PQube 3 Modbus Interface

Transcription

1 PQube 3 Modbus Interface Reference manual Revision 1.9 Modbus Interface Reference Manual 1.9- Page 1

2 Table of Contents 1. Background Basics Registers and Coils Address Space Query Functions Scan rates, client load, and limitations Error Responses PQube 3 Configuration Clients Register Map Register Bank Tables PQube Classic Register Bank (Offset 0x0) PQube Static Configuration Bank (Offset 0x1000) PQube Voltages Bank (Offset 0x2000) PQube Currents Bank (Offset 0x6000) PQube DC/HF Bank (Offset 0x6000) Modbus Interface Reference Manual 1.9- Page 2

3 1. Background Modbus is a communication protocol originally created by Modicon (now Schneider Electric) in 1979 for communication between programmable logic controllers (PLCs). Modbus became an independently owned standard in 2004 by the Modbus Organization due to its widespread usage and popularity in industrial and SCADA systems. Links: 2. Basics Wikipedia: en.wikipedia.org/wiki/modbus Modbus Site: modbus.org Modicon Modbus Protocol: interlog.com/~speff/usefulinfo/modbus_protocol.pdf A modbus device presents an abstract set of registers and coils to another device for reading or writing over a communication stack. That stack can be RS232, RS485, or lately TCP/IP. The use of Modbus-TCP/IP allows for modbus-based traffic to flow over the Internet, greatly expanding the complexity of modbus-networked systems. The PQube 3 and PQube Classic support Modbus-TCP/IP. 2.1 Registers and Coils Coils on a Modbus device are 1-bit data elements taking two states, ON or OFF. A modbus query can address a set of coils by address and read them or change their state depending on permissions. Modbus registers are 16-bit wide registers. They are referenced by an address defined by the device address map. Addressing a single register at one address returns a 16-bit value. PQube 3 data values are accessed by 16-bit modbus register reads. The PQube 3 does not support Modbus coils. All data values are kept in 16-bit wide Modbus registers. 2.2 Address Space The address space in the PQube 3 is referred to as the register map. The register map is referenced to a global base address and is divided into register banks. Register banks are contiguous (sequential address) sets of registers. Banks are divided into individual registers. Data values can span several registers, such as float values, which require two contiguous registers to read. Modbus devices are free to define their own address space. They do not Modbus Interface Reference Manual 1.9- Page 3

4 necessarily map to device internal memory addresses. On the PQube 3, all registers are addressed relative to a common base addressed defined in the PQube setup.ini file. Therefore, a PQube can re-locate its modbus address space, but not change relative offsets. Some devices conventionally offset holding registers from address 0x4000, and input registers from 0x3000. The PQube 3 sets the default base address to 0x Query Functions The modbus protocol supports a number of query functions (see the protocol reference above). The PQube3 only supports the following query functions: Function 0x3: Read input register Function 0x4: Read holding register Function 0x6: Write single register Function 0x10: Write multiple registers Input registers are conventionally defined as PLC registers that are refreshed from device input sensors continually. Holding registers are conventionally defined as registers that are kept in memory and have read/write state. The PQube3 does not distinguish between input registers and holding registers. All registers are considered to be memory-stored registers with READ_ONLY or READ_WRITE permissions. Therefore, function queries 0x3 and 0x4 will both return the same register result regardless of address. 2.4 Scan rates, client load, and limitations The modbus protocol limits single query register results to 125 registers per scan. A scan of sets of registers can occur at client, PQube, and network speeds. However, the PQube3 modbus register values only update at the internal meter update rate, which is around 2 Hz. Therefore, high rate scans of values in sets of registers will only change returned at 2 Hz, even if scanned at higher rates supports. The PQube supports multi-client, multi-session modbus, with conventional limit to 10 clients at a time. This value can be changed internally in software. 2.5 Error Responses The PQube3 supports modbus error packets: Modbus Interface Reference Manual 1.9- Page 4

5 ILLEGAL_ADDRESS_VALUE Used for queries outside of the address space. ILLEGAL_DATA_VALUE Used for queries beyond the packet limit. ILLEGAL_FUNCTION_VALUE Used for queries at function values other than 0x3,0x4,0x6, or 0x PQube 3 Configuration The following parameters can be set it the PQube setup.ini file: Modbus Base Address: The global base address from which all registers are offset. Default is 0x7000. Modbus Query Port: The TCP/IP port on which the modbus server listens. Default is port 502. Modbus Byte Order: Data values spanning multiple registers (such as floats) can be reported in BIG ENDIAN or LITTLE ENDIAN. Default is BIG_ENDIAN. Modbus Slave ID: 2.2 Clients The PQube can be assigned a slave ID required in queries. Default value is 0x1. The PQube3 supports the PSL Modbus Demo client, third party free Modbus clients, or any software conforming to the Modbus protocol (such as Groov). 2.3 Register Map The PQube 3 register map supports five register banks. Most registers map directly to meter reads. Other addresses read probe values, internal file values, or perform other effects. Modbus Interface Reference Manual 1.9- Page 5

6 Bank Offset 0 (247 registers): The PQube Classic Register Bank. Bank Offset 1000 (29 registers): The PQube Extended Classic Configuration Bank. Bank Offset 2000 (859 registers): The PQube 3 Voltage Bank. Voltages and Harmonics. Bank Offset 4000 (937 registers): The PQube 3 Cuurent and Power Bank. Currents, Power, and Harmonics. Bank Offset 6000 (971 registers): The PQube 3 DC/HF Bank. DC values, Probes, and HF. Modbus Interface Reference Manual 1.9- Page 6

7 3. Register Bank Tables 3.1 PQube Classic Register Bank (Offset 0x0) This register bank supports most of the PQube Classic functionality, with exceptions in registers: 92-95, , PQube Classic Bank Offset Register Format Units Comments 0-1 L1-E Volt L1 to earth U rms10/ L2-E Volt L2 to earth U rms10/ L3-E Volt L3 to earth U rms10/ N-E Volt Neutral to earth U rms10/ L1-N Volt L1 to neutral U rms10/ L2-N Volt L2 to neutral U rms10/ L3-N Volt L3 to neutral U rms10/ L1-L2 Volt L1 to L2 U rms10/ L2-L3 Volt L2 to L3 U rms10/ L3-L1 Volt L3 to L1 U rms10/ AN1-E Volt Analog 1 to Earth U rms10/ AN2-E Volt Analog2 to Earth U rms10/ AN1-AN2 Volt Analog1 to Analog2 U rms10/ Frequency Hz L1 Current Amps A rms10/ L2 Current Amps A rms10/ L3 Current Amps A rms10/ N Current Amps Neutral current - A rms10/ Power (W) Watt Also see Apparent Power (VA) VA Also see Digital Input (none) Usually 0 or 1; a fractional value indicates duty cycle Peak Current (1-cycle) Amps A rms10/12 See also registers : Peak Current (1- Amps 1-minute RMS average minute) See also registers N-minute RMS average Peak Current (Nminute) Amps Typically N is 10 minutes or 15 minutes. See register Also, see also registers Peak Power (1-cycle) Watt See also registers Peak Power (1-minute) Watt See also registers Peak Power (N-minute) W Typically N is 10 minutes or 15 minutes. See register Also, see registers Modbus Interface Reference Manual 1.9- Page 7

8 Peak VA (1-cycle) VA See also registers Peak VA (1-minute) VA See also registers Peak VA (N-minute) VA See registers Typically N is 10 minutes or 15 minutes - see register Energy (Wh) Wh Also, see registers Apparent Energy (VAh) VAh Also, see registers Voltage THD % Also, see registers Current TDD % Also, see register : base current for TDD. Also, see registers ANSI Voltage Unbalance % If using IEC or GB methods, see registers and ANSI Current Unbalance % If using IEC or GB methods, see registers and L1 Flicker P inst - Instantaneous value. For L2 and L3 see L1 Flicker P ST - 10-minute value. For L2 and L3 see L1 Flicker P LT - 2-hour value. For L2 and L3 see New Event Recordings Integer - Number of new events recorded by PQube since last time this register was polled. This register is incremented when the files are fully available for download. This register is cleared by reading it. 79 New Trend Recordings Integer - Number of new trends (daily, weekly, monthly) recorded by PQube since last time this register was polled. This register is incremented when the files are fully available for download. This register is cleared by reading it Volt-amps reactive VAR Also, see registers True power factor - Value between -1.0 and Temperature Probe 1 C Modbus register is always in C, even if user has selected F for display Humidity Probe 1 %RH Relative humidity Temperature Probe 2 C Modbus register is always in C, even if user has selected F for display Humidity Probe 2 %RH Relative humidity CO rate 2 Grams per hour Not yet supported CO 2 accumulated Grams Not yet supported Earth current L1-N voltage fundamental magnitude L1-N voltage fundamental angle L2-N voltage fundamental magnitude L2-N voltage fundamental angle L3-N voltage fundamental magnitude L3-N voltage fundamental angle L1 current fundamental magnitude L1 current fundamental angle L2 current fundamental magnitude L2 current fundamental angle L3 current fundamental magnitude Amps Volt A rms10/12 degrees Range: ±180.0º Volt degrees Range: ±180.0º Volt degrees Range: ±180.0º Amps degrees Range: ±180.0º Amps degrees Range: ±180.0º Amps For delta systems, the PQube calculates a metering Neutral for this parameter. For delta systems, the PQube calculates a metering Neutral for this parameter. For delta systems, the PQube calculates a metering Neutral for this parameter. Modbus Interface Reference Manual 1.9- Page 8

9 L3 current fundamental angle Peak current since date Peak current since date Peak current since date Peak power since date Peak power since date Peak power since date Peak VA since date Peak VA since date Peak VA since date Energy (Wh) since date Energy (Wh) since date Energy (Wh) since date PQube clockcalendar PQube clockcalendar PQube clockcalendar PQube clockcalendar PQube clockcalendar PQube clockcalendar PQube offset from UTC Harmonic L1-N Volt Harmonic L2-N Volt Harmonic L3-N Volt Harmonic L1 current Harmonic L2 current Harmonic L3 current Harmonic L1-N voltage angle Harmonic L2-N voltage angle Harmonic L3-N voltage angle Harmonic L1 current angle Harmonic L2 current angle Harmonic L3 current angle Harmonic order of interest degrees Range: ±180.0º Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Integer Hour Range 0 23 Integer Min Range 0 59 Integer Second Range 0 59 Hours Range Set by user in Setup.ini file. Volt Volt Volt Amps Amps Amps degrees Not supported degrees Not supported degrees Not supported degrees Not supported. degrees Not supported. degrees Not supported. Integer (Read/Write) - Harmonic order specified in 166 Harmonic order specified in 166 Harmonic order specified in 166 Harmonic order specified in 166 Harmonic order specified in 166 Harmonic order specified in 166 Range: 1-50, selected by user on PQube harmonic meters screens defaults to 3 rd harmonic Modbus Interface Reference Manual 1.9- Page 9

10 167 GPS status Integer GPS latitude degrees GPS longitude degrees GPS number of satellites Integer (Not used) 0 = not installed 1 = not locked 2 = locked onto satellites and operating Not supported yet Range: ± from equato Not supported yet Range: ± from prime meridian Not supported yet Count of acquired satellites Not supported yet 174- IEC or GB Unbalance Fundamental negative-sequence voltage, as a percentage of fundamental Percent 175 V- positive-sequence voltage 176- IEC or GB Unbalance Fundamental negative-sequence current, as a percentage of fundamental Percent 177 A- positive-sequence current 178- IEC or GB Unbalance Fundamental zero-sequence voltage, as a percentage of fundamental positivesequence voltage Percent 179 V IEC or GB Unbalance Fundamental zero-sequence current, as a percentage of fundamental positivesequence current Percent 181 A DC Power W DC Volt multipled by DC amps DC Energy Wh DC energy accumulated since [date] see registers Number of times the Analog or Digital Input channels were triggered since [date] User counter Long Long counts 189 shares this reset date with Energy, see registers Trigger Snapshot Write-only - Set this register to 1 to trigger a Snapshot with your PQube 191 Reset Peak Measurements Write-only - Set this register to 1 to reset all peak measurements in your PQube L1 Voltage THD % L2 Voltage THD % L3 Voltage THD % L1 Current TDD % L2 Current TDD % L3 Current TDD % L1 Power Watt L2 Power Watt L3 Power Watt 210- L1 Apparent Power 211 (VA) VA 212- L2 Apparent Power 213 (VA) VA 214- L3 Apparent Power 215 (VA) VA L1 volt-amps reactive VAR L2 volt-amps reactive VAR L3 volt-amps reactive VAR L1 True Power Factor - Value between -1.0 and L2 True Power Factor - Value between -1.0 and L3 True Power Factor - Value between -1.0 and L2 Flicker P inst - Instantaneous value. For L1 see Modbus Interface Reference Manual 1.9- Page 10

11 L3 Flicker P inst - Instantaneous value. For L1 see L2 Flicker P ST - 10-minute value. For L1 see L3 Flicker P ST - 10-minute value. For L1 see L2 Flicker P LT - 2-hour value. For L1 see L3 Flicker P LT - 2-hour value. For L1 see VARh DC Energy since date DC Energy since date DC Energy since date Reset Energy Accumulators Reset Analog Energy Accumulators VAR-hours accumulated since [date] - shares this reset date with Energy, see registers Integer Year Typical values: 2009, 2010, etc. Integer Month Range: 1 12 Integer Day Range: 1 31 Write-only - Set this register to 1 to reset the energy accumulators in your PQube Write-only - Set this register to 1 to reset the analog energy accumulators in your PQube Modbus Interface Reference Manual 1.9- Page 11

12 3.2 PQube Static Configuration Bank (Offset 0x1000) This register bank only changes values across reboots and supports the PQube Classic functionality, with exceptions in registers 1003 and new registers in 0x1025-0x1027. PQube Static Configuration Bank Offset Register Format Units Comments 1000 PQube Firmware Major Integer rev - Typically formatted as or similar Major.Minor.Bugfix 1001 PQube Firmware Minor Integer rev PQube Firmware Bug Integer fix rev PQube Firmware build Factory use. Integer - number Not supported Volt Nominal L-N voltage Volt Nominal L-L voltage Nominal frequency Hz PT (potential transformer) 1011 ratio CT (current transformer) 1013 ratio PQube serial number - PQube serial number, without leading P and leading zeros AN1 (Analog 1-E) 1017 multiplier AN2 (Analog 2-E) 1019 multiplier Current basis for TDD Amps 1022 Power configuration Integer Ground Point Integer 1024 N-minutes Integer PQube Firmware build YEAR Integer - PQube Firmware build MONTH Integer - PQube Firmware build DAY Integer - Voltage or Percent Harmonic Units Integer - Used for calculating IEEE 519 Current TDD, and for setting the maximum current of interest. 0 = single-phase L1-N 1 = single-phase L1-L2 2 = split single-phase 3 = Star / Wye 4 = Delta 5 = Split-phase Delta 255 = Not yet determined 0 = centered between all 3 phases 1 = L1 2 = L2 3 = L3 4 = centered between L1 and L2 5 = centered between L2 and L3 6 = centered between L3 and L1 User-defined interval for peak current, power, and apparent power measurements. 15 minutes is the default value. In the setup file, you can define N to be 3, 5, 10, 15, 20, 30, or 60 minutes. Expresses whether L1, L2 and L3 voltage harmonics are expressed in Volt or Percent of the Fundamental. Read only register reflects what has been set in setup.ini file Modbus Interface Reference Manual 1.9- Page 12

13 3.3 PQube Voltages Bank (Offset 0x2000) This register bank focuses on phase voltages and harmonics. It is new for the PQube 3. Voltages, Harmonics and Scopes Offset Register Format Units Comments 2000 L1 E RMS Half Volt 2002 L2 E RMS Half Volt 2004 L3 E RMS Half Volt 2006 NU E RMS Half Volt 2008 L1 N RMS Half Volt 2010 L2 N RMS Half Volt 2012 L3 N RMS Half Volt 2014 L1 L2 RMS Half Volt 2016 L2 L3 RMS Half Volt 2018 L3 L1 RMS Half Volt 2020 Frequency Hz 2022 Fundamental L1 Voltage Volt (RMS 2024 Fundamental L2 Voltage Volt (RMS 2026 Fundamental L3 Voltage Volt (RMS 2028 Fundamental L1 Voltage Angle Deg 2030 Fundamental L2 Voltage Angle Deg 2032 Fundamental L3 Voltage Angle Deg 2034 L1 Voltage Scope Point0 Volt 2036 L1 Voltage Scope Point1 Volt 2038 L1 Voltage Scope Point2 Volt 2040 L1 Voltage Scope Point3 Volt 2042 L1 Voltage Scope Point4 Volt 2044 L1 Voltage Scope Point5 Volt 2046 L1 Voltage Scope Point6 Volt 2048 L1 Voltage Scope Point7 Volt 2050 L1 Voltage Scope Point8 Volt 2052 L1 Voltage Scope Point9 Volt 2054 L1 Voltage Scope Point10 Volt 2056 L1 Voltage Scope Point11 Volt 2058 L1 Voltage Scope Point12 Volt 2060 L1 Voltage Scope Point13 Volt 2062 L1 Voltage Scope Point14 Volt Modbus Interface Reference Manual 1.9- Page 13

14 2064 L1 Voltage Scope Point15 Volt 2066 L1 Voltage Scope Point16 Volt 2068 L1 Voltage Scope Point17 Volt 2070 L1 Voltage Scope Point18 Volt 2072 L1 Voltage Scope Point19 Volt 2074 L1 Voltage Scope Point20 Volt 2076 L1 Voltage Scope Point21 Volt 2078 L1 Voltage Scope Point22 Volt 2080 L1 Voltage Scope Point23 Volt 2082 L1 Voltage Scope Point24 Volt 2084 L1 Voltage Scope Point25 Volt 2086 L1 Voltage Scope Point26 Volt 2088 L1 Voltage Scope Point27 Volt 2090 L1 Voltage Scope Point28 Volt 2092 L1 Voltage Scope Point29 Volt 2094 L1 Voltage Scope Point30 Volt 2096 L1 Voltage Scope Point31 Volt 2098 L2 Voltage Scope Point0 Volt 2100 L2 Voltage Scope Point1 Volt 2102 L2 Voltage Scope Point2 Volt 2104 L2 Voltage Scope Point3 Volt 2106 L2 Voltage Scope Point4 Volt 2108 L2 Voltage Scope Point5 Volt 2110 L2 Voltage Scope Point6 Volt 2112 L2 Voltage Scope Point7 Volt 2114 L2 Voltage Scope Point8 Volt 2116 L2 Voltage Scope Point9 Volt 2118 L2 Voltage Scope Point10 Volt 2120 L2 Voltage Scope Point11 Volt 2122 L2 Voltage Scope Point12 Volt 2124 L2 Voltage Scope Point13 Volt 2126 L2 Voltage Scope Point14 Volt 2128 L2 Voltage Scope Point15 Volt 2130 L2 Voltage Scope Point16 Volt 2132 L2 Voltage Scope Point17 Volt 2134 L2 Voltage Scope Point18 Volt 2136 L2 Voltage Scope Point19 Volt 2138 L2 Voltage Scope Point20 Volt 2140 L2 Voltage Scope Point21 Volt 2142 L2 Voltage Scope Point22 Volt 2144 L2 Voltage Scope Point23 Volt 2146 L2 Voltage Scope Point24 Volt Modbus Interface Reference Manual 1.9- Page 14

15 2148 L2 Voltage Scope Point25 Volt 2150 L2 Voltage Scope Point26 Volt 2152 L2 Voltage Scope Point27 Volt 2154 L2 Voltage Scope Point28 Volt 2156 L2 Voltage Scope Point29 Volt 2158 L2 Voltage Scope Point30 Volt 2160 L2 Voltage Scope Point31 Volt 2162 L3 Voltage Scope Point0 Volt 2164 L3 Voltage Scope Point1 Volt 2166 L3 Voltage Scope Point2 Volt 2168 L3 Voltage Scope Point3 Volt 2170 L3 Voltage Scope Point4 Volt 2172 L3 Voltage Scope Point5 Volt 2174 L3 Voltage Scope Point6 Volt 2176 L3 Voltage Scope Point7 Volt 2178 L3 Voltage Scope Point8 Volt 2180 L3 Voltage Scope Point9 Volt 2182 L3 Voltage Scope Point10 Volt 2184 L3 Voltage Scope Point11 Volt 2186 L3 Voltage Scope Point12 Volt 2188 L3 Voltage Scope Point13 Volt 2190 L3 Voltage Scope Point14 Volt 2192 L3 Voltage Scope Point15 Volt 2194 L3 Voltage Scope Point16 Volt 2196 L3 Voltage Scope Point17 Volt 2198 L3 Voltage Scope Point18 Volt 2200 L3 Voltage Scope Point19 Volt 2202 L3 Voltage Scope Point20 Volt 2204 L3 Voltage Scope Point21 Volt 2206 L3 Voltage Scope Point22 Volt 2208 L3 Voltage Scope Point23 Volt 2210 L3 Voltage Scope Point24 Volt 2212 L3 Voltage Scope Point25 Volt 2214 L3 Voltage Scope Point26 Volt 2216 L3 Voltage Scope Point27 Volt 2218 L3 Voltage Scope Point28 Volt 2220 L3 Voltage Scope Point29 Volt 2222 L3 Voltage Scope Point30 Volt 2224 L3 Voltage Scope Point31 Volt 2226 L1 E RMS Volt 2228 L2 E RMS Volt 2230 L3 E RMS Volt Modbus Interface Reference Manual 1.9- Page 15

16 2232 L1 Voltage Harmonic H1 Volt 2234 L1 Voltage Harmonic H2 Volt OR %H1 Unit is function of configuration tag in PQube3 See register L1 Voltage Harmonic H3 Volt OR %H L1 Voltage Harmonic H4 Volt OR %H L1 Voltage Harmonic H5 Volt OR %H L1 Voltage Harmonic H6 Volt OR %H L1 Voltage Harmonic H7 Volt OR %H L1 Voltage Harmonic H8 Volt OR %H L1 Voltage Harmonic H9 Volt OR %H L1 Voltage Harmonic H10 Volt OR %H L1 Voltage Harmonic H11 Volt OR %H L1 Voltage Harmonic H12 Volt OR %H L1 Voltage Harmonic H13 Volt OR %H L1 Voltage Harmonic H14 Volt OR %H L1 Voltage Harmonic H15 Volt OR %H L1 Voltage Harmonic H16 Volt OR %H L1 Voltage Harmonic H17 Volt OR %H L1 Voltage Harmonic H18 Volt OR %H L1 Voltage Harmonic H19 Volt OR %H L1 Voltage Harmonic H20 Volt OR %H L1 Voltage Harmonic H21 Volt OR %H L1 Voltage Harmonic H22 Volt OR %H L1 Voltage Harmonic H23 Volt OR %H L1 Voltage Harmonic H24 Volt OR %H L1 Voltage Harmonic H25 Volt OR %H L1 Voltage Harmonic H26 Volt OR %H L1 Voltage Harmonic H27 Volt OR %H L1 Voltage Harmonic H28 Volt OR %H L1 Voltage Harmonic H29 Volt OR %H L1 Voltage Harmonic H30 Volt OR %H L1 Voltage Harmonic H31 Volt OR %H L1 Voltage Harmonic H32 Volt OR %H L1 Voltage Harmonic H33 Volt OR %H L1 Voltage Harmonic H34 Volt OR %H L1 Voltage Harmonic H35 Volt OR %H L1 Voltage Harmonic H36 Volt OR %H L1 Voltage Harmonic H37 Volt OR %H L1 Voltage Harmonic H38 Volt OR %H L1 Voltage Harmonic H39 Volt OR %H L1 Voltage Harmonic H40 Volt OR %H L1 Voltage Harmonic H41 Volt OR %H L1 Voltage Harmonic H42 Volt OR %H1 Modbus Interface Reference Manual 1.9- Page 16

17 2316 L1 Voltage Harmonic H43 Volt OR %H L1 Voltage Harmonic H44 Volt OR %H L1 Voltage Harmonic H45 Volt OR %H L1 Voltage Harmonic H46 Volt OR %H L1 Voltage Harmonic H47 Volt OR %H L1 Voltage Harmonic H48 Volt OR %H L1 Voltage Harmonic H49 Volt OR %H L1 Voltage Harmonic H50 Volt OR %H L2 Voltage Harmonic H1 Volt OR %H L2 Voltage Harmonic H2 Volt OR %H L2 Voltage Harmonic H3 Volt OR %H L2 Voltage Harmonic H4 Volt OR %H L2 Voltage Harmonic H5 Volt OR %H L2 Voltage Harmonic H6 Volt OR %H L2 Voltage Harmonic H7 Volt OR %H L2 Voltage Harmonic H8 Volt OR %H L2 Voltage Harmonic H9 Volt OR %H L2 Voltage Harmonic H10 Volt OR %H L2 Voltage Harmonic H11 Volt OR %H L2 Voltage Harmonic H12 Volt OR %H L2 Voltage Harmonic H13 Volt OR %H L2 Voltage Harmonic H14 Volt OR %H L2 Voltage Harmonic H15 Volt OR %H L2 Voltage Harmonic H16 Volt OR %H L2 Voltage Harmonic H17 Volt OR %H L2 Voltage Harmonic H18 Volt OR %H L2 Voltage Harmonic H19 Volt OR %H L2 Voltage Harmonic H20 Volt OR %H L2 Voltage Harmonic H21 Volt OR %H L2 Voltage Harmonic H22 Volt OR %H L2 Voltage Harmonic H23 Volt OR %H L2 Voltage Harmonic H24 Volt OR %H L2 Voltage Harmonic H25 Volt OR %H L2 Voltage Harmonic H26 Volt OR %H L2 Voltage Harmonic H27 Volt OR %H L2 Voltage Harmonic H28 Volt OR %H L2 Voltage Harmonic H29 Volt OR %H L2 Voltage Harmonic H30 Volt OR %H L2 Voltage Harmonic H31 Volt OR %H L2 Voltage Harmonic H32 Volt OR %H L2 Voltage Harmonic H33 Volt OR %H L2 Voltage Harmonic H34 Volt OR %H1 Modbus Interface Reference Manual 1.9- Page 17

18 2400 L2 Voltage Harmonic H35 Volt OR %H L2 Voltage Harmonic H36 Volt OR %H L2 Voltage Harmonic H37 Volt OR %H L2 Voltage Harmonic H38 Volt OR %H L2 Voltage Harmonic H39 Volt OR %H L2 Voltage Harmonic H40 Volt OR %H L2 Voltage Harmonic H41 Volt OR %H L2 Voltage Harmonic H42 Volt OR %H L2 Voltage Harmonic H43 Volt OR %H L2 Voltage Harmonic H44 Volt OR %H L2 Voltage Harmonic H45 Volt OR %H L2 Voltage Harmonic H46 Volt OR %H L2 Voltage Harmonic H47 Volt OR %H L2 Voltage Harmonic H48 Volt OR %H L2 Voltage Harmonic H49 Volt OR %H L2 Voltage Harmonic H50 Volt OR %H L3 Voltage Harmonic H1 Volt OR %H L3 Voltage Harmonic H2 Volt OR %H L3 Voltage Harmonic H3 Volt OR %H L3 Voltage Harmonic H4 Volt OR %H L3 Voltage Harmonic H5 Volt OR %H L3 Voltage Harmonic H6 Volt OR %H L3 Voltage Harmonic H7 Volt OR %H L3 Voltage Harmonic H8 Volt OR %H L3 Voltage Harmonic H9 Volt OR %H L3 Voltage Harmonic H10 Volt OR %H L3 Voltage Harmonic H11 Volt OR %H L3 Voltage Harmonic H12 Volt OR %H L3 Voltage Harmonic H13 Volt OR %H L3 Voltage Harmonic H14 Volt OR %H L3 Voltage Harmonic H15 Volt OR %H L3 Voltage Harmonic H16 Volt OR %H L3 Voltage Harmonic H17 Volt OR %H L3 Voltage Harmonic H18 Volt OR %H L3 Voltage Harmonic H19 Volt OR %H L3 Voltage Harmonic H20 Volt OR %H L3 Voltage Harmonic H21 Volt OR %H L3 Voltage Harmonic H22 Volt OR %H L3 Voltage Harmonic H23 Volt OR %H L3 Voltage Harmonic H24 Volt OR %H L3 Voltage Harmonic H25 Volt OR %H L3 Voltage Harmonic H26 Volt OR %H1 Modbus Interface Reference Manual 1.9- Page 18

19 2484 L3 Voltage Harmonic H27 Volt OR %H L3 Voltage Harmonic H28 Volt OR %H L3 Voltage Harmonic H29 Volt OR %H L3 Voltage Harmonic H30 Volt OR %H L3 Voltage Harmonic H31 Volt OR %H L3 Voltage Harmonic H32 Volt OR %H L3 Voltage Harmonic H33 Volt OR %H L3 Voltage Harmonic H34 Volt OR %H L3 Voltage Harmonic H35 Volt OR %H L3 Voltage Harmonic H36 Volt OR %H L3 Voltage Harmonic H37 Volt OR %H L3 Voltage Harmonic H38 Volt OR %H L3 Voltage Harmonic H39 Volt OR %H L3 Voltage Harmonic H40 Volt OR %H L3 Voltage Harmonic H41 Volt OR %H L3 Voltage Harmonic H42 Volt OR %H L3 Voltage Harmonic H43 Volt OR %H L3 Voltage Harmonic H44 Volt OR %H L3 Voltage Harmonic H45 Volt OR %H L3 Voltage Harmonic H46 Volt OR %H L3 Voltage Harmonic H47 Volt OR %H L3 Voltage Harmonic H48 Volt OR %H L3 Voltage Harmonic H49 Volt OR %H L3 Voltage Harmonic H50 Volt OR %H L1 Voltage Interharmonic H0 Volt 2534 L1 Voltage Interharmonic H1 Volt 2536 L1 Voltage Interharmonic H2 Volt 2538 L1 Voltage Interharmonic H3 Volt 2540 L1 Voltage Interharmonic H4 Volt 2542 L1 Voltage Interharmonic H5 Volt 2544 L1 Voltage Interharmonic H6 Volt 2546 L1 Voltage Interharmonic H7 Volt 2548 L1 Voltage Interharmonic H8 Volt 2550 L1 Voltage Interharmonic H9 Volt 2552 L1 Voltage Interharmonic H10 Volt 2554 L1 Voltage Interharmonic H11 Volt 2556 L1 Voltage Interharmonic H12 Volt 2558 L1 Voltage Interharmonic H13 Volt 2560 L1 Voltage Interharmonic H14 Volt 2562 L1 Voltage Interharmonic H15 Volt 2564 L1 Voltage Interharmonic H16 Volt 2566 L1 Voltage Interharmonic H17 Volt Modbus Interface Reference Manual 1.9- Page 19

20 2568 L1 Voltage Interharmonic H18 Volt 2570 L1 Voltage Interharmonic H19 Volt 2572 L1 Voltage Interharmonic H20 Volt 2574 L1 Voltage Interharmonic H21 Volt 2576 L1 Voltage Interharmonic H22 Volt 2578 L1 Voltage Interharmonic H23 Volt 2580 L1 Voltage Interharmonic H24 Volt 2582 L1 Voltage Interharmonic H25 Volt 2584 L1 Voltage Interharmonic H26 Volt 2586 L1 Voltage Interharmonic H27 Volt 2588 L1 Voltage Interharmonic H28 Volt 2590 L1 Voltage Interharmonic H29 Volt 2592 L1 Voltage Interharmonic H30 Volt 2594 L1 Voltage Interharmonic H31 Volt 2596 L1 Voltage Interharmonic H32 Volt 2598 L1 Voltage Interharmonic H33 Volt 2600 L1 Voltage Interharmonic H34 Volt 2602 L1 Voltage Interharmonic H35 Volt 2604 L1 Voltage Interharmonic H36 Volt 2606 L1 Voltage Interharmonic H37 Volt 2608 L1 Voltage Interharmonic H38 Volt 2610 L1 Voltage Interharmonic H39 Volt 2612 L1 Voltage Interharmonic H40 Volt 2614 L1 Voltage Interharmonic H41 Volt 2616 L1 Voltage Interharmonic H42 Volt 2618 L1 Voltage Interharmonic H43 Volt 2620 L1 Voltage Interharmonic H44 Volt 2622 L1 Voltage Interharmonic H45 Volt 2624 L1 Voltage Interharmonic H46 Volt 2626 L1 Voltage Interharmonic H47 Volt 2628 L1 Voltage Interharmonic H48 Volt 2630 L1 Voltage Interharmonic H49 Volt 2632 L2 Voltage Interharmonic H0 Volt 2634 L2 Voltage Interharmonic H1 Volt 2636 L2 Voltage Interharmonic H2 Volt 2638 L2 Voltage Interharmonic H3 Volt 2640 L2 Voltage Interharmonic H4 Volt 2642 L2 Voltage Interharmonic H5 Volt 2644 L2 Voltage Interharmonic H6 Volt 2646 L2 Voltage Interharmonic H7 Volt 2648 L2 Voltage Interharmonic H8 Volt 2650 L2 Voltage Interharmonic H9 Volt Modbus Interface Reference Manual 1.9- Page 20

21 2652 L2 Voltage Interharmonic H10 Volt 2654 L2 Voltage Interharmonic H11 Volt 2656 L2 Voltage Interharmonic H12 Volt 2658 L2 Voltage Interharmonic H13 Volt 2660 L2 Voltage Interharmonic H14 Volt 2662 L2 Voltage Interharmonic H15 Volt 2664 L2 Voltage Interharmonic H16 Volt 2666 L2 Voltage Interharmonic H17 Volt 2668 L2 Voltage Interharmonic H18 Volt 2670 L2 Voltage Interharmonic H19 Volt 2672 L2 Voltage Interharmonic H20 Volt 2674 L2 Voltage Interharmonic H21 Volt 2676 L2 Voltage Interharmonic H22 Volt 2678 L2 Voltage Interharmonic H23 Volt 2680 L2 Voltage Interharmonic H24 Volt 2682 L2 Voltage Interharmonic H25 Volt 2684 L2 Voltage Interharmonic H26 Volt 2686 L2 Voltage Interharmonic H27 Volt 2688 L2 Voltage Interharmonic H28 Volt 2690 L2 Voltage Interharmonic H29 Volt 2692 L2 Voltage Interharmonic H30 Volt 2694 L2 Voltage Interharmonic H31 Volt 2696 L2 Voltage Interharmonic H32 Volt 2698 L2 Voltage Interharmonic H33 Volt 2700 L2 Voltage Interharmonic H34 Volt 2702 L2 Voltage Interharmonic H35 Volt 2704 L2 Voltage Interharmonic H36 Volt 2706 L2 Voltage Interharmonic H37 Volt 2708 L2 Voltage Interharmonic H38 Volt 2710 L2 Voltage Interharmonic H39 Volt 2712 L2 Voltage Interharmonic H40 Volt 2714 L2 Voltage Interharmonic H41 Volt 2716 L2 Voltage Interharmonic H42 Volt 2718 L2 Voltage Interharmonic H43 Volt 2720 L2 Voltage Interharmonic H44 Volt 2722 L2 Voltage Interharmonic H45 Volt 2724 L2 Voltage Interharmonic H46 Volt 2726 L2 Voltage Interharmonic H47 Volt 2728 L2 Voltage Interharmonic H48 Volt 2730 L2 Voltage Interharmonic H49 Volt 2732 L3 Voltage Interharmonic H0 Volt 2734 L3 Voltage Interharmonic H1 Volt Modbus Interface Reference Manual 1.9- Page 21

22 2736 L3 Voltage Interharmonic H2 Volt 2738 L3 Voltage Interharmonic H3 Volt 2740 L3 Voltage Interharmonic H4 Volt 2742 L3 Voltage Interharmonic H5 Volt 2744 L3 Voltage Interharmonic H6 Volt 2746 L3 Voltage Interharmonic H7 Volt 2748 L3 Voltage Interharmonic H8 Volt 2750 L3 Voltage Interharmonic H9 Volt 2752 L3 Voltage Interharmonic H10 Volt 2754 L3 Voltage Interharmonic H11 Volt 2756 L3 Voltage Interharmonic H12 Volt 2758 L3 Voltage Interharmonic H13 Volt 2760 L3 Voltage Interharmonic H14 Volt 2762 L3 Voltage Interharmonic H15 Volt 2764 L3 Voltage Interharmonic H16 Volt 2766 L3 Voltage Interharmonic H17 Volt 2768 L3 Voltage Interharmonic H18 Volt 2770 L3 Voltage Interharmonic H19 Volt 2772 L3 Voltage Interharmonic H20 Volt 2774 L3 Voltage Interharmonic H21 Volt 2776 L3 Voltage Interharmonic H22 Volt 2778 L3 Voltage Interharmonic H23 Volt 2780 L3 Voltage Interharmonic H24 Volt 2782 L3 Voltage Interharmonic H25 Volt 2784 L3 Voltage Interharmonic H26 Volt 2786 L3 Voltage Interharmonic H27 Volt 2788 L3 Voltage Interharmonic H28 Volt 2790 L3 Voltage Interharmonic H29 Volt 2792 L3 Voltage Interharmonic H30 Volt 2794 L3 Voltage Interharmonic H31 Volt 2796 L3 Voltage Interharmonic H32 Volt 2798 L3 Voltage Interharmonic H33 Volt 2800 L3 Voltage Interharmonic H34 Volt 2802 L3 Voltage Interharmonic H35 Volt 2804 L3 Voltage Interharmonic H36 Volt 2806 L3 Voltage Interharmonic H37 Volt 2808 L3 Voltage Interharmonic H38 Volt 2810 L3 Voltage Interharmonic H39 Volt 2812 L3 Voltage Interharmonic H40 Volt 2814 L3 Voltage Interharmonic H41 Volt 2816 L3 Voltage Interharmonic H42 Volt 2818 L3 Voltage Interharmonic H43 Volt Modbus Interface Reference Manual 1.9- Page 22

23 2820 L3 Voltage Interharmonic H44 Volt 2822 L3 Voltage Interharmonic H45 Volt 2824 L3 Voltage Interharmonic H46 Volt 2826 L3 Voltage Interharmonic H47 Volt 2828 L3 Voltage Interharmonic H48 Volt 2830 L3 Voltage Interharmonic H49 Volt 2832 L1 THD % 2834 L2 THD % 2836 L3 THD % 2838 Unbalance V Negative Sequence % 2840 Unbalance V Zero Sequence % 2842 Flicker Pinst L Flicker Pinst L Flicker Pinst L Flicker Pst L Flicker Pst L Flicker Pst L Flicker Plt L Flicker Plt L Flicker Plt L3 3.4 PQube Currents Bank (Offset 0x6000) This register bank focuses on phase currents and harmonics. It is new for the PQube 3. Currents, Powers and Scopes Offset Register Format Units Comments 4000 Current L1 Amps 4002 Current L2 Amps 4004 Current L3 Amps 4006 Current LN Amps 4008 Current LE Amps 4010 Current L6 Amps 4012 Current L7 Amps 4014 Current L8 Amps Modbus Interface Reference Manual 1.9- Page 23

24 4016 Fundamental L1 Current Amps 4018 Fundamental L2 Current Amps 4020 Fundamental L3 Current Amps 4022 Fundamental L1 Current Angle Deg 4024 Fundamental L2 Current Angle Deg 4026 Fundamental L3 Current Angle Deg 4028 L1 Current Scope Point0 Amps 4030 L1 Current Scope Point1 Amps 4032 L1 Current Scope Point2 Amps 4034 L1 Current Scope Point3 Amps 4036 L1 Current Scope Point4 Amps 4038 L1 Current Scope Point5 Amps 4040 L1 Current Scope Point6 Amps 4042 L1 Current Scope Point7 Amps 4044 L1 Current Scope Point8 Amps 4046 L1 Current Scope Point9 Amps 4048 L1 Current Scope Point10 Amps 4050 L1 Current Scope Point11 Amps 4052 L1 Current Scope Point12 Amps 4054 L1 Current Scope Point13 Amps 4056 L1 Current Scope Point14 Amps 4058 L1 Current Scope Point15 Amps 4060 L1 Current Scope Point16 Amps 4062 L1 Current Scope Point17 Amps 4064 L1 Current Scope Point18 Amps 4066 L1 Current Scope Point19 Amps 4068 L1 Current Scope Point20 Amps 4070 L1 Current Scope Point21 Amps 4072 L1 Current Scope Point22 Amps 4074 L1 Current Scope Point23 Amps 4076 L1 Current Scope Point24 Amps 4078 L1 Current Scope Point25 Amps 4080 L1 Current Scope Point26 Amps 4082 L1 Current Scope Point27 Amps 4084 L1 Current Scope Point28 Amps 4086 L1 Current Scope Point29 Amps 4088 L1 Current Scope Point30 Amps 4090 L1 Current Scope Point31 Amps 4092 L2 Current Scope Point0 Amps 4094 L2 Current Scope Point1 Amps 4096 L2 Current Scope Point2 Amps 4098 L2 Current Scope Point3 Amps Modbus Interface Reference Manual 1.9- Page 24

25 4100 L2 Current Scope Point4 Amps 4102 L2 Current Scope Point5 Amps 4104 L2 Current Scope Point6 Amps 4106 L2 Current Scope Point7 Amps 4108 L2 Current Scope Point8 Amps 4110 L2 Current Scope Point9 Amps 4112 L2 Current Scope Point10 Amps 4114 L2 Current Scope Point11 Amps 4116 L2 Current Scope Point12 Amps 4118 L2 Current Scope Point13 Amps 4120 L2 Current Scope Point14 Amps 4122 L2 Current Scope Point15 Amps 4124 L2 Current Scope Point16 Amps 4126 L2 Current Scope Point17 Amps 4128 L2 Current Scope Point18 Amps 4130 L2 Current Scope Point19 Amps 4132 L2 Current Scope Point20 Amps 4134 L2 Current Scope Point21 Amps 4136 L2 Current Scope Point22 Amps 4138 L2 Current Scope Point23 Amps 4140 L2 Current Scope Point24 Amps 4142 L2 Current Scope Point25 Amps 4144 L2 Current Scope Point26 Amps 4146 L2 Current Scope Point27 Amps 4148 L2 Current Scope Point28 Amps 4150 L2 Current Scope Point29 Amps 4152 L2 Current Scope Point30 Amps 4154 L2 Current Scope Point31 Amps 4156 L3 Current Scope Point0 Amps 4158 L3 Current Scope Point1 Amps 4160 L3 Current Scope Point2 Amps 4162 L3 Current Scope Point3 Amps 4164 L3 Current Scope Point4 Amps 4166 L3 Current Scope Point5 Amps 4168 L3 Current Scope Point6 Amps 4170 L3 Current Scope Point7 Amps 4172 L3 Current Scope Point8 Amps 4174 L3 Current Scope Point9 Amps 4176 L3 Current Scope Point10 Amps 4178 L3 Current Scope Point11 Amps 4180 L3 Current Scope Point12 Amps 4182 L3 Current Scope Point13 Amps Modbus Interface Reference Manual 1.9- Page 25

26 4184 L3 Current Scope Point14 Amps 4186 L3 Current Scope Point15 Amps 4188 L3 Current Scope Point16 Amps 4190 L3 Current Scope Point17 Amps 4192 L3 Current Scope Point18 Amps 4194 L3 Current Scope Point19 Amps 4196 L3 Current Scope Point20 Amps 4198 L3 Current Scope Point21 Amps 4200 L3 Current Scope Point22 Amps 4202 L3 Current Scope Point23 Amps 4204 L3 Current Scope Point24 Amps 4206 L3 Current Scope Point25 Amps 4208 L3 Current Scope Point26 Amps 4210 L3 Current Scope Point27 Amps 4212 L3 Current Scope Point28 Amps 4214 L3 Current Scope Point29 Amps 4216 L3 Current Scope Point30 Amps 4218 L3 Current Scope Point31 Amps 4220 L1 Amps Amps 4222 L2 Amps Amps 4224 L3 Amps Amps 4226 L1 Current Harmonic H1 Amps 4228 L1 Current Harmonic H2 Amps 4230 L1 Current Harmonic H3 Amps 4232 L1 Current Harmonic H4 Amps 4234 L1 Current Harmonic H5 Amps 4236 L1 Current Harmonic H6 Amps 4238 L1 Current Harmonic H7 Amps 4240 L1 Current Harmonic H8 Amps 4242 L1 Current Harmonic H9 Amps 4244 L1 Current Harmonic H10 Amps 4246 L1 Current Harmonic H11 Amps 4248 L1 Current Harmonic H12 Amps 4250 L1 Current Harmonic H13 Amps 4252 L1 Current Harmonic H14 Amps 4254 L1 Current Harmonic H15 Amps 4256 L1 Current Harmonic H16 Amps 4258 L1 Current Harmonic H17 Amps 4260 L1 Current Harmonic H18 Amps 4262 L1 Current Harmonic H19 Amps 4264 L1 Current Harmonic H20 Amps 4266 L1 Current Harmonic H21 Amps Modbus Interface Reference Manual 1.9- Page 26

27 4268 L1 Current Harmonic H22 Amps 4270 L1 Current Harmonic H23 Amps 4272 L1 Current Harmonic H24 Amps 4274 L1 Current Harmonic H25 Amps 4276 L1 Current Harmonic H26 Amps 4278 L1 Current Harmonic H27 Amps 4280 L1 Current Harmonic H28 Amps 4282 L1 Current Harmonic H29 Amps 4284 L1 Current Harmonic H30 Amps 4286 L1 Current Harmonic H31 Amps 4288 L1 Current Harmonic H32 Amps 4290 L1 Current Harmonic H33 Amps 4292 L1 Current Harmonic H34 Amps 4294 L1 Current Harmonic H35 Amps 4296 L1 Current Harmonic H36 Amps 4298 L1 Current Harmonic H37 Amps 4300 L1 Current Harmonic H38 Amps 4302 L1 Current Harmonic H39 Amps 4304 L1 Current Harmonic H40 Amps 4306 L1 Current Harmonic H41 Amps 4308 L1 Current Harmonic H42 Amps 4310 L1 Current Harmonic H43 Amps 4312 L1 Current Harmonic H44 Amps 4314 L1 Current Harmonic H45 Amps 4316 L1 Current Harmonic H46 Amps 4318 L1 Current Harmonic H47 Amps 4320 L1 Current Harmonic H48 Amps 4322 L1 Current Harmonic H49 Amps 4324 L1 Current Harmonic H50 Amps 4326 L2 Current Harmonic H1 Amps 4328 L2 Current Harmonic H2 Amps 4330 L2 Current Harmonic H3 Amps 4332 L2 Current Harmonic H4 Amps 4334 L2 Current Harmonic H5 Amps 4336 L2 Current Harmonic H6 Amps 4338 L2 Current Harmonic H7 Amps 4340 L2 Current Harmonic H8 Amps 4342 L2 Current Harmonic H9 Amps 4344 L2 Current Harmonic H10 Amps 4346 L2 Current Harmonic H11 Amps 4348 L2 Current Harmonic H12 Amps 4350 L2 Current Harmonic H13 Amps Modbus Interface Reference Manual 1.9- Page 27

28 4352 L2 Current Harmonic H14 Amps 4354 L2 Current Harmonic H15 Amps 4356 L2 Current Harmonic H16 Amps 4358 L2 Current Harmonic H17 Amps 4360 L2 Current Harmonic H18 Amps 4362 L2 Current Harmonic H19 Amps 4364 L2 Current Harmonic H20 Amps 4366 L2 Current Harmonic H21 Amps 4368 L2 Current Harmonic H22 Amps 4370 L2 Current Harmonic H23 Amps 4372 L2 Current Harmonic H24 Amps 4374 L2 Current Harmonic H25 Amps 4376 L2 Current Harmonic H26 Amps 4378 L2 Current Harmonic H27 Amps 4380 L2 Current Harmonic H28 Amps 4382 L2 Current Harmonic H29 Amps 4384 L2 Current Harmonic H30 Amps 4386 L2 Current Harmonic H31 Amps 4388 L2 Current Harmonic H32 Amps 4390 L2 Current Harmonic H33 Amps 4392 L2 Current Harmonic H34 Amps 4394 L2 Current Harmonic H35 Amps 4396 L2 Current Harmonic H36 Amps 4398 L2 Current Harmonic H37 Amps 4400 L2 Current Harmonic H38 Amps 4402 L2 Current Harmonic H39 Amps 4404 L2 Current Harmonic H40 Amps 4406 L2 Current Harmonic H41 Amps 4408 L2 Current Harmonic H42 Amps 4410 L2 Current Harmonic H43 Amps 4412 L2 Current Harmonic H44 Amps 4414 L2 Current Harmonic H45 Amps 4416 L2 Current Harmonic H46 Amps 4418 L2 Current Harmonic H47 Amps 4420 L2 Current Harmonic H48 Amps 4422 L2 Current Harmonic H49 Amps 4424 L2 Current Harmonic H50 Amps 4426 L3 Current Harmonic H1 Amps 4428 L3 Current Harmonic H2 Amps 4430 L3 Current Harmonic H3 Amps 4432 L3 Current Harmonic H4 Amps 4434 L3 Current Harmonic H5 Amps Modbus Interface Reference Manual 1.9- Page 28

29 4436 L3 Current Harmonic H6 Amps 4438 L3 Current Harmonic H7 Amps 4440 L3 Current Harmonic H8 Amps 4442 L3 Current Harmonic H9 Amps 4444 L3 Current Harmonic H10 Amps 4446 L3 Current Harmonic H11 Amps 4448 L3 Current Harmonic H12 Amps 4450 L3 Current Harmonic H13 Amps 4452 L3 Current Harmonic H14 Amps 4454 L3 Current Harmonic H15 Amps 4456 L3 Current Harmonic H16 Amps 4458 L3 Current Harmonic H17 Amps 4460 L3 Current Harmonic H18 Amps 4462 L3 Current Harmonic H19 Amps 4464 L3 Current Harmonic H20 Amps 4466 L3 Current Harmonic H21 Amps 4468 L3 Current Harmonic H22 Amps 4470 L3 Current Harmonic H23 Amps 4472 L3 Current Harmonic H24 Amps 4474 L3 Current Harmonic H25 Amps 4476 L3 Current Harmonic H26 Amps 4478 L3 Current Harmonic H27 Amps 4480 L3 Current Harmonic H28 Amps 4482 L3 Current Harmonic H29 Amps 4484 L3 Current Harmonic H30 Amps 4486 L3 Current Harmonic H31 Amps 4488 L3 Current Harmonic H32 Amps 4490 L3 Current Harmonic H33 Amps 4492 L3 Current Harmonic H34 Amps 4494 L3 Current Harmonic H35 Amps 4496 L3 Current Harmonic H36 Amps 4498 L3 Current Harmonic H37 Amps 4500 L3 Current Harmonic H38 Amps 4502 L3 Current Harmonic H39 Amps 4504 L3 Current Harmonic H40 Amps 4506 L3 Current Harmonic H41 Amps 4508 L3 Current Harmonic H42 Amps 4510 L3 Current Harmonic H43 Amps 4512 L3 Current Harmonic H44 Amps 4514 L3 Current Harmonic H45 Amps 4516 L3 Current Harmonic H46 Amps 4518 L3 Current Harmonic H47 Amps Modbus Interface Reference Manual 1.9- Page 29

30 4520 L3 Current Harmonic H48 Amps 4522 L3 Current Harmonic H49 Amps 4524 L3 Current Harmonic H50 Amps 4526 L1 Current Interharmonic H0 Amps 4528 L1 Current Interharmonic H1 Amps 4530 L1 Current Interharmonic H2 Amps 4532 L1 Current Interharmonic H3 Amps 4534 L1 Current Interharmonic H4 Amps 4536 L1 Current Interharmonic H5 Amps 4538 L1 Current Interharmonic H6 Amps 4540 L1 Current Interharmonic H7 Amps 4542 L1 Current Interharmonic H8 Amps 4544 L1 Current Interharmonic H9 Amps 4546 L1 Current Interharmonic H10 Amps 4548 L1 Current Interharmonic H11 Amps 4550 L1 Current Interharmonic H12 Amps 4552 L1 Current Interharmonic H13 Amps 4554 L1 Current Interharmonic H14 Amps 4556 L1 Current Interharmonic H15 Amps 4558 L1 Current Interharmonic H16 Amps 4560 L1 Current Interharmonic H17 Amps 4562 L1 Current Interharmonic H18 Amps 4564 L1 Current Interharmonic H19 Amps 4566 L1 Current Interharmonic H20 Amps 4568 L1 Current Interharmonic H21 Amps 4570 L1 Current Interharmonic H22 Amps 4572 L1 Current Interharmonic H23 Amps 4574 L1 Current Interharmonic H24 Amps 4576 L1 Current Interharmonic H25 Amps 4578 L1 Current Interharmonic H26 Amps 4580 L1 Current Interharmonic H27 Amps 4582 L1 Current Interharmonic H28 Amps 4584 L1 Current Interharmonic H29 Amps 4586 L1 Current Interharmonic H30 Amps 4588 L1 Current Interharmonic H31 Amps 4590 L1 Current Interharmonic H32 Amps 4592 L1 Current Interharmonic H33 Amps 4594 L1 Current Interharmonic H34 Amps 4596 L1 Current Interharmonic H35 Amps 4598 L1 Current Interharmonic H36 Amps 4600 L1 Current Interharmonic H37 Amps 4602 L1 Current Interharmonic H38 Amps Modbus Interface Reference Manual 1.9- Page 30

31 4604 L1 Current Interharmonic H39 Amps 4606 L1 Current Interharmonic H40 Amps 4608 L1 Current Interharmonic H41 Amps 4610 L1 Current Interharmonic H42 Amps 4612 L1 Current Interharmonic H43 Amps 4614 L1 Current Interharmonic H44 Amps 4616 L1 Current Interharmonic H45 Amps 4618 L1 Current Interharmonic H46 Amps 4620 L1 Current Interharmonic H47 Amps 4622 L1 Current Interharmonic H48 Amps 4624 L1 Current Interharmonic H49 Amps 4626 L2 Current Interharmonic H0 Amps 4628 L2 Current Interharmonic H1 Amps 4630 L2 Current Interharmonic H2 Amps 4632 L2 Current Interharmonic H3 Amps 4634 L2 Current Interharmonic H4 Amps 4636 L2 Current Interharmonic H5 Amps 4638 L2 Current Interharmonic H6 Amps 4640 L2 Current Interharmonic H7 Amps 4642 L2 Current Interharmonic H8 Amps 4644 L2 Current Interharmonic H9 Amps 4646 L2 Current Interharmonic H10 Amps 4648 L2 Current Interharmonic H11 Amps 4650 L2 Current Interharmonic H12 Amps 4652 L2 Current Interharmonic H13 Amps 4654 L2 Current Interharmonic H14 Amps 4656 L2 Current Interharmonic H15 Amps 4658 L2 Current Interharmonic H16 Amps 4660 L2 Current Interharmonic H17 Amps 4662 L2 Current Interharmonic H18 Amps 4664 L2 Current Interharmonic H19 Amps 4666 L2 Current Interharmonic H20 Amps 4668 L2 Current Interharmonic H21 Amps 4670 L2 Current Interharmonic H22 Amps 4672 L2 Current Interharmonic H23 Amps 4674 L2 Current Interharmonic H24 Amps 4676 L2 Current Interharmonic H25 Amps 4678 L2 Current Interharmonic H26 Amps 4680 L2 Current Interharmonic H27 Amps 4682 L2 Current Interharmonic H28 Amps 4684 L2 Current Interharmonic H29 Amps 4686 L2 Current Interharmonic H30 Amps Modbus Interface Reference Manual 1.9- Page 31

32 4688 L2 Current Interharmonic H31 Amps 4690 L2 Current Interharmonic H32 Amps 4692 L2 Current Interharmonic H33 Amps 4694 L2 Current Interharmonic H34 Amps 4696 L2 Current Interharmonic H35 Amps 4698 L2 Current Interharmonic H36 Amps 4700 L2 Current Interharmonic H37 Amps 4702 L2 Current Interharmonic H38 Amps 4704 L2 Current Interharmonic H39 Amps 4706 L2 Current Interharmonic H40 Amps 4708 L2 Current Interharmonic H41 Amps 4710 L2 Current Interharmonic H42 Amps 4712 L2 Current Interharmonic H43 Amps 4714 L2 Current Interharmonic H44 Amps 4716 L2 Current Interharmonic H45 Amps 4718 L2 Current Interharmonic H46 Amps 4720 L2 Current Interharmonic H47 Amps 4722 L2 Current Interharmonic H48 Amps 4724 L2 Current Interharmonic H49 Amps 4726 L3 Current Interharmonic H0 Amps 4728 L3 Current Interharmonic H1 Amps 4730 L3 Current Interharmonic H2 Amps 4732 L3 Current Interharmonic H3 Amps 4734 L3 Current Interharmonic H4 Amps 4736 L3 Current Interharmonic H5 Amps 4738 L3 Current Interharmonic H6 Amps 4740 L3 Current Interharmonic H7 Amps 4742 L3 Current Interharmonic H8 Amps 4744 L3 Current Interharmonic H9 Amps 4746 L3 Current Interharmonic H10 Amps 4748 L3 Current Interharmonic H11 Amps 4750 L3 Current Interharmonic H12 Amps 4752 L3 Current Interharmonic H13 Amps 4754 L3 Current Interharmonic H14 Amps 4756 L3 Current Interharmonic H15 Amps 4758 L3 Current Interharmonic H16 Amps 4760 L3 Current Interharmonic H17 Amps 4762 L3 Current Interharmonic H18 Amps 4764 L3 Current Interharmonic H19 Amps 4766 L3 Current Interharmonic H20 Amps 4768 L3 Current Interharmonic H21 Amps 4770 L3 Current Interharmonic H22 Amps Modbus Interface Reference Manual 1.9- Page 32

33 4772 L3 Current Interharmonic H23 Amps 4774 L3 Current Interharmonic H24 Amps 4776 L3 Current Interharmonic H25 Amps 4778 L3 Current Interharmonic H26 Amps 4780 L3 Current Interharmonic H27 Amps 4782 L3 Current Interharmonic H28 Amps 4784 L3 Current Interharmonic H29 Amps 4786 L3 Current Interharmonic H30 Amps 4788 L3 Current Interharmonic H31 Amps 4790 L3 Current Interharmonic H32 Amps 4792 L3 Current Interharmonic H33 Amps 4794 L3 Current Interharmonic H34 Amps 4796 L3 Current Interharmonic H35 Amps 4798 L3 Current Interharmonic H36 Amps 4800 L3 Current Interharmonic H37 Amps 4802 L3 Current Interharmonic H38 Amps 4804 L3 Current Interharmonic H39 Amps 4806 L3 Current Interharmonic H40 Amps 4808 L3 Current Interharmonic H41 Amps 4810 L3 Current Interharmonic H42 Amps 4812 L3 Current Interharmonic H43 Amps 4814 L3 Current Interharmonic H44 Amps 4816 L3 Current Interharmonic H45 Amps 4818 L3 Current Interharmonic H46 Amps 4820 L3 Current Interharmonic H47 Amps 4822 L3 Current Interharmonic H48 Amps 4824 L3 Current Interharmonic H49 Amps 4826 L1 TDD Amps 4828 L2 TDD Amps 4830 L3 TDD Amps 4832 Unbalance A Negative Sequence % 4834 Unbalance A Zero Sequence % 4836 Total Power % 4838 L1 Power Watt 4840 L2 Power Watt 4842 L3 Power Watt 4844 Reactive Power VAR 4846 L1 Reactive Power VAR 4848 L2 Reactive Power VAR 4850 L3 Reactive Power VAR 4852 Apparent Power VA 4854 L1 Apparent Power VA Modbus Interface Reference Manual 1.9- Page 33