage L112039 short (x10) RD mean value 21. harmonic voltage L112040 short (x10) RD mean value 23. harmonic voltage L112041 short (x10) RD mean value 25. harmonic voltage L112042 short (x10) RD mean value 1. harmonic voltage L212043 short (x10) RD mean value 3. harmonic voltage L212044 short (x10) RD mean value 5. harmonic voltage L212045 short (x10) RD mean value 7. harmonic voltage L212046 short (x10) RD mean value 9. harmonic voltage L212047 short (x10) RD mean value 11. harmonic voltage L212048 short (x10) RD mean value 13. harmonic voltage L212049 short (x10) RD mean value 15. harmonic voltage L212050 short (x10) RD mean value 17. harmonic voltage L212051 short (x10) RD mean value 19. harmonic voltage L212052 short (x10) RD mean value 21. harmonic voltage L212053 short (x10) RD mean value 23. harmonic voltage L212054 short (x10) RD mean value 25. harmonic voltage L212055 short (x10) RD mean value 1. harmonic voltage L312056 short (x10) RD mean value 3. harmonic voltage L312057 short (x10) RD mean value 5. harmonic voltage L312058 short (x10) RD mean value 7. harmonic voltage L312059 short (x10) RD mean value 9. harmonic voltage L312060 short (x10) RD mean value 11. harmonic voltage L312061 short (x10) RD mean value 13. harmonic voltage L312062 short (x10) RD mean value 15. harmonic voltage L312063 short (x10) RD mean value 17. harmonic voltage L312064 short (x10) RD mean value 19. harmonic voltage L312065 short (x10) RD mean value 21. harmonic voltage L312066 short (x10) RD mean value 23. harmonic voltage L312067 short (x10) RD mean value 25. harmonic voltage L312068 short (x1000) RD mean value 1. harmonic current L112069 short (x1000) RD mean value 3. harmonic current L112070 short (x1000) RD mean value 5. harmonic current L112071 short (x1000) RD mean value 7. harmonic current L112072 short (x1000) RD mean value 9. harmonic current L112073 short (x1000) RD mean value 11. harmonic current L112074 short (x1000) RD mean value 13. harmonic current L112075 short (x1000) RD mean value 15. harmonic current L112076 short (x1000) RD mean value 17. harmonic current L112077 short (x1000) RD mean value 19. harmonic current L112078 short (x1000) RD mean value 21. harmonic current L112079 short (x1000) RD mean value 23. harmonic current L112080 short (x1000) RD mean value 25. harmonic current L112081 short (x1000) RD mean value 1. harmonic current L212082 short (x1000) RD mean value 3. harmonic current L212083 short (x1000) RD mean value 5. harmonic current L212084 short (x1000) RD mean value 7. harmonic current L212085 short (x1000) RD mean value 9. harmonic current L212086 short (x1000) RD mean value 11. harmonic current L212087 short (x1000) RD mean value 13. harmonic current L2

Mean values, type short, fourier analysis

UMG 96-PA49

Modbus address list


12088 short (x1000) RD mean value 15. harmonic current L212089 short (x1000) RD mean value 17. harmonic current L212090 short (x1000) RD mean value 19. harmonic current L212091 short (x1000) RD mean value 21. harmonic current L212092 short (x1000) RD mean value 23. harmonic current L212093 short (x1000) RD mean value 25. harmonic current L212094 short (x1000) RD mean value 1. harmonic current L312095 short (x1000) RD mean value 3. harmonic current L312096 short (x1000) RD mean value 5. harmonic current L312097 short (x1000) RD mean value 7. harmonic current L312098 short (x1000) RD mean value 9. harmonic current L312099 short (x1000) RD mean value 11. harmonic current L312100 short (x1000) RD mean value 13. harmonic current L312101 short (x1000) RD mean value 15. harmonic current L312102 short (x1000) RD mean value 17. harmonic current L312103 short (x1000) RD mean value 19. harmonic current L312104 short (x1000) RD mean value 21. harmonic current L312105 short (x1000) RD mean value 23. harmonic current L312106 short (x1000) RD mean value 25. harmonic current L3

UMG 96-PA50

Modbus address list


3058 float RD max. value, 1. harmonic voltage L13060 float RD max. value, 3. harmonic voltage L13062 float RD max. value, 5. harmonic voltage L13064 float RD max. value, 7. harmonic voltage L13066 float RD max. value, 9. harmonic voltage L13068 float RD max. value, 11. harmonic voltage L13070 float RD max. value, 13. harmonic voltage L13072 float RD max. value, 15. harmonic voltage L13074 float RD max. value, 17. harmonic voltage L13076 float RD max. value, 19. harmonic voltage L13078 float RD max. value, 21. harmonic voltage L13080 float RD max. value, 23. harmonic voltage L13082 float RD max. value, 25. harmonic voltage L13084 float RD max. value, 1. harmonic voltage L23086 float RD max. value, 3. harmonic voltage L23088 float RD max. value, 5. harmonic voltage L23090 float RD max. value, 7. harmonic voltage L23092 float RD max. value, 9. harmonic voltage L23094 float RD max. value, 11. harmonic voltage L23096 float RD max. value, 13. harmonic voltage L23098 float RD max. value, 15. harmonic voltage L23100 float RD max. value, 17. harmonic voltage L23102 float RD max. value, 19. harmonic voltage L23104 float RD max. value, 21. harmonic voltage L23106 float RD max. value, 23. harmonic voltage L23108 float RD max. value, 25. harmonic voltage L23110 float RD max. value, 1. harmonic voltage L33112 float RD max. value, 3. harmonic voltage L33114 float RD max. value, 5. harmonic voltage L33116 float RD max. value, 7. harmonic voltage L33118 float RD max. value, 9. harmonic voltage L33120 float RD max. value, 11. harmonic voltage L33122 float RD max. value, 13. harmonic voltage L33124 float RD max. value, 15. harmonic voltage L33126 float RD max. value, 17. harmonic voltage L33128 float RD max. value, 19. harmonic voltage L33130 float RD max. value, 21. harmonic voltage L33132 float RD max. value, 23. harmonic voltage L33134 float RD max. value, 25. harmonic voltage L33136 float RD max. value, 1. harmonic current L13138 float RD max. value, 3. harmonic current L13140 float RD max. value, 5. harmonic current L13142 float RD max. value, 7. harmonic current L13144 float RD max. value, 9. harmonic current L13146 float RD max. value, 11. harmonic current L13148 float RD max. value, 13. harmonic current L13150 float RD max. value, 15. harmonic current L13152 float RD max. value, 17. harmonic current L13154 float RD max. value, 19. harmonic current L13156 float RD max. value, 21. harmonic current L13158 float RD max. value, 23. harmonic current L13160 float RD max. value, 25. harmonic current L13162 float RD max. value, 1. harmonic current L23164 float RD max. value, 3. harmonic current L23166 float RD max. value, 5. harmonic current L23168 float RD max. value, 7. harmonic current L23170 float RD max. value, 9. harmonic current L23172 float RD max. value, 11. harmonic current L23174 float RD max. value, 13. harmonic current L2

Maximum values, type float, fourier analysis

UMG 96-PA51

Modbus address list


3176 float RD max. value, 15. harmonic current L23178 float RD max. value, 17. harmonic current L23180 float RD max. value, 19. harmonic current L23182 float RD max. value, 21. harmonic current L23184 float RD max. value, 23. harmonic current L23186 float RD max. value, 25. harmonic current L23188 float RD max. value, 1. harmonic current L33190 float RD max. value, 3. harmonic current L33192 float RD max. value, 5. harmonic current L33194 float RD max. value, 7. harmonic current L33196 float RD max. value, 9. harmonic current L33198 float RD max. value, 11. harmonic current L33200 float RD max. value, 13. harmonic current L33202 float RD max. value, 15. harmonic current L33204 float RD max. value, 17. harmonic current L33206 float RD max. value, 19. harmonic current L33208 float RD max. value, 21. harmonic current L33210 float RD max. value, 23. harmonic current L33212 float RD max. value, 25. harmonic current L3

UMG 96-PA52

Modbus address list


13029 short (x10) RD max. value, 1. harmonic voltage L113030 short (x10) RD max. value, 3. harmonic voltage L113031 short (x10) RD max. value, 5. harmonic voltage L113032 short (x10) RD max. value, 7. harmonic voltage L113033 short (x10) RD max. value, 9. harmonic voltage L113034 short (x10) RD max. value, 11. harmonic voltage L113035 short (x10) RD max. value, 13. harmonic voltage L113036 short (x10) RD max. value, 15. harmonic voltage L113037 short (x10) RD max. value, 17. harmonic voltage L113038 short (x10) RD max. value, 19. harmonic voltage L113039 short (x10) RD max. value, 21. harmonic voltage L113040 short (x10) RD max. value, 23. harmonic voltage L113041 short (x10) RD max. value, 25. harmonic voltage L113042 short (x10) RD max. value, 1. harmonic voltage L213043 short (x10) RD max. value, 3. harmonic voltage L213044 short (x10) RD max. value, 5. harmonic voltage L213045 short (x10) RD max. value, 7. harmonic voltage L213046 short (x10) RD max. value, 9. harmonic voltage L213047 short (x10) RD max. value, 11. harmonic voltage L213048 short (x10) RD max. value, 13. harmonic voltage L213049 short (x10) RD max. value, 15. harmonic voltage L213050 short (x10) RD max. value, 17. harmonic voltage L213051 short (x10) RD max. value, 19. harmonic voltage L213052 short (x10) RD max. value, 21. harmonic voltage L213053 short (x10) RD max. value, 23. harmonic voltage L213054 short (x10) RD max. value, 25. harmonic voltage L213055 short (x10) RD max. value, 1. harmonic voltage L313056 short (x10) RD max. value, 3. harmonic voltage L313057 short (x10) RD max. value, 5. harmonic voltage L313058 short (x10) RD max. value, 7. harmonic voltage L313059 short (x10) RD max. value, 9. harmonic voltage L313060 short (x10) RD max. value, 11. harmonic voltage L313061 short (x10) RD max. value, 13. harmonic voltage L313062 short (x10) RD max. value, 15. harmonic voltage L313063 short (x10) RD max. value, 17. harmonic voltage L313064 short (x10) RD max. value, 19. harmonic voltage L313065 short (x10) RD max. value, 21. harmonic voltage L313066 short (x10) RD max. value, 23. harmonic voltage L313067 short (x10) RD max. value, 25. harmonic voltage L313068 short (x1000) RD max. value, 1. harmonic current L113069 short (x1000) RD max. value, 3. harmonic current L113070 short (x1000) RD max. value, 5. harmonic current L113071 short (x1000) RD max. value, 7. harmonic current L113072 short (x1000) RD max. value, 9. harmonic current L113073 short (x1000) RD max. value, 11. harmonic current L113074 short (x1000) RD max. value, 13. harmonic current L113075 short (x1000) RD max. value, 15. harmonic current L113076 short (x1000) RD max. value, 17. harmonic current L113077 short (x1000) RD max. value, 19. harmonic current L113078 short (x1000) RD max. value, 21. harmonic current L113079 short (x1000) RD max. value, 23. harmonic current L113080 short (x1000) RD max. value, 25. harmonic current L113081 short (x1000) RD max. value, 1. harmonic current L213082 short (x1000) RD max. value, 3. harmonic current L213083 short (x1000) RD max. value, 5. harmonic current L213084 short (x1000) RD max. value, 7. harmonic current L213085 short (x1000) RD max. value, 9. harmonic current L213086 short (x1000) RD max. value, 11. harmonic current L213087 short (x1000) RD max. value, 13. harmonic current L2

Maximum values, type short, fourier analysis

UMG 96-PA53

Modbus address list


13088 short (x1000) RD max. value, 15. harmonic current L213089 short (x1000) RD max. value, 17. harmonic current L213090 short (x1000) RD max. value, 19. harmonic current L213091 short (x1000) RD max. value, 21. harmonic current L213092 short (x1000) RD max. value, 23. harmonic current L213093 short (x1000) RD max. value, 25. harmonic current L213094 short (x1000) RD max. value, 1. harmonic current L313095 short (x1000) RD max. value, 3. harmonic current L313096 short (x1000) RD max. value, 5. harmonic current L313097 short (x1000) RD max. value, 7. harmonic current L313098 short (x1000) RD max. value, 9. harmonic current L313099 short (x1000) RD max. value, 11. harmonic current L313100 short (x1000) RD max. value, 13. harmonic current L313101 short (x1000) RD max. value, 15. harmonic current L313102 short (x1000) RD max. value, 17. harmonic current L313103 short (x1000) RD max. value, 19. harmonic current L313104 short (x1000) RD max. value, 21. harmonic current L313105 short (x1000) RD max. value, 23. harmonic current L313106 short (x1000) RD max. value, 25. harmonic current L3

UMG 96-PA54

Modbus address list


4020 float RD min. value, 1. harmonic voltage L14022 float RD min. value, 3. harmonic voltage L14024 float RD min. value, 5. harmonic voltage L14026 float RD min. value, 7. harmonic voltage L14028 float RD min. value, 9. harmonic voltage L14030 float RD min. value, 11. harmonic voltage L14032 float RD min. value, 13. harmonic voltage L14034 float RD min. value, 15. harmonic voltage L14036 float RD min. value, 17. harmonic voltage L14038 float RD min. value, 19. harmonic voltage L14040 float RD min. value, 21. harmonic voltage L14042 float RD min. value, 23. harmonic voltage L14044 float RD min. value, 25. harmonic voltage L14046 float RD min. value, 1. harmonic voltage L24048 float RD min. value, 3. harmonic voltage L24050 float RD min. value, 5. harmonic voltage L24052 float RD min. value, 7. harmonic voltage L24054 float RD min. value, 9. harmonic voltage L24056 float RD min. value, 11. harmonic voltage L24058 float RD min. value, 13. harmonic voltage L24060 float RD min. value, 15. harmonic voltage L24062 float RD min. value, 17. harmonic voltage L24064 float RD min. value, 19. harmonic voltage L24066 float RD min. value, 21. harmonic voltage L24068 float RD min. value, 23. harmonic voltage L24070 float RD min. value, 25. harmonic voltage L24072 float RD min. value, 1. harmonic voltage L34074 float RD min. value, 3. harmonic voltage L34076 float RD min. value, 5. harmonic voltage L34078 float RD min. value, 7. harmonic voltage L34080 float RD min. value, 9. harmonic voltage L34082 float RD min. value, 11. harmonic voltage L34084 float RD min. value, 13. harmonic voltage L34086 float RD min. value, 15. harmonic voltage L34088 float RD min. value, 17. harmonic voltage L34090 float RD min. value, 19. harmonic voltage L34092 float RD min. value, 21. harmonic voltage L34094 float RD min. value, 23. harmonic voltage L34096 float RD min. value, 25. harmonic voltage L3

Minimum values, type float, fourier analysis

UMG 96-PA55

Modbus address list


14010 short (x10) RD min. value, 1. harmonic voltage L114011 short (x10) RD min. value, 3. harmonic voltage L114012 short (x10) RD min. value, 5. harmonic voltage L114013 short (x10) RD min. value, 7. harmonic voltage L114014 short (x10) RD min. value, 9. harmonic voltage L114015 short (x10) RD min. value, 11. harmonic voltage L114016 short (x10) RD min. value, 13. harmonic voltage L114017 short (x10) RD min. value, 15. harmonic voltage L114018 short (x10) RD min. value, 17. harmonic voltage L114019 short (x10) RD min. value, 19. harmonic voltage L114020 short (x10) RD min. value, 21. harmonic voltage L114021 short (x10) RD min. value, 23. harmonic voltage L114022 short (x10) RD min. value, 25. harmonic voltage L114023 short (x10) RD min. value, 1. harmonic voltage L214024 short (x10) RD min. value, 3. harmonic voltage L214025 short (x10) RD min. value, 5. harmonic voltage L214026 short (x10) RD min. value, 7. harmonic voltage L214027 short (x10) RD min. value, 9. harmonic voltage L214028 short (x10) RD min. value, 11. harmonic voltage L214029 short (x10) RD min. value, 13. harmonic voltage L214030 short (x10) RD min. value, 15. harmonic voltage L214031 short (x10) RD min. value, 17. harmonic voltage L214032 short (x10) RD min. value, 19. harmonic voltage L214033 short (x10) RD min. value, 21. harmonic voltage L214034 short (x10) RD min. value, 23. harmonic voltage L214035 short (x10) RD min. value, 25. harmonic voltage L214036 short (x10) RD min. value, 1. harmonic voltage L314037 short (x10) RD min. value, 3. harmonic voltage L314038 short (x10) RD min. value, 5. harmonic voltage L314039 short (x10) RD min. value, 7. harmonic voltage L314040 short (x10) RD min. value, 9. harmonic voltage L314041 short (x10) RD min. value, 11. harmonic voltage L314042 short (x10) RD min. value, 13. harmonic voltage L314043 short (x10) RD min. value, 15. harmonic voltage L314044 short (x10) RD min. value, 17. harmonic voltage L314045 short (x10) RD min. value, 19. harmonic voltage L314046 short (x10) RD min. value, 21. harmonic voltage L314047 short (x10) RD min. value, 23. harmonic voltage L314048 short (x10) RD min. value, 25. harmonic voltage L3

Minimum values, type short, fourier analysis

power analyser umg 96-pa - janitza.com

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