janitza UMG 511 Manual
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janitza UMG 511 Manual

Power quality analyser, modbus-address and formulary
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Janitza electronics GmbH
Vor dem Polstück 6
D-35633 Lahnau
Support Tel. +49 6441 9642-22
Fax +49 6441 9642-30
e-mail: info@janitza.com
www.janitza.com
Power Quality Analyser
UMG 511
Modbus-address and
Formulary

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  • Page 1 Power Quality Analyser UMG 511 Modbus-address and Formulary Janitza electronics GmbH Vor dem Polstück 6 D-35633 Lahnau Support Tel. +49 6441 9642-22 Fax +49 6441 9642-30 e-mail: info@janitza.com www.janitza.com...

  • Page 2: Table Of Contents

    Contents General Modbus Modbus functions (master) Modbus Functions (Slave) Transfer parameters Byte sequence Update rate Number formats Symbols and definitions Explanations of the measured values Address list Frequently required readings Date and time Messwerte (200ms Messfenster) Mean values (float type) Minimum values (float type) Maximum values (float type) Averaging time...

  • Page 3: General

    All trademarks and the resulting rights belong to the respective owners of these rights. Disclaimer Janitza 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.

  • Page 4: Modbus

    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 511...

  • Page 5: Transfer Parameters

    Number or identification of the phase conductor (p = 1, 2 oder 3) Sample value k of the current of the phase conductor p Sample value k of the neutral voltage of the phase conductor p Real power of the phase conductor p UMG 511...

  • Page 6: Explanations Of The Measured Values

    • 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 511...
  • Page 7 Effective value of neutral conductor current Effective voltage L-N Effective voltage L-L Star connection voltage (vectorial) Sternpunktspannung Real power for phase conductor Apparent power for phase conductor • Unsigned ⋅ Total apparent power (arithmetic) Sa • Unsigned UMG 511...
  • Page 8 Only frequencies beneath 3kHz are observed. Ripple control signal I The ripple control signal I is a current (200ms measured value) which is measured at a carrier frequency specified by the user. Only frequencies beneath 3kHz are observed. UMG 511...
  • Page 9 A zero component can only occur if a sum current can flow back through the main conductor. Unsymmetrical voltage Negative sequence Unsymmetrical voltage 100% Positive sequence Unsymmetrical voltage (U0) Zero sequence Unsymmetrical voltage U Positive sequence Under difference U (EN61000-4-30) UMG 511...
  • Page 10 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 511...
  • Page 11 (t) < 0 Reactive energy, sum L1-L3 Reactive energy, sum L1-L3, inductive für (Q (t) + Q (t) + Q (t)) > 0 Reactive energy, sum L1-L3, capazitive für (Q (t) + Q (t) + Q (t)) < 0 UMG 511...

  • Page 12: Address List

    Reactive energy L1..L3, cap. (fundamental comp.) 19110 float _G_THD_ULN[0] Harmonic, THD,U L1-N 19112 float _G_THD_ULN[1] Harmonic, THD,U L2-N 19114 float _G_THD_ULN[2] Harmonic, THD,U L3-N 19116 float _G_THD_ILN[0] Harmonic, THD,I L1 19118 float _G_THD_ILN[1] Harmonic, THD,I L2 19120 float _G_THD_ILN[2] Harmonic, THD,I L3 UMG 511...

  • Page 13: Date And Time

    _DAY Day (1 .. 31) short _MONTH Month (0=Jan, .. 11=Dec) short _YEAR Year short _HOUR Hour (1 .. 24) short _MIN Minute (1 .. 59) short _SEC Second (1 .. 59) short _WEEKDAY Weekday, (0=Sun, .. 6=Sat) UMG 511...

  • Page 14: Messwerte (200Ms Messfenster)

    _ULL[0] Phase conductor voltage; L1-L2 3903 float _ULL[1] Phase conductor voltage; L2-L3 3905 float _ULL[2] Phase conductor voltage; L3-L1 3907 float _ULL_RE[0] Phase conductor voltage real part; L1-L2 3909 float _ULL_RE[1] Phase conductor voltage real part; L2-L3 UMG 511...
  • Page 15 4003 float Negative sequence, voltage 4005 float _U_SYM Unsymmetrical; voltage 4007 float _I_SYM Unsymmetrical; current 4009 float _PHASE_SEQ Rotation field; 1=right, 0=none, -1=left 4011 float Zero sequence, current 4013 float Positive sequence, current 4015 float Negative sequence, current UMG 511...
  • Page 16 _ULL_NEG_PEAK[1] Peak value negative, U L2-L3 4127 float _ULL_NEG_PEAK[2] Peak value negative, U L3-L1 4129 float _ULL_POS_PEAK[0] Peak value positive, U L1-L2 4131 float _ULL_POS_PEAK[1] Peak value positive, U L2-L3 4133 float _ULL_POS_PEAK[2] Peak value positive, U L3-L1 UMG 511...
  • Page 17 13021 float _TDD_IL[0] TDD, Total Demand Distortion, IlL1 13023 float _TDD_IL[1] TDD, Total Demand Distortion, IlL2 13025 float _TDD_IL[2] TDD, Total Demand Distortion, IlL3 13027 float _TDD_IL[3] TDD, Total Demand Distortion, IlL4 13222 float _U_SYM_U0 Unsymmetrical; voltage U0 UMG 511...

  • Page 18: Mean Values (Float Type)

    _ULN_PEAK_PEAK_AVG[2] 4299 float _ULN_PEAK_PEAK_AVG[3] 4301 float _THD_ULL_AVG[0] 4303 float _THD_ULL_AVG[1] 4305 float _THD_ULL_AVG[2] 4307 float _THD_ZLL_AVG[0] 4309 float _THD_ZLL_AVG[1] 4311 float _THD_ZLL_AVG[2] 4313 float _ULL_OVER_AVG[0] 4315 float _ULL_OVER_AVG[1] 4317 float _ULL_OVER_AVG[2] 4319 float _ULL_UNDER_AVG[0] 4321 float _ULL_UNDER_AVG[1] UMG 511...
  • Page 19 _ILN_CF_AVG[0] 4417 float _ILN_CF_AVG[1] 4419 float _ILN_CF_AVG[2] 4421 float _ILN_CF_AVG[3] 4423 float _IN_AVG 4425 float _IM_AVG 4427 float _IG_AVG 4429 float _I_SYM_AVG 4431 float _ILN_OVER_AVG[0] 4433 float _ILN_OVER_AVG[1] 4435 float _ILN_OVER_AVG[2] 4437 float _ILN_OVER_AVG[3] 4439 float _ILN_UNDER_AVG[0] UMG 511...
  • Page 20 _KFACT_AVG[0] 4537 float _KFACT_AVG[1] 4539 float _KFACT_AVG[2] 4541 float _KFACT_AVG[3] 4543 float _S0_POWER_AVG[0] 4545 float _S0_POWER_AVG[1] 4547 float _S0_POWER_AVG[2] 4549 float _S0_POWER_AVG[3] 4551 float _S0_POWER_AVG[4] 4553 float _S0_POWER_AVG[5] 4555 float _S0_POWER_AVG[6] 4557 float _S0_POWER_AVG[7] 4559 float _TEMPERATUR_AVG °C UMG 511...
  • Page 21 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 22: Minimum Values (Float Type)

    _ULN_PEAK_PEAK_MIN[0] 4653 float _ULN_PEAK_PEAK_MIN[1] 4655 float _ULN_PEAK_PEAK_MIN[2] 4657 float _ULN_PEAK_PEAK_MIN[3] 4659 float _THD_ULL_MIN[0] 4661 float _THD_ULL_MIN[1] 4663 float _THD_ULL_MIN[2] 4665 float _THD_ZLL_MIN[0] 4667 float _THD_ZLL_MIN[1] 4669 float _THD_ZLL_MIN[2] 4671 float _ULL_OVER_MIN[0] 4673 float _ULL_OVER_MIN[1] 4675 float _ULL_OVER_MIN[2] UMG 511...
  • Page 23 _PLN_MIN[1] 4713 float _PLN_MIN[2] 4715 float _PLN_MIN[3] 4717 float _P_SUM_MIN 4719 float _Q_SUM_MIN 4721 float _QLN_MIN[0] 4723 float _QLN_MIN[1] 4725 float _QLN_MIN[2] 4727 float _QLN_MIN[3] 4729 float _P_SUM3_MIN 4731 float _Q_SUM3_MIN 4733 float _TEMPERATUR_MIN °C Minimum, internal temperature UMG 511...

  • Page 24: Maximum Values (Float Type)

    _ULN_PEAK_PEAK_MAX[0] 4827 float _ULN_PEAK_PEAK_MAX[1] 4829 float _ULN_PEAK_PEAK_MAX[2] 4831 float _ULN_PEAK_PEAK_MAX[3] 4833 float _THD_ULL_MAX[0] 4835 float _THD_ULL_MAX[1] 4837 float _THD_ULL_MAX[2] 4839 float _THD_ZLL_MAX[0] 4841 float _THD_ZLL_MAX[1] 4843 float _THD_ZLL_MAX[2] 4845 float _ULL_OVER_MAX[0] 4847 float _ULL_OVER_MAX[1] 4849 float _ULL_OVER_MAX[2] UMG 511...
  • Page 25 _ZHD_IL_MAX[2] 4945 float _ZHD_IL_MAX[3] 4947 float _ILN_CF_MAX[0] 4949 float _ILN_CF_MAX[1] 4951 float _ILN_CF_MAX[2] 4953 float _ILN_CF_MAX[3] 4955 float _IN_MAX 4957 float _IM_MAX 4959 float _IG_MAX 4961 float _I_SYM_MAX 4963 float _ILN_OVER_MAX[0] 4965 float _ILN_OVER_MAX[1] 4967 float _ILN_OVER_MAX[2] UMG 511...
  • Page 26 _KFACT_MAX[0] 5069 float _KFACT_MAX[1] 5071 float _KFACT_MAX[2] 5073 float _KFACT_MAX[3] 5075 float _S0_POWER_MAX[0] 5077 float _S0_POWER_MAX[1] 5079 float _S0_POWER_MAX[2] 5081 float _S0_POWER_MAX[3] 5083 float _S0_POWER_MAX[4] 5085 float _S0_POWER_MAX[5] 5087 float _S0_POWER_MAX[6] 5089 float _S0_POWER_MAX[7] 5091 float _TEMPERATUR_MAX °C UMG 511...
  • Page 27 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 28: Averaging Time

    _ULN_POS_PEAK_AVG_T[3] 5138 short _ULN_PEAK_PEAK_AVG_T[0] 5139 short _ULN_PEAK_PEAK_AVG_T[1] 5140 short _ULN_PEAK_PEAK_AVG_T[2] 5141 short _ULN_PEAK_PEAK_AVG_T[3] 5142 short _THD_ULL_AVG_T[0] 5143 short _THD_ULL_AVG_T[1] 5144 short _THD_ULL_AVG_T[2] 5145 short _THD_ZLL_AVG_T[0] 5146 short _THD_ZLL_AVG_T[1] 5147 short _THD_ZLL_AVG_T[2] 5148 short _ULL_OVER_AVG_T[0] 5149 short _ULL_OVER_AVG_T[1] UMG 511...
  • Page 29 _ZHD_IL_AVG_T[1] 5197 short _ZHD_IL_AVG_T[2] 5198 short _ZHD_IL_AVG_T[3] 5199 short _ILN_CF_AVG_T[0] 5200 short _ILN_CF_AVG_T[1] 5201 short _ILN_CF_AVG_T[2] 5202 short _ILN_CF_AVG_T[3] 5203 short _IN_AVG_T 5204 short _IM_AVG_T 5205 short _IG_AVG_T 5206 short _I_SYM_AVG_T 5207 short _ILN_OVER_AVG_T[0] 5208 short _ILN_OVER_AVG_T[1] UMG 511...
  • Page 30 _KFACT_AVG_T[1] 5261 short _KFACT_AVG_T[2] 5262 short _KFACT_AVG_T[3] 5263 short _S0_POWER_AVG_T[0] 5264 short _S0_POWER_AVG_T[1] 5265 short _S0_POWER_AVG_T[2] 5266 short _S0_POWER_AVG_T[3] 5267 short _S0_POWER_AVG_T[4] 5268 short _S0_POWER_AVG_T[5] 5269 short _S0_POWER_AVG_T[6] 5270 short _S0_POWER_AVG_T[7] 5271 short _TEMPERATUR_AVG_T Averaging time, internal temperature UMG 511...
  • Page 31 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 32: Minimum Values Time Stamp

    _ULN_PEAK_PEAK_MIN_T[0] 5364 uint _ULN_PEAK_PEAK_MIN_T[1] 5366 uint _ULN_PEAK_PEAK_MIN_T[2] 5368 uint _ULN_PEAK_PEAK_MIN_T[3] 5370 uint _THD_ULL_MIN_T[0] 5372 uint _THD_ULL_MIN_T[1] 5374 uint _THD_ULL_MIN_T[2] 5376 uint _THD_ZLL_MIN_T[0] 5378 uint _THD_ZLL_MIN_T[1] 5380 uint _THD_ZLL_MIN_T[2] 5382 uint _ULL_OVER_MIN_T[0] 5384 uint _ULL_OVER_MIN_T[1] 5386 uint _ULL_OVER_MIN_T[2] UMG 511...
  • Page 33 _PLN_MIN_T[2] 5426 uint _PLN_MIN_T[3] 5428 uint _P_SUM_MIN_T 5430 uint _Q_SUM_MIN_T 5432 uint _QLN_MIN_T[0] 5434 uint _QLN_MIN_T[1] 5436 uint _QLN_MIN_T[2] 5438 uint _QLN_MIN_T[3] 5440 uint _P_SUM3_MIN_T 5442 uint _Q_SUM3_MIN_T 5444 uint _TEMPERATUR_MIN_T Time of min. val. (UTC), internal temperature UMG 511...

  • Page 34: Maximum Values Time Stamp

    _ULN_PEAK_PEAK_MAX_T[0] 5538 uint _ULN_PEAK_PEAK_MAX_T[1] 5540 uint _ULN_PEAK_PEAK_MAX_T[2] 5542 uint _ULN_PEAK_PEAK_MAX_T[3] 5544 uint _THD_ULL_MAX_T[0] 5546 uint _THD_ULL_MAX_T[1] 5548 uint _THD_ULL_MAX_T[2] 5550 uint _THD_ZLL_MAX_T[0] 5552 uint _THD_ZLL_MAX_T[1] 5554 uint _THD_ZLL_MAX_T[2] 5556 uint _ULL_OVER_MAX_T[0] 5558 uint _ULL_OVER_MAX_T[1] 5560 uint _ULL_OVER_MAX_T[2] UMG 511...
  • Page 35 _ZHD_IL_MAX_T[2] 5656 uint _ZHD_IL_MAX_T[3] 5658 uint _ILN_CF_MAX_T[0] 5660 uint _ILN_CF_MAX_T[1] 5662 uint _ILN_CF_MAX_T[2] 5664 uint _ILN_CF_MAX_T[3] 5666 uint _IN_MAX_T 5668 uint _IM_MAX_T 5670 uint _IG_MAX_T 5672 uint _I_SYM_MAX_T 5674 uint _ILN_OVER_MAX_T[0] 5676 uint _ILN_OVER_MAX_T[1] 5678 uint _ILN_OVER_MAX_T[2] UMG 511...
  • Page 36 _KFACT_MAX_T[3] 5786 uint _S0_POWER_MAX_T[0] 5788 uint _S0_POWER_MAX_T[1] 5790 uint _S0_POWER_MAX_T[2] 5792 uint _S0_POWER_MAX_T[3] 5794 uint _S0_POWER_MAX_T[4] 5796 uint _S0_POWER_MAX_T[5] 5798 uint _S0_POWER_MAX_T[6] 5800 uint _S0_POWER_MAX_T[7] 5802 uint _TEMPERATUR_MAX_T Time of max. val. (UTC), internal temp. 6162 uint _THD_ULN_AVG_MAX_T[0] UMG 511...
  • Page 37 _ULN_POS_PEAK_AVG_MAX_T[2] 6258 uint _ULN_POS_PEAK_AVG_MAX_T[3] 6260 uint _ULN_PEAK_PEAK_AVG_MAX_T[0] 6262 uint _ULN_PEAK_PEAK_AVG_MAX_T[1] 6264 uint _ULN_PEAK_PEAK_AVG_MAX_T[2] 6266 uint _ULN_PEAK_PEAK_AVG_MAX_T[3] 6268 uint _THD_ULL_AVG_MAX_T[0] 6270 uint _THD_ULL_AVG_MAX_T[1] 6272 uint _THD_ULL_AVG_MAX_T[2] 6274 uint _THD_ZLL_AVG_MAX_T[0] 6276 uint _THD_ZLL_AVG_MAX_T[1] 6278 uint _THD_ZLL_AVG_MAX_T[2] 6280 uint _ULL_OVER_AVG_MAX_T[0] UMG 511...
  • Page 38 _ZHD_IL_AVG_MAX_T[0] 6376 uint _ZHD_IL_AVG_MAX_T[1] 6378 uint _ZHD_IL_AVG_MAX_T[2] 6380 uint _ZHD_IL_AVG_MAX_T[3] 6382 uint _ILN_CF_AVG_MAX_T[0] 6384 uint _ILN_CF_AVG_MAX_T[1] 6386 uint _ILN_CF_AVG_MAX_T[2] 6388 uint _ILN_CF_AVG_MAX_T[3] 6390 uint _IN_AVG_MAX_T 6392 uint _IM_AVG_MAX_T 6394 uint _IG_AVG_MAX_T 6396 uint _I_SYM_AVG_MAX_T 6398 uint _ILN_OVER_AVG_MAX_T[0] UMG 511...
  • Page 39 _KFACT_AVG_MAX_T[3] 6510 uint _S0_POWER_AVG_MAX_T[0] 6512 uint _S0_POWER_AVG_MAX_T[1] 6514 uint _S0_POWER_AVG_MAX_T[2] 6516 uint _S0_POWER_AVG_MAX_T[3] 6518 uint _S0_POWER_AVG_MAX_T[4] 6520 uint _S0_POWER_AVG_MAX_T[5] 6522 uint _S0_POWER_AVG_MAX_T[6] 6524 uint _S0_POWER_AVG_MAX_T[7] 6526 uint _TEMPERATUR_AVG_MAX_T Time of max. val. of aver. val. (UTC), internal temp. UMG 511...

  • Page 40: Maximum Values Of Mean Values (Float Type)

    _ULN_PEAK_PEAK_AVG_MAX[0] 5896 float _ULN_PEAK_PEAK_AVG_MAX[1] 5898 float _ULN_PEAK_PEAK_AVG_MAX[2] 5900 float _ULN_PEAK_PEAK_AVG_MAX[3] 5902 float _THD_ULL_AVG_MAX[0] 5904 float _THD_ULL_AVG_MAX[1] 5906 float _THD_ULL_AVG_MAX[2] 5908 float _THD_ZLL_AVG_MAX[0] 5910 float _THD_ZLL_AVG_MAX[1] 5912 float _THD_ZLL_AVG_MAX[2] 5914 float _ULL_OVER_AVG_MAX[0] 5916 float _ULL_OVER_AVG_MAX[1] 5918 float _ULL_OVER_AVG_MAX[2] UMG 511...
  • Page 41 _ZHD_IL_AVG_MAX[2] 6014 float _ZHD_IL_AVG_MAX[3] 6016 float _ILN_CF_AVG_MAX[0] 6018 float _ILN_CF_AVG_MAX[1] 6020 float _ILN_CF_AVG_MAX[2] 6022 float _ILN_CF_AVG_MAX[3] 6024 float _IN_AVG_MAX 6026 float _IM_AVG_MAX 6028 float _IG_AVG_MAX 6030 float _I_SYM_AVG_MAX 6032 float _ILN_OVER_AVG_MAX[0] 6034 float _ILN_OVER_AVG_MAX[1] 6036 float _ILN_OVER_AVG_MAX[2] UMG 511...
  • Page 42 _KFACT_AVG_MAX[0] 6138 float _KFACT_AVG_MAX[1] 6140 float _KFACT_AVG_MAX[2] 6142 float _KFACT_AVG_MAX[3] 6144 float _S0_POWER_AVG_MAX[0] 6146 float _S0_POWER_AVG_MAX[1] 6148 float _S0_POWER_AVG_MAX[2] 6150 float _S0_POWER_AVG_MAX[3] 6152 float _S0_POWER_AVG_MAX[4] 6154 float _S0_POWER_AVG_MAX[5] 6156 float _S0_POWER_AVG_MAX[6] 6158 float _S0_POWER_AVG_MAX[7] 6160 float _TEMPERATUR_AVG_MAX °C UMG 511...
  • Page 43 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 44: Other Values

    Only for internal use 6822 float _U_EVT_MAX[1] Only for internal use 6824 float _U_EVT_MIN[0] Only for internal use 6826 float _U_EVT_MIN[1] Only for internal use 6828 float _U_EVT_OFF[0] Only for internal use 6830 float _U_EVT_OFF[1] Only for internal use UMG 511...
  • Page 45 Only for internal use 7007 _TRNS_MODE Only for internal use 7009 _EVT_MODE Only for internal use 7011 _CON_AUX_MODE Only for internal use 7013 _CON_MODE Only for internal use 7015 _PHASE_MODE Only for internal use 7017 short _COLOR[0] Only for internal use UMG 511...
  • Page 46 Only for internal use 7777 string _STOPR Only for internal use 7793 string _STARTR1 Only for internal use 7809 string _STARTR2 Only for internal use 7825 string _DELWORK Only for internal use 7841 string _L_BRIGHTNESS Only for internal use UMG 511...
  • Page 47 Only for internal use 8543 _DIGOUTEVT[0] Only for internal use 8545 _DIGOUTEVT[1] Only for internal use 8547 _DIGOUTEVT[2] Only for internal use 8549 _DIGOUTEVT[3] Only for internal use 8551 _DIGOUTEVT[4] Only for internal use 8553 _DIGOUTEVT_TIME[0] 0.01s Only for internal use UMG 511...
  • Page 48 Only for internal use 11667 short _SYSVAR_CNT Only for internal use 11668 string _SEQ_IP0 Only for internal use 11684 string _SEQ_IP1 Only for internal use 11700 string _SEQ_IP2 Only for internal use 11716 string _SEQ_IP3 Only for internal use UMG 511...
  • Page 49 _WH_Z_T3[4] 11906 float _WH_Z_T3[5] 11908 float _WH_Z_T4[0] 11910 float _WH_Z_T4[1] 11912 float _WH_Z_T4[2] 11914 float _WH_Z_T4[3] 11916 float _WH_Z_T4[4] 11918 float _WH_Z_T4[5] 11920 float _IQH_T3[0] varh 11922 float _IQH_T3[1] varh 11924 float _IQH_T3[2] varh 11926 float _IQH_T3[3] varh UMG 511...
  • Page 50 Only for internal use 12068 float _AKT_EVT_MAXVAL[6] Only for internal use 12070 float _AKT_EVT_MAXVAL[7] Only for internal use 12072 float _AKT_EVT_MINVAL[0] Only for internal use 12074 float _AKT_EVT_MINVAL[1] Only for internal use 12076 float _AKT_EVT_MINVAL[2] Only for internal use UMG 511...
  • Page 51 Only for internal use 12126 _AKT_EVT_CNT[3] Only for internal use 12128 _AKT_EVT_CNT[4] Only for internal use 12130 _AKT_EVT_CNT[5] Only for internal use 12132 _AKT_EVT_CNT[6] Only for internal use 12134 _AKT_EVT_CNT[7] Only for internal use 12136 _HW_INDEX Device hardware index UMG 511...

  • Page 52: Energy

    _WH_Z_HT[5] 6626 float _WH_Z_NT[0] Real energy L1, rate 2, delivered 6628 float _WH_Z_NT[1] 6630 float _WH_Z_NT[2] 6632 float _WH_Z_NT[3] 6634 float _WH_Z_NT[4] 6636 float _WH_Z_NT[5] 6638 float _IQH[0] varh Reactive energy L1, inductive 6640 float _IQH[1] varh UMG 511...
  • Page 53 Input 3, measured value 12144 float _S0_POWER[3] Input 4, measured value 12146 float _S0_POWER[4] Input 5, measured value 12148 float _S0_POWER[5] Input 6, measured value 12150 float _S0_POWER[6] Input 7, measured value 12152 float _S0_POWER[7] Input 8, measured value UMG 511...
  • Page 54 Reactive energy L2 (capacitive), delivered 14537 dfloat _CZQH[2] varh Reactive energy L3 (capacitive), delivered 14539 dfloat _CZQH[3] varh Reactive energy L4 (capacitive), delivered 14541 dfloat _CZQH[4] varh Reactive energy L1..L3 (capacitive), delivered 14543 dfloat _CZQH[5] varh Reactive energy L1..L4 (capacitive), delivered UMG 511...
  • Page 55 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 56: Emax

    _EMAX_D_STATUS[39] 8618 short _EMAX_D_STATUS[40] 8619 short _EMAX_D_STATUS[41] 8620 short _EMAX_D_STATUS[42] 8621 short _EMAX_D_STATUS[43] 8622 short _EMAX_D_STATUS[44] 8623 short _EMAX_D_STATUS[45] 8624 short _EMAX_D_STATUS[46] 8625 short _EMAX_D_STATUS[47] 8626 short _EMAX_D_STATUS[48] 8627 short _EMAX_D_STATUS[49] 8628 short _EMAX_D_STATUS[50] 8629 short _EMAX_D_STATUS[51] UMG 511...
  • Page 57 _EMAX_D_ACTIVE[31] 8682 short _EMAX_D_ACTIVE[32] 8683 short _EMAX_D_ACTIVE[33] 8684 short _EMAX_D_ACTIVE[34] 8685 short _EMAX_D_ACTIVE[35] 8686 short _EMAX_D_ACTIVE[36] 8687 short _EMAX_D_ACTIVE[37] 8688 short _EMAX_D_ACTIVE[38] 8689 short _EMAX_D_ACTIVE[39] 8690 short _EMAX_D_ACTIVE[40] 8691 short _EMAX_D_ACTIVE[41] 8692 short _EMAX_D_ACTIVE[42] 8693 short _EMAX_D_ACTIVE[43] UMG 511...
  • Page 58 _EMAX_D_DESC22 9086 string _EMAX_D_DESC23 9102 string _EMAX_D_DESC24 9118 string _EMAX_D_DESC25 9134 string _EMAX_D_DESC26 9150 string _EMAX_D_DESC27 9166 string _EMAX_D_DESC28 9182 string _EMAX_D_DESC29 9198 string _EMAX_D_DESC30 9214 string _EMAX_D_DESC31 9230 string _EMAX_D_DESC32 9246 string _EMAX_D_DESC33 9262 string _EMAX_D_DESC34 UMG 511...
  • Page 59 _EMAX_D_PRIORITY[13] 9820 short _EMAX_D_PRIORITY[14] 9821 short _EMAX_D_PRIORITY[15] 9822 short _EMAX_D_PRIORITY[16] 9823 short _EMAX_D_PRIORITY[17] 9824 short _EMAX_D_PRIORITY[18] 9825 short _EMAX_D_PRIORITY[19] 9826 short _EMAX_D_PRIORITY[20] 9827 short _EMAX_D_PRIORITY[21] 9828 short _EMAX_D_PRIORITY[22] 9829 short _EMAX_D_PRIORITY[23] 9830 short _EMAX_D_PRIORITY[24] 9831 short _EMAX_D_PRIORITY[25] UMG 511...
  • Page 60 _EMAX_D_POWER[4] 9884 float _EMAX_D_POWER[5] 9886 float _EMAX_D_POWER[6] 9888 float _EMAX_D_POWER[7] 9890 float _EMAX_D_POWER[8] 9892 float _EMAX_D_POWER[9] 9894 float _EMAX_D_POWER[10] 9896 float _EMAX_D_POWER[11] 9898 float _EMAX_D_POWER[12] 9900 float _EMAX_D_POWER[13] 9902 float _EMAX_D_POWER[14] 9904 float _EMAX_D_POWER[15] 9906 float _EMAX_D_POWER[16] UMG 511...
  • Page 61 _EMAX_D_POWER[63] 10002 short _EMAX_D_MIN_ONDURATION[0] 10003 short _EMAX_D_MIN_ONDURATION[1] 10004 short _EMAX_D_MIN_ONDURATION[2] 10005 short _EMAX_D_MIN_ONDURATION[3] 10006 short _EMAX_D_MIN_ONDURATION[4] 10007 short _EMAX_D_MIN_ONDURATION[5] 10008 short _EMAX_D_MIN_ONDURATION[6] 10009 short _EMAX_D_MIN_ONDURATION[7] 10010 short _EMAX_D_MIN_ONDURATION[8] 10011 short _EMAX_D_MIN_ONDURATION[9] 10012 short _EMAX_D_MIN_ONDURATION[10] 10013 short _EMAX_D_MIN_ONDURATION[11] UMG 511...
  • Page 62 _EMAX_D_MIN_ONDURATION[58] 10061 short _EMAX_D_MIN_ONDURATION[59] 10062 short _EMAX_D_MIN_ONDURATION[60] 10063 short _EMAX_D_MIN_ONDURATION[61] 10064 short _EMAX_D_MIN_ONDURATION[62] 10065 short _EMAX_D_MIN_ONDURATION[63] 10066 short _EMAX_D_MAX_OFFDURATION[0] 10067 short _EMAX_D_MAX_OFFDURATION[1] 10068 short _EMAX_D_MAX_OFFDURATION[2] 10069 short _EMAX_D_MAX_OFFDURATION[3] 10070 short _EMAX_D_MAX_OFFDURATION[4] 10071 short _EMAX_D_MAX_OFFDURATION[5] 10072 short _EMAX_D_MAX_OFFDURATION[6] UMG 511...
  • Page 63 10122 short _EMAX_D_MAX_OFFDURATION[56] s 10123 short _EMAX_D_MAX_OFFDURATION[57] s 10124 short _EMAX_D_MAX_OFFDURATION[58] s 10125 short _EMAX_D_MAX_OFFDURATION[59] s 10126 short _EMAX_D_MAX_OFFDURATION[60] s 10127 short _EMAX_D_MAX_OFFDURATION[61] s 10128 short _EMAX_D_MAX_OFFDURATION[62] s 10129 short _EMAX_D_MAX_OFFDURATION[63] s 10130 short _EMAX_D_MIN_OFFDURATION[0] 10131 short _EMAX_D_MIN_OFFDURATION[1] UMG 511...
  • Page 64 _EMAX_D_MIN_OFFDURATION[48] 10179 short _EMAX_D_MIN_OFFDURATION[49] 10180 short _EMAX_D_MIN_OFFDURATION[50] 10181 short _EMAX_D_MIN_OFFDURATION[51] 10182 short _EMAX_D_MIN_OFFDURATION[52] 10183 short _EMAX_D_MIN_OFFDURATION[53] 10184 short _EMAX_D_MIN_OFFDURATION[54] 10185 short _EMAX_D_MIN_OFFDURATION[55] 10186 short _EMAX_D_MIN_OFFDURATION[56] 10187 short _EMAX_D_MIN_OFFDURATION[57] 10188 short _EMAX_D_MIN_OFFDURATION[58] 10189 short _EMAX_D_MIN_OFFDURATION[59] 10190 short _EMAX_D_MIN_OFFDURATION[60] UMG 511...
  • Page 65 _EMAX_D_PROBABILITY[43] 10282 float _EMAX_D_PROBABILITY[44] 10284 float _EMAX_D_PROBABILITY[45] 10286 float _EMAX_D_PROBABILITY[46] 10288 float _EMAX_D_PROBABILITY[47] 10290 float _EMAX_D_PROBABILITY[48] 10292 float _EMAX_D_PROBABILITY[49] 10294 float _EMAX_D_PROBABILITY[50] 10296 float _EMAX_D_PROBABILITY[51] 10298 float _EMAX_D_PROBABILITY[52] 10300 float _EMAX_D_PROBABILITY[53] 10302 float _EMAX_D_PROBABILITY[54] 10304 float _EMAX_D_PROBABILITY[55] UMG 511...
  • Page 66 _EMAX_A_MAXSAVE[1] 10346 float _EMAX_A_MAXSAVE[2] 10348 float _EMAX_A_MAXSAVE[3] 10350 short _EMAX_A_STARTUP[0] 10351 short _EMAX_A_STARTUP[1] 10352 short _EMAX_A_STARTUP[2] 10353 short _EMAX_A_STARTUP[3] 10354 _EMAX_A_MINACTIVE[0] 10356 _EMAX_A_MINACTIVE[1] 10358 _EMAX_A_MINACTIVE[2] 10360 _EMAX_A_MINACTIVE[3] 10362 _EMAX_PERIOD 10364 _EMAX_T_REMAIN 10366 float _EMAX_TREND 10368 float _EMAX_C_TREND UMG 511...
  • Page 67 Modbus address list Address Format Designation Unit Note UMG 511...

  • Page 68: Fft Fourier Analysis

    _FFT_ULL1[39] float _FFT_ULL1[40] float _FFT_ULL1[41] float _FFT_ULL1[42] float _FFT_ULL1[43] float _FFT_ULL1[44] float _FFT_ULL1[45] float _FFT_ULL1[46] float _FFT_ULL1[47] float _FFT_ULL1[48] float _FFT_ULL1[49] float _FFT_ULL1[50] float _FFT_ULL1[51] float _FFT_ULL1[52] float _FFT_ULL1[53] float _FFT_ULL1[54] float _FFT_ULL1[55] float _FFT_ULL1[56] float _FFT_ULL1[57] UMG 511...
  • Page 69 _FFT_ULL2[35] float _FFT_ULL2[36] float _FFT_ULL2[37] float _FFT_ULL2[38] float _FFT_ULL2[39] float _FFT_ULL2[40] float _FFT_ULL2[41] float _FFT_ULL2[42] float _FFT_ULL2[43] float _FFT_ULL2[44] float _FFT_ULL2[45] float _FFT_ULL2[46] float _FFT_ULL2[47] float _FFT_ULL2[48] float _FFT_ULL2[49] float _FFT_ULL2[50] float _FFT_ULL2[51] float _FFT_ULL2[52] float _FFT_ULL2[53] UMG 511...
  • Page 70 _FFT_ULL3[31] float _FFT_ULL3[32] float _FFT_ULL3[33] float _FFT_ULL3[34] float _FFT_ULL3[35] float _FFT_ULL3[36] float _FFT_ULL3[37] float _FFT_ULL3[38] float _FFT_ULL3[39] float _FFT_ULL3[40] float _FFT_ULL3[41] float _FFT_ULL3[42] float _FFT_ULL3[43] float _FFT_ULL3[44] float _FFT_ULL3[45] float _FFT_ULL3[46] float _FFT_ULL3[47] float _FFT_ULL3[48] float _FFT_ULL3[49] UMG 511...
  • Page 71 _FFT_UL1[27] float _FFT_UL1[28] float _FFT_UL1[29] float _FFT_UL1[30] float _FFT_UL1[31] float _FFT_UL1[32] float _FFT_UL1[33] float _FFT_UL1[34] float _FFT_UL1[35] float _FFT_UL1[36] float _FFT_UL1[37] float _FFT_UL1[38] float _FFT_UL1[39] float _FFT_UL1[40] float _FFT_UL1[41] float _FFT_UL1[42] float _FFT_UL1[43] float _FFT_UL1[44] float _FFT_UL1[45] UMG 511...
  • Page 72 _FFT_UL2[23] float _FFT_UL2[24] float _FFT_UL2[25] float _FFT_UL2[26] float _FFT_UL2[27] float _FFT_UL2[28] float _FFT_UL2[29] float _FFT_UL2[30] float _FFT_UL2[31] float _FFT_UL2[32] float _FFT_UL2[33] float _FFT_UL2[34] float _FFT_UL2[35] float _FFT_UL2[36] float _FFT_UL2[37] float _FFT_UL2[38] float _FFT_UL2[39] float _FFT_UL2[40] float _FFT_UL2[41] UMG 511...
  • Page 73 _FFT_UL3[19] float _FFT_UL3[20] float _FFT_UL3[21] float _FFT_UL3[22] float _FFT_UL3[23] float _FFT_UL3[24] float _FFT_UL3[25] float _FFT_UL3[26] float _FFT_UL3[27] float _FFT_UL3[28] float _FFT_UL3[29] float _FFT_UL3[30] float _FFT_UL3[31] float _FFT_UL3[32] float _FFT_UL3[33] float _FFT_UL3[34] float _FFT_UL3[35] float _FFT_UL3[36] float _FFT_UL3[37] UMG 511...
  • Page 74 _FFT_UL4[15] float _FFT_UL4[16] float _FFT_UL4[17] float _FFT_UL4[18] float _FFT_UL4[19] float _FFT_UL4[20] float _FFT_UL4[21] float _FFT_UL4[22] float _FFT_UL4[23] float _FFT_UL4[24] float _FFT_UL4[25] float _FFT_UL4[26] float _FFT_UL4[27] float _FFT_UL4[28] float _FFT_UL4[29] float _FFT_UL4[30] float _FFT_UL4[31] float _FFT_UL4[32] float _FFT_UL4[33] UMG 511...
  • Page 75 _FFT_IL1[11] float _FFT_IL1[12] float _FFT_IL1[13] float _FFT_IL1[14] float _FFT_IL1[15] float _FFT_IL1[16] float _FFT_IL1[17] float _FFT_IL1[18] float _FFT_IL1[19] float _FFT_IL1[20] float _FFT_IL1[21] float _FFT_IL1[22] float _FFT_IL1[23] float _FFT_IL1[24] float _FFT_IL1[25] float _FFT_IL1[26] float _FFT_IL1[27] float _FFT_IL1[28] float _FFT_IL1[29] UMG 511...
  • Page 76 _FFT_IL2[13] 1049 float _FFT_IL2[14] 1051 float _FFT_IL2[15] 1053 float _FFT_IL2[16] 1055 float _FFT_IL2[17] 1057 float _FFT_IL2[18] 1059 float _FFT_IL2[19] 1061 float _FFT_IL2[20] 1063 float _FFT_IL2[21] 1065 float _FFT_IL2[22] 1067 float _FFT_IL2[23] 1069 float _FFT_IL2[24] 1071 float _FFT_IL2[25] UMG 511...
  • Page 77 _FFT_IL3[9] 1167 float _FFT_IL3[10] 1169 float _FFT_IL3[11] 1171 float _FFT_IL3[12] 1173 float _FFT_IL3[13] 1175 float _FFT_IL3[14] 1177 float _FFT_IL3[15] 1179 float _FFT_IL3[16] 1181 float _FFT_IL3[17] 1183 float _FFT_IL3[18] 1185 float _FFT_IL3[19] 1187 float _FFT_IL3[20] 1189 float _FFT_IL3[21] UMG 511...
  • Page 78 _FFT_IL4[5] 1285 float _FFT_IL4[6] 1287 float _FFT_IL4[7] 1289 float _FFT_IL4[8] 1291 float _FFT_IL4[9] 1293 float _FFT_IL4[10] 1295 float _FFT_IL4[11] 1297 float _FFT_IL4[12] 1299 float _FFT_IL4[13] 1301 float _FFT_IL4[14] 1303 float _FFT_IL4[15] 1305 float _FFT_IL4[16] 1307 float _FFT_IL4[17] UMG 511...
  • Page 79 _FFT_PL1[1] 1403 float _FFT_PL1[2] 1405 float _FFT_PL1[3] 1407 float _FFT_PL1[4] 1409 float _FFT_PL1[5] 1411 float _FFT_PL1[6] 1413 float _FFT_PL1[7] 1415 float _FFT_PL1[8] 1417 float _FFT_PL1[9] 1419 float _FFT_PL1[10] 1421 float _FFT_PL1[11] 1423 float _FFT_PL1[12] 1425 float _FFT_PL1[13] UMG 511...
  • Page 80 _FFT_PL1[60] 1521 float _FFT_PL1[61] 1523 float _FFT_PL1[62] 1525 float _FFT_PL2[0] 1527 float _FFT_PL2[1] 1529 float _FFT_PL2[2] 1531 float _FFT_PL2[3] 1533 float _FFT_PL2[4] 1535 float _FFT_PL2[5] 1537 float _FFT_PL2[6] 1539 float _FFT_PL2[7] 1541 float _FFT_PL2[8] 1543 float _FFT_PL2[9] UMG 511...
  • Page 81 _FFT_PL2[56] 1639 float _FFT_PL2[57] 1641 float _FFT_PL2[58] 1643 float _FFT_PL2[59] 1645 float _FFT_PL2[60] 1647 float _FFT_PL2[61] 1649 float _FFT_PL2[62] 1651 float _FFT_PL3[0] 1653 float _FFT_PL3[1] 1655 float _FFT_PL3[2] 1657 float _FFT_PL3[3] 1659 float _FFT_PL3[4] 1661 float _FFT_PL3[5] UMG 511...
  • Page 82 _FFT_PL3[52] 1757 float _FFT_PL3[53] 1759 float _FFT_PL3[54] 1761 float _FFT_PL3[55] 1763 float _FFT_PL3[56] 1765 float _FFT_PL3[57] 1767 float _FFT_PL3[58] 1769 float _FFT_PL3[59] 1771 float _FFT_PL3[60] 1773 float _FFT_PL3[61] 1775 float _FFT_PL3[62] 1777 float _FFT_PL4[0] 1779 float _FFT_PL4[1] UMG 511...
  • Page 83 _FFT_PL4[48] 1875 float _FFT_PL4[49] 1877 float _FFT_PL4[50] 1879 float _FFT_PL4[51] 1881 float _FFT_PL4[52] 1883 float _FFT_PL4[53] 1885 float _FFT_PL4[54] 1887 float _FFT_PL4[55] 1889 float _FFT_PL4[56] 1891 float _FFT_PL4[57] 1893 float _FFT_PL4[58] 1895 float _FFT_PL4[59] 1897 float _FFT_PL4[60] UMG 511...
  • Page 84 _FFT_QL1[44] 1993 float _FFT_QL1[45] 1995 float _FFT_QL1[46] 1997 float _FFT_QL1[47] 1999 float _FFT_QL1[48] 2001 float _FFT_QL1[49] 2003 float _FFT_QL1[50] 2005 float _FFT_QL1[51] 2007 float _FFT_QL1[52] 2009 float _FFT_QL1[53] 2011 float _FFT_QL1[54] 2013 float _FFT_QL1[55] 2015 float _FFT_QL1[56] UMG 511...
  • Page 85 _FFT_QL2[40] 2111 float _FFT_QL2[41] 2113 float _FFT_QL2[42] 2115 float _FFT_QL2[43] 2117 float _FFT_QL2[44] 2119 float _FFT_QL2[45] 2121 float _FFT_QL2[46] 2123 float _FFT_QL2[47] 2125 float _FFT_QL2[48] 2127 float _FFT_QL2[49] 2129 float _FFT_QL2[50] 2131 float _FFT_QL2[51] 2133 float _FFT_QL2[52] UMG 511...
  • Page 86 _FFT_QL3[36] 2229 float _FFT_QL3[37] 2231 float _FFT_QL3[38] 2233 float _FFT_QL3[39] 2235 float _FFT_QL3[40] 2237 float _FFT_QL3[41] 2239 float _FFT_QL3[42] 2241 float _FFT_QL3[43] 2243 float _FFT_QL3[44] 2245 float _FFT_QL3[45] 2247 float _FFT_QL3[46] 2249 float _FFT_QL3[47] 2251 float _FFT_QL3[48] UMG 511...
  • Page 87 _FFT_QL4[32] 2347 float _FFT_QL4[33] 2349 float _FFT_QL4[34] 2351 float _FFT_QL4[35] 2353 float _FFT_QL4[36] 2355 float _FFT_QL4[37] 2357 float _FFT_QL4[38] 2359 float _FFT_QL4[39] 2361 float _FFT_QL4[40] 2363 float _FFT_QL4[41] 2365 float _FFT_QL4[42] 2367 float _FFT_QL4[43] 2369 float _FFT_QL4[44] UMG 511...
  • Page 88 _FFT_ULLZ1[28] 2465 float _FFT_ULLZ1[29] 2467 float _FFT_ULLZ1[30] 2469 float _FFT_ULLZ1[31] 2471 float _FFT_ULLZ1[32] 2473 float _FFT_ULLZ1[33] 2475 float _FFT_ULLZ1[34] 2477 float _FFT_ULLZ1[35] 2479 float _FFT_ULLZ1[36] 2481 float _FFT_ULLZ1[37] 2483 float _FFT_ULLZ1[38] 2485 float _FFT_ULLZ1[39] 2487 float _FFT_ULLZ1[40] UMG 511...
  • Page 89 _FFT_ULLZ2[24] 2583 float _FFT_ULLZ2[25] 2585 float _FFT_ULLZ2[26] 2587 float _FFT_ULLZ2[27] 2589 float _FFT_ULLZ2[28] 2591 float _FFT_ULLZ2[29] 2593 float _FFT_ULLZ2[30] 2595 float _FFT_ULLZ2[31] 2597 float _FFT_ULLZ2[32] 2599 float _FFT_ULLZ2[33] 2601 float _FFT_ULLZ2[34] 2603 float _FFT_ULLZ2[35] 2605 float _FFT_ULLZ2[36] UMG 511...
  • Page 90 _FFT_ULLZ3[20] 2701 float _FFT_ULLZ3[21] 2703 float _FFT_ULLZ3[22] 2705 float _FFT_ULLZ3[23] 2707 float _FFT_ULLZ3[24] 2709 float _FFT_ULLZ3[25] 2711 float _FFT_ULLZ3[26] 2713 float _FFT_ULLZ3[27] 2715 float _FFT_ULLZ3[28] 2717 float _FFT_ULLZ3[29] 2719 float _FFT_ULLZ3[30] 2721 float _FFT_ULLZ3[31] 2723 float _FFT_ULLZ3[32] UMG 511...
  • Page 91 _FFT_ULZ1[16] 2819 float _FFT_ULZ1[17] 2821 float _FFT_ULZ1[18] 2823 float _FFT_ULZ1[19] 2825 float _FFT_ULZ1[20] 2827 float _FFT_ULZ1[21] 2829 float _FFT_ULZ1[22] 2831 float _FFT_ULZ1[23] 2833 float _FFT_ULZ1[24] 2835 float _FFT_ULZ1[25] 2837 float _FFT_ULZ1[26] 2839 float _FFT_ULZ1[27] 2841 float _FFT_ULZ1[28] UMG 511...
  • Page 92 _FFT_ULZ2[12] 2937 float _FFT_ULZ2[13] 2939 float _FFT_ULZ2[14] 2941 float _FFT_ULZ2[15] 2943 float _FFT_ULZ2[16] 2945 float _FFT_ULZ2[17] 2947 float _FFT_ULZ2[18] 2949 float _FFT_ULZ2[19] 2951 float _FFT_ULZ2[20] 2953 float _FFT_ULZ2[21] 2955 float _FFT_ULZ2[22] 2957 float _FFT_ULZ2[23] 2959 float _FFT_ULZ2[24] UMG 511...
  • Page 93 _FFT_ULZ3[8] 3055 float _FFT_ULZ3[9] 3057 float _FFT_ULZ3[10] 3059 float _FFT_ULZ3[11] 3061 float _FFT_ULZ3[12] 3063 float _FFT_ULZ3[13] 3065 float _FFT_ULZ3[14] 3067 float _FFT_ULZ3[15] 3069 float _FFT_ULZ3[16] 3071 float _FFT_ULZ3[17] 3073 float _FFT_ULZ3[18] 3075 float _FFT_ULZ3[19] 3077 float _FFT_ULZ3[20] UMG 511...
  • Page 94 _FFT_ULZ4[4] 3173 float _FFT_ULZ4[5] 3175 float _FFT_ULZ4[6] 3177 float _FFT_ULZ4[7] 3179 float _FFT_ULZ4[8] 3181 float _FFT_ULZ4[9] 3183 float _FFT_ULZ4[10] 3185 float _FFT_ULZ4[11] 3187 float _FFT_ULZ4[12] 3189 float _FFT_ULZ4[13] 3191 float _FFT_ULZ4[14] 3193 float _FFT_ULZ4[15] 3195 float _FFT_ULZ4[16] UMG 511...
  • Page 95 _FFT_ILZ1[0] 3291 float _FFT_ILZ1[1] 3293 float _FFT_ILZ1[2] 3295 float _FFT_ILZ1[3] 3297 float _FFT_ILZ1[4] 3299 float _FFT_ILZ1[5] 3301 float _FFT_ILZ1[6] 3303 float _FFT_ILZ1[7] 3305 float _FFT_ILZ1[8] 3307 float _FFT_ILZ1[9] 3309 float _FFT_ILZ1[10] 3311 float _FFT_ILZ1[11] 3313 float _FFT_ILZ1[12] UMG 511...
  • Page 96 _FFT_ILZ1[59] 3409 float _FFT_ILZ1[60] 3411 float _FFT_ILZ1[61] 3413 float _FFT_ILZ1[62] 3415 float _FFT_ILZ2[0] 3417 float _FFT_ILZ2[1] 3419 float _FFT_ILZ2[2] 3421 float _FFT_ILZ2[3] 3423 float _FFT_ILZ2[4] 3425 float _FFT_ILZ2[5] 3427 float _FFT_ILZ2[6] 3429 float _FFT_ILZ2[7] 3431 float _FFT_ILZ2[8] UMG 511...
  • Page 97 _FFT_ILZ2[55] 3527 float _FFT_ILZ2[56] 3529 float _FFT_ILZ2[57] 3531 float _FFT_ILZ2[58] 3533 float _FFT_ILZ2[59] 3535 float _FFT_ILZ2[60] 3537 float _FFT_ILZ2[61] 3539 float _FFT_ILZ2[62] 3541 float _FFT_ILZ3[0] 3543 float _FFT_ILZ3[1] 3545 float _FFT_ILZ3[2] 3547 float _FFT_ILZ3[3] 3549 float _FFT_ILZ3[4] UMG 511...
  • Page 98 _FFT_ILZ3[51] 3645 float _FFT_ILZ3[52] 3647 float _FFT_ILZ3[53] 3649 float _FFT_ILZ3[54] 3651 float _FFT_ILZ3[55] 3653 float _FFT_ILZ3[56] 3655 float _FFT_ILZ3[57] 3657 float _FFT_ILZ3[58] 3659 float _FFT_ILZ3[59] 3661 float _FFT_ILZ3[60] 3663 float _FFT_ILZ3[61] 3665 float _FFT_ILZ3[62] 3667 float _FFT_ILZ4[0] UMG 511...
  • Page 99 Modbus address list Address Format Designation Unit Note 3669 float _FFT_ILZ4[1] 3671 float _FFT_ILZ4[2] 3673 float _FFT_ILZ4[3] 3675 float _FFT_ILZ4[4] 3677 float _FFT_ILZ4[5] 3679 float _FFT_ILZ4[6] 3681 float _FFT_ILZ4[7] 3683 float _FFT_ILZ4[8] 3685 float _FFT_ILZ4[9] 3687 float _FFT_ILZ4[10] 3689 float _FFT_ILZ4[11] 3691 float...

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