Modbus Register Map for Power Xpert Meter 4000/6000/8000

Transcription

1 Instruction Booklet IB150014EN Effective March 2017 Map for Power Xpert Meter 4000/6000/8000 Contents Description Page Communication Standard Map Extended Map THD magnitude registers on THD/TDD percentage registers on Minimum and Maximum Map I/O Map Event Trigger Map Event Log Map Trend and Profile Query Map Latest Min/Max/Avg Map Latest Demand Profile Map PXM468K

2 Communication Mapping The Power Xpert Meter platform supports many standard buffers; however, it has extended functionality such that complete new sets of registers are required (Invalid Object Access Configuration) number 2001 is used to configure the product to respond to a group of data objects, of which some objects are invalid within that group. When set to zero (default), the product will respond to a group of objects with data contained in the valid objects of the group along with data contained in the invalid objects (or an invalid number, if available: for example floating point value NaN = 7FF ). This allows access to a block of registers using a single read command, of which some are not implemented in that block, rather than multiple read commands, which contain only implemented registers. The application is thus responsible for selecting the implemented registers. The starting register number must be a valid object. If the starting register number accesses an invalid object, the illegal data object exception code 02 will be issued, regardless of this configuration setting. When set to non zero, any attempt to access a group of data objects, which contain an invalid object will result in an illegal data object exception code (Floating-Point Data Configuration) number 2002 is used to configure the 32 bit IEEE floating point word order. When set to zero (default), the floating point high-order 16 bit word is placed first in the register (x) followed by the low order 16 bit word in the next register space (x+1). The resulting transmission order is 3 rd byte, 2 nd byte, 1 st byte and lastly 0 th byte, with bit 24 transmitted first. When non zero, the floating-point low order 16 bit word is first in the register space (Fixed-Point Data Multi- Configuration) number 2003 is used to configure the 32 bit and 64 bit fixed point word order (including the 64 bit extended energy objects). When set to zero (default), the fixed point multi-register high order 16 bit word is placed first in the register (x) followed by the next lower order 16 bit word in the next register space (x+1) and so forth. For 32 bit objects the resulting transmission order is 3 rd byte, 2 nd byte, 1 st byte and lastly 0 th byte, with bit 24 transmitted first. For 64 bit objects the resulting transmission order is 7 th byte, 6 th byte, 5 th byte, 4 th byte, 3 rd byte, 2 nd byte, 1 st byte and lastly 0 th byte, with bit 56 transmitted first. When non zero, the fixed-point low order 16 bit word is first in the register space. Page 2 IB150014EN

3 2901 (Controls RTU) BYTE2 BYTE1 BYTE0 Standard Control Definitions (BYTE3=0) Reset peak demand (kw, kvar, kva, Amps) H Reset device software (reboot) H Reset (synchronize) demand windows Reset all min/max values Reset discrete input counters Capture waveform Reset Com Port statistics Acknowledge triggered events (clear unread events flag from status) 4 1 X Activate relay output #X (0-2) for relays 1-3, respectively 4 2 X De-activate relay output #X (0-2) for relays 1-3, respectively 2921 (Time/Date) The present device time can be read from these registers. A new time can be written to these registers and becomes an active clock. This is intended to represent the local time; however, if the zone offset is zero, the net effect is UTC (GMT). Definition Number(decimal) Month Day Year Data Range(decimal) Day Of Week =Sunday...7=Saturday Hour Minute Second /100 th Second , 4719 (duplicate addr) (ProductID) {0x B} Where: D5-D0=>Division Code=8; V3-V0 =>ComVersion=0; P5-P0 =>Product ID=11 (0xB) 126E 126F Bits Bits Bits Bits xxxxxxxx xxxxxxxx P5 P4 P3 P2 P1 P0 V3 V2 V1 V0 D5 D4 D3 D2 D1 D0 IB150014EN Page 3

4 4609 (Product Status) Hi Byte P7 P6 P5 P4 P3 P2 P1 P0 Lo Byte S7 S6 S5 S4 S3 P2 S1 S0 Primary Status Code Secondary Status Code Primary Status Code Primary Status Definition Secondary Status Code Secondary Status Definition 4 Alarmed 1 Not applicable 9 Operational 7 Powered up 4610 (Cause of Status) [Standard] Code Reason for Status Definition Code Reason for Status Definition 0 Unknown 29 Current Demand 1 Normal operating mode 30 Total Harmonic Distortion 2 Discrete Input #1 42 Multiple causes 11 Over Voltage 65 Reverse Power 12 Under Voltage 81 Discrete Input #2 15 Under Frequency 83 Discrete Input #3 16 Over Frequency 86 Discrete Input #4 19 Apparent Power Factor 87 Discrete Input #5 20 Displacement Power Factor 88 Discrete Input #6 23 Watt 89 Discrete Input #7 24 VA 90 Discrete Input #8 25 Var 117 Voltage Sag / Semi F47 26 Power Demand 118 Voltage Swell 27 VA Demand 129 Manual Event / 28 Var Demand 142 Voltage Transient Page 4 IB150014EN

5 s (Real-Time Measured Values) See Table 1 for detailed listing (Real-Time and Historic Meter Data) See Tables Types of Data FLOATING-POINT (IEEE-754) Power Xpert Meter makes extensive use of the IEEE-754 floating-point format for real-time and historic data. The standard representation requires a 32-bit word. The first bit is the sign bit, S, the next eight bits are the exponent bits, E, and the final 23 bits are the fraction F: S EEEEEEEE FFFFFFFFFFFFFFFFFFFFFFF The value represented by the word may be determined as follows: If E=255 and F is nonzero, then V=NaN ( Not a number ) If E=255 and F is zero and S is 1, then V=-Infinity If E=255 and F is zero and S is 0, then V=Infinity If 0<E<255 then V=(-1) S * 2 (E-127) * (1.F) where 1.F is intended to represent the binary number created by prefixing F with an implicit leading 1 and a binary point. If E=0 and F is nonzero, then V=(-1) S * 2 (-126) * (0.F). [un-normalized value] ENERGY FORMAT (64-BIT) Energy registers are represented in a 64 bit format where the high order 16 bit register is always a fixed scale of This high order register is not subject to configuration changes and can be ignored. The Low order 48 bits represent an integer KWH reading. The Lower 32 bits of the KWH reading can be read independently as a 32 bit swapped long integer number. Forward, Reverse and Sum/Total energies are stored as unsigned integers. These Low order 32 bit swapped long integers have a range of billion KWH. Net Energy readings are stored as signed 32 bit swapped long integers. These low order 32 bit swapped long integers have a range of +/- 2.1 billion KWH. LIST OF TRIGGER EVENTS Starting at Reigster is a list of the 20 ost recent triggered events. 32-bit EventID Timestamp UTC/GMT) Cause (see 4610 for definitions) Param 1, Param 2, IEEE floating-point values that are related to the event-if applicable.) EVENT LOG Starting at is a list of the 20 most recent logs. EventID (32 bit) Timestamp (UTC/GMT) Number of ASCII characters in logged ddescription (16 bit) Logged Description (ADCII string of up to 150 characters) IB150014EN Page 5

6 GENERAL FORMAT (1 SCALING REGISTER, 3 MANTISSA REGISTERS) EEEEEEEEMMMMMMMMmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm TIMESTAMP (UTC) Definition Month 1-12 Day 1-31 Year Hour 0 23 Minute 0 59 Millisecond Data Range(decimal) Page 6 IB150014EN

7 1. Standard Map Description D0 Invalid Object Access setting Uint16 Encoded D1 Floating-Point Word Order setting Uint16 Encoded D2 Fixed-Point Word Order setting Uint16 Encoded D3 Subnetwork Routing Mode (see chapter 2 for description of mode settings) Uint16 Encoded D4 Subnetwork Timeout Milliseconds Uint16 ms D5 Subnetwork Retry Uint16 Encoded B54 Slave Action Uint16 Encoded B68 Time (MM/DD/YY day HH:MM:SS 100th) Uint16 Misc FE Product ID (constant, initially 0x2C08) Uint Primary/Secondary Status Uint16 Encoded Cause-Of-Status Uint16 Encoded IA Float Amps IB Float Amps IC Float Amps IG Float Amps A IN Float Amps C Iavg Float Amps E VAB Float Volts VBC Float Volts VCA Float Volts VLLavg Float Volts VAN Float Volts VBN Float Volts A VCN Float Volts C VLNavg Float Volts E VNG Float Volts A Real Power (Watts) Float Watts C Reactive Power (VAr) Float VAr E Apparent Power (VA) Float VA PFd [Displacement Power Factor] Float PFa [Apparent\True Power Factor] Float 2 IB150014EN Page 7

8 Description Frequency Float Hz K-factor (not supported in PXM 4000 prior to firmware 12.x.x) Float 2 Transformer Harmonic Derating Factor (sqrt2/crest- Factor) Float A Phase A Watts Float Watts C Phase B Watts Float Watts E Phase C Watts Float Watts Phase A VAr Float VAr Phase B VAr Float VAr Phase C VAr Float VAr Phase A VA Float VA Phase B VA Float VA A Phase C VA Float VA C Phase A PFd [Displacement Power Factor] Float E Phase B PFd Float Phase C PFd Float Phase A PFa [Apparent\True Power Factor] Float Phase B PFa Float Phase C PFa Float A Source1 VAB (AUX) Float Volts C Source1 VBC (AUX) Float Volts E Source1 VCA (AUX) Float Volts Freq (same as 4661) Float Hz E ProductID (same as 4607) Uint D2 Phase A Direct (V) Float Volts D4 Phase A Quadrature (V) Float Volts D6 Phase B Direct (V) Float Volts D8 Phase B Quadrature (V) Float Volts DA Phase C Direct (V) Float Volts DC Phase C Quadrature (V) Float Volts DE E0 Positive Sequence Direct (V) (not supported in PXM 4000) Float Volts 2 Positive Sequence Quadrature (V) (not supported in PXM 4000) Float Volts A0 Forward Wh Energy Wh A4 Reverse Wh Energy Wh A8 Sum Total Wh Energy Wh 4 Page 8 IB150014EN

9 Description AC Delivered/Leading Varh Energy VArh B0 Received/Lagging Varh Energy VArh B4 Net Varh Energy VArh B8 Vah Energy Vah 4 2. Extended Map F Firmware (only available for meters running firmware version ) Firmware Version Info Char String AF7 Miscellaneous Event Uint32 Event AF9 NinesOfAvailability\Performance Float Percentage AFB SystemFrequency Float Hertz AFD Current Ig200 [200ms rms current] Float Amps AFF In200 Float Amps B01 Ia200 Float Amps B03 Ib200 Float Amps B05 Ic200 Float Amps B07 Iavg200 Float Amps B09 Voltage Vlnavg200 [200ms rms voltage] Float Volts B0B Vng200 Float Volts B0D VllavgAUX_200 Float Volts B0F VabAUX_200 Float Volts B11 VbcAUX_200 Float Volts B13 VcaAUX_200 Float Volts B15 Van200 Float Volts B17 Vab200 Float Volts B19 Vbn200 Float Volts B1B Vbc200 Float Volts B1D Vcn200 Float Volts B1F Vca200 Float Volts B21 Vllavg200 Float Volts B23 Apparent\True PowerFactor PhaseA Float 2 IB150014EN Page 9

10 B25 PhaseB Float B27 PhaseC Float B29 System Float B2B RealForwardEnergy RateA Energy kwh B2F RateB Energy kwh B33 RateC Energy kwh B37 RateD Energy kwh B3B RTP Energy kwh B3F Total Energy kwh B43 RealReverseEnergy RateA Energy kwh B47 RateB Energy kwh B4B RateC Energy kwh B4F RateD Energy kwh B53 RTP Energy kwh B57 Total Energy kwh B5B RealNetEnergy RateA Energy kwh B5F RateB Energy kwh B63 RateC Energy kwh B67 RateD Energy kwh B6B RTP Energy kwh B6F Total Energy kwh B73 RealTotalEnergy RateA Energy kwh B77 RateB Energy kwh B7B RateC Energy kwh B7F RateD Energy kwh B83 RTP Energy kwh B87 Total Energy kwh B8B ApparentEnergy (kvah) RateA Energy kvah B8F RateB Energy kvah B93 RateC Energy kvah B97 RateD Energy kvah B9B RTP Energy kvah B9F Total Energy kvah BA3 ReactiveDeliveredEnergy RateA Energy kvarh BA7 RateB Energy kvarh BAB RateC Energy kvarh BAF RateD Energy kvarh BB3 RTP Energy kvarh BB7 Total Energy kvarh BBB ReactiveReceivedEnergy RateA Energy kvarh 4 Page 10 IB150014EN

11 BBF RateB Energy kvarh BC3 RateC Energy kvarh BC7 RateD Energy kvarh BCB RTP Energy kvarh BCF Total Energy kvarh BD3 ReactiveNetEnergy RateA Energy kvarh BD7 RateB Energy kvarh BDB RateC Energy kvarh BDF RateD Energy kvarh BE3 RTP Energy kvarh BE7 Total Energy kvarh BEB ReactiveTotalEnergy RateA Energy kvarh BEF RateB Energy kvarh BF3 RateC Energy kvarh BF7 RateD Energy kvarh BFB RTP Energy kvarh BFF Total Energy kvarh C03 CrestFactor PhaseA Float C05 PhaseB Float C07 PhaseC Float C09 SystemMaximum Float C0B ITIC Factor PhaseA Float C0D PhaseB Float C0F PhaseC Float C11 SystemMinimum Float C13 FlickerPerceptibility (not supported in PXM 4000) PhaseAtoNeutral Float C15 (not supported in PXM 4000) PhaseAtoPhaseB Float C17 (not supported in PXM 4000) PhaseBtoNeutral Float C19 (not supported in PXM 4000) PhaseBtoPhaseC Float C1B (not supported in PXM 4000) PhaseCtoNeutral Float C1D (not supported in PXM 4000) PhaseCtoPhaseA Float C1F ShortTermFlickerPerceptibility (not supported in PXM 4000) PhaseAtoNeutral Float C21 (not supported in PXM 4000) PhaseAtoPhaseB Float C23 (not supported in PXM 4000) PhaseBtoNeutral Float C25 (not supported in PXM 4000) PhaseBtoPhaseC Float C27 (not supported in PXM 4000) PhaseCtoNeutral Float C29 (not supported in PXM 4000) PhaseCtoPhaseA Float C2B K-Factor PhaseA Float 2 IB150014EN Page 11

12 C2D PhaseB Float C2F PhaseC Float C31 SystemMaximum Float C33 EvenHarmonic DistortionMagnitude (not supported in PXM 4000) NeutralCurrent Float Amps C35 (not supported in PXM 4000) AUX PhaseAtoBVoltage Float Volts C37 (not supported in PXM 4000) AUX PhaseBtoCVoltage Float Volts C39 (not supported in PXM 4000) AUX PhaseCtoAVoltage Float Volts C3B (not supported in PXM 4000) PhaseACurrent Float Amps C3D (not supported in PXM 4000) PhaseAtoBVoltage Float Volts C3F (not supported in PXM 4000) PhaseAtoNeutralVoltage Float Volts C41 (not supported in PXM 4000) PhaseBCurrent Float Amps C43 (not supported in PXM 4000) PhaseBtoCVoltage Float Volts C45 (not supported in PXM 4000) PhaseBtoNeutralVoltage Float Volts C47 (not supported in PXM 4000) PhaseCCurrent Float Amps C49 (not supported in PXM 4000) PhaseCtoAVoltage Float Volts C4B (not supported in PXM 4000) PhaseCtoNeutralVoltage Float Volts C4D OddHarmonic DistortionMagnitude (not supported in PXM 4000) NeutralCurrent Float Amps C4F (not supported in PXM 4000) AUX PhaseAtoBVoltage Float Volts C51 (not supported in PXM 4000) AUX PhaseBtoCVoltage Float Volts C53 (not supported in PXM 4000) AUX PhaseCtoAVoltage Float Volts C55 (not supported in PXM 4000) PhaseACurrent Float Amps C57 (not supported in PXM 4000) PhaseAtoBVoltage Float Volts C59 (not supported in PXM 4000) PhaseAtoNeutralVoltage Float Volts C5B (not supported in PXM 4000) PhaseBCurrent Float Amps C5D (not supported in PXM 4000) PhaseBtoCVoltage Float Volts C5F (not supported in PXM 4000) PhaseBtoNeutralVoltage Float Volts C61 (not supported in PXM 4000) PhaseCCurrent Float Amps C63 (not supported in PXM 4000) PhaseCtoAVoltage Float Volts C65 (not supported in PXM 4000) PhaseCtoNeutralVoltage Float Volts C67 InterHarmonic DistortionMagnitude (not supported in PXM 4000) NeutralCurrent Float Amps C69 (not supported in PXM 4000) AUX PhaseAtoBVoltage Float Volts C6B (not supported in PXM 4000) AUX PhaseBtoCVoltage Float Volts C6D (not supported in PXM 4000) AUX PhaseCtoAVoltage Float Volts C6F (not supported in PXM 4000) PhaseACurrent Float Amps C71 (not supported in PXM 4000) PhaseAtoBVoltage Float Volts C73 (not supported in PXM 4000) PhaseAtoNeutralVoltage Float Volts C75 (not supported in PXM 4000) PhaseBCurrent Float Amps C77 (not supported in PXM 4000) PhaseBtoCVoltage Float Volts 2 Page 12 IB150014EN

13 C79 (not supported in PXM 4000) PhaseBtoNeutralVoltage Float Volts C7B (not supported in PXM 4000) PhaseCCurrent Float Amps C7D (not supported in PXM 4000) PhaseCtoAVoltage Float Volts C7F (not supported in PXM 4000) PhaseCtoNeutralVoltage Float Volts C81 TotalHarmonic DistortionMagnitude NeutralCurrent Float Amps C83 AUX PhaseAtoBVoltage Float Volts C85 AUX PhaseBtoCVoltage Float Volts C87 AUX PhaseCtoAVoltage Float Volts C89 PhaseACurrent Float Amps C8B PhaseAtoBVoltage Float Volts C8D PhaseAtoNeutralVoltage Float Volts C8F PhaseBCurrent Float Amps C91 PhaseBtoCVoltage Float Volts C93 PhaseBtoNeutralVoltage Float Volts C95 PhaseCCurrent Float Amps C97 PhaseCtoAVoltage Float Volts C99 PhaseCtoNeutralVoltage Float Volts C9B DisplacementPowerFactor DPFa Float C9D DPFb Float C9F DPFc Float CA1 DPFsys Float CA3 Apparent Power Sa Float kva CA5 Sb Float kva CA7 Sc Float kva CA9 Stotal Float kva CAB Reactive Power Qa Float kvar CAD Qb Float kvar CAF Qc Float kvar CB1 Qsys Float kvar CB3 Real Power Pa Float kw CB5 Pb Float kw CB7 Pc Float kw CB9 Ptotal Float kw CBB CurrentPhaseAngle Neutral Float Degrees CBD PhaseA Float Degrees CBF PhaseB Float Degrees CC1 PhaseC Float Degrees CC3 VoltagePhaseAngle Van Float Degrees CC5 Vbn Float Degrees CC7 Vcn Float Degrees 2 IB150014EN Page 13

14 CC9 Vab Float Degrees CCB Vbc Float Degrees CCD Vca Float Degrees CCF CurrentPhasor PhasorIg Complex Amps CD3 PhasorIn Complex Amps CD7 PhasorIa Complex Amps CDB PhasorIb Complex Amps CDF PhasorIc Complex Amps CE3 VoltagePhasor PhasorVan Complex Volts CE7 PhasorVbn Complex Volts CEB PhasorVcn Complex Volts CEF PhasorVab Complex Volts CF3 PhasorVbc Complex Volts CF7 PhasorVca Complex Volts CFB Symmetric Current Component (not supported in PXM 4000) PosSeqI Complex Amps CFF (not supported in PXM 4000) NegSeqI Complex Amps D03 (not supported in PXM 4000) ZeroSeqI Complex Amps D07 SymmetricAUX VoltageComponent (not supported in PXM 4000) PosSeqVAUX Complex Volts D0B (not supported in PXM 4000) NegSeqVAUX Complex Volts D0F (not supported in PXM 4000) ZeroSeqVAUX Complex Volts D13 SymmetricVoltage Component (not supported in PXM 4000) PosSeqV Complex Volts D17 (not supported in PXM 4000) NegSeqV Complex Volts D1B (not supported in PXM 4000) ZeroSeqV Complex Volts 4 2D1F LastMonthDemandCurrent PeakDmdRateA Float Amps D21 PeakDmdRateB Float D23 PeakDmdRateC Float D25 PeakDmdRateD Float D27 PeakDmdRateTot Float D29 PeakDmdRateRTP Float D2D LastMonthDemand CurrentDate PeakDmdRateA Date Date D33 PeakDmdRateB Date D39 PeakDmdRateC Date D3F PeakDmdRateD Date D45 PeakDmdRateTot Date D4B PeakDmdRateRTP Date D73 LastMonthFwdReal DemandPower PeakDmdRateA Float Watts D75 PeakDmdRateB Float D77 PeakDmdRateC Float 2 Page 14 IB150014EN

15 D79 PeakDmdRateD Float D7B PeakDmdRateTot Float D7D PeakDmdRateRTP Float D81 LastMonthFwdReal DemandPower- Date PeakDmdRateA Date Date D87 PeakDmdRateB Date D8D PeakDmdRateC Date D93 PeakDmdRateD Date D99 PeakDmdRateTot Date D9F PeakDmdRateRTP Date DC7 LastMonthRevReal DemandPower PeakDmdRateA Float Watts DC9 PeakDmdRateB Float DCB PeakDmdRateC Float DCD PeakDmdRateD Float DCF PeakDmdRateTot Float DD1 PeakDmdRateRTP Float DD5 LastMonthRevReal DemandPower- Date PeakDmdRateA Date Date DDB PeakDmdRateB Date DE1 PeakDmdRateC Date DE7 PeakDmdRateD Date DED PeakDmdRateTot Date DF3 PeakDmdRateRTP Date E1B LastMonthNetReal DemandPower PeakDmdRateA Float Watts E1D PeakDmdRateB Float E1F PeakDmdRateC Float E21 PeakDmdRateD Float E23 PeakDmdRateTot Float E25 PeakDmdRateRTP Float E29 LastMonthNetReal DemandPower- Date PeakDmdRateA Date Date E2F PeakDmdRateB Date E35 PeakDmdRateC Date E3B PeakDmdRateD Date E41 PeakDmdRateTot Date E47 PeakDmdRateRTP Date E6F LastMonthSumReal DemandPower PeakDmdRateA Float Watts E71 PeakDmdRateB Float E73 PeakDmdRateC Float E75 PeakDmdRateD Float E77 PeakDmdRateTot Float 2 IB150014EN Page 15

16 E79 PeakDmdRateRTP Float E7D LastMonthSumReal DemandPower- Date PeakDmdRateA Date Date E83 PeakDmdRateB Date E89 PeakDmdRateC Date E8F PeakDmdRateD Date E95 PeakDmdRateTot Date E9B PeakDmdRateRTP Date EC3 LastMonthDeliveredReactive DemandPower PeakDmdRateA Float var EC5 PeakDmdRateB Float EC7 PeakDmdRateC Float EC9 PeakDmdRateD Float ECB PeakDmdRateTot Float ECD PeakDmdRateRTP Float ED1 LastMonthDeliveredReactive DemandPowerDate PeakDmdRateA Date Date ED7 PeakDmdRateB Date EDD PeakDmdRateC Date EE3 PeakDmdRateD Date EE9 PeakDmdRateTot Date EEF PeakDmdRateRTP Date F17 LastMonthReceivedReactive DemandPower PeakDmdRateA Float var F19 PeakDmdRateB Float F1B PeakDmdRateC Float F1D PeakDmdRateD Float F1F PeakDmdRateTot Float F21 PeakDmdRateRTP Float F25 LastMonthReceivedReactive DemandPowerDate PeakDmdRateA Date Date F2B PeakDmdRateB Date F31 PeakDmdRateC Date F37 PeakDmdRateD Date F3D PeakDmdRateTot Date F43 PeakDmdRateRTP Date F6B LastMonthNetReactive Demand- Power PeakDmdRateA Float var F6D PeakDmdRateB Float F6F PeakDmdRateC Float F71 PeakDmdRateD Float F73 PeakDmdRateTot Float 2 Page 16 IB150014EN

17 F75 PeakDmdRateRTP Float F79 LastMonthNetReactive DemandPowerDate PeakDmdRateA Date Date F7F PeakDmdRateB Date F85 PeakDmdRateC Date F8B PeakDmdRateD Date F91 PeakDmdRateTot Date F97 PeakDmdRateRTP Date FBF LastMonthSumReactive Demand- Power PeakDmdRateA Float var FC1 PeakDmdRateB Float FC3 PeakDmdRateC Float FC5 PeakDmdRateD Float FC7 PeakDmdRateTot Float FC9 PeakDmdRateRTP Float FCD LastMonthSumReactive Demand- PowerDate PeakDmdRateA Date Date FD3 PeakDmdRateB Date FD9 PeakDmdRateC Date FDF PeakDmdRateD Date FE5 PeakDmdRateTot Date FEB PeakDmdRateRTP Date LastMonthApparent DemandPower PeakDmdRateA Float VA PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float B PeakDmdRateTot Float D PeakDmdRateRTP Float LastMonthApparent DemandPower- Date PeakDmdRateA Date Date PeakDmdRateB Date D PeakDmdRateC Date PeakDmdRateD Date PeakDmdRateTot Date F PeakDmdRateRTP Date LastPeakDemandCurrent PeakDmdRateA Float Amps PeakDmdRateB Float B PeakDmdRateC Float D PeakDmdRateD Float F PeakDmdRateTot Float PeakDmdRateRTP Float 2 IB150014EN Page 17

18 LastPeakDemandCurrentDate PeakDmdRateA Date Date B PeakDmdRateB Date PeakDmdRateC Date PeakDmdRateD Date D PeakDmdRateTot Date PeakDmdRateRTP Date BB LastPeakFwdReal DemandPower PeakDmdRateA Float Watts BD PeakDmdRateB Float BF PeakDmdRateC Float C1 PeakDmdRateD Float C3 PeakDmdRateTot Float C5 PeakDmdRateRTP Float C9 LastPeakFwdReal DemandPower- Date PeakDmdRateA Date Date CF PeakDmdRateB Date D5 PeakDmdRateC Date DB PeakDmdRateD Date E1 PeakDmdRateTot Date E7 PeakDmdRateRTP Date F LastPeakRevReal DemandPower PeakDmdRateA Float Watts PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float D LastPeakRevReal DemandPower- Date PeakDmdRateA Date Date PeakDmdRateB Date PeakDmdRateC Date F PeakDmdRateD Date PeakDmdRateTot Date B PeakDmdRateRTP Date LastPeakNetReal DemandPower PeakDmdRateA Float Watts PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float B PeakDmdRateTot Float D PeakDmdRateRTP Float LastPeakNetReal DemandPowerDate PeakDmdRateA Date Date PeakDmdRateB Date D PeakDmdRateC Date 6 Page 18 IB150014EN

19 PeakDmdRateD Date PeakDmdRateTot Date F PeakDmdRateRTP Date B7 LastPeakSumReal DemandPower PeakDmdRateA Float Watts B9 PeakDmdRateB Float BB PeakDmdRateC Float BD PeakDmdRateD Float BF PeakDmdRateTot Float C1 PeakDmdRateRTP Float C5 LastPeakSumReal DemandPower- Date PeakDmdRateA Date Date CB PeakDmdRateB Date D1 PeakDmdRateC Date D7 PeakDmdRateD Date DD PeakDmdRateTot Date E3 PeakDmdRateRTP Date B LastPeakDeliveredReactive Demand- Power PeakDmdRateA Float var D PeakDmdRateB Float F PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float LastPeakDeliveredReactive Demand- PowerDate PeakDmdRateA Date Date F PeakDmdRateB Date PeakDmdRateC Date B PeakDmdRateD Date PeakDmdRateTot Date PeakDmdRateRTP Date F LastPeakReceivedReactive Demand- Power PeakDmdRateA Float var PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float D LastPeakReceivedReactive Demand- PowerDate PeakDmdRateA Date Date PeakDmdRateB Date PeakDmdRateC Date F PeakDmdRateD Date 6 IB150014EN Page 19

20 PeakDmdRateTot Date B PeakDmdRateRTP Date B3 LastPeakNetReactive DemandPower PeakDmdRateA Float var B5 PeakDmdRateB Float B7 PeakDmdRateC Float B9 PeakDmdRateD Float BB PeakDmdRateTot Float BD PeakDmdRateRTP Float C1 LastPeakNetReactive DemandPowerDate PeakDmdRateA Date Date C7 PeakDmdRateB Date CD PeakDmdRateC Date D3 PeakDmdRateD Date D9 PeakDmdRateTot Date DF PeakDmdRateRTP Date LastPeakSumReactive Demand- Power PeakDmdRateA Float var PeakDmdRateB Float B PeakDmdRateC Float D PeakDmdRateD Float F PeakDmdRateTot Float PeakDmdRateRTP Float LastPeakSumReactive DemandPowerDate PeakDmdRateA Date Date B PeakDmdRateB Date PeakDmdRateC Date PeakDmdRateD Date D PeakDmdRateTot Date PeakDmdRateRTP Date B LastPeakApparent DemandPower PeakDmdRateA Float VA D PeakDmdRateB Float F PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float LastPeakApparent DemandPower- Date PeakDmdRateA Date Date F PeakDmdRateB Date PeakDmdRateC Date B PeakDmdRateD Date PeakDmdRateTot Date 6 Page 20 IB150014EN

21 PeakDmdRateRTP Date AF LastResetDemandCurrent PeakDmdRateA Float Amps B1 PeakDmdRateB Float B3 PeakDmdRateC Float B5 PeakDmdRateD Float B7 PeakDmdRateTot Float B9 PeakDmdRateRTP Float BD LastResetDemandCurrentDate PeakDmdRateA Date Date C3 PeakDmdRateB Date C9 PeakDmdRateC Date CF PeakDmdRateD Date D5 PeakDmdRateTot Date DB PeakDmdRateRTP Date LastResetFwdReal DemandPower PeakDmdRateA Float Watts PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float B PeakDmdRateTot Float D PeakDmdRateRTP Float LastResetFwdReal DemandPower- Date PeakDmdRateA Date Date PeakDmdRateB Date D PeakDmdRateC Date PeakDmdRateD Date PeakDmdRateTot Date F PeakDmdRateRTP Date B LastResetFwdReal PowerAccum RateA Energy Wh F RateB Energy RateC Energy RateD Energy B RateTot Energy F RateRTP Energy LastResetRevReal DemandPower PeakDmdRateA Float Watts PeakDmdRateB Float B PeakDmdRateC Float D PeakDmdRateD Float F PeakDmdRateTot Float PeakDmdRateRTP Float LastResetRevReal DemandPower- Date PeakDmdRateA Date Date B PeakDmdRateB Date 6 IB150014EN Page 21

22 PeakDmdRateC Date PeakDmdRateD Date D PeakDmdRateTot Date PeakDmdRateRTP Date F LastResetRevReal PowerAccum RateA Energy Wh RateB Energy RateC Energy B RateD Energy F RateTot Energy A3 RateRTP Energy AB LastResetNetReal DemandPower PeakDmdRateA Float Watts AD PeakDmdRateB Float AF PeakDmdRateC Float B1 PeakDmdRateD Float B3 PeakDmdRateTot Float B5 PeakDmdRateRTP Float B9 LastResetNetReal DemandPower- Date PeakDmdRateA Date Date BF PeakDmdRateB Date C5 PeakDmdRateC Date CB PeakDmdRateD Date D1 PeakDmdRateTot Date D7 PeakDmdRateRTP Date E3 LastResetNetReal PowerAccum RateA Energy Wh E7 RateB Energy EB RateC Energy EF RateD Energy F3 RateTot Energy F7 RateRTP Energy FF LastResetSumReal DemandPower PeakDmdRateA Float Watts PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float D LastResetSumReal DemandPower- Date PeakDmdRateA Date Date PeakDmdRateB Date PeakDmdRateC Date F PeakDmdRateD Date PeakDmdRateTot Date B PeakDmdRateRTP Date 6 Page 22 IB150014EN

23 LastResetSumReal PowerAccum RateA Energy Wh B RateB Energy F RateC Energy RateD Energy RateTot Energy B RateRTP Energy LastResetDeliveredReactive DemandPower PeakDmdRateA Float var PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float B PeakDmdRateTot Float D PeakDmdRateRTP Float LastResetDeliveredReactive DemandPowerDate PeakDmdRateA Date Date PeakDmdRateB Date D PeakDmdRateC Date PeakDmdRateD Date PeakDmdRateTot Date F PeakDmdRateRTP Date B LastResetDeliveredReactive Power- Accum RateA Energy varh F RateB Energy RateC Energy RateD Energy B RateTot Energy F RateRTP Energy A7 LastResetReceivedReactive DemandPower PeakDmdRateA Float var A9 PeakDmdRateB Float AB PeakDmdRateC Float AD PeakDmdRateD Float AF PeakDmdRateTot Float B1 PeakDmdRateRTP Float B5 LastResetReceivedReactive DemandPowerDate PeakDmdRateA Date Date BB PeakDmdRateB Date C1 PeakDmdRateC Date C7 PeakDmdRateD Date CD PeakDmdRateTot Date D3 PeakDmdRateRTP Date DF LastResetReceivedReactive Power- Accum RateA Energy varh 4 IB150014EN Page 23

24 E3 RateB Energy E7 RateC Energy EB RateD Energy EF RateTot Energy F3 RateRTP Energy FB LastResetNetReactive Demand- Power PeakDmdRateA Float var FD PeakDmdRateB Float FF PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float LastResetNetReactive DemandPowerDate PeakDmdRateA Date Date F PeakDmdRateB Date PeakDmdRateC Date B PeakDmdRateD Date PeakDmdRateTot Date PeakDmdRateRTP Date LastResetNetReactive PowerAccum RateA Energy varh RateB Energy B RateC Energy F RateD Energy RateTot Energy RateRTP Energy F LastResetSumReactive Demand- Power PeakDmdRateA Float var PeakDmdRateB Float PeakDmdRateC Float PeakDmdRateD Float PeakDmdRateTot Float PeakDmdRateRTP Float D LastResetSumReactive DemandPowerDate PeakDmdRateA Date Date PeakDmdRateB Date PeakDmdRateC Date F PeakDmdRateD Date PeakDmdRateTot Date B PeakDmdRateRTP Date LastResetSumReactive PowerAccum RateA Energy varh B RateB Energy 4 Page 24 IB150014EN

25 F RateC Energy RateD Energy RateTot Energy B RateRTP Energy A3 LastResetApparent DemandPower PeakDmdRateA Float VA A5 PeakDmdRateB Float A7 PeakDmdRateC Float A9 PeakDmdRateD Float AB PeakDmdRateTot Float AD PeakDmdRateRTP Float B1 LastResetApparent DemandPower- Date PeakDmdRateA Date Date B7 PeakDmdRateB Date BD PeakDmdRateC Date C3 PeakDmdRateD Date C9 PeakDmdRateTot Date CF PeakDmdRateRTP Date DB LastResetApparent DemandPower- Accum RateA Energy VA h DF RateB Energy E3 RateC Energy E7 RateD Energy EB RateTot Energy EF RateRTP Energy F PresentDemand eiavgdmd Float WattFwdDmd Float WattRevDmd Float WattNetDmd Float WattTotDmd Float VarDeliveredDmd Float B VarReceivedDmd Float D VarNetDmd Float F VarTotDmd Float VADmd Float SagSwell (not supported in PXM 4000) SagLev1 Uint (not supported in PXM 4000) SagLev2 Uint (not supported in PXM 4000) SagLev4 Uint A (not supported in PXM 4000) SagLev8 Uint B (not supported in PXM 4000) SwellLev1 Uint IB150014EN Page 25

26 C (not supported in PXM 4000) SwellLev2 Uint D (not supported in PXM 4000) SwellLev4 Uint E (not supported in PXM 4000) SwellLev8 Uint THD magnitude registers on Description Type Id Total Harmonic Distortion (THD) NeutralCurrent Float Amps AUX PhaseAtoBVoltage Float Volts B AUX PhaseBtoCVoltage Float Volts D AUX PhaseCtoAVoltage Float Volts F PhaseACurrent Float Amps PhaseAtoBVoltage Float Volts PhaseAtoNeutralVoltage Float Volts PhaseBCurrent Float Amps PhaseBtoCVoltage Float Volts PhaseBtoNeutralVoltage Float Volts B PhaseCCurrent Float Amps D PhaseCtoAVoltage Float Volts F PhaseCtoNeutralVoltage Float Volts Total Harmonic Distortion -Even Harmonics (THD) NeutralCurrent Float Amps AUX PhaseAtoBVoltage Float Volts AUX PhaseBtoCVoltage Float Volts AUX PhaseCtoAVoltage Float Volts PhaseACurrent Float Amps B PhaseAtoBVoltage Float Volts D PhaseAtoNeutralVoltage Float Volts F PhaseBCurrent Float Amps A1 PhaseBtoCVoltage Float Volts A3 PhaseBtoNeutralVoltage Float Volts A5 PhaseCCurrent Float Amps A7 PhaseCtoAVoltage Float Volts A9 PhaseCtoNeutralVoltage Float Volts AB Total Harmonic Distortion - Odd Harmonics (THD) NeutralCurrent Float Amps Page 26 IB150014EN

27 Description Type Id AD AUX PhaseAtoBVoltage Float Volts AF AUX PhaseBtoCVoltage Float Volts B1 AUX PhaseCtoAVoltage Float Volts B3 PhaseACurrent Float Amps B5 PhaseAtoBVoltage Float Volts B7 PhaseAtoNeutralVoltage Float Volts B9 PhaseBCurrent Float Amps BB PhaseBtoCVoltage Float Volts BD PhaseBtoNeutralVoltage Float Volts BF PhaseCCurrent Float Amps C1 PhaseCtoAVoltage Float Volts C3 PhaseCtoNeutralVoltage Float Volts C5 Total Harmonic Distortion - Interharmonics (THD) NeutralCurrent Float Amps C7 AUX PhaseAtoBVoltage Float Volts C9 AUX PhaseBtoCVoltage Float Volts CB AUX PhaseCtoAVoltage Float Volts CD PhaseACurrent Float Amps CF PhaseAtoBVoltage Float Volts D1 PhaseAtoNeutralVoltage Float Volts D3 PhaseBCurrent Float Amps D5 PhaseBtoCVoltage Float Volts D7 PhaseBtoNeutralVoltage Float Volts D9 PhaseCCurrent Float Amps DB PhaseCtoAVoltage Float Volts DD PhaseCtoNeutralVoltage Float Volts 4. THD/TDD percentage registers on Description Type Id DF Total Demand Distortion (TDD) NeutralCurrent Float Percentage E1 Total Harmonic Distortion (THD) AUX PhaseAtoBVoltage Float Percentage E3 Total Harmonic Distortion (THD) AUX PhaseBtoCVoltage Float Percentage E5 Total Harmonic Distortion (THD) AUX PhaseCtoAVoltage Float Percentage E7 Total Demand Distortion (TDD) PhaseACurrent Float Percentage 2 IB150014EN Page 27

28 Description Type Id E9 Total Harmonic Distortion (THD) PhaseAtoBVoltage Float Percentage EB Total Harmonic Distortion (THD) PhaseAtoNeutralVoltage Float Percentage ED Total Demand Distortion (TDD) PhaseBCurrent Float Percentage EF Total Harmonic Distortion (THD) PhaseBtoCVoltage Float Percentage F1 Total Harmonic Distortion (THD) PhaseBtoNeutralVoltage Float Percentage F3 Total Demand Distortion (TDD) PhaseCCurrent Float Percentage F5 Total Harmonic Distortion (THD) PhaseCtoAVoltage Float Percentage F7 Total Harmonic Distortion (THD) PhaseCtoNeutralVoltage Float Percentage F FB FD FF B D F B Total Demand Distortion Even Harmonics (TDD) NeutralCurrent Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) AUX PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) AUX PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) AUX PhaseCtoAVoltage Float Percentage 2 Total Demand Distortion Even Harmonics (TDD) PhaseACurrent Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseAtoNeutralVoltage Float Percentage 2 Total Demand Distortion Even Harmonics (TDD) PhaseBCurrent Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseBtoNeutralVoltage Float Percentage 2 Total Demand Distortion Even Harmonics (TDD) PhaseCCurrent Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseCtoAVoltage Float Percentage 2 Total Harmonic Distortion Even Harmonics (THD) PhaseCtoNeutralVoltage Float Percentage 2 Total Demand Distortion Odd Harmonics (TDD) NeutralCurrent Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) AUX PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) AUX PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) AUX PhaseCtoAVoltage Float Percentage 2 Total Demand Distortion Odd Harmonics (TDD) PhaseACurrent Float Percentage 2 Page 28 IB150014EN

29 D F B D F B D F Description Type Id Total Harmonic Distortion Odd Harmonics (THD) PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) PhaseAtoNeutralVoltage Float Percentage 2 Total Demand Distortion Odd Harmonics (TDD) PhaseBCurrent Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) PhaseBtoNeutralVoltage Float Percentage 2 Total Demand Distortion Odd Harmonics (TDD) PhaseCCurrent Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) PhaseCtoAVoltage Float Percentage 2 Total Harmonic Distortion Odd Harmonics (THD) PhaseCtoNeutralVoltage Float Percentage 2 Total Demand Distortion Inter- Harmonics (TDD) NeutralCurrent Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) AUX PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) AUX PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) AUX PhaseCtoAVoltage Float Percentage 2 Total Demand Distortion Inter- Harmonics (TDD) PhaseACurrent Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseAtoBVoltage Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseAtoNeutralVoltage Float Percentage 2 Total Demand Distortion Inter- Harmonics (TDD) PhaseBCurrent Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseBtoCVoltage Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseBtoNeutralVoltage Float Percentage 2 Total Demand Distortion Inter- Harmonics (TDD) PhaseCCurrent Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseCtoAVoltage Float Percentage 2 Total Harmonic Distortion Inter- Harmonics (THD) PhaseCtoNeutralVoltage Float Percentage 2 PQIndex BB7 PQlatest10min Float BB9 PQlatest24hour Float 2 IB150014EN Page 29

30 BBB MeanPQ Float BCB (not supported in PXM 4000) SagLevel Float BCD (not supported in PXM 4000) SwellLevel Float BCF DvDt Float BD1 TDDlavg Float BD3 THDVavg Float BD5 (not supported in PXM 4000) Pst Float BE3 (not supported in PXM 4000) SagScore Float BE5 (not supported in PXM 4000) SwellScore Float BE7 DvDtScore Float BE9 THDIavgScore Float BEB THDVavgScore Float BED (not supported in PXM 4000) PstScore Float BEF PQResetTime Date 6 5. Minimum and Maximum Map BF5 Minimums Van Float BF7 Vbn Float BF9 Vcn Float BFB Vlnavg Float BFD Vng Float BFF Vab Float C01 Vbc Float C03 Vca Float C05 Vllavg Float C07 Vab2 Float C09 Vbc2 Float C0B Vca2 Float C0D VLLavg2 Float C0F Ia Float C11 Ib Float C13 Ic Float C15 In Float C17 Ig Float C19 SystemFrequency Float C1B PFaApparent Float C1D PFbApparent Float C1F PFcApparent Float C21 PFsysApparent Float C23 PFaDisplacement Float C25 PFbDisplacement Float 2 Page 30 IB150014EN

31 C27 PFcDisplacement Float C29 PFsysDisplacement Float C2B (not supported in PXM 4000) FlickerVan Float C2D (not supported in PXM 4000) FlickerVbn Float C2F (not supported in PXM 4000) FlickerVcn Float C31 (not supported in PXM 4000) FlickerVab Float C33 (not supported in PXM 4000) FlickerVbc Float C35 (not supported in PXM 4000) FlickerVca Float C37 CrestFactorIa Float C39 CrestFactorIb Float C3B CrestFactorIc Float C3D CrestFactorSys Float C3F KFactorIa Float C41 KFactorIb Float C43 KFactorIc Float C45 KFactorSys Float C47 MinMaxResetTime Date C4D MinTimeStamp Van Date C53 Vbn Date C59 Vcn Date C5F Vlnavg Date C65 Vng Date C6B Vab Date C71 Vbc Date C77 Vca Date C7D Vllavg Date C83 Vab2 Date C89 Vbc2 Date C8F Vca2 Date C95 VLLavg2 Date C9B Ia Date CA1 Ib Date CA7 Ic Date CAD In Date CB3 Ig Date CB9 SystemFrequency Date CBF PFaApparent Date CC5 PFbApparent Date CCB PFcApparent Date CD1 PFsysApparent Date CD7 PFaDisplacement Date 6 IB150014EN Page 31

32 CDD PFbDisplacement Date CE3 PFcDisplacement Date CE9 PFsysDisplacement Date CEF (not supported in PXM 4000) FlickerVan Date CF5 (not supported in PXM 4000) FlickerVbn Date CFB (not supported in PXM 4000) FlickerVcn Date D01 (not supported in PXM 4000) FlickerVab Date D07 (not supported in PXM 4000) FlickerVbc Date D0D (not supported in PXM 4000) FlickerVca Date D13 CrestFactorIa Date D19 CrestFactorIb Date D1F CrestFactorIc Date D25 CrestFactorSys Date D2B KFactorIa Date D31 KFactorIb Date D37 KFactorIc Date D3D KFactorSys Date D43 MinMaxResetTime Date D49 Maximums Van Float D4B Vbn Float D4D Vcn Float D4F Vlnavg Float D51 Vng Float D53 Vab Float D55 Vbc Float D57 Vca Float D59 Vllavg Float D5B Vab2 Float D5D Vbc2 Float D5F Vca2 Float D61 VLLavg2 Float D63 Ia Float D65 Ib Float D67 Ic Float D69 In Float D6B Ig Float D6D SystemFrequency Float D6F PFaApparent Float D71 PFbApparent Float D73 PFcApparent Float D75 PFsysApparent Float D77 PFaDisplacement Float 2 Page 32 IB150014EN

33 D79 PFbDisplacement Float D7B PFcDisplacement Float D7D PFsysDisplacement Float D7F (not supported in PXM 4000) FlickerVan Float D81 (not supported in PXM 4000) FlickerVbn Float D83 (not supported in PXM 4000) FlickerVcn Float D85 (not supported in PXM 4000) FlickerVab Float D87 (not supported in PXM 4000) FlickerVbc Float D89 (not supported in PXM 4000) FlickerVca Float D8B CrestFactorIa Float D8D CrestFactorIb Float D8F CrestFactorIc Float D91 CrestFactorSys Float D93 KFactorIa Float D95 KFactorIb Float D97 KFactorIc Float D99 KFactorSys Float D9B MinMaxResetTime Date DA1 MaxTimeStamp Van Date DA7 Vbn Date DAD Vcn Date DB3 Vlnavg Date DB9 Vng Date DBF Vab Date DC5 Vbc Date DCB Vca Date DD1 Vllavg Date DD7 Vab2 Date DDD Vbc2 Date DE3 Vca2 Date DE9 VLLavg2 Date DEF Ia Date DF5 Ib Date DFB Ic Date E01 In Date E07 Ig Date E0D SystemFrequency Date E13 PFaApparent Date E19 PFbApparent Date E1F PFcApparent Date E25 PFsysApparent Date E2B PFaDisplacement Date 6 IB150014EN Page 33

34 E31 PFbDisplacement Date E37 PFcDisplacement Date E3D PFsysDisplacement Date E43 (not supported in the PXM 4000) FlickerVan Date E49 (not supported in the PXM 4000) FlickerVbn Date E4F (not supported in the PXM 4000) FlickerVcn Date E55 (not supported in the PXM 4000) FlickerVab Date E5B (not supported in the PXM 4000) FlickerVbc Date E61 (not supported in the PXM 4000) FlickerVca Date E67 CrestFactorIa Date E6D CrestFactorIb Date E73 CrestFactorIc Date E79 CrestFactorSys Date E7F KFactorIa Date E85 KFactorIb Date E8B KFactorIc Date E91 KFactorSys Date E97 MinMaxResetTime Date 6 6. I/O Map E9D Discrete Input 1 Function Uint E9E Discrete Input 2 Function Uint E9F Discrete Input 3 Function Uint EA0 Discrete Input 4 Function Uint EA1 Discrete Input 5 Function Uint EA2 Discrete Input 6 Function Uint EA3 Discrete Input 7 Function Uint EA4 Discrete Input 8 Function Uint EA5 Solid State Relay 1 Function Uint EA6 Solid State Relay 2 Function Uint EA7 Form-C Relay 1 Function Uint EA8 Form-C Relay 2 Function Uint EA9 Form-C Relay 3 Function Uint EAA Discrete Input 1 Status Uint EAB Discrete Input 2 Status Uint EAC Discrete Input 3 Status Uint EAD Discrete Input 4 Status Uint EAE Discrete Input 5 Status Uint16 1 Page 34 IB150014EN

35 EAF Discrete Input 6 Status Uint EB0 Discrete Input 7 Status Uint EB1 Discrete Input 8 Status Uint EB2 Solid State Relay 1 Status Uint EB3 Solid State Relay 2 Status Uint EB4 Form-C Relay 1 Status Uint EB5 Form-C Relay 2 Status Uint EB6 Form-C Relay 3 Status Uint EB7 Discrete Input 1 Uint EB8 Discrete Input 2 Uint EB9 Discrete Input 3 Uint EBA Discrete Input 4 Uint EBB Discrete Input 5 Uint EBC Discrete Input 6 Uint EBD Discrete Input 7 Uint EBE Discrete Input 8 Uint EBF Solid State Relay 1 Uint EC0 Solid State Relay 2 Uint EC1 Form-C Relay 1 Uint EC2 Form-C Relay 2 Uint EC3 Form-C Relay 3 Uint IB150014EN Page 35

36 7. Event Trigger Map BB EventTriggerPushDownList[0] EventID Uint BD EventTime Date C3 Cause Uint C4 Param1 Float C6 Waveform Id (0xffffffff if none) Uint C8 EventTriggerPushDownList[1] EventID Uint CA EventTime Date D0 Cause Uint D1 Param1 Float D3 Waveform Id (0xffffffff if none) Uint D5 EventTriggerPushDownList[2] EventID Uint D7 EventTime Date DD Cause Uint DE Param1 Float E0 Waveform Id (0xffffffff if none) Uint E2 EventTriggerPushDownList[3] EventID Uint E4 EventTime Date EA Cause Uint EB Param1 Float ED Waveform Id (0xffffffff if none) Uint EF EventTriggerPushDownList[4] EventID Uint F1 EventTime Date F7 Cause Uint F8 Param1 Float FA Waveform Id (0xffffffff if none) Uint FC EventTriggerPushDownList[5] EventID Uint FE EventTime Date Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[6] EventID Uint B EventTime Date Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[7] EventID Uint EventTime Date 6 Page 36 IB150014EN

37 E Cause Uint F Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[8] EventID Uint EventTime Date B Cause Uint C Param1 Float E Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[9] EventID Uint EventTime Date Cause Uint Param1 Float B Waveform Id (0xffffffff if none) Uint D EventTriggerPushDownList[10] EventID Uint F EventTime Date Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint A EventTriggerPushDownList[11] EventID Uint C EventTime Date Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[12] EventID Uint EventTime Date F Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[13] EventID Uint EventTime Date C Cause Uint D Param1 Float F Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[14] EventID Uint EventTime Date Cause Uint A Param1 Float C Waveform Id (0xffffffff if none) Uint E EventTriggerPushDownList[15] EventID Uint EventTime Date Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint B EventTriggerPushDownList[16] EventID Uint D EventTime Date 6 IB150014EN Page 37

38 Cause Uint Param1 Float Waveform Id (0xffffffff if none) Uint EventTriggerPushDownList[17] EventID Uint A EventTime Date A0 Cause Uint A1 Param1 Float A3 Waveform Id (0xffffffff if none) Uint A5 EventTriggerPushDownList[18] EventID Uint A7 EventTime Date AD Cause Uint AE Param1 Float B0 Waveform Id (0xffffffff if none) Uint B2 EventTriggerPushDownList[19] EventID Uint B4 EventTime Date BA Cause Uint BB Param1 Float BD Waveform Id (0xffffffff if none) Uint Event Log Map EventLogPushDownList[0] EventID Uint EventTime Date F Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char B EventLogPushDownList[1] EventID Uint D EventTime Date A3 Number of Bytes (1-150) Uint A4 ASCII string (1-150 characters) Char EF EventLogPushDownList[2] EventID Uint F1 EventTime Date F7 Number of Bytes (1-150) Uint F8 ASCII string (1-150 characters) Char EventLogPushDownList[3] EventID Uint EventTime Date B Number of Bytes (1-150) Uint C ASCII string (1-150 characters) Char EventLogPushDownList[4] EventID Uint EventTime Date F Number of Bytes (1-150) Uint16 1 Page 38 IB150014EN

39 A0 ASCII string (1-150 characters) Char EB EventLogPushDownList[5] EventID Uint ED EventTime Date F3 Number of Bytes (1-150) Uint F4 ASCII string (1-150 characters) Char F EventLogPushDownList[6] EventID Uint EventTime Date Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char EventLogPushDownList[7] EventID Uint EventTime Date B Number of Bytes (1-150) Uint C ASCII string (1-150 characters) Char E7 EventLogPushDownList[8] EventID Uint E9 EventTime Date EF Number of Bytes (1-150) Uint F0 ASCII string (1-150 characters) Char B EventLogPushDownList[9] EventID Uint D EventTime Date Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char F EventLogPushDownList[10] EventID Uint EventTime Date Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char E3 EventLogPushDownList[11] EventID Uint E5 EventTime Date EB Number of Bytes (1-150) Uint EC ASCII string (1-150 characters) Char EventLogPushDownList[12] EventID Uint EventTime Date F Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char B EventLogPushDownList[13] EventID Uint D EventTime Date Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char DF EventLogPushDownList[14] EventID Uint E1 EventTime Date E7 Number of Bytes (1-150) Uint IB150014EN Page 39

40 E8 ASCII string (1-150 characters) Char EventLogPushDownList[15] EventID Uint EventTime Date B Number of Bytes (1-150) Uint C ASCII string (1-150 characters) Char EventLogPushDownList[16] EventID Uint EventTime Date F Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char DB EventLogPushDownList[17] EventID Uint DD EventTime Date E3 Number of Bytes (1-150) Uint E4 ASCII string (1-150 characters) Char F EventLogPushDownList[18] EventID Uint EventTime Date Number of Bytes (1-150) Uint ASCII string (1-150 characters) Char EventLogPushDownList[19] EventID Uint EventTime Date B Number of Bytes (1-150) Uint C ASCII string (1-150 characters) Char D7 9. Trend and Profile Query Map C1 Query for Trend Data Trend C2 Channel (read/write) Write modbus reg value of measurement to fetch [decimal register number minus 1] (see table) Uint16 1 Interval (read/write) [seconds: e.g. 5minutes = 300seconds and 15 minutes = 900seconds, 60 minute = 3600seconds 10080] Uint16 1 Page 40 IB150014EN

41 C3 Page (read/write) [page zero is the most recent data] Uint C4 TimestampOfLatestValues (read only) Date CA Pages (read only) Uint CB MinData [192 samples] (read only) Float B MaxData [192 samples] (read only) Float CB AvgData [192 samples] (read only) Float A4B Query for Demand Profiles A4C Demand Channel (read/write) Write modbus reg value of measurement to fetch [decimal register number minus 1] (see table) Uint16 1 Interval (read/write) [minutes: variable interval [default=15min], 1day=1440minutes, Uint A4D TimestampOfLatestValues (read only) Date A ED3 DemandData [up to 576 values] (read only) Float Latest Min/Max/Avg Map The following registers are organized in groups. Each row represents 3 values, the latest minimum, the latest maximum, and the latest average. Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type Time of last trend record 5 min Timestamp d f PosSeqV 5 min float V NegSeqV 5 min float V b d ZeroSeqV 5 min float V f PosSeqI 5 min float A NegSeqI 5 min float A b d f ZeroSeqI 5 min float A PosSeqVxmr 5 min float V b NegSeqVxmr 5 min float V d f ZeroSeqVxmr 5 min float V Van200 5 min float V b d Vbn200 5 min float V f Vcn200 5 min float V Vlnavg200 5 min float V b d f Vng200 5 min float V Vab200 5 min float V IB150014EN Page 41

42 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type b Vbc200 5 min float V d f Vca200 5 min float V Vllavg200 5 min float V b d Ia200 5 min float A f Ib200 5 min float A Ic200 5 min float A b d f Iavg200 5 min float A a a a5 In200 5 min float A a a ab Ig200 5 min float A ad af b1 Vabxmr200 5 min float V b b b7 Vbcxmr200 5 min float V b bb bd Vcaxmr200 5 min float V bf c c3 Vllavgxmr200 5 min float V c c c9 Fsys 5 min float Hz cb cd cf APFa 5 min float d d d5 APFb 5 min float d d db APFc 5 min float dd df e1 APFsys 5 min float e e e7 DPFa 5 min float e eb ed DPFb 5 min float ef f f3 DPFc 5 min float f f f9 DPFsys 5 min float fb fd ff CFa 5 min float a a a05 CFb 5 min float a a a0b CFc 5 min float a0d a0f a11 CFsys 5 min float a a a17 IFa 5 min float a a1b a1d IFb 5 min float a1f a a23 IFc 5 min float a a a29 IFsys 5 min float a2b a2d a2f FlickerPerceptVan 5 min float a a a35 FlickerPerceptVbn 5 min float a a a3b FlickerPerceptVcn 5 min float a3d a3f a41 FlickerPerceptVab 5 min float a a a47 FlickerPerceptVbc 5 min float a a4b a4d FlickerPerceptVca 5 min float a4f a a53 FlickerPerceptSys 5 min float a a a59 Pa 5 min float W a5b a5d a5f Pb 5 min float W Page 42 IB150014EN

43 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type a a a65 Pc 5 min float W a a a6b Ptotal 5 min float W a6d a6f a71 Qa 5 min float var a a a77 Qb 5 min float var a a7b a7d Qc 5 min float var a7f a a83 Qtotal 5 min float var a a a89 Sa 5 min float VA a8b a8d a8f Sb 5 min float VA a a a95 Sc 5 min float VA a a a9b Stotal 5 min float VA a9d a9f aa1 KFa 5 min float aa aa aa7 KFb 5 min float aa aab aad KFc 5 min float aaf ab ab3 KFsys 5 min float ab ab ab9 EvenHarmonicVan 5 min float V abb abd abf OddHarmonicVan 5 min float V ac ac ac5 InterHarmonicVan 5 min float V ac ac acb TotalHarmonicVan 5 min float V acd acf ad1 EvenHarmonicVbn 5 min float V ad ad ad7 OddHarmonicVbn 5 min float V ad adb add InterHarmonicVbn 5 min float V adf ae ae3 TotalHarmonicVbn 5 min float V ae ae ae9 EvenHarmonicVcn 5 min float V aeb aed aef OddHarmonicVcn 5 min float V af af af5 InterHarmonicVcn 5 min float V af af afb TotalHarmonicVcn 5 min float V afd aff b01 EvenHarmonicVab 5 min float V b b b07 OddHarmonicVab 5 min float V b b0b b0d InterHarmonicVab 5 min float V b0f b b13 TotalHarmonicVab 5 min float V b b b19 EvenHarmonicVbc 5 min float V b1b b1d b1f OddHarmonicVbc 5 min float V b b b25 InterHarmonicVbc 5 min float V b b b2b TotalHarmonicVbc 5 min float V b2d b2f b31 EvenHarmonicVca 5 min float V b b b37 OddHarmonicVca 5 min float V b b3b b3d InterHarmonicVca 5 min float V b3f b b43 TotalHarmonicVca 5 min float V IB150014EN Page 43

44 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type b b b49 EvenHarmonicVabxmr 5 min float V b4b b4d b4f OddHarmonicVabxmr 5 min float V b b b55 InterHarmonicVabxmr 5 min float V b b b5b TotalHarmonicVabxmr 5 min float V b5d b5f b61 EvenHarmonicVbcxmr 5 min float V b b b67 OddHarmonicVbcxmr 5 min float V b b6b b6d InterHarmonicVbcxmr 5 min float V b6f b b73 TotalHarmonicVbcxmr 5 min float V b b b79 EvenHarmonicVcaxmr 5 min float V b7b b7d b7f OddHarmonicVcaxmr 5 min float V b b b85 InterHarmonicVcaxmr 5 min float V b b b8b TotalHarmonicVcaxmr 5 min float V b8d b8f b91 EvenHarmonicIa 5 min float A b b b97 OddHarmonicIa 5 min float A b b9b b9d InterHarmonicIa 5 min float A b9f ba ba3 TotalHarmonicIa 5 min float A ba ba ba9 EvenHarmonicIb 5 min float A bab bad baf OddHarmonicIb 5 min float A bb bb bb5 InterHarmonicIb 5 min float A bb bb bbb TotalHarmonicIb 5 min float A bbd bbf bc1 EvenHarmonicIc 5 min float A bc bc bc7 OddHarmonicIc 5 min float A bc bcb bcd InterHarmonicIc 5 min float A bcf bd bd3 TotalHarmonicIc 5 min float A bd bd bd9 EvenHarmonicIn 5 min float A bdb bdd bdf OddHarmonicIn 5 min float A be be be5 InterHarmonicIn 5 min float A be be beb TotalHarmonicIn 5 min float A bed bef bf1 FundamentalVan 5 min float bf bf bf7 FundamentalVbn 5 min float bf bfb bfd FundamentalVcn 5 min float bff c c03 FundamentalVab 5 min float c c c09 FundamentalVbc 5 min float c0b c0d c0f FundamentalVca 5 min float c c c15 FundamentalVabxmr 5 min float c c c1b FundamentalVbcxmr 5 min float c1d c1f c21 FundamentalVcaxmr 5 min float c c c27 FundamentalIa 5 min float c c2b c2d FundamentalIb 5 min float Page 44 IB150014EN

45 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type c2f c c33 FundamentalIc 5 min float c c c39 FundamentalIn 5 min float c3b c3d c3f PstVan 5 min float c c c45 PstVbn 5 min float c c c4b PstVcn 5 min float c4d c4f c51 PstVab 5 min float c c c57 PstVbc 5 min float c c5b c5d PstVca 5 min float c5f c c63 PstSys 5 min float c c c69 PltVan 5 min float c6b c6d c6f PltVbn 5 min float c c c75 PltVcn 5 min float c c c7b PltVab 5 min float c7d c7f c81 PltVbc 5 min float c c c87 PltVca 5 min float c c8b c8d PltVSys 5 min float c8f c c93 EvenHarmVanPct 5 min float ratio c c c99 OddHarmVanPct 5 min float ratio c9b c9d c9f InterHarmVanPct 5 min float ratio ca ca ca5 TotalHarmVanPct 5 min float ratio ca ca cab EvenHarmVbnPct 5 min float ratio cad caf cb1 OddHarmVbnPct 5 min float ratio cb cb cb7 InterHarmVbnPct 5 min float ratio cb cbb cbd TotalHarmVbnPct 5 min float ratio cbf cc cc3 EvenHarmVcnPct 5 min float ratio cc cc cc9 OddHarmVcnPct 5 min float ratio ccb ccd ccf InterHarmVcnPct 5 min float ratio cd cd cd5 TotalHarmVcnPct 5 min float ratio cd cd cdb EvenHarmVabPct 5 min float ratio cdd cdf ce1 OddHarmVabPct 5 min float ratio ce ce ce7 InterHarmVabPct 5 min float ratio ce ceb ced TotalHarmVabPct 5 min float ratio cef cf cf3 EvenHarmVbcPct 5 min float ratio cf cf cf9 OddHarmVbcPct 5 min float ratio cfb cfd cff InterHarmVbcPct 5 min float ratio d d d05 TotalHarmVbcPct 5 min float ratio d d d0b EvenHarmVcaPct 5 min float ratio d0d d0f d11 OddHarmVcaPct 5 min float ratio IB150014EN Page 45

46 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type d d d17 InterHarmVcaPct 5 min float ratio d d1b d1d TotalHarmVcaPct 5 min float ratio d1f d d23 EvenHarmVabxmrPct 5 min float ratio d d d29 OddHarmVabxmrPct 5 min float ratio d2b d2d d2f InterHarmVabxmrPct 5 min float ratio d d d35 TotalHarmVabxmrPct 5 min float ratio d d d3b EvenHarmVbcxmrPct 5 min float ratio d3d d3f d41 OddHarmVbcxmrPct 5 min float ratio d d d47 InterHarmVbcxmrPct 5 min float ratio d d4b d4d TotalHarmVbcxmrPct 5 min float ratio d4f d d53 EvenHarmVcaxmrPct 5 min float ratio d d d59 OddHarmVcaxmrPct 5 min float ratio d5b d5d d5f InterHarmVcaxmrPct 5 min float ratio d d d65 TotalHarmVcaxmrPct 5 min float ratio d d d6b EvenHarmIaPct 5 min float ratio d6d d6f d71 OddHarmIaPct 5 min float ratio d d d77 InterHarmIaPct 5 min float ratio d d7b d7d TotalHarmIaPct 5 min float ratio d7f d d83 EvenHarmIbPct 5 min float ratio d d d89 OddHarmIbPct 5 min float ratio d8b d8d d8f InterHarmIbPct 5 min float ratio d d d95 TotalHarmIbPct 5 min float ratio d d d9b EvenHarmIcPct 5 min float ratio d9d d9f da1 OddHarmIcPct 5 min float ratio da da da7 InterHarmIcPct 5 min float ratio da dab dad TotalHarmIcPct 5 min float ratio daf db db3 EvenHarmInPct 5 min float ratio db db db9 OddHarmInPct 5 min float ratio dbb dbd dbf InterHarmInPct 5 min float ratio dc dc dc5 TotalHarmInPct 5 min float ratio b7 Time of last Trend 15 min Timestamp ed ef f1 PosSeqV 15 min float V f f f7 NegSeqV 15 min float V f fb fd ZeroSeqV 15 min float V ff PosSeqI 15 min float A NegSeqI 15 min float A b d f ZeroSeqI 15 min float A PosSeqVxmr 15 min float V b NegSeqVxmr 15 min float V Page 46 IB150014EN

47 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type d f ZeroSeqVxmr 15 min float V Van min float V b d Vbn min float V f Vcn min float V Vlnavg min float V b d f Vng min float V Vab min float V b Vbc min float V d f Vca min float V Vllavg min float V b d Ia min float A f Ib min float A Ic min float A b d f Iavg min float A In min float A b Ig min float A d f Vabxmr min float V Vbcxmr min float V b d Vcaxmr min float V f Vllavgxmr min float V Fsys 15 min float Hz b d f APFa 15 min float a a a5 APFb 15 min float a a ab APFc 15 min float ad af b1 APFsys 15 min float b b b7 DPFa 15 min float b bb bd DPFb 15 min float bf c c3 DPFc 15 min float c c c9 DPFsys 15 min float cb cd cf CFa 15 min float d d d5 CFb 15 min float d d db CFc 15 min float dd df e1 CFsys 15 min float e e e7 IFa 15 min float e eb ed IFb 15 min float ef f f3 IFc 15 min float f f f9 IFsys 15 min float fb fd ff FlickerPerceptVan 15 min float IB150014EN Page 47

48 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type FlickerPerceptVbn 15 min float b FlickerPerceptVcn 15 min float d f FlickerPerceptVab 15 min float FlickerPerceptVbc 15 min float b d FlickerPerceptVca 15 min float f FlickerPerceptSys 15 min float Pa 15 min float W b d f Pb 15 min float W Pc 15 min float W b Ptotal 15 min float W d f Qa 15 min float var Qb 15 min float var b d Qc 15 min float var f Qtotal 15 min float var Sa 15 min float VA b d f Sb 15 min float VA Sc 15 min float VA b Stotal 15 min float VA d f KFa 15 min float KFb 15 min float b d KFc 15 min float f KFsys 15 min float EvenHarmonicVan 15 min float V b d f OddHarmonicVan 15 min float V InterHarmonicVan 15 min float V b TotalHarmonicVan 15 min float V d f a1 EvenHarmonicVbn 15 min float V a a a7 OddHarmonicVbn 15 min float V a ab ad InterHarmonicVbn 15 min float V af b b3 TotalHarmonicVbn 15 min float V b b b9 EvenHarmonicVcn 15 min float V bb bd bf OddHarmonicVcn 15 min float V c c c5 InterHarmonicVcn 15 min float V c c cb TotalHarmonicVcn 15 min float V cd cf d1 EvenHarmonicVab 15 min float V d d d7 OddHarmonicVab 15 min float V d db dd InterHarmonicVab 15 min float V df e e3 TotalHarmonicVab 15 min float V e e e9 EvenHarmonicVbc 15 min float V Page 48 IB150014EN

49 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type eb ed ef OddHarmonicVbc 15 min float V f f f5 InterHarmonicVbc 15 min float V f f fb TotalHarmonicVbc 15 min float V fd ff EvenHarmonicVca 15 min float V OddHarmonicVca 15 min float V b d InterHarmonicVca 15 min float V f TotalHarmonicVca 15 min float V EvenHarmonicVabxmr 15 min float V b d f OddHarmonicVabxmr 15 min float V InterHarmonicVabxmr 15 min float V b TotalHarmonicVabxmr 15 min float V d f EvenHarmonicVbcxmr 15 min float V OddHarmonicVbcxmr 15 min float V b d InterHarmonicVbcxmr 15 min float V f TotalHarmonicVbcxmr 15 min float V EvenHarmonicVcaxmr 15 min float V b d f OddHarmonicVcaxmr 15 min float V InterHarmonicVcaxmr 15 min float V b TotalHarmonicVcaxmr 15 min float V d f EvenHarmonicIa 15 min float A OddHarmonicIa 15 min float A b d InterHarmonicIa 15 min float A f TotalHarmonicIa 15 min float A EvenHarmonicIb 15 min float A b d f OddHarmonicIb 15 min float A InterHarmonicIb 15 min float A b TotalHarmonicIb 15 min float A d f EvenHarmonicIc 15 min float A OddHarmonicIc 15 min float A b d InterHarmonicIc 15 min float A f a a3 TotalHarmonicIc 15 min float A a a a9 EvenHarmonicIn 15 min float A ab ad af OddHarmonicIn 15 min float A b b b5 InterHarmonicIn 15 min float A b b bb TotalHarmonicIn 15 min float A bd bf c1 FundamentalVan 15 min float c c c7 FundamentalVbn 15 min float c cb cd FundamentalVcn 15 min float cf d d3 FundamentalVab 15 min float IB150014EN Page 49

50 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type d d d9 FundamentalVbc 15 min float db dd df FundamentalVca 15 min float e e e5 FundamentalVabxmr 15 min float e e eb FundamentalVbcxmr 15 min float ed ef f1 FundamentalVcaxmr 15 min float f f f7 FundamentalIa 15 min float f fb fd FundamentalIb 15 min float ff FundamentalIc 15 min float FundamentalIn 15 min float b d f PstVan 15 min float PstVbn 15 min float b PstVcn 15 min float d f PstVab 15 min float PstVbc 15 min float b d PstVca 15 min float f PstSys 15 min float PltVan 15 min float b d f PltVbn 15 min float PltVcn 15 min float b PltVab 15 min float d f PltVbc 15 min float PltVca 15 min float b d PltVSys 15 min float f EvenHarmVanPct 15 min float ratio OddHarmVanPct 15 min float ratio b d f InterHarmVanPct 15 min float ratio TotalHarmVanPct 15 min float ratio b EvenHarmVbnPct 15 min float ratio d f OddHarmVbnPct 15 min float ratio InterHarmVbnPct 15 min float ratio b d TotalHarmVbnPct 15 min float ratio f EvenHarmVcnPct 15 min float ratio OddHarmVcnPct 15 min float ratio b d f InterHarmVcnPct 15 min float ratio a a a5 TotalHarmVcnPct 15 min float ratio a a ab EvenHarmVabPct 15 min float ratio ad af b1 OddHarmVabPct 15 min float ratio b b b7 InterHarmVabPct 15 min float ratio b bb bd TotalHarmVabPct 15 min float ratio Page 50 IB150014EN

51 Min Reg (dec) Min Reg (hex) Max Reg (dec) Max Reg (hex) Average Reg (dec) Average Reg (hex) Description Interval Type bf c c3 EvenHarmVbcPct 15 min float ratio c c c9 OddHarmVbcPct 15 min float ratio cb cd cf InterHarmVbcPct 15 min float ratio d d d5 TotalHarmVbcPct 15 min float ratio d d db EvenHarmVcaPct 15 min float ratio dd df e1 OddHarmVcaPct 15 min float ratio e e e7 InterHarmVcaPct 15 min float ratio e eb ed TotalHarmVcaPct 15 min float ratio ef f f3 EvenHarmVabxmrPct 15 min float ratio f f f9 OddHarmVabxmrPct 15 min float ratio fb fd ff InterHarmVabxmrPct 15 min float ratio TotalHarmVabxmrPct 15 min float ratio b EvenHarmVbcxmrPct 15 min float ratio d f OddHarmVbcxmrPct 15 min float ratio InterHarmVbcxmrPct 15 min float ratio b d TotalHarmVbcxmrPct 15 min float ratio f EvenHarmVcaxmrPct 15 min float ratio OddHarmVcaxmrPct 15 min float ratio b d f InterHarmVcaxmrPct 15 min float ratio TotalHarmVcaxmrPct 15 min float ratio b EvenHarmIaPct 15 min float ratio d f OddHarmIaPct 15 min float ratio InterHarmIaPct 15 min float ratio b d TotalHarmIaPct 15 min float ratio f EvenHarmIbPct 15 min float ratio OddHarmIbPct 15 min float ratio b d f InterHarmIbPct 15 min float ratio TotalHarmIbPct 15 min float ratio b EvenHarmIcPct 15 min float ratio d f OddHarmIcPct 15 min float ratio InterHarmIcPct 15 min float ratio b d TotalHarmIcPct 15 min float ratio f EvenHarmInPct 15 min float ratio OddHarmInPct 15 min float ratio b d f InterHarmInPct 15 min float ratio TotalHarmInPct 15 min float ratio IB150014EN Page 51

52 11. Latest Demand Profile Map The following registers are organized in groups. Each row represents the latest energy demand profile value. The interval of the data is dictated by the configurable demand profile interval available in the meter configuration. Description Interval Type b8 Timestamp of most recent demand configurable Timestamp bd DemandIavg200RateE configurable float32_t A bf DemandPFwdRateE configurable float32_t W c1 DemandPRevRateE configurable float32_t W c3 DemandPNetRateE configurable float32_t W c5 DemandPSumRateE configurable float32_t W c7 DemandQFwdRateE configurable float32_t var c9 DemandQRevRateE configurable float32_t var cb DemandQNetRateE configurable float32_t var cd DemandQSumRateE configurable float32_t var cf DemandSRateE configurable float32_t VA d d d d d db dd df e1 DemandCurrentMonthIavg200RateE- Peak DemandCurrentMonthPFwdRateE- Peak DemandCurrentMonthPNetRateE- Peak DemandCurrentMonthPRevRateE- Peak DemandCurrentMonthPSumRateE- Peak DemandCurrentMonthQFwdRateE- Peak DemandCurrentMonthQNetRateE- Peak DemandCurrentMonthQRevRateE- Peak DemandCurrentMonthQSumRateE- Peak configurable float32_t A configurable float32_t W configurable float32_t W configurable float32_t W configurable float32_t W configurable float32_t var configurable float32_t var configurable float32_t var configurable float32_t var e3 DemandCurrentMonthSRateEPeak configurable float32_t VA e5 DemandCurrentIavg200RateEPeak configurable float32_t A e7 DemandCurrentPFwdRateEPeak configurable float32_t W e9 DemandCurrentPNetRateEPeak configurable float32_t W eb DemandCurrentPRevRateEPeak configurable float32_t W ed DemandCurrentPSumRateEPeak configurable float32_t W ef DemandCurrentQFwdRateEPeak configurable float32_t var Page 52 IB150014EN

53 Description Interval Type f1 DemandCurrentQNetRateEPeak configurable float32_t var f3 DemandCurrentQRevRateEPeak configurable float32_t var f5 DemandCurrentQSumRateEPeak configurable float32_t var f7 DemandCurrentSRateEPeak configurable float32_t VA f9 AccCurrentITotalRateTotal configurable float32_t Ah fb AccCurrentPForwardRateTotal configurable float32_t Wh fd AccCurrentPNetRateTotal configurable float32_t Wh ff AccCurrentPReverseRateTotal configurable float32_t Wh AccCurrentPTotalRateTotal configurable float32_t Wh AccCurrentQFwdRateTotal configurable float32_t varh AccCurrentQNetRateTotal configurable float32_t varh AccCurrentQRevRateTotal configurable float32_t varh AccCurrentQTotalRateTotal configurable float32_t varh b AccCurrentSTotalRateTotal configurable float32_t VAh d DI_erDemand_One configurable float32_t f DI_erDemand_Two configurable float32_t DI_erDemand_Three configurable float32_t DI_erDemand_Four configurable float32_t DI_erDemand_Five configurable float32_t DI_erDemand_Six configurable float32_t DI_erDemand_Seven configurable float32_t b DI_erDemand_Eight configurable float32_t IB150014EN Page 53