Modbus Map

Product Support

Acuvim II Modbus Map

System Parameter Settings
System Status Parameters
Clock Settings
Basic Real-time Parameters
Energy Parameters

Harmonics
- Power Quality
- Voltage V1(V12) Harmonics
- Voltage V2(V31) Harmonics
- Voltage V3(V23) Harmonics
- I1 Current Harmonics
- I2 Current Harmonics
- I3 Current Harmonics

MAX & MIN Values
- MAX
- MIN

Phase Angles

Reading I/O Moduels
- Digital Input(DI)
- DI Counter

DI Status
- Analog Input
- Analog Output

TOU(Time of Use)Registers
- Current Month Accumulation TOU Energy
- Prior Month Accumulation TOU Energy
- Current Month Incremental TOU Energy
- Prior Month Incremental TOU Energy
- Current Month Maximum Demand TOU Energy
- Previous Month Maximum Demand TOU Energy

SunSpec Registers

Acuvim L Modbus Map

System Parameter Settings
Clock Settings

Basic Real-time Parameters
- Secondary data address of basic measurements
- Primary data address of basic measurements

Harmonics
- Power quality

MAX/MIN

Energy Parameters
- Data address of real time energy

Extend I/O Moduels
- DO Parameter Setting
- DI counter parameter

AcuRev 2000 Modbus Map

System Parameter Settings
Clock Settings
Basic Real-time Parameters
Energy Parameters:Real Energy
Energy Parameters:Reactive Energy
Energy Parameters:Apparent Energy
Demand Parameters

AcuRev 2100 Modbus Map

System Parameter Settings

Clock Settings
- Clock

Basic Measurement

Energy
- Active energy
- Reactive Energy
- Apparent Energy

Demand
Power Quality
Alarm Log
System Event

AcuRev 1310 Modbus Map

System Parameter Settings
Clock Settings
Meter Running State Display
Real Time Parameters
Energy Parameters
TOU Energy Registers
Energy Monthly Display Data
Demand Registers
Demand Peak
Sunspec Registers

AcuDC 240 Modbus Map

Basic Measurement Parameter Address
Running Time
Energy
Real Time Clock Address Table
MIN record
Data Logging Setting

Log Status Block
- Log Status Address
- Log Retrieval Address

System Parameter Setting Address
DI Status
Relay Status

Acuvim II Modbus Map

System Parameter Settings

System Settings: 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property
0FFDH	4093	Frequency	0: 50Hz 1: 60Hz 2: 400Hz	0	Word	R/W
0FFEH	4094	First Communication Protocol	0: Modbus 1: DNP3.0	0	Word	R/W
0FFFH	4095	Parity for Communication Protocol 1	0: Even 1: Odd 2: Non2 3: Non1	3	Word	R/W
1000H	4096	Password	0~9999	0	Word	R/W
1001H	4097	Communication Address 1	1~247 (Modbus) 0~65534 (DNP3.0)	1	Word	R/W
1002H	4098	Baud Rate for Communication Protocol 1	1200~38400	19200	Word	R/W
1003H	4099	Voltage Input Wiring Type	0: 3LN 1: 1LN 2: 2LL 3: 3LL 4: 1LL	0	Word	R/W
1004H	4100	Current Input Wiring Type	0: 3CT 1: 1CT 2: 2CT	0	Word	R/W
1005H	4101	PT1 (High 16 bit)	50.0~500000.0	0	Word	R/W
1006H	4102	PT1 (Low 16 bit)	50.0~500000.0	400	Word	R/W
1007H	4103	PT2	50.0~400.0	400	Word	R/W
1008H	4104	CT1	1~50000	5 (See Remarks at end of table)	Word	R/W
1009H	4105	CT2	1(A), 5(A), 333 (333mV), 80, 100, 200 (mA)	5 (See Remarks at end of table)	Word	R/W
100AH	4106	kWh Pulse Constant	1~60000	5000	Word	R/W
100BH	4107	kvarh Pulse Constant	1~60000	5000	Word	R/W
100CH	4108	LCD Back light Time	0-120	1	Word	R/W
100DH	4109	Demand Sliding Window Time	1~30	15	Word	R/W
100EH	4110	Demand Calculation Mode	0: Fixed Window 1: Sliding Window 2: Thermal 3: Rolling Window	1	Word	R/W
100FH	4111	Clear Demand	Only 1 works	0	Word	R/W
1010H	4112	Max/Min Clear	Only 10 works	0	Word	R/W
1011H	4113	Run Time Clear	Only 1 works	0	Word	R/W
1012H	4114	Current I1 Direction	0: Positive 1: Negative	0	Word	R/W
1013H	4115	Current I2 Direction	0: Positive 1: Negative	0	Word	R/W
1014H	4116	Current I3 Direction	0: Positive 1: Negative	0	Word	R/W
1015H	4117	VAR/PF Convention	0: IEC 1: IEEE	0	Word	R/W
1016H	4118	Clear Energy	Only 1 works	0	Word	R/W
1017H	4119	Energy Calculation Mode	0: Fundamental 1: Full wave	1	Word	R/W
1018H	4120	Reactive Power Measurement Mode	0: Real 1: General	0	Word	R/W
1019H	4121	Energy Display Mode	0: Primary 1: Secondary	0	Word	R/W
101AH	4122	Reset Ethernet Module	0: None 1: Reset 2: Default	0	Word	R/W
101BH	4123	Enable SOE	0: None 1: AXM-IO11 2: AXM-IO21 3: AXM-IO31 4: AXM-IO12 5: AXM-IO22 6: AXM-IO32	0	Word	R/W
101CH	4124	Clear Pulse Counter	0: None 1: AXM-IO11 2: AXM-IO21 3: AXM-IO31 4: AXM-IO12 5: AXM-IO22 6: AXM-IO32	0	Word	R/W
101DH	4125	Basic Parameter Mode	0: Secondary 1: Primary	0	Word	R/W
1020H	4128	Demand Calculation Slipping Time	1~30	1	Word	R/W

Remarks: The default value depends on the Current Input of the meter (CT2):

CT2: 333mV CT1: 1
CT2: 5A CT1: 5
CT2: 120/60(120mV at 60Hz) CT1: 1000

System Status Parameters

System Status 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property
101EH	4126	Sealed Non Standard Parmeters	Bit0: 1st communication parameters Bit1: 2nd communication parameters Bit2: Clear Run time Bit3: DI Pulse count Bit4: TOU		Word	R/W
101FH	4127	Seal Status	0x0A: Sealed Other: Seal opened		Word	R/W
1020H	4128	Reserved			Word	R/W
1021H	4129	Clear Alarm Record	0x0A: Clear Other: Not Clear		Word	R/W
1022H-102DH	4130-4141	Reserved			Word	R/W
102EH	4142	System Status	Bit0: New alarm record Bit1: New SOE record		Word	R/W
102FH	4143	Baud Rate 2	4800~38400	38400	Word	R/W
1030H	4144	Parity 2	0: Even 1: Odd 2: Non2 3: Non1	3	Word	R/W
1031H	4145	Communication Address 2	1~247	1	Word	R/W
1032H	4146	Alarm Record Number	0: No alarming record 1~20: Last SOE record number		Word	R/W
1033H	4147	SOE Record Number	0: No SOE record 1~20: Last SOE record number		Word	R/W
1034H	4148	Run Time (High)	0~999999999		Word	R/W
1035H	4149	Run Time (Low)	0~999999999		Word	R/W
1036H	4150	Expansion IO Modules Status	Bit0: AXM-IO11 Bit1: AXM-IO12 Bit2: AXM-IO21 Bit3: AXM-IO31 Bit4: AXM-IO32 0: Disconnected 1: Connected		Word	R/W
1037H	4151	Reserved			Word	R/W
1038H	4152	2nd Communication Selection	0: Other Protocol 1: BACnet Protocol 2: Mesh Protocol 3: WiFi	0	Word	R/W
1039H	4153	10 Year Holiday Setting Enable	1: Enable		Word	R/W
103AH	4154	Clear Sharp Tariff	0x0A: Clear Other: Not Clear		Word	R/W
103BH	4155	Clear Peak Tariff	0x0A: Clear Other: Not Clear		Word	R/W
103CH	4156	Clear Valley Tariff	0x0A: Clear Other: Not Clear		Word	R/W
103DH	4157	Clear Normal Tariff	0x0A: Clear Other: Not Clear		Word	R/W
103EH	4158	Clear Total	0x0A: Clear Other: Not Clear		Word	R/W

Clock Settings

Clock Settings: 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
103FH	4159	Week	0~6	Word	R/W
1040H	4160	Year	2000~2099	Word	R/W
1041H	4161	Month	1~12	Word	R/W
1042H	4162	Day	1~31	Word	R/W
1043H	4163	Hour	0-23	Word	R/W
1044H	4164	Minute	0-59	Word	R/W
1045H	4165	Second	0-59	Word	R/W

Basic Real-time Parameters

NOTE: The parameter mode Primary or Secondary corresponds to the Basic Parameter Mode (at address 101DH) in the system parameter settings. You can also configure the parameter mode from the ‘S28 PARA MODE’ in the system settings through the meters display. The basic parameter mode of the meter is in Secondary Mode by default.

Basic Measurements: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Parameter Mode		Property	Data Type	Access Property
Address(H)	Address(D)	Symbol	Parameter	Primary Mode	Secondary Mode	Property	Data Type	Access Property
4000H-4001H	16384-16385	F	Frequency	F=Rx	F=Rx	Hz	Float	R
4002H-4003H	16386-16387	U1	Phase 1 Voltage	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
4004H-4005H	16388-16389	U2	Phase 2 Voltage	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
4006H-4007H	16390-16391	U3	Phase 3 Voltage	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
4008H-4009H	16392-16393	Uavg	Average Phase Voltage	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
400AH-400BH	16394-16395	U12	Line Voltage 1-2	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
400CH-400DH	16396-16397	U23	Line Voltage 2-3	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
400EH-400FH	16398-16399	U31	Line Voltage 3-1	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
4010H-4011H	16400-16401	Ulavg	Average Line Voltage	U=Rx	U=Rx*(PT1/PT2)	V	Float	R
4012H-4013H	16402-16403	IL1	Total Phase A Current	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
4014H-4015H	16404-16405	IL2	Total Phase B Current	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
4016H-4017H	16406-16407	IL3	Total Phase C Current	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
4018H-4019H	16408-16409	Iavg	Average Phase Current	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
401AH-401BH	16410-16411	In	Neutral Current	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
401CH-401DH	16412-16413	Pa	Phase A Power	P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
401EH-401FH	16414-16415	Pb	Phase B Power	P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
4020H-4021H	16416-16417	Pc	Phase C Power	P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
4022H-4023H	16418-16419	Psum	Total System Power	P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
4024H-4025H	16420-16421	Qa	Phase A Reactive Power	Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
4026H-4027H	16422-16423	Qb	Phase B Reactive Power	Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
4028H-4029H	16424-16425	Qc	Phase C Reactive Power	Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
402AH-402BH	16426-16427	Qsum	Total Reactive Power	Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
402CH-402DH	16428-16429	Sa	Phase A Apparent Power	S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
402EH-402FH	16430-16431	Sb	Phase B Apparent Power	S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
4030H-4031H	16432-16433	Sc	Phase C Apparent Power	S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
4032H-4033H	16434-16435	Ssum	Total Apparent Power	S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
4034H-4035H	16436-16437	PFa	Phase A Power Factor	PF=Rx	PF=Rx	No Unit	Float	R
4036H-4037H	16438-16439	PFb	Phase B Power Factor	PF=Rx	PF=Rx	No Unit	Float	R
4038H-4039H	16440-16441	PFc	Phase C Power Factor	PF=Rx	PF=Rx	No Unit	Float	R
403AH-403BH	16442-16443	PFsum	Total Power Factor	PF=Rx	PF=Rx	No Unit	Float	R
403CH-403DH	16444-16445	U_unbl	Voltage Unbalance	U=Rx*100%	U=Rx*100%	%	Float	R
403EH-403FH	16446-16447	I_unbl	Current Unbalance	I=Rx*100%	I=Rx*100%	%	Float	R
4040H-4041H	16448-16449	L/C/R	Load Characteristic	76.0(L) 67.0(C) 82.0(R)	76.0(L) 67.0(C) 82.0(R)		Float	R
4042H-4043H	16450-16451	P_Dmd	Power Demand	P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
4044H-4045H	16452-16453	Q_Dmd	Reactive Power Demand	S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
4046H-4047H	16454-16455	S_Dmd	Apparent Power Demand	Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
4600H-4601H	17920-17921	I1_Dmd	Phase A Current Demand	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
4602H-4603H	17922-17923	I2_Dmd	Phase B Current Demand	I=Rx	I=Rx*(CT1/CT2)	A	Float	R
4604H-4605H	17924-17925	I3_Dmd	Phase C Current Demand	I=Rx	I=Rx*(CT1/CT2)	A	Float	R

Energy Parameters

NOTE:The Energy Display option of either Primary Mode or Secondary Mode corresponds to the Energy Display Mode (at address 1019H) in the system parameter settings. You can also configure the energy display mode from the ‘S24 E SEL’ in the system settings through the meters display.The energy display mode is in Primary Mode by default.

Energy Measurements: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Energy Display Mode		Range	Property	Data Type	Access Property
Address(H)	Address(D)	Symbol	Parameter	Primary Mode	Secondary Mode	Range	Property	Data Type	Access Property
4048H-4049H	16456-16457	Ep_Imp	Consumed Energy	Ep_Imp=Rx/10	Ep_Imp=Rx/1000	0~999999999	kWh	Dword	R/W
404AH-404BH	16458-16459	Ep_Exp	Generated Energy	Ep_Exp=Rx/10	Ep_Exp=Rx/1000	0~999999999	kWh	Dword	R/W
404CH-404DH	16460-16461	Eq_Imp	Consumed Reactice Energy	Eq_Imp=Rx/10	Eq_Imp=Rx/1000	0~999999999	kvarh	Dword	R/W
404EH-404FH	16462-16463	Eq_Exp	Generated Reactive Energy	Eq_Exp=Rx/10	Eq_Exp=Rx/1000	0~999999999	kvarh	Dword	R/W
4050H-4051H	16464-16465	Ep_sum	Total Energy	Ep_sum=Rx/10	Ep_sum=Rx/1000	0~999999999	kWh	Dword	R/W
4052H-4053H	16466-16467	Ep_net	Net Energy	Ep_net=Rx/10	Ep_net=Rx/1000	±999999999	kWh	Dword	R/W
4054H-4055H	16468-16469	Eq_sum	Total Reactive Energy	Eq_sum=Rx/10	Eq_sum=Rx/1000	0~999999999	kvarh	Dword	R/W
4056H-4057H	16470-16471	Eq_net	Net Reactive Energy	Eq_net=Rx/10	Eq_net=Rx/1000	±999999999	kvarh	Dword	R/W
4058H-4059H	16472-16473	Es	Apparent Energy	Es=Rx/10	Es=Rx/1000	0~999999999	kVAh	Dword	R/W
4620H-4621H	17952-17953	Epa_Imp	Phase A Consumed Energy	Epa_Imp=Rx/10	Epa_Imp=Rx/1000	0~999999999	kWh	Dword	R/W
4622H-4623H	17954-17955	Epa_Exp	Phase A Generated Energy	Epa_Exp=Rx/10	Epa_Exp=Rx/1000	0~999999999	kWh	Dword	R/W
4624H-4625H	17956-17957	Epb_Imp	Phase B Consumed Energy	Epb_Imp=Rx/10	Epb_Imp=Rx/1000	0~999999999	kWh	Dword	R/W
4626H-4627H	17958-17959	Epb_Exp	Phase B Generated Energy	Epb_Exp=Rx/10	Epb_Exp=Rx/1000	0~999999999	kWh	Dword	R/W
4628H-4629H	17960-17961	Epc_Imp	Phase C Consumed Energy	Epc_Imp=Rx/10	Epc_Imp=Rx/1000	0~999999999	kWh	Dword	R/W
462AH-462BH	17962-17963	Epc_Exp	Phase C Generated Energy	Epc_Exp=Rx/10	Epc_Exp=Rx/1000	0~999999999	kWh	Dword	R/W
462CH-462DH	17964-17965	Eqa_Imp	Phase A Consumed Reactive Energy	Eqa_Imp=Rx/10	Eqa_Imp=Rx/1000	0~999999999	kvarh	Dword	R/W
462EH-462FH	17966-17967	Eqa_Exp	Phase A Generated Reactive Energy	Eqa_Exp=Rx/10	Eqa_Exp=Rx/1000	0~999999999	kvarh	Dword	R/W
4630H-4631H	17968-17969	Eqb_Imp	Phase B Consumed Reactive Energy	Eqb_Imp=Rx/10	Eqb_Imp=Rx/1000	0~999999999	kvarh	Dword	R/W
4632H-4633H	17970-17971	Eqb_Exp	Phase B Generated Reactive Energy	Eqb_Exp=Rx/10	Eqb_Exp=Rx/1000	0~999999999	kvarh	Dword	R/W
4634H-4635H	17972-17973	Eqc_Imp	Phase C Consumed Reactive Energy	Eqc_Imp=Rx/10	Eqc_Imp=Rx/1000	0~999999999	kvarh	Dword	R/W
4636H-4637H	17974-17975	Eqc_Exp	Phase C Generated Reactive Energy	Eqc_Exp=Rx/10	Eqc_Exp=Rx/1000	0~999999999	kvarh	Dword	R/W
4638H-4639H	17976-17977	Esa	Phase A Apparent Energy	Esa=Rx/10	Esa=Rx/1000	0~999999999	kVA	Dword	R/W
463AH-463BH	17978-17979	Esb	Phase B Apparent Energy	Esb=Rx/10	Esb=Rx/1000	0~999999999	kVA	Dword	R/W
463CH-463DH	17980-17981	Esc	Phase C Apparent Energy	Esc=Rx/10	Esc=Rx/1000	0~999999999	kVA	Dword	R/W

Harmonics

Power Quality: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
405AH	16474	THD_V1(V12)	THD=Rx/100	%	≥0	Word	R
405BH	16475	THD_V2(V31)	THD=Rx/100	%	≥0	Word	R
405CH	16476	THD_V3(V23)	THD=Rx/100	%	≥0	Word	R
405DH	16477	THD_avg	THD=Rx/100	%	≥0	Word	R
405EH	16478	THD_I1	THD=Rx/100	%	≥0	Word	R
405FH	16479	THD_I2	THD=Rx/100	%	≥0	Word	R
4060H	16480	THD_I3	THD=Rx/100	%	≥0	Word	R
4061H	16481	THD_Iavg	THD=Rx/100	%	≥0	Word	R

Voltage Harmonics, Even & Odd Harmonics, Crest Factor: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
4062H	16482	V1(V12) 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
4063H	16483	V1(V12) 3rd Harmonic	THD=Rx/100	%	≥0	Word	R
4064H	16484	V1(V12) 4th Harmonic	THD=Rx/100	%	≥0	Word	R
4065H	16485	V1(V12) 5th Harmonic	THD=Rx/100	%	≥0	Word	R
4066H	16486	V1(V12) 6th Harmonic	THD=Rx/100	%	≥0	Word	R
4067H	16487	V1(V12) 7th Harmonic	THD=Rx/100	%	≥0	Word	R
4068H	16488	V1(V12) 8th Harmonic	THD=Rx/100	%	≥0	Word	R
4069H	16489	V1(V12) 9th Harmonic	THD=Rx/100	%	≥0	Word	R
406AH	16490	V1(V12) 10th Harmonic	THD=Rx/100	%	≥0	Word	R
406BH	16491	V1(V12) 11th Harmonic	THD=Rx/100	%	≥0	Word	R
406CH	16492	V1(V12) 12th Harmonic	THD=Rx/100	%	≥0	Word	R
406DH	16493	V1(V12) 13th Harmonic	THD=Rx/100	%	≥0	Word	R
406EH	16494	V1(V12) 14th Harmonic	THD=Rx/100	%	≥0	Word	R
406FH	16495	V1(V12) 15th Harmonic	THD=Rx/100	%	≥0	Word	R
4070H	16496	V1(V12) 16th Harmonic	THD=Rx/100	%	≥0	Word	R
4071H	16497	V1(V12) 17th Harmonic	THD=Rx/100	%	≥0	Word	R
4072H	16498	V1(V12) 18th Harmonic	THD=Rx/100	%	≥0	Word	R
4073H	16499	V1(V12) 19th Harmonic	THD=Rx/100	%	≥0	Word	R
4074H	16500	V1(V12) 20th Harmonic	THD=Rx/100	%	≥0	Word	R
4075H	16501	V1(V12) 21st Harmonic	THD=Rx/100	%	≥0	Word	R
4076H	16502	V1(V12) 22nd Harmonic	THD=Rx/100	%	≥0	Word	R
4077H	16503	V1(V12) 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
4078H	16504	V1(V12) 24th Harmonic	THD=Rx/100	%	≥0	Word	R
4079H	16505	V1(V12) 25th Harmonic	THD=Rx/100	%	≥0	Word	R
407AH	16506	V1(V12) 26th Harmonic	THD=Rx/100	%	≥0	Word	R
407BH	16507	V1(V12) 27th Harmonic	THD=Rx/100	%	≥0	Word	R
407CH	16508	V1(V12) 28th Harmonic	THD=Rx/100	%	≥0	Word	R
407DH	16509	V1(V12) 29th Harmonic	THD=Rx/100	%	≥0	Word	R
407EH	16510	V1(V12) 30th Harmonic	THD=Rx/100	%	≥0	Word	R
407FH	16511	V1(V12) 31st Harmonic	THD=Rx/100	%	≥0	Word	R
4500H	17664	V1(V12) 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
4501H	17665	V1(V12) 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
4502H	17666	V1(V12) 34th Harmonic	THD=Rx/100	%	≥0	Word	R
4503H	17667	V1(V12) 35th Harmonic	THD=Rx/100	%	≥0	Word	R
4504H	17668	V1(V12) 36th Harmonic	THD=Rx/100	%	≥0	Word	R
4505H	17669	V1(V12) 37th Harmonic	THD=Rx/100	%	≥0	Word	R
4506H	17670	V1(V12) 38th Harmonic	THD=Rx/100	%	≥0	Word	R
4507H	17671	V1(V12) 39th Harmonic	THD=Rx/100	%	≥0	Word	R
4508H	17672	V1(V12) 40th Harmonic	THD=Rx/100	%	≥0	Word	R
4509H	17673	V1(V12) 41st Harmonic	THD=Rx/100	%	≥0	Word	R
450AH	17674	V1(V12) 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
450BH	17675	V1(V12) 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
450CH	17676	V1(V12) 44th Harmonic	THD=Rx/100	%	≥0	Word	R
450DH	17677	V1(V12) 45th Harmonic	THD=Rx/100	%	≥0	Word	R
450EH	17678	V1(V12) 46th Harmonic	THD=Rx/100	%	≥0	Word	R
450FH	17679	V1(V12) 47th Harmonic	THD=Rx/100	%	≥0	Word	R
4510H	17680	V1(V12) 48th Harmonic	THD=Rx/100	%	≥0	Word	R
4511H	17681	V1(V12) 49th Harmonic	THD=Rx/100	%	≥0	Word	R
4512H	17682	V1(V12) 50th Harmonic	THD=Rx/100	%	≥0	Word	R
4513H	17683	V1(V12) 51st Harmonic	THD=Rx/100	%	≥0	Word	R
4514H	17684	V1(V12) 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
4515H	17685	V1(V12) 53rd Harmonic	THD=Rx/100	%	≥0	Word	R
4516H	17686	V1(V12) 54th Harmonic	THD=Rx/100	%	≥0	Word	R
4517H	17687	V1(V12) 55th Harmonic	THD=Rx/100	%	≥0	Word	R
4518H	17688	V1(V12) 56th Harmonic	THD=Rx/100	%	≥0	Word	R
4519H	17689	V1(V12) 57th Harmonic	THD=Rx/100	%	≥0	Word	R
451AH	17690	V1(V12) 58th Harmonic	THD=Rx/100	%	≥0	Word	R
451BH	17691	V1(V12) 59th Harmonic	THD=Rx/100	%	≥0	Word	R
451CH	17692	V1(V12) 60th Harmonic	THD=Rx/100	%	≥0	Word	R
451DH	17693	V1(V12) 61st Harmonic	THD=Rx/100	%	≥0	Word	R
451EH	17694	V1(V12) 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
451FH	17695	V1(V12) 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
4080H	16512	Odd THD_V1(V12)	THD=Rx/100	%	≥0	Word	R
4081H	16513	Even THD_V1(V12)	THD=Rx/100	%	≥0	Word	R
4082H	16514	Crest Factor V1(V12)	CF=Rx/100	%	0~65535	Word	R
4083H	16515	THFF_V1(V12)	THFF=Rx/100	%	≥0	Word	R

Voltage Harmonics, Even & Odd Harmonics, Crest Factor: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
4084H	16516	V2(V31) 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
4085H	16517	V2(V31) 3rd Harmonic	THD=Rx/100	%	≥0	Word	R
4086H	16518	V2(V31) 4th Harmonic	THD=Rx/100	%	≥0	Word	R
4087H	16519	V2(V31) 5th Harmonic	THD=Rx/100	%	≥0	Word	R
4088H	16520	V2(V31) 6th Harmonic	THD=Rx/100	%	≥0	Word	R
4089H	16521	V2(V31) 7th Harmonic	THD=Rx/100	%	≥0	Word	R
408AH	16522	V2(V31) 8th Harmonic	THD=Rx/100	%	≥0	Word	R
408BH	16523	V2(V31) 9th Harmonic	THD=Rx/100	%	≥0	Word	R
408CH	16524	V2(V31) 10th Harmonic	THD=Rx/100	%	≥0	Word	R
408DH	16525	V2(V31) 11th Harmonic	THD=Rx/100	%	≥0	Word	R
408EH	16526	V2(V31) 12th Harmonic	THD=Rx/100	%	≥0	Word	R
408FH	16527	V2(V31) 13th Harmonic	THD=Rx/100	%	≥0	Word	R
4090H	16528	V2(V31) 14th Harmonic	THD=Rx/100	%	≥0	Word	R
4091H	16529	V2(V31) 15th Harmonic	THD=Rx/100	%	≥0	Word	R
4092H	16530	V2(V31) 16th Harmonic	THD=Rx/100	%	≥0	Word	R
4093H	16531	V2(V31) 17th Harmonic	THD=Rx/100	%	≥0	Word	R
4094H	16532	V2(V31) 18th Harmonic	THD=Rx/100	%	≥0	Word	R
4095H	16533	V2(V31) 19th Harmonic	THD=Rx/100	%	≥0	Word	R
4096H	16534	V2(V31) 20th Harmonic	THD=Rx/100	%	≥0	Word	R
4097H	16535	V2(V31) 21th Harmonic	THD=Rx/100	%	≥0	Word	R
4098H	16536	V2(V31) 22th Harmonic	THD=Rx/100	%	≥0	Word	R
4099H	16537	V2(V31) 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
409AH	16538	V2(V31) 24th Harmonic	THD=Rx/100	%	≥0	Word	R
409BH	16539	V2(V31) 25th Harmonic	THD=Rx/100	%	≥0	Word	R
409CH	16540	V2(V31) 26th Harmonic	THD=Rx/100	%	≥0	Word	R
409DH	16541	V2(V31) 27th Harmonic	THD=Rx/100	%	≥0	Word	R
409EH	16542	V2(V31) 28th Harmonic	THD=Rx/100	%	≥0	Word	R
409FH	16543	V2(V31) 29th Harmonic	THD=Rx/100	%	≥0	Word	R
40A0H	16544	V2(V31) 30th Harmonic	THD=Rx/100	%	≥0	Word	R
40A1H	16545	V2(V31) 31st Harmonic	THD=Rx/100	%	≥0	Word	R
4520H	17696	V2(V31) 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
4521H	17697	V2(V31) 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
4522H	17698	V2(V31) 34th Harmonic	THD=Rx/100	%	≥0	Word	R
4523H	17699	V2(V31) 35th Harmonic	THD=Rx/100	%	≥0	Word	R
4524H	17700	V2(V31) 36th Harmonic	THD=Rx/100	%	≥0	Word	R
4525H	17701	V2(V31) 37th Harmonic	THD=Rx/100	%	≥0	Word	R
4526H	17702	V2(V31) 38th Harmonic	THD=Rx/100	%	≥0	Word	R
4527H	17703	V2(V31) 39th Harmonic	THD=Rx/100	%	≥0	Word	R
4528H	17704	V2(V31) 40th Harmonic	THD=Rx/100	%	≥0	Word	R
4529H	17705	V2(V31) 41st Harmonic	THD=Rx/100	%	≥0	Word	R
452AH	17706	V2(V31) 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
452BH	17707	V2(V31) 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
452CH	17708	V2(V31) 44th Harmonic	THD=Rx/100	%	≥0	Word	R
425DH	17709	V2(V31) 45th Harmonic	THD=Rx/100	%	≥0	Word	R
452EH	17710	V2(V31) 46th Harmonic	THD=Rx/100	%	≥0	Word	R
452FH	17711	V2(V31) 47th Harmonic	THD=Rx/100	%	≥0	Word	R
4530H	17712	V2(V31) 48th Harmonic	THD=Rx/100	%	≥0	Word	R
4531H	17713	V2(V31) 49th Harmonic	THD=Rx/100	%	≥0	Word	R
4532H	17714	V2(V31) 50th Harmonic	THD=Rx/100	%	≥0	Word	R
4533H	17715	V2(V31) 51st Harmonic	THD=Rx/100	%	≥0	Word	R
4534H	17716	V2(V31) 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
4535H	17717	V2(V31) 53rd Harmonic	THD=Rx/100	%	≥0	Word	R
4536H	17718	V2(V31) 54th Harmonic	THD=Rx/100	%	≥0	Word	R
4537H	17719	V2(V31) 55th Harmonic	THD=Rx/100	%	≥0	Word	R
4538H	17720	V2(V31) 56th Harmonicc	THD=Rx/100	%	≥0	Word	R
4539H	17721	V2(V31) 57th Harmonic	THD=Rx/100	%	≥0	Word	R
453AH	17722	V2(V31) 58th Harmonic	THD=Rx/100	%	≥0	Word	R
453BH	17723	V2(V31) 59th Harmonic	THD=Rx/100	%	≥0	Word	R
453CH	17724	V2(V31) 60th Harmonic	THD=Rx/100	%	≥0	Word	R
453DH	17725	V2(V31) 61st Harmonic	THD=Rx/100	%	≥0	Word	R
453EH	17726	V2(V31) 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
453FH	17727	V2(V31) 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
40A2H	16546	Odd THD_V2(V31)	THD=Rx/100	%	≥0	Word	R
40A3H	16547	Even THD_V2(V31)	THD=Rx/100	%	≥0	Word	R
40A4H	16548	Crest Factor V2(V31)	THD=Rx/100	%	≥0	Word	R
40A5H	16549	THFF_V2(V31)	THFF=Rx/100	%	≥0	Word	R

Voltage Harmonics, Even & Odd Harmonics, Crest Factor: 03H
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
40A6H	16550	V3(V23) 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
40A7H	16551	V3(V23) 3rd Harmonic	THD= Rx/100	%	≥0	Word	R
40A8H	16552	V3(V23) 4th Harmonic	THD=Rx/100	%	≥0	Word	R
40A9H	16553	V3(V23) 5th Harmonic	THD=Rx/100	%	≥0	Word	R
40AAH	16554	V3(V23) 6th Harmonic	THD=Rx/100	%	≥0	Word	R
40ABH	16555	V3(V23) 7th Harmonic	THD=Rx/100	%	≥0	Word	R
40ACH	16556	V3(V23) 8th Harmonic	THD=Rx/100	%	≥0	Word	R
40ADH	16557	V3(V23) 9th Harmonic	THD=Rx/100	%	≥0	Word	R
40AEH	16558	V3(V23) 10th Harmonic	THD=Rx/100	%	≥0	Word	R
40AFH	16559	V3(V23) 11th Harmonic	THD=Rx/100	%	≥0	Word	R
40B0H	16560	V3(V23) 12th Harmonic	THD=Rx/100	%	≥0	Word	R
40B1H	16561	V3(V23) 13th Harmonic	THD=Rx/100	%	≥0	Word	R
40B2H	16562	V3(V23) 14th Harmonic	THD=Rx/100	%	≥0	Word	R
40B3H	16563	V3(V23) 15th Harmonic	THD=Rx/100	%	≥0	Word	R
40B4H	16564	V3(V23) 16th Harmonic	THD=Rx/100	%	≥0	Word	R
40B5H	16565	V3(V23) 17th Harmonic	THD=Rx/100	%	≥0	Word	R
40B6H	16566	V3(V23) 18th Harmonic	THD=Rx/100	%	≥0	Word	R
40B7H	16567	V3(V23) 19th Harmonic	THD=Rx/100	%	≥0	Word	R
40B8H	16568	V3(V23) 20th Harmonic	THD=Rx/100	%	≥0	Word	R
40B9H	16569	V3(V23) 21st Harmonic	THD=Rx/100	%	≥0	Word	R
40BAH	16570	V3(V23) 22nd Harmonic	THD=Rx/100	%	≥0	Word	R
40BBH	16571	V3(V23) 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
40BCH	16572	V3(V23) 24th Harmonic	THD=Rx/100	%	≥0	Word	R
40BDH	16573	V3(V23) 25th Harmonic	THD=Rx/100	%	≥0	Word	R
40BEH	16574	V3(V23) 26th Harmonic	THD=Rx/100	%	≥0	Word	R
40BFH	16575	V3(V23) 27th Harmonic	THD=Rx/100	%	≥0	Word	R
40C0H	16576	V3(V23) 28th Harmonic	THD=Rx/100	%	≥0	Word	R
40C1H	16577	V3(V23) 29th Harmonic	THD=Rx/100	%	≥0	Word	R
40C2H	16578	V3(V23) 30th Harmonic	THD=Rx/100	%	≥0	Word	R
40C3H	16579	V3(V23) 31st Harmonic	THD=Rx/100	%	≥0	Word	R
4540H	17728	V3(V23) 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
4541H	17729	V3(V23) 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
4542H	17730	V3(V23) 34th Harmonic	THD=Rx/100	%	≥0	Word	R
4543H	17731	V3(V23) 35th Harmonic	THD=Rx/100	%	≥0	Word	R
4544H	17732	V3(V23) 36th Harmonic	THD=Rx/100	%	≥0	Word	R
4545H	17733	V3(V23) 37th Harmonic	THD=Rx/100	%	≥0	Word	R
4546H	17734	V3(V23) 38th Harmonic	THD=Rx/100	%	≥0	Word	R
4547H	17735	V3(V23) 39th Harmonic	THD=Rx/100	%	≥0	Word	R
4548H	17736	V3(V23) 40th Harmonic	THD=Rx/100	%	≥0	Word	R
4549H	17737	V3(V23) 41st Harmonic	THD=Rx/100	%	≥0	Word	R
454AH	17738	V3(V23) 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
454BH	17739	V3(V23) 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
454CH	17740	V3(V23) 44th Harmonic	THD=Rx/100	%	≥0	Word	R
454DH	17741	V3(V23) 45th Harmonic	THD=Rx/100	%	≥0	Word	R
454EH	17742	V3(V23) 46th Harmonic	THD=Rx/100	%	≥0	Word	R
454FH	17743	V3(V23) 47th Harmonic	THD=Rx/100	%	≥0	Word	R
4550H	17744	V3(V23) 48th Harmonic	THD=Rx/100	%	≥0	Word	R
4551H	17745	V3(V23) 49th Harmonic	THD=Rx/100	%	≥0	Word	R
4552H	17746	V3(V23) 50th Harmonic	THD=Rx/100	%	≥0	Word	R
4553H	17747	V3(V23) 51st Harmonic	THD=Rx/100	%	≥0	Word	R
4554H	17748	V3(V23) 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
4555H	17749	V3(V23) 53rd Harmonic	THD=Rx.100	%	≥0	Word	R
4556H	17750	V3(V23) 54th Harmonic	THD=Rx/100	%	≥0	Word	R
4557H	17751	V3(V23) 55th Harmonic	THD=Rx/100	%	≥0	Word	R
4558H	17752	V3(V23) 56th Harmonic	THD=Rx/100	%	≥0	Word	R
4559H	17753	V3(V23) 57th Harmonic	THD=Rx/100	%	≥0	Word	R
455AH	17754	V3(V23) 58th Harmonic	THD=Rx/100	%	≥0	Word	R
455BH	17755	V3(V23) 59th Harmonic	THD=Rx/100	%	≥0	Word	R
455CH	17756	V3(V23) 60th Harmonic	THD=Rx/100	%	≥0	Word	R
455DH	17757	V3(V23) 61st Harmonic	THD=Rx/100	%	≥0	Word	R
455EH	17758	V3(V23) 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
455FH	17759	V3(V23) 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
40C4H	16580	Odd THD_V3(V23)	THD=Rx/100	%	≥0	Word	R
40C5H	16581	Even THD_V3(V23)	THD=Rx/100	%	≥0	Word	R
40C6H	16582	Crest Factor V3(V23)	CF=Rx/100	%	0~65535	Word	R
40C7H	16583	THDD_V3(V23)	THFF=Rx/100	%	≥0	Word	R

Current Harmonics, Even & Odd Harmonics, K Factor: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
40C8H	16584	I1 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
40C9H	16585	I1 3rd Harmonic	THD=Rx/100	%	≥0	Word	R
40CAH	16586	I1 4th Harmonic	THD=Rx/100	%	≥0	Word	R
40CBH	16587	I1 5th Harmonic	THD=Rx/100	%	≥0	Word	R
40CCH	16588	I1 6th Harmonic	THD=Rx/100	%	≥0	Word	R
40CDH	16589	I1 7th Harmonic	THD=Rx/100	%	≥0	Word	R
40CEH	16590	I1 8th Harmonic	THD=Rx/100	%	≥0	Word	R
40CFH	16591	I1 9th Harmonic	THD=Rx/100	%	≥0	Word	R
40D0H	16592	I1 10th Harmonic	THD=Rx/100	%	≥0	Word	R
40D1H	16593	I1 11th Harmonic	THD=Rx/100	%	≥0	Word	R
40D2H	16594	I1 12th Harmonic	THD=Rx/100	%	≥0	Word	R
40D3H	16595	I1 13th Harmonic	THD=Rx/100	%	≥0	Word	R
40D4H	16596	I1 14th Harmonic	THD=Rx/100	%	≥0	Word	R
40D5H	16597	I1 15th Harmonic	THD=Rx/100	%	≥0	Word	R
40D6H	16598	I1 16th Harmonic	THD=Rx/100	%	≥0	Word	R
40D7H	16599	I1 17th Harmonic	THD=Rx/100	%	≥0	Word	R
40D8H	16600	I1 18th Harmonic	THD=Rx/100	%	≥0	Word	R
40D9H	16601	I1 19th Harmonic	THD=Rx/100	%	≥0	Word	R
40DAH	16602	I1 20th Harmonic	THD=Rx/100	%	≥0	Word	R
40DBH	16603	I1 21st Harmonic	THD=Rx/100	%	≥0	Word	R
40DCH	16604	I1 22nd Harmonic	THD=Rx/100	%	≥0	Word	R
40DDH	16605	I1 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
40DEH	16606	I1 24th Harmonic	THD=Rx/100	%	≥0	Word	R
40DFH	16607	I1 25th Harmonic	THD=Rx/100	%	≥0	Word	R
40E0H	16608	I1 26th Harmonic	THD=Rx/100	%	≥0	Word	R
40E1H	16609	I1 27th Harmonic	THD=Rx/100	%	≥0	Word	R
40E2H	16610	I1 28th Harmonic	THD=Rx/100	%	≥0	Word	R
40E3H	16611	I1 29th Harmonic	THD=Rx/100	%	≥0	Word	R
40E4H	16612	I1 30th Harmonic	THD=Rx/100	%	≥0	Word	R
40E5H	16613	I1 31st Harmonic	THD=Rx/100	%	≥0	Word	R
4560H	17760	I1 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
4561H	17762	I1 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
4562H	17763	I1 34th Harmonic	THD=Rx/100	%	≥0	Word	R
4563H	17764	I1 35th Harmonic	THD=Rx/100	%	≥0	Word	R
4564H	17765	I1 36th Harmonic	THD=Rx/100	%	≥0	Word	R
4565H	17765	I1 37th Harmonic	THD=Rx/100	%	≥0	Word	R
4566H	17766	I1 38th Harmonic	THD=Rx/100	%	≥0	Word	R
4567H	17767	I1 39th Harmonic	THD=Rx/100	%	≥0	Word	R
4568H	17768	I1 40th Harmonic	THD=Rx/100	%	≥0	Word	R
4569H	17769	I1 41st Harmonic	THD=Rx/100	%	≥0	Word	R
456AH	17770	I1 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
456BH	17771	I1 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
456CH	17772	I1 44th Harmonic	THD=Rx/100	%	≥0	Word	R
456DH	17773	I1 45th Harmonic	THD=Rx/100	%	≥0	Word	R
456EH	17774	I1 46th Harmonic	THD=Rx/100	%	≥0	Word	R
456FH	17775	I1 47th Harmonic	THD=Rx/100	%	≥0	Word	R
4570H	17776	I1 48th Harmonic	THD=Rx/100	%	≥0	Word	R
4571H	17777	I1 49th Harmonic	THD=Rx/100	%	≥0	Word	R
4572H	17778	I1 50th Harmonic	THD=Rx/100	%	≥0	Word	R
4573H	17779	I1 51st Harmonic	THD=Rx/100	%	≥0	Word	R
4574H	17780	I1 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
4575H	17781	I1 53rd Harmonic	THD=Rx/100	%	≥0	Word	R
4576H	17782	I1 54th Harmonic	THD=Rx/100	%	≥0	Word	R
4577H	17783	I1 55th Harmonic	THD=Rx/100	%	≥0	Word	R
4578H	17784	I1 56th Harmonic	THD=Rx/100	%	≥0	Word	R
4579H	17785	I1 57th Harmonic	THD=Rx/100	%	≥0	Word	R
457AH	17786	I1 58th Harmonic	THD=Rx/100	%	≥0	Word	R
457BH	17787	I1 59th Harmonic	THD=Rx/100	%	≥0	Word	R
457CH	17788	I1 60th Harmonic	THD=Rx/100	%	≥0	Word	R
457DH	17789	I1 61st Harmonic	THD=Rx/100	%	≥0	Word	R
457EH	17790	I1 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
457FH	17791	I1 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
40E6H	16614	Odd THD_I1	THD=Rx/100	%	≥0	Word	R
40E7H	16615	Even_THD_I1	THD=Rx/100	%	≥0	Word	R
40E8H	16616	K Factor of I1	CF=Rx/100	%	≥0	Word	R

Current Harmonics, Even & Odd Harmonics, K Factor: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
40E9H	16617	I2 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
40EAH	16618	I2 3rd Harmonic	THD=Rx/100	%	≥0	Word	R
40EBH	16619	I2 4th Harmonic	THD=Rx/100	%	≥0	Word	R
40ECH	16620	I2 5th Harmonic	THD=Rx/100	%	≥0	Word	R
40EDH	16621	I2 6th Harmonic	THD=Rx/100	%	≥0	Word	R
40EEH	16622	I2 7th Harmonic	THD=Rx/100	%	≥0	Word	R
40EFH	16623	I2 8th Harmonic	THD=Rx/100	%	≥0	Word	R
40F0H	16624	I2 9th Harmonic	THD=Rx/100	%	≥0	Word	R
40F1H	16625	I2 10th Harmonic	THD=Rx/100	%	≥0	Word	R
40F2H	16626	I2 11th Harmonic	THD=Rx/100	%	≥0	Word	R
40F3H	16627	I2 12th Harmonic	THD=Rx/100	%	≥0	Word	R
40F4H	16628	I2 13th Harmonic	THD=Rx/100	%	≥0	Word	R
40F5H	16629	I2 14th Harmonic	THD=Rx/100	%	≥0	Word	R
40F6H	16630	I2 15th Harmonic	THD=Rx/100	%	≥0	Word	R
40F7H	16631	I2 16th Harmonic	THD=Rx/100	%	≥0	Word	R
40F8H	16632	I2 17th Harmonic	THD=Rx/100	%	≥0	Word	R
40F9H	16633	I2 18th Harmonic	THD=Rx/100	%	≥0	Word	R
40FAH	16634	I2 19th Harmonic	THD=Rx/100	%	≥0	Word	R
40FBH	16635	I2 20th Harmonic	THD=Rx/100	%	≥0	Word	R
40FCH	16636	I2 21st Harmonic	THD=Rx/100	%	≥0	Word	R
40FDH	16637	I2 22nd Harmonic	THD=Rx/100	%	≥0	Word	R
40FEH	16638	I2 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
40FFH	16639	I2 24th Harmonic	THD=Rx/100	%	≥0	Word	R
4100H	16640	I2 25th Harmonic	THD=Rx/100	%	≥0	Word	R
4101H	16641	I2 26th Harmonic	THD=Rx/100	%	≥0	Word	R
4102H	16642	I2 27th Harmonic	THD=Rx/100	%	≥0	Word	R
4103H	16643	I2 28th Harmonic	THD=Rx/100	%	≥0	Word	R
4104H	16644	I2 29th Harmonic	THD=Rx/100	%	≥0	Word	R
4105H	16645	I2 30th Harmonic	THD=Rx/100	%	≥0	Word	R
4106H	16646	I2 31st Harmonic	THD=Rx/100	%	≥0	Word	R
4580H	17792	I2 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
4581H	17793	I2 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
4582H	17794	I2 34th Harmonic	THD=Rx/100	%	≥0	Word	R
4583H	17795	I2 35th Harmonic	THD=Rx/100	%	≥0	Word	R
4584H	17796	I2 36th Harmonic	THD=Rx/100	%	≥0	Word	R
4585H	17797	I2 37th Harmonic	THD=Rx/100	%	≥0	Word	R
4586H	17798	I2 38th Harmonic	THD=Rx/100	%	≥0	Word	R
4587H	17799	I2 39th Harmonic	THD=Rx/100	%	≥0	Word	R
4588H	17800	I2 40th Harmonic	THD=Rx/100	%	≥0	Word	R
4589H	17801	I2 41st Harmonic	THD=Rx/100	%	≥0	Word	R
458AH	17802	I2 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
458BH	17803	I2 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
458CH	17804	I2 44th Harmonic	THD=Rx/100	%	≥0	Word	R
458DH	17805	I2 45th Harmonic	THD=Rx/100	%	≥0	Word	R
458EH	17806	I2 46th Harmonic	THD=Rx/100	%	≥0	Word	R
458FH	17807	I2 47th Harmonic	THD=Rx/100	%	≥0	Word	R
4590H	17808	I2 48th Harmonic	THD=Rx/100	%	≥0	Word	R
4591H	17809	I2 49th Harmonic	THD=Rx/100	%	≥0	Word	R
4592H	17810	I2 50th Harmonic	THD=Rx/100	%	≥0	Word	R
4593H	17811	I2 51st Harmonic	THD=Rx/100	%	≥0	Word	R
4594H	17812	I2 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
4595H	17813	I2 53rd Harmonic	THD=Rx/100	%	≥0	Word	R
4596H	17814	I2 54th Harmonic	THD=Rx/100	%	≥0	Word	R
4597H	17815	I2 55th Harmonic	THD=Rx/100	%	≥0	Word	R
4598H	17816	I2 56th Harmonic	THD=Rx/100	%	≥0	Word	R
4599H	17817	I2 57th Harmonic	THD=Rx/100	%	≥0	Word	R
459AH	17818	I2 58th Harmonic	THD=Rx/100	%	≥0	Word	R
459BH	17819	I2 59th Harmonic	THD=Rx/100	%	≥0	Word	R
459CH	17820	I2 60th Harmonic	THD=Rx/100	%	≥0	Word	R
459DH	17821	I2 61st Harmonic	THD=Rx/100	%	≥0	Word	R
459EH	17822	I2 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
459FH	17823	I2 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
4107H	16647	Odd THD_I2	THD=Rx/100	%	≥0	Word	R
4108H	16648	Even THD_I2	THD=Rx/100	%	≥0	Word	R
4109H	16649	K Factor of I2	CF=Rx/100	%	≥0	Word	R

Current Harmonics, Even & Odd Harmonics, K Factor: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
410AH	16650	I3 2nd Harmonic	THD=Rx/100	%	≥0	Word	R
410BH	16551	I3 3rd Harmonic	THD=Rx/100	%	≥0	Word	R
410CH	16652	I3 4th Harmonic	THD=Rx/100	%	≥0	Word	R
410DH	16553	I3 5th Harmonic	THD=Rx/100	%	≥0	Word	R
410EH	16554	I3 6th Harmonic	THD=Rx/100	%	≥0	Word	R
410FH	16555	I3 7th Harmonic	THD=Rx/100	%	≥0	Word	R
4110H	16556	I3 8th Harmonic	THD=Rx/100	%	≥0	Word	R
4111H	16657	I3 9th Harmonic	THD=Rx/100	%	≥0	Word	R
4112H	16558	I3 10th Harmonic	THD=Rx/100	%	≥0	Word	R
4113H	16559	I3 11th Harmonic	THD=Rx/100	%	≥0	Word	R
4114H	16660	I3 12th Harmonic	THD=Rx/100	%	≥0	Word	R
4115H	16661	I3 13th Harmonic	THD=Rx/100	%	≥0	Word	R
4116H	16662	I3 14th Harmonic	THD=Rx/100	%	≥0	Word	R
4117H	16663	I3 15th Harmonic	THD=Rx/100	%	≥0	Word	R
4118H	16664	I3 16th Harmonic	THD=Rx/100	%	≥0	Word	R
4119H	16665	I3 17th Harmonic	THD=Rx/100	%	≥0	Word	R
411AH%	16666	I3 18th Harmonic	THD=Rx/100	%	≥0	Word	R
411BH	16667	I3 19th Harmonic	THD=Rx/100	%	≥0	Word	R
411CH	16668	I3 20th Harmonic	THD=Rx/100	%	≥0	Word	R
411DH	16669	I3 21st Harmonic	THD=Rx/100	%	≥0	Word	R
411EH	16670	I3 22nd Harmonic	THD=Rx/100	%	≥0	Word	R
411FH	16671	I3 23rd Harmonic	THD=Rx/100	%	≥0	Word	R
4120H	16672	I3 24th Harmonic	THD=Rx/100	%	≥0	Word	R
4121H	16673	I3 25th Harmonic	THD=Rx/100	%	≥0	Word	R
4122H	16674	I3 26th Harmonic	THD=Rx/100	%	≥0	Word	R
4123H	16675	I3 27th Harmonic	THD=Rx/100	%	≥0	Word	R
4124H	16676	I3 28th Harmonic	THD=Rx/100	%	≥0	Word	R
4125H	16677	I3 29th Harmonic	THD=Rx/100	%	≥0	Word	R
4126H	16678	I3 30th Harmonic	THD=Rx/100	%	≥0	Word	R
4127H	16679	I3 31st Harmonic	THD=Rx/100	%	≥0	Word	R
45A0H	17824	I3 32nd Harmonic	THD=Rx/100	%	≥0	Word	R
45A1H	17825	I3 33rd Harmonic	THD=Rx/100	%	≥0	Word	R
45A2H	17826	I3 34th Harmonic	THD=Rx/100	%	≥0	Word	R
45A3H	17827	I3 35th Harmonic	THD=Rx/100	%	≥0	Word	R
45A4H	17828	I3 36th Harmonic	THD=Rx/100	%	≥0	Word	R
45A5H	17829	I3 37th Harmonic	THD=Rx/100	%	≥0	Word	R
45A6H	17830	I3 38th Harmonic	THD=Rx/100	%	≥0	Word	R
45A7H	17831	I3 39th Harmonic	THD=Rx/100	%	≥0	Word	R
45A8H	17832	I3 40th Harmonic	THD=Rx/100	%	≥0	Word	R
45A9H	17833	I3 41st Harmonic	THD=Rx/100	%	≥0	Word	R
45AAH	17834	I3 42nd Harmonic	THD=Rx/100	%	≥0	Word	R
45ABH	17835	I3 43rd Harmonic	THD=Rx/100	%	≥0	Word	R
45ACH	17836	I3 44th Harmonic	THD=Rx/100	%	≥0	Word	R
45ADH	17837	I3 45th Harmonic	THD=Rx/100	%	≥0	Word	R
45AEH	17838	I3 46th Harmonic	THD=Rx/100	%	≥0	Word	R
45AFH	17839	I3 47th Harmonic	THD=Rx/100	%	≥0	Word	R
45B0H	17840	I3 48th Harmonic	THD=Rx/100	%	≥0	Word	R
45B1H	17841	I3 49th Harmonic	THD=Rx/100	%	≥0	Word	R
45B2H	17842	I3 50th Harmonic	THD=Rx/100	%	≥0	Word	R
45B3H	17843	I3 51st Harmonic	THD=Rx/100	%	≥0	Word	R
45B4H	17844	I3 52nd Harmonic	THD=Rx/100	%	≥0	Word	R
45B5H	17845	I3 53rd Harmonic	THD=Rx/100	%	≥0	Word	R
45B6H	17846	I3 54th Harmonic	THD=Rx/100	%	≥0	Word	R
45B7H	17847	I3 55th Harmonic	THD=Rx/100	%	≥0	Word	R
45B8H	17848	I3 56th Harmonic	THD=Rx/100	%	≥0	Word	R
45B9H	17849	I3 57th Harmonic	THD=Rx/100	%	≥0	Word	R
45BAH	17850	I3 58th Harmonic	THD=Rx/100	%	≥0	Word	R
45BBH	17851	I3 59th Harmonic	THD=Rx/100	%	≥0	Word	R
45BCH	17852	I3 60th Harmonic	THD=Rx/100	%	≥0	Word	R
45BDH	17853	I3 61st Harmonic	THD=Rx/100	%	≥0	Word	R
45BEH	17854	I3 62nd Harmonic	THD=Rx/100	%	≥0	Word	R
45BFH	17855	I3 63rd Harmonic	THD=Rx/100	%	≥0	Word	R
4128H	16680	Odd THD_I3	THD=Rx/100	%	≥0	Word	R
4129H	16681	Even THD_I3	THD=Rx/100	%	≥0	Word	R
412AH	16682	K Factor of I3	CF=Rx/100	%	≥0	Word	R

MAX & MIN Values

MAX: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
4136H	16694	Max of V1	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
4137H-413CH	16695-16700	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
413DH	16701	Max of V2	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
413EH-4143H	16702-16707	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4144H	16708	Max of V3	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
4145H-414AH	16709-16714	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
414BH	16715	Max of V12	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
414CH-4151H	16716-16721	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4152H	16722	Max of V23	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
4153H-4158H	16723-16728	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4159H	16729	Max of V31	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
415AH-415FH	16730-16735	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4160H	16736	Max of I1	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4161H-4166H	16737-16742	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4167H	16743	Max of I2	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4168H-416DH	16744-16749	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
416EH	16750	Max of I3	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
416FH-4174H	16751-16756	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4175H	16757	Max of System Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kW	-32768~32767	int	R
4176H-417BH	16758-16763	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
417CH	16764	Max of Reactive Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kvar	-32768~32767	int	R
417DH-4182H	16765-16770	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4183H	16771	Max of Apparent Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kVA	-32768~32767	int	R
4184H-4189H	16772-16777	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
418AH	16778	Max of Power Factor	Rx/1000		-32768~32767	int	R
418BH-4190H	16779-16784	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4191H	16785	Max of Frequency	Rx/1000	Hz	-32768~32767	int	R
4192H-4197H	16786-16791	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4198H	16792	Max of Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kW	-32768~32767	int	R
4199H-419EH	16793-16798	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
419FH	16799	Max of Reactive Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kvar	-32768~32767	int	R
41A0H-41A5H	16800-16805	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41A6H	16806	Max of Apparent Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kVA	-32768~32767	int	R
41A7H-41ACH	16807-16812	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4606H	17926	Max of Phase A Current Demand	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4607H-460CH	17927-17932	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
460DH	17933	Max of Phase B Current Demand	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
460EH~4613H	17934-17939	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4614H	17940	Max of Phase C Current Demand	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4615H-461AH	17941-17946	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41ADH	16813	Max of Voltage Unbalance	Rx/10	%	-32768~32767	int	R
41AEH-41B3H	16814-16819	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41B4H	16820	Max of Current Unbalance	Rx/10	%	-32768~32767	int	R
41B5H-41BAH	16821-16826	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41BBH	16827	Max of THD_V1(V12)		%	-32768~32767	int	R
41BCH-41C1H	16828-16833	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41C2H	16834	Max of THD_V2(V31)	Rx/100	%	-32768~32767	int	R
41C3H-41C8H	16835-16840	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41C9H	16841	Max of THD_V3(V23)	Rx/100	%	-32768~32767	int	R
41CAH-41CFH	16842-16847	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41D0H	16848	Max of THD_I1	Rx/100	%	-32768~32767	int	R
41D1H-41D6H	16849-16854	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41D7H	16855	Max of THD_I2	Rx/100	%	-32768~32767	int	R
41D8H-41DDH	16856-16861	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41DEH	16862	Max of THD_I3	Rx/100	%	-32768~32767	int	R
41DFH-41E4H	16863-16868	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R

MIN: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Property	Range	Data Type	Access Property
41E5H	16869	Min of V1	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
41E6H-41EBH	16870-16875	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41ECH	16876	Min of V2	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
41EDH-41F2H	16877-16882	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41F3H	16883	Min of V3	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
41F4H-41F9H	16884-16889	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
41FAH	16890	Min of V12	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
41FBH-4200H	16891-16896	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4201H	16897	Min of V23	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
4202H-4207H	16898-16903	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4208H	16904	Min of V31	(Rx*(PT1/PT2))/10	V	-32768~32767	int	R
4209H-420EH	16905-16910	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
420FH	16911	Min of I1	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4210H-4215H	16912-16917	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4216H	16918	Min of I2	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
4217H-421CH	16919-16924	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
421DH	16925	Min of I3	(Rx*(CT1/CT2))/1000	A	-32768~32767	int	R
421EH-4223H	16926-16931	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4224H	16932	Min of System Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kW	-32768~32767	int	R
4225H-422AH	16933-16938	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
422BH	16939	Min of Reactive Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kvar	-32768~32767	int	R
422CH-4231H	16940-16945	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4232H	16946	Max of Apparent Power	(Rx(CT1/CT2)(PT1/PT2))/1000	kVA	-32768~32767	int	R
4233H-4238H	16947-16952	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4239H	16953	Min of Power Factor	Rx/1000		-32768~32767	int	R
423AH-423FH	16954-16959	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4240H	16960	Max of Frequency	Rx/1000	Hz	-32768~32767	int	R
4241H-4246H	16961-16966	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4247H	16967	Min of Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kW	-32768~32767	int	R
4248H-424DH	16968-16973	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
424EH	16974	Max of Reactive Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kvar	-32768~32767	int	R
424FH-4254H	16975-16980	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4255H	16981	Max of Apparent Power Demand	(Rx(CT1/CT2)(PT1/PT2))/1000	kVA	-32768~32767	int	R
4256H-425BH	16982-16987	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
425CH	16988	Min of Voltage Unbalance	Rx/10	%	-32768~32767	int	R
425DH-4262H	16989-16994	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4263H	16995	Min of Curret Unbalance	Rx/10	%	-32768~32767	int	R
4264H-4269H	16996-17001	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
426AH	17002	Min of THD_V1 (V12)	Rx/100	%	-32768~32767	int	R
426BH-4270H	17003-17008	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4271H	17009	Min of THD_V2 (V31)	Rx/100	%	-32768~32767	int	R
4272H-4277H	17010-17015	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4278H	17016	Min of THD_V3(V23)	Rx/100	%	-32768~32767	int	R
4279H-427EH	17017-17022	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
427FH	17023	Min of THD_I1	Rx/100	%	-32768~32767	int	R
4280H-4285H	17024-17029	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
4286H	17030	Min of THD_I2	Rx/100	%	-32768~32767	int	R
4287H-428CH	17031-17036	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R
428DH	17037	Min of THD_I3	Rx/100	%	-32768~32767	int	R
428EH-4293H	17038-17043	Time Stamp	YYYY:MM:DD:hh:mm:ss			int	R

Phase Angles

Phase Angles: 03H Read
Address(H)	Address(D)	Parameter	Relationship	Range	Data Type	Access Property
42A0H	17056	Phase Angle of V2 to V1	V2=Rx/10	0~3600	Word	R
42A1H	17057	Phase Angle of V3 to V1	V3=Rx/10	0~3600	Word	R
42A2H	17058	Phase Angle of I1 to V1	I1=Rx/10	0~3600	Word	R
42A3H	17059	Phase Angle of I2 to V1	I2=Rx/10	0~3600	Word	R
42A4H	17060	Phase Angle of I3 to V1	I3=Rx/10	0~3600	Word	R

Reading I/O Moduels

DI Counter: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Range	Data Type	Access Property
AXM-IO11
4349H-434AH	17225-17226	DI_111	DI1 Pulse Counter Number	0~4294967295	Dword	R
434BH-434CH	17227-17228	DI_112	DI2 Pulse Counter Number	0~4294967295	Dword	R
434DH-434EH	17229-17230	DI_113	DI3 Pulse Counter Number	0~4294967295	Dword	R
434FH-4350H	17231-17232	DI_114	DI4 Pulse Counter number	0~4294967295	Dword	R
4351H-4352H	17233-17234	DI_115	DI5 Pulse Counter Number	0~4294967295	Dword	R
4353H-4354H	17235-17236	DI_116	DI6 Pulse Counter Number	0~4294967295	Dword	R
AXM-IO21
4355H-4356H	17237-17238	DI_211	DI7 Pulse Counter Number	0~4294967295	Dword	R
4357H-4358H	17239-17240	DI_212	DI8 Pulse Counter Number	0~4294967295	Dword	R
4359H-435AH	17241-17242	DI_213	DI9 Pulse Counter Number	0~4294967295	Dword	R
435BH-435CH	17243-17244	DI_214	DI10 Pulse Counter Number	0~4294967295	Dword	R
AXM-IO31
435DH-435EH	17245-17246	DI_311	DI11 Pulse Counter Number	0~4294967295	Dword	R
435FH-4360H	17247-17248	DI_312	DI12 Pulse Counter Number	0~4294967295	Dword	R
4361H-4362H	17249-17250	DI_313	DI13 Pulse Counter Number	0~4294967295	Dword	R
4363H-4364H	17251-17252	DI_314	DI14 Pulse Counter Number	0~4294967295	Dword	R
AXM-IO12
4365H-4366H	17253-17254	DI_121	DI15 Pulse Counter Number	0~4294967295	Dword	R
4367H-4368H	17255-17256	DI_122	DI16 Pulse Counter Number	0~4294967295	Dword	R
4369H-436AH	17257-17258	DI_123	DI17 Pulse Counter Number	0~4294967295	Dword	R
436BH-436CH	17259-17260	DI_124	DI18 Pulse Counter Number	0~4294967295	Dword	R
436DH-436EH	17261-17262	DI_125	DI19 Pulse Counter Number	0~4294967295	Dword	R
436FH-4370H	17263-17264	DI_126	DI20 Pulse Counter Number	0~4294967295	Dword	R
AXM-IO22
4371H-4372H	17265-17266	DI_221	DI21 Pulse Counter Number	0~4294967295	Dword	R
4373H-4374H	17267-17268	DI_222	DI22 Pulse Counter Number	0~4294967295	Dword	R
4375H-4376H	17269-17270	DI_223	DI23 Pulse Counter Number	0~4294967295	Dword	R
4377H-4378H	17271-17272	DI_224	DI24 Pulse Counter Number	0~4294967295	Dword	R
AXM-IO32
4379H-437AH	17273-17274	DI_321	DI25 Pulse Counter Number	0~4294967295	Dword	R
437BH-437CH	17275-17276	DI_322	DI26 Pulse Counter Number	0~4294967295	Dword	R
437DH-437EH	17277-17278	DI_323	DI27 Pulse Counter Number	0~4294967295	Dword	R
437FH-4380H	17279-17280	DI_324	DI28 Pulse Counter Number	0~4294967295	Dword	R

DI Status

DI Status: 02H Read
Address(H)	Addreess(D)	Symbol	Parameter	Range	Data Type	Access Property
0000H	0	DI_111	DI1 Status	0: OFF 1: ON	Bit	R
0001H	1	DI_112	DI2 Status	0: OFF 1: ON	Bit	R
0002H	2	DI_113	DI3 Status	0: OFF 1: ON	Bit	R
0003H	3	DI_114	DI4 Status	0: OFF 1: ON	Bit	R
0004H	4	DI_115	DI5 Status	0: OFF 1: ON	Bit	R
0005H	5	DI_116	DI6 Status	0: OFF 1: ON	Bit	R
AXM-IO21
0006H	6	DI_211	DI7 Status	0: OFF 1: ON	Bit	R
0007H	7	DI_212	DI8 Status	0: OFF 1: ON	Bit	R
0008H	8	DI_213	DI9 Status	0: OFF 1: ON	Bit	R
0009H	9	DI_214	DI10 Status	0: OFF 1: ON	Bit	R
AXM-IO31
000AH	10	DI_311	DI11 Status	0: OFF 1: ON	Bit	R
000BH	11	DI_312	DI12 Status	0: OFF 1: ON	Bit	R
000CH	12	DI_313	DI13 Status	0: OFF 1: ON	Bit	R
000DH	13	DI_314	DI14 Status	0: OFF 1: ON	Bit	R
AXM-IO12
000EH	14	DI_121	DI15 Status	0: OFF 1: ON	Bit	R
000FH	15	DI_122	DI16 Status	0: OFF 1: ON	Bit	R
0010H	16	DI_123	DI17 Status	0: OFF 1: ON	Bit	R
0011H	17	DI_124	DI18 Status	0: OFF 1: ON	Bit	R
0012H	18	DI_125	DI19 Status	0: OFF 1: ON	Bit	R
0013H	19	DI_126	DI20 Status	0: OFF 1: ON	Bit	R
AXM-IO22
0014H	20	DI_221	DI21 Status	0: OFF 1: ON	Bit	R
0015H	21	DI_222	DI22 Status	0: OFF 1: ON	Bit	R
0016H	22	DI_223	DI23 Status	0: OFF 1: ON	Bit	R
0017H	23	DI_224	DI24 Status	0: OFF 1: ON	Bit	R
AXM-IO32
0018H	24	DI_321	DI25 Status	0: OFF 1: ON	Bit	R
0019H	25	DI_322	DI26 Status	0: OFF 1: ON	Bit	R
001AH	26	DI_323	DI27 Status	0: OFF 1: ON	Bit	R
001BH	27	DI_324	DI28 Status	0: OFF 1: ON	Bit	R

AI Input Value: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Range	Data Type	Access Property
4385H	17285	AI_311	AI1 Sampling value	0~4095	Dword	R
4386H	17286	AI_312	AI2 Sampling value	0~4095	Dword	R
4387H	17287	AI_321	AI3 Sampling value	0~4095	Dword	R
4388H	17288	AI_322	AI4 Sampling value	0~4095	Dword	R

AO Output Value: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Range	Data Type	Float
4389H-438AH	17289-17290	AO_211	Value of AO1		Float	R
438BH-438CH	17291-17292	AO_212	Value of AO2		Float	R
438DH-438EH	17293-17294	AO_221	Value of A03		Float	R
438FH-4390H	17295-17296	AO_222	Value of AO4		Float	R

Relay Output

RO Status: 01H Read, 05H Control
Address(H)	Address(D)	Symbol	Parameter	Range	Data Type	Access Property
AXM-IO11
0000H	0	RO_111	RO1	0:OFF 1:ON	Bit	R
0001H	1	RO_112	RO2	0:OFF 1:ON	Bit	R
AXM-IO311
0002H	2	RO_311	RO3	0:OFF 1:ON	Bit	R
0003H	3	RO_312	RO4	0:OFF 1:ON	Bit	R
AXM-IO12
0004H	4	RO_121	RO5	0:OFF 1:ON	Bit	R
0005H	5	RO_122	RO6	0:OFF 1:ON	Bit	R
AXM-IO32
0006H	6	RO_321	RO7	0:OFF 1:ON	Bit	R
0007H	7	RO_322	RO8	0:OFF 1:ON	Bit	R

TOU (Time of Use) Registers

Current month accumulation TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
7200H-7201H	29184-29185	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7202H-7203H	29186-29187	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7204H-7205H	29188-29189	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7206H-7207H	29190-29191	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7208H-7209H	29192-29193	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Peak
720AH-720BH	29194-29195	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
720CH-720DH	29196-29197	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
720EH-720FH	29198-29199	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7210H-7211H	29200-29201	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7212H-7213H	29202-29203	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
7214H-7215H	29204-29205	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7216H-7217H	29206-29207	Ep_Exp	Generated Energy	0-999999999	KWh	Dword	R/W
7218H-7219H	29208-29209	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
721AH-721BH	29210-29211	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
721CH-721DH	29212-29213	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Normal
721EH-721FH	29214-29215	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7220H-7221H	29216-29217	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7222H-7223H	29218-29219	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7224H-7225H	29220-29221	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7226H-7227H	29222-29223	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
7228H-7229H	29224-29225	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
722AH-722BH	29226-29227	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
722CH-722DH	29228-29229	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
722EH-722FH	29230-29231	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7230H-7231H	29232-29233	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Prior Month Accumulation TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
7232H-7233H	29234-29235	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7234H-7235H	29236-29237	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7236H-7237H	29238-29239	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7238H-7239H	29240-29241	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
723AH-723BH	29242-29243	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Peak
723CH-723DH	29244-29245	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
723EH-723FH	29246-29247	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7240H-7241H	29248-29249	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7242H-7243H	29250-29251	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7244H-7245H	29252-29253	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
7246H-7247H	29254-29255	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7248H-7249H	29256-29257	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
724AH-724BH	29258-29259	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
724CH-724DH	29260-29261	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
724EH-724FH	29262-29263	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Normal
7250H-7251H	29264-29265	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7252H-7253H	29266-29267	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7254H-7255H	29268-29269	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7256H-7257H	29270-29271	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7258H-7259H	29272-29273	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
725AH-725BH	29274-29275	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
725CH-725DH	29276-29277	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
725EH-725FH	29278-29279	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7260H-7261H	29280-29281	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7262H-7263H	29282-29283	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Current Month Incremental TOU Energy: 03H Read

Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
7300H-7301H	29440-29441	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7302H-7303H	29442-29443	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7304H-7305H	29444-29445	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7306H-7307H	29446-29447	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7308H-7309H	29448-29449	Es	Apparent	0-999999999	kVAh	Dword	R/W
Peak
730AH-730BH	29450-29451	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
730CH-730DH	29452-29453	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
730EH-730FH	29454-29455	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7310H-7311H	29456-29457	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7312H-7313H	29458-29459	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
7314H-7315H	29460-29461	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7316H-7317H	29462-29463	Ep_Exp	Exported Energy	0-999999999	kWh	Dword	R/W
7318H-7319H	29464-29465	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
731AH-731BH	29466-29467	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
731CH-731DH	29468-29469	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Normal
731EH-731FH	29470-29741	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7320H-7321H	29472-29473	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7322H-7323H	29474-29475	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7324H-7325H	29476-29477	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7326H-7327H	29478-29479	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
7328H-7329H	29480-29481	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
732AH-732BH	29482-29483	Ep_Exp	Exported Energy	0-999999999	kWh	Dword	R/W
732CH-732DH	29484-29485	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
732EH-732FH	29486-29487	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7330H-7331H	29488-29489	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Prior Month Incremental TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
7332H-7333H	29490-29491	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7334H-7335H	29492-29493	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7336H-7337H	29494-29495	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7338H-7339H	29496-29497	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
733AH-733BH	29498-29499	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Peak
733CH-733DH	29500-29501	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
733EH-733FH	29502-29503	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7340H-7341H	29504-29505	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7342H-7343H	29506-29507	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7344H-7345H	29508-29509	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
7346H-7347H	29510-29511	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7348H-7349H	29512-29513	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
734AH-734BH	29514-29515	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
734CH-734DH	29516-29517	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
734EH-734FH	29518-29519	Es	Apparent Energy	0-999999999	kVA	Dword	R/W
Normal
7350H-7351H	29520-29521	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
7352H-7353H	29522-29523	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
7354H-7355H	29524-29525	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7356H-7357H	29526-29527	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7358H-7359H	29528-29529	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
735AH-735BH	29530-29531	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
735CH-735DH	29532-29533	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
735EH-735FH	29534-29535	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
7360H-7361H	29536-29537	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
7363H-7363H	29538-29539	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Current Month Maximum Demand TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Realationship	Range	Data Type	Access Property
Sharp
7500H	29952	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7501H-7503H	29956		TIme Stamp	YY/MM; DD/HH; Min/Sec
7504H	29956	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7505H-7507H	29957-29959		Time Stamp	YY/MM; DD/HH; Min/Sec
7508H	29960	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7509H-750BH	29961-29963		Time Stamp	YY/MM; DD/HH; Min/Sec
750CH	29964	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
750DH-750FH	29965-29967		Time Stamp	YY/MM; DD/HH; Min/Sec
7510H	29968	Es	Max Demand	Rx/10	-32768~32767	Int	R
7511H-7513H	29969-29971		Time Stamp	YY/MM; DD/HH; Min/Sec
7514H	29972	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7515H-7517H	29973-29975		Time Stamp	YY/MM; DD/HH; Min/Sec
7518H	29976	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7519H-751BH	29977-29979		Time Stamp	YY/MM; DD/HH; Min/Sec
751CH	29980	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
751DH-751FH	29981-29983		Time Stamp	YY/MM; DD/HH; Min/Sec
Peak
7520H	29984	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7521H-7523H	29985-29987		Time Stamp	YY/MM; DD/HH; Min/Sec
7524H	29988	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7525H-7527H	29989-29991		Time Stamp	YY/MM; DD/HH; Min/Sec
7528H	29992	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7529H-752BH	29993-29995		Time Stamp	YY/MM; DD/HH; Min/Sec
752CH	29996	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
752DH-752FH	29997-29999		Time Stamp	YY/MM; DD/HH; Min/Sec
7530H	30000	Es	Max Demand	Rx/10	-32768~32767	Int	R
7531H-7533H	30001-30003		Time Stamp	YY/MM; DD/HH; Min/Sec
7534H	30004	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7535H-7537H	30005-30007		Time Stamp	YY/MM; DD/HH; Min/Sec
7538H	30008	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7539H-753BH	30009-30011		Time Stamp	YY/MM; DD/HH; Min/Sec
753CH	30012	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
753DH-753FH	30013-30015		Time Stamp	YY/MM; DD/HH; Min/Sec
Valley
7540H	30016	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7541H-7543H	30017-30019		Time Stamp	YY/MM; DD/HH; Min/Sec
7544H	30020	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7545H-7547H	30021-30023		Time Stamp	YY/MM; DD/HH; Min/Sec
7548H	30024	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7549H-754BH	30025-30026		Time Stamp	YY/MM; DD/HH; Min/Sec
754CH	30027	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
754DH-754FH	30028-30031		Time Stamp	YY/MM; DD/HH; Min/Sec
7550H	30032	Es	Max Demand	Rx/10	-32768~32767	Int	R
7551H-7553H	30033-30035		Time Stamp	YY/MM; DD/HH; Min/Sec
7554H	30036	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7555H-7557H	30037-30039		Time Stamp	YY/MM; DD/HH; Min/Sec
7558H	30040	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7559H-755BH	30041-30043		Time Stamp	YY/MM; DD/HH; Min/Sec
755CH	30044	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
755DH-755FH	30045-30047		Time Stamp	YY/MM; DD/HH; Min/Sec
Normal
7560H	30048	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7561H-7563H	30049-30051		Time Stamp	YY/MM; DD/HH; Min/Sec
7564H	30052	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7565H-7567H	30053-30055		Time Stamp	YY/MM; DD/HH; Min/Sec
7568H	30056	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7569H-756BH	30057-30059		Time Stamp	YY/MM; DD/HH; Min/Sec
756CH	30060	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
756DH-756FH	30061-30063		Time Stamp	YY/MM; DD/HH; Min/Sec
7570H	30064	Es	Max Demand	Rx/10	-32768~32767	Int	R
7571H-7573H	30065-30067		Time Stamp	YY/MM; DD/HH; Min/Sec
7574H	30068	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7575H-7577H	30069-30071		Time Stamp	YY/MM; DD/HH; Min/Sec
7578H	30072	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7579H-757BH	30073-30075		Time Stamp	YY/MM; DD/HH; Min/Sec
757CH	30076	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
757DH-757FH	30077-30079		Time Stamp	YY/MM; DD/HH; Min/Sec
Total
7580H	30080	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7581H-7583H	30081-30083		Time Stamp	YY/MM; DD/HH; Min/Sec
7584H	30084	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7585H-7587H	30085-30087		Time Stamp	YY/MM; DD/HH; Min/Sec
7588H	30088	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7589H-758BH	30089-30091		Time Stamp	YY/MM; DD/HH; Min/Sec
758CH	30092	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
758DH-758FH	30093-30095		Time Stamp	YY/MM; DD/HH; Min/Sec
7590H	30096	Es	Max Demand	Rx/10	-32768~32767	Int	R
7591H-7593H	30097-30099		Time Stamp	YY/MM; DD/HH; Min/Sec
7594H	30100	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7595H-7597H	30101-30103		Time Stamp	YY/MM; DD/HH; Min/Sec
7598H	30104	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7599H-759BH	30105-30107		Time Stamp	YY/MM; DD/HH; Min/Sec
759CH	30108	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
759DH-759FH	30109-30111		Time Stamp	YY/MM; DD/HH; Min/Sec

Previous Month Maximum Demand TOU Energy: 03H
Address (H)	Address (D)	Symbol	Parameter	Relationship	Range	Data Type	Access Property
Sharp
7600H	30208	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7601H-7603H	30209-30211		Time Stamp	YY/MM; DD/HH; Min/Sec
7604H	30212	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7605H-7607H	30213-30215		Time Stamp	YY/MM; DD/HH; Min/Sec
7608H	30216	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7609H-760BH	30217-30219		Time Stamp	YY/MM; DD/HH; Min/Sec
760CH	30220	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
760DH-760FH	30221-30223		Time Stamp	YY/MM; DD/HH; Min/Sec
7610H	30224	Es	Max Demand	Rx/10	-32768~32767	Int	R
7611H-7613H	30225-30227		Time Stamp	YY/MM; DD/HH; Min/Sec
7614H	30228	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7615H-7617H	30229-30231		Time Stamp	YY/MM; DD/HH; Min/Sec
7618H	30232	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7619H-761BH	30233-30235		Time Stamp	YY/MM; DD/HH; Min/Sec
761CH	30236	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
761DH-761FH	30237-30239		Time Stamp	YY/MM; DD/HH; Min/Sec
Peak
7620H	30240	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7621H-7623H	30241-30243		Time Stamp	YY/MM; DD/HH; Min/Sec
7624H	30244	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7625H-7627H	30245-30247		Time Stamp	YY/MM; DD/HH; Min/Sec
7628H	30248	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7629H-762BH	30249-30251		Time Stamp	YY/MM; DD/HH; Min/Sec
762CH	30252	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
762DH-762FH	30253-30255		Time Stamp	YY/MM; DD/HH; Min/Sec
7630H	30256	Es	Max Demand	Rx/10	-32768~32767	Int	R
7631H-7633H	30257-30259		Time Stamp	YY/MM; DD/HH; Min/Sec
7634H	30260	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7635H-7637H	30261-30263		Time Stamp	YY/MM; DD/HH; Min/Sec
7638H	30264	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7639H-763BH	30265-30267		Time Stamp	YY/MM; DD/HH; Min/Sec
763CH	30268	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
763DH-763FH	30269-30271		Time Stamp	YY/MM; DD/HH; Min/Sec
Valley
7640H	30272	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7641H-7643H	30273-30275		Time Stamp	YY/MM; DD/HH; Min/Sec
7644H	30276	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7645H-7647H	30277-30279		Time Stamp	YY/MM; DD/HH; Min/Sec
7648H	30280	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7649H-764BH	30281-30283		Time Stamp	YY/MM; DD/HH; Min/Sec
764CH	30284	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
764DH-764FH	30285-30287		Time Stamp	YY/MM; DD/HH; Min/Sec
7650H	30288	Es	Max Demand	Rx/10	-32768~32767	Int	R
7651H-7653H	30289-30291		Time Stamp	YY/MM; DD/HH; Min/Sec
7654H	30292	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7655H-7657H	30293-30295		Time Stamp	YY/MM; DD/HH; Min/Sec
7658H	30296	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7659H-765BH	30297-30299		Time Stamp	YY/MM; DD/HH; Min/Sec
765CH	30300	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
765DH-765FH	30301-30303		Time Stamp	YY/MM; DD/HH; Min/Sec
Normal
7660H	30304	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7661H-7663H	30305-30307		Time Stamp	YY/MM; DD/HH; Min/Sec
7664H	30308	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7665H-7667H	30309-30311		Time Stamp	YY/MM; DD/HH; Min/Sec
7668H	30312	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7669H-766BH	30313-30315		Time Stamp	YY/MM; DD/HH; Min/Sec
766CH	30316	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
766DH-766FH	30317-30319		Time Stamp	YY/MM; DD/HH; Min/Sec
7670H	30320	Es	Max Demand	Rx/10	-32768~32767	Int	R
7671H-7673H	30321-30323		Time Stamp	YY/MM; DD/HH; Min/Sec
7674H	30324	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7675H-7677H	30325-30327		Time Stamp	YY/MM; DD/HH; Min/Sec
7678H	30328	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7679H-767BH	30329-30331		Time Stamp	YY/MM; DD/HH; Min/Sec
767CH	30332	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
767DH-767FH	30333-30334		Time Stamp	YY/MM; DD/HH; Min/Sec
Total
7680H	30336	Ep_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7681H-7683H	30337-30339		Time Stamp	YY/MM; DD/HH; Min/Sec
7684H	30340	Ep_Exp	Max Demand	Rx/10	-32768~32767	Int	R
7685H-7687H	30341-30343		Time Stamp	YY/MM; DD/HH; Min/Sec
7688H	30344	Eq_Imp	Max Demand	Rx/10	-32768~32767	Int	R
7689H-768BH	30345-30347		Time Stamp	YY/MM; DD/HH; Min/Sec
768CH	30348	Eq_Exp	Max Demand	Rx/10	-32768~32767	Int	R
768DH-768FH	30349-30351		Time Stamp	YY/MM; DD/HH; Min/Sec
7690H	30352	Es	Max Demand	Rx/10	-32768~32767	Int	R
7691H-7693H	30353-30355		Time Stamp	YY/MM; DD/HH; Min/Sec
7694H	30356	Ia	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7695H-7697H	30357-30359		Time Stamp	YY/MM; DD/HH; Min/Sec
7698H	30360	Ib	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
7699H-769BH	30361-30363		Time Stamp	YY/MM; DD/HH; Min/Sec
769CH	30364	Ic	Max Demand	Rx*(CT1/CT2)/1000	-32768~32767	Int	R
769DH-769FH	30365-30366		Time Stamp	YY/MM; DD/HH; Min/Sec

SunSpec Registers

SunSpec
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property	Number of Registers
C350H-C351H	50000-50001	SunSpec_ID	0x53756e53		Uint16	R	2
C352H	50002	ID	1		Uint16	R	1
C353H	50003	Length	65		String	R	1
C354H-C363H	50004-50019	Manufacturer		Accuenergy	String	R	16
C364H-C373H	50020-50035	Model	Manufacturer Specific Value (32 characters)	Acuvim II	String	R	16
C374H-C37BH	50036-50043	Options	Manufacturer Specific Value (16 characters)	Acuvim II/IIR/IIE/IIW	String	R	8
C37CH-C383H	50044-50051	Version	Manufacturer Specific Value (16 characters)	H: 2.31 S: 3.60	String	R	8
C384H-C393H	50052-50067	Serial Number	Manufacturer Specific Value (32 characters)		String	R	16
C394H	50068	Device Address	Modbus Device Address		Uint16	R	1
C395H	50069	ID	Meter Configuration: Single Phase (AN or AB): 201 Split Single Phase (ABN): 202 WYE-Three Phase (ABCN): 203 Delta Three Phase (ABC): 204		Uint16	R	1
C396H	50070	Length	81		Uint16	R	1
C397H	50071	Current: Amps(Average)	0~32767 A		Int16	R	1
C398H	50072	Current: Phase A	0~32767 A		Int16	R	1
C399H	50073	Current: Phase B	0~32767 A		Int16	R	1
C39AH	50074	Current: Phase C	0~32767 A		Int16	R	1
C39BH	50075	Current SunSpec Scale Factor	-3~2 (used an exponent of a power of 10)		sunssf	R	1
C39CH	50076	Voltage: Average Phase	0~9999 V		int16	R	1
C39DH	50077	Voltage: Phase A	0~9999 V		int16	R	1
C39EH	50078	Voltage: Phase B	0~9999 V		int16	R	1
C39FH	50079	Voltage: Phase C	0~9999 V		int16	R	1
C3A0H	50080	Voltage: Line-Line Average	0~9999 V		int16	R	1
C3A1H	50081	Voltage: Line AB	0~9999 V		int16	R	1
C3A2H	50082	Voltage: Line BC	0~9999V		int16	R	1
C3A3H	50083	Voltage: Line CA	0~9999 V		int16	R	1
C3A4H	50084	Voltage Scale Factor	-2~4(used as an exponent of a power of 10)		sunssf	R	1
C3A5H	50085	Frequency	45-65Hz		int16	R	1
C3A6H	50086	Frequency Scale Factor	-2(used as an exponent of a power of10)		sunssf	R	1
C3A7H	50087	Total Real Power	-32768~32767 W		int16	R	1
C3A8H	50088	Real Power: Phase A Watts	-32768~32767 W		int16	R	1
C3A9H	50089	Real Power: Phase B Watts	-32768~32767 W		int16	R	1
C3AAH	50090	Real Power: Phase C Watts	-32768~32767		int16	R	1
C3ABH	50091	Real Power Scale Factor	-1~8(used as an exponent of a power of 10)		sunssf	R	1
C3ACH	50092	Total Apparent Power	0~32367 VA		int16	R	1
C3ADH	50093	Apparent Power: Phase A VA	0~32367 VA		int16	R	1
C3AEH	50094	Apparent Power: Phase B VA	0~32367 VA		int16	R	1
C3AFH	50095	Apparent Power: Phase C VA	0~32767 VA		int16	R	1
C3B0H	50096	Apparent Power Scale Factor	-1~8(used as an exponent of a power of 10)		sunssf	R	1
C3B1H	50097	Total Reactive Power	-32768~32767 var		int16	R	1
C3B2H	50098	Reactive Power: Phase A var	-32768~32767 var		int16	R	1
C3B3H	50099	Reactive Power: Phase B var	-3278~32767 var		int16	R	1
C3B4H	50100	Reactive Power: Phase C var	-32768~32767 var		int16	R	1
C3B5H	50101	Reactive Power Scale Factor	-1~8(used as an exponent of a power of 10)		sunssf	R	1
C3B6H	50102	Power Factor	-1000~1000		int16	R	1
C3B7H	50103	Power Factor: Phase A PF	-1000~1000		int16	R	1
C3B8H	50104	Power Factor: Phase B PF	-1000~1000		int16	R	1
C3B9H	50105	Power Factor: Phase C PF	-1000~1000		int16	R	1
C3BAH	50106	Power Factor Scale Factor	-3(used an an exponent of a power of 10)		sunssf	R	1
C3BBH-C3BCH	50107-50108	Total Real Energy: Export	0~999999999 Wh		int32	R/W	2
C3BDH-C3BEH	50109-50110	Export Real Energy: Phase A	0~999999999 Wh		int32	R/W	2
C3BFH-C3C0H	50111-50112	Export Real Energy: Phase B	0~999999999 Wh		int32	R/W	2
C3C1H-C3C2H	50113-50114	Export Real Energy: Phase C	0~999999999 Wh		int32	R/W	2
C3C3H-C3C4H	50115-50116	Total Real Energy: Import	0~999999999 Wh		int32	R/W	2
C3C5H-C3C6H	50117-50118	Import Real Energy: Phase A	0~999999999 Wh		int32	R/W	2
C3C7H-C3C8H	50119-50120	Import Real Energy: Phase B	0~999999999 Wh		int32	R/W	2
C3C9H-C3CAH	50121-50122	Import Real Energy: Phase C	0~999999999 Wh		int32	R/W	2
C3CBH	50123	Real Energy Scale Factor	0,2(used as an exponent of a power of 10)		sunssf	R	1
C3CCH-C3CDH	50124-50125	Total Apparent Energy	0~999999999 VAh		int32	R/W	2
C3CEH-C3CFH	50126-50127	Apparent Energy: Phase A	0~999999999 VAh		int32	R/W	2
C3D0H-C3D1H	50128-50129	Apparent Energy: Phase B	0~999999999 VAh		int32	R/W	2
C3D2H-C3D3H	50130-50131	Apparent Energy: Phase C	0~999999999 VAh		int32	R/W	2
C3D4H	50132	Apparent Energy Scale Factor	0,2(used as an exponent of a power of 10)		sunssf	R	1
C3D5H-C3D6H	50133-50134	Total Reactive Energy: Export	0~999999999 varh		int32	R/W	2
C3D7H-C3D8H	50135-50136	Export Reactive Energy: Phase A	0~999999999 varh		int32	R/W	2
C3D9H-C3DAH	50137-50138	Export Reactive Energy: Phase B	0~999999999 varh		int32	R/W	2
C3DBH-C3DCH	50139-50140	Export Reactive Energy: Phase C	0~999999999 varh		int32	R/W	2
C3DDH-C3DEH	50141-50142	Total Reactive Energy: Import	0~999999999 varh		int32	R/W	2
C3DFH-C3E0H	50143-50144	Import Reactive Energy: Phase A	0~999999999 varh		int32	R/W	2
C3E1H-C3E2H	50145-50146	Import Reactive Energy: Phase B	0~999999999 varh		int32	R/W	2
C3E3H-C3E4H	50174-50148	Import Reactive Energy: Phase C	0~999999999 varh		int32	R/W	2
C3E5H	50149	Reactive Power Scale Factor	0,2(used as an exponent of a power of 10)		sunssf	R	1
C3E6H-C3E7H	50150-50151	Meter Event Flags	0		Binary	R	2
C3E8H	50152	SunSpec_end_ID: Sunspec	FFFF		int16		1
C3E9H	50153	SunSpec_end_ID: Sunspec	0		int16		1

Acuvim L Modbus Map

System Parameter Settings

Parameter Settings: 03H Read, 16H Write
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property
0100H	0256	Access code	0~9999	0	Word	R/W
0101H	0257	Communication address	1~247	1	Word	R/W
0102H	0258	Baud rate	1200~57600	38400	Word	R/W
0103H	0259	Voltage wiring type	0: 3LN 1: 3LL 2: 2LL 3: 1LN 4: 1LL	0	Word	R/W
0104H	0260	Current wiring type	0: 3CT 1: 1CT 2: 2CT	0	Word	R/W
0105H	0261	PT1(high 16 bit)	50.0~1000000.0	0	Word	R/W
0106H	0262	PT1(low 16 bit)	50.0~1000000.0	400.0	Word	R/W
0107H	0263	PT2	50.0~400.0	400.0	Word	R/W
0108H	0264	CT1	1~50000	5(See Remarks at end of table)	Word	R/W
0109H	0265	CT2	1,5 or 333(333mV)	5(See Remarks at end of table)	Word	R/W
010AH	0266	Definition of reactive power	0: sinusoidal 1:non-sinusoidal	0	Word	R/W
010BH	0267	Back light time	0~120(min)	1	Word	R/W
010CH	0268	Time of demand slide window	1~30	15	Word	R/W
010DH	0269	Clear max	0AH:clear	0	Word	R/W
010EH	0270	Clear energy enable	0:disable 1:enable	0	Word	R/W
010FH	0271	Clear energy	0:disable 0AH:enable	0	Word	R/W
0110H	0272	Clear run hour	0AH:clear other:do not clear	0	Word	R/W
0111H	0273	Clear load hour	0AH:clear other:do not clear	0	Word	R/W
0112H	0274	Parity check choice	0:EVEN 1:ODD 2:NONE2 3:NONE1	3	Word	R/W
0113H	0275	VAR/PF choice	0:IEC; 1:IEEE	0	Word	R/W
0114H	0276	H Sharp tariff demand clear	0AH:clear other:do not clear	0	Word	R/W
0115H	0277	Peak tariff demand clear	0AH:clear other:do not clear	0	Word	R/W
0116H	0278	Valley tariff demand clear	0AH:clear other:do not clear	0	Word	R/W
0117H	0279	Normal tariff demand clear	0AH:clear other:do not clear	0	Word	R/W
0118H	0280	Total tariff demand clear	0AH:clear other:do not clear	0	Word	R/W

Remarks: The default value depends on the Current Input of the meter (CT2):

CT2: 333mV CT1: 1
CT2: 5A CT1: 5
CT2: 120/60(120mV at 60Hz) CT1: 1000

Clock Settings

Clock Settings: 03H Read, 16H Write
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
0184H	388	Year	2000~2099	Word	R/W
0185H	389	Month	1~12	Word	R/W
0186H	390	Day	1~31	Word	R/W
0187H	391	Hour	0~23	Word	R/W
0188H	392	Minute	0-59	Word	R/W
0189H	393	Second	0-59	Word	R/W
018AH	394	Week	0~6	Word	R/W

Basic Real-time Parameters

The data address of basis measurements includes primary data address and secondary data address.

Secondary data address of basic measurements: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Range	Property	Data Type	Access Property
130H	304	F	Frequency	4500~6500	Hz	word	R
131H	305	U1	Phase 1 Voltage	0~65535	V	word	R
132H	306	U2	Phase 2 Voltage	0~65535	V	word	R
133H	307	U3	Phase 3 Voltage	0~65535	V	word	R
134H	308	U12	Line Voltage 1-2	0~65535	V	word	R
135H	309	U23	Line Voltage 2-3	0~65535	V	word	R
136H	310	U31	Line Voltage 3-1	0~65535	V	word	R
137H	311	I1	Total Phase A Current	0~65535	A	word	R
138H	312	I2	Total Phase B Current	0~65535	A	word	R
139H	313	I3	Total Phase C Current	0~65535	A	word	R
13AH	314	In	Neutral Current	0~65535	A	word	R
13BH	315	Pa	Phase A Power	-32768~32767	kW	integer	R
13CH	316	Pb	Phase B Power	-32768~32767	kW	integer	R
13DH	317	Pc	Phase C Power	-32768~32767	kW	integer	R
13EH	318	Psum	Total System Power	-32768~32767	kW	integer	R
13FH	319	Qa	Phase A Reactive Power	-32768~32767	kvar	integer	R
140H	320	Qb	Phase B Reactive Power	-32768~32767	kvar	integer	R
141H	321	Qc	Phase C Reactive Power	-32768~32767	kvar	integer	R
142H	322	Qsum	Total Reactive Power	-32768~32767	kvar	integer	R
143H	323	Ssum	Total Apparent Power	0~65535	kVA	word	R
144H	324	PFa	Phase A Power Factor	-1000~1000	No Unit	integer	R
145H	325	PFb	Phase B Power Factor	-1000~1000	No Unit	integer	R
146H	326	PFc	Phase C Power Factor	-1000~1000	No Unit	integer	R
147H	327	PFsum	Total Power Factor	-1000~1000	No Unit	integer	R
148H	328	U_unbl	Voltage Unbalance	0~1000	%	word	R
149H	329	I_unbl	Current Unbalance	0~1000	%	word	R
14AH	330	L/C/R	Load Characteristic	76.0(L) 67.0(C) 82.0(R)		word	R
14BH	331	Sa	Phase A Apparent Power	-32768~32767	kVA	integer	R
14CH	332	Sb	Phase B Apparent Power	-32768~32767	kVA	integer	R
14DH	333	Sc	Phase C Apparent Power	-32768~32767	kVA	integer	R
14EH	334		Reserved
14FH	335	S_Dmd	Apparent Power Demand	-32768~32767	kvar	integer	R
150H	336	P_Dmd	Power Demand	-32768~32767	kW	integer	R
151H	337	Q_Dmd	Reactive Power Demand	-32768~32767	kVA	integer	R
152H	338	I1_Dmd	Phase A Current Demand	0~65535	A	word	R
153H	339	I2_Dmd	Phase B Current Demand	0~65535	A	word	R
154H	340	I3_Dmd	Phase C Current Demand	0~65535	A	word	R
155H	341		Reserved

Primary data address of basic measurements: 03H Read
Address(H)	Address(D)	Symbol	Parameter	Range	Property	Data Type	Access Property
0600H~0601H	1536~1537	F	Frequency	4500~6500	Hz	float	R
0602H~0603H	1538~1539	U1	Phase 1 Voltage	0~65535	V	float	R
0604H~0605H	1540~1541	U2	Phase 2 Voltage	0~65535	V	float	R
0606H~0607H	1542~1543	U3	Phase 3 Voltage	0~65535	V	float	R
0608H~0609H	1544~1545	U12	Line Voltage 1-2	0~65535	V	float	R
060AH~060BH	1546~1547	U23	Line Voltage 2-3	0~65535	V	float	R
060CH~060DH	1548~1549	U31	Line Voltage 3-1	0~65535	V	float	R
060EH~060FH	1550~1551	I1	Total Phase A Current	0~65535	A	float	R
0610H~0611H	1552~1553	I2	Total Phase B Current	0~65535	A	float	R
0612H~0613H	1554~1555	I3	Total Phase C Current	0~65535	A	float	R
0614H~0615H	1556~1557	In	Neutral Current	0~65535	A	float	R
0616H~0617H	1558~1559	Pa	Phase A Power	-32768~32767	kW	float	R
0618H~0619H	1560~1561	Pb	Phase B Power	-32768~32767	kW	float	R
061AH~061BH	1562~1563	Pc	Phase C Power	-32768~32767	kW	float	R
061CH~061DH	1564~1565	Psum	Total System Power	-32768~32767	kW	float	R
061EH~061FH	1566~1567	Qa	Phase A Reactive Power	-32768~32767	kvar	float	R
0620H~0621H	1568~1569	Qb	Phase B Reactive Power	-32768~32767	kvar	float	R
0622H~0623H	1570~1571	Qc	Phase C Reactive Power	-32768~32767	kvar	float	R
0624H~0625H	1572~1573	Qsum	Total Reactive Power	-32768~32767	kvar	float	R
0626H~0627H	1574~1575	Ssum	Total Apparent Power	0~65535	kVA	float	R
0628H~0629H	1576~1577	PFa	Phase A Power Factor	-1000~1000	No Unit	float	R
062AH~062BH	1578~1579	PFb	Phase B Power Factor	-1000~1000	No Unit	float	R
062CH~062DH	1580~1581	PFc	Phase C Power Factor	-1000~1000	No Unit	float	R
062EH~062FH	1582~1583	PFsum	Total Power Factor	-1000~1000	No Unit	float	R
0630H~0631H	1584~1585	U_unbl	Voltage Unbalance	0~1000	%	float	R
0632H~0633H	1586~1587	I_unbl	Current Unbalance	0~1000	%	float	R
0634H~0635H	1588~1589		Reserved
0636H~0637H	1590~1591	Sa	Phase A Apparent Power	-32768~32767	kVA	float	R
0638H~0639H	1592~1593	Sb	Phase B Apparent Power	-32768~32767	kVA	float	R
063AH~063BH	1594~1595	Sc	Phase C Apparent Power	-32768~32767	kVA	float	R
063CH~063DH	1596~1597		Reserved
063EH~063FH	1598~1599	S_Dmd	Apparent Power Demand	-32768~32767	kvar	float	R
0640H~0641H	1600~1601	P_Dmd	Power Demand	-32768~32767	kW	float	R
0642H~0643H	1602~1603	Q_Dmd	Reactive Power Demand	-32768~32767	kVA	float	R
0644H~0645H	1604~1605	I1_Dmd	Phase A Current Demand	0~65535	A	float	R
0646H~0647H	1606~1607	I2_Dmd	Phase B Current Demand	0~65535	A	float	R
0648H~0649H	1608~1609	I3_Dmd	Phase C Current Demand	0~65535	A	float	R
064AH~064BH	1610~1611		Reserved

Harmonics

Power quality measurements: 03H Read
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
400H	1024	Total harmonic distortion of V1 or V12; THD_V1	0~10000	Word	R
401H	1025	Total harmonic distortion of V2 or V23; THD_V2	0~10000	Word	R
402H	1026	Total harmonic distortion of V3 or V31; THD_V3	0~10000	Word	R
403H	1027	Total harmonic distortion of I1; THD_I1	0~10000	Word	R
404H	1028	Total harmonic distortion of I2; THD_I2	0~10000	Word	R
405H	1029	Total harmonic distortion of I3; THD_I3	0~10000	Word	R
406H	1030	2nd Harmonic content of V1 or V12	0~10000	Word	R
407H	1031	3rd Harmonic content of V1 or V12	0~10000	Word	R
408H	1032	4th Harmonic content of V1 or V12	0~10000	Word	R
409H	1033	5th Harmonic content of V1 or V12	0~10000	Word	R
40AH	1034	6th Harmonic content of V1 or V12	0~10000	Word	R
40BH	1035	7th Harmonic content of V1 or V12	0~10000	Word	R
40CH	1036	8th Harmonic content of V1 or V12	0~10000	Word	R
40DH	1037	9th Harmonic content of V1 or V12	0~10000	Word	R
40EH	1038	10th Harmonic content of V1 or V12	0~10000	Word	R
40FH	1039	11th Harmonic content of V1 or V12	0~10000	Word	R
410H	1040	12th Harmonic content of V1 or V12	0~10000	Word	R
411H	1041	13th Harmonic content of V1 or V12	0~10000	Word	R
412H	1042	14th Harmonic content of V1 or V12	0~10000	Word	R
413H	1043	15th Harmonic content of V1 or V12	0~10000	Word	R
414H	1044	16th Harmonic content of V1 or V12	0~10000	Word	R
415H	1045	17th Harmonic content of V1 or V12	0~10000	Word	R
416H	1046	18th Harmonic content of V1 or V12	0~10000	Word	R
417H	1047	19th Harmonic content of V1 or V12	0~10000	Word	R
418H	1048	20th Harmonic content of V1 or V12	0~10000	Word	R
419H	1049	21st Harmonic content of V1 or V12	0~10000	Word	R
41AH	1050	22nd Harmonic content of V1 or V12	0~10000	Word	R
41BH	1051	23rd Harmonic content of V1 or V12	0~10000	Word	R
41CH	1052	24th Harmonic content of V1 or V12	0~10000	Word	R
41DH	1053	25th Harmonic content of V1 or V12	0~10000	Word	R
41EH	1054	26th Harmonic content of V1 or V12	0~10000	Word	R
41FH	1055	27th Harmonic content of V1 or V12	0~10000	Word	R
420H	1056	28th Harmonic content of V1 or V12	0~10000	Word	R
421H	1057	29th Harmonic content of V1 or V12	0~10000	Word	R
422H	1058	30th Harmonic content of V1 or V12	0~10000	Word	R
423H	1059	31st Harmonic content of V1 or V12	0~10000	Word	R
424H	1060	2nd Harmonic content of V2 or V23	0~10000	Word	R
425H	1061	3rd Harmonic content of V2 or V23	0~10000	Word	R
426H	1062	4th Harmonic content of V2 or V23	0~10000	Word	R
427H	1063	5th Harmonic content of V2 or V23	0~10000	Word	R
428H	1064	6th Harmonic content of V2 or V23	0~10000	Word	R
429H	1065	7th Harmonic content of V2 or V23	0~10000	Word	R
42AH	1066	8th Harmonic content of V2 or V23	0~10000	Word	R
42BH	1067	9th Harmonic content of V2 or V23	0~10000	Word	R
42CH	1068	10th Harmonic content of V2 or V23	0~10000	Word	R
42DH	1069	11th Harmonic content of V2 or V23	0~10000	Word	R
42EH	1070	12th Harmonic content of V2 or V23	0~10000	Word	R
42FH	1071	13th Harmonic content of V2 or V23	0~10000	Word	R
430H	1072	14th Harmonic content of V2 or V23	0~10000	Word	R
431H	1073	15th Harmonic content of V2 or V23	0~10000	Word	R
432H	1074	16th Harmonic content of V2 or V23	0~10000	Word	R
433H	1075	17th Harmonic content of V2 or V23	0~10000	Word	R
434H	1076	18th Harmonic content of V2 or V23	0~10000	Word	R
435H	1077	19th Harmonic content of V2 or V23	0~10000	Word	R
436H	1078	20th Harmonic content of V2 or V23	0~10000	Word	R
437H	1079	21st Harmonic content of V2 or V23	0~10000	Word	R
438H	1080	22nd Harmonic content of V2 or V23	0~10000	Word	R
439H	1081	23rd Harmonic content of V2 or V23	0~10000	Word	R
43AH	1082	24th Harmonic content of V2 or V23	0~10000	Word	R
43BH	1083	25th Harmonic content of V2 or V23	0~10000	Word	R
43CH	1084	26th Harmonic content of V2 or V23	0~10000	Word	R
43DH	1085	27th Harmonic content of V2 or V23	0~10000	Word	R
43EH	1086	28th Harmonic content of V2 or V23	0~10000	Word	R
43FH	1087	29th Harmonic content of V2 or V23	0~10000	Word	R
440H	1088	30th Harmonic content of V2 or V23	0~10000	Word	R
441H	1089	31th Harmonic content of V2 or V23	0~10000	Word	R
442H	1090	2nd Harmonic content of V3 or V31	0~10000	Word	R
443H	1091	3rd Harmonic content of V3 or V31	0~10000	Word	R
444H	1092	4th Harmonic content of V3 or V31	0~10000	Word	R
445H	1093	5th Harmonic content of V3 or V31	0~10000	Word	R
446H	1094	6th Harmonic content of V3 or V31	0~10000	Word	R
447H	1095	7th Harmonic content of V3 or V31	0~10000	Word	R
448H	1096	8th Harmonic content of V3 or V31	0~10000	Word	R
449H	1097	9th Harmonic content of V3 or V31	0~10000	Word	R
44AH	1098	10th Harmonic content of V3 or V31	0~10000	Word	R
44BH	1099	11th Harmonic content of V3 or V31	0~10000	Word	R
44CH	1100	12th Harmonic content of V3 or V31	0~10000	Word	R
44DH	1101	13th Harmonic content of V3 or V31	0~10000	Word	R
44EH	1102	14th Harmonic content of V3 or V31	0~10000	Word	R
44FH	1103	15th Harmonic content of V3 or V31	0~10000	Word	R
450H	1104	16th Harmonic content of V3 or V31	0~10000	Word	R
451H	1105	17th Harmonic content of V3 or V31	0~10000	Word	R
452H	1106	18th Harmonic content of V3 or V31	0~10000	Word	R
453H	1107	19th Harmonic content of V3 or V31	0~10000	Word	R
454H	1108	20th Harmonic content of V3 or V31	0~10000	Word	R
455H	1109	21st Harmonic content of V3 or V31	0~10000	Word	R
456H	1110	22nd Harmonic content of V3 or V31	0~10000	Word	R
457H	1111	23rd Harmonic content of V3 or V31	0~10000	Word	R
458H	1112	24th Harmonic content of V3 or V31	0~10000	Word	R
459H	1113	25th Harmonic content of V3 or V31	0~10000	Word	R
45AH	1114	26th Harmonic content of V3 or V31	0~10000	Word	R
45BH	1115	27th Harmonic content of V3 or V31	0~10000	Word	R
45CH	1116	28th Harmonic content of V3 or V31	0~10000	Word	R
45DH	1117	29th Harmonic content of V3 or V31	0~10000	Word	R
45EH	1118	30th Harmonic content of V3 or V31	0~10000	Word	R
45FH	1119	31st Harmonic content of V3 or V31	0~10000	Word	R
460H	1120	2nd Harmonic content of I1	0~10000	Word	R
461H	1121	3rd Harmonic content of I1	0~10000	Word	R
462H	1122	4th Harmonic content of I1	0~10000	Word	R
463H	1123	5th Harmonic content of I1	0~10000	Word	R
464H	1124	6th Harmonic content of I1	0~10000	Word	R
465H	1125	7th Harmonic content of I1	0~10000	Word	R
466H	1126	8th Harmonic content of I1	0~10000	Word	R
467H	1127	9th Harmonic content of I1	0~10000	Word	R
468H	1128	10th Harmonic content of I1	0~10000	Word	R
469H	1129	11th Harmonic content of I1	0~10000	Word	R
46AH	1130	12th Harmonic content of I1	0~10000	Word	R
46BH	1131	13th Harmonic content of I1	0~10000	Word	R
46CH	1132	14th Harmonic content of I1	0~10000	Word	R
46DH	1133	15th Harmonic content of I1	0~10000	Word	R
46EH	1134	16th Harmonic content of I1	0~10000	Word	R
46FH	1135	17th Harmonic content of I1	0~10000	Word	R
470H	1136	18th Harmonic content of I1	0~10000	Word	R
471H	1137	19th Harmonic content of I1	0~10000	Word	R
472H	1138	20th Harmonic content of I1	0~10000	Word	R
473H	1139	21st Harmonic content of I1	0~10000	Word	R
474H	1140	22nd Harmonic content of I1	0~10000	Word	R
475H	1141	23rd Harmonic content of I1	0~10000	Word	R
476H	1142	24th Harmonic content of I1	0~10000	Word	R
477H	1143	25th Harmonic content of I1	0~10000	Word	R
478H	1144	26th Harmonic content of I1	0~10000	Word	R
479H	1145	27th Harmonic content of I1	0~10000	Word	R
47AH	1146	28th Harmonic content of I1	0~10000	Word	R
47BH	1147	29th Harmonic content of I1	0~10000	Word	R
47CH	1148	30th Harmonic content of I1	0~10000	Word	R
47DH	1149	31st Harmonic content of I1	0~10000	Word	R
47EH	1150	2nd Harmonic content of I2	0~10000	Word	R
47FH	1151	3rd Harmonic content of I2	0~10000	Word	R
480H	1152	4th Harmonic content of I2	0~10000	Word	R
481H	1153	5th Harmonic content of I2	0~10000	Word	R
482H	1154	6th Harmonic content of I2	0~10000	Word	R
483H	1155	7th Harmonic content of I2	0~10000	Word	R
484H	1156	8th Harmonic content of I2	0~10000	Word	R
485H	1157	9th Harmonic content of I2	0~10000	Word	R
486H	1158	10th Harmonic content of I2	0~10000	Word	R
487H	1159	11th Harmonic content of I2	0~10000	Word	R
488H	1160	12th Harmonic content of I2	0~10000	Word	R
489H	1161	13th Harmonic content of I2	0~10000	Word	R
48AH	1162	14th Harmonic content of I2	0~10000	Word	R
48BH	1163	15th Harmonic content of I2	0~10000	Word	R
48CH	1164	16th Harmonic content of I2	0~10000	Word	R
48DH	1165	17th Harmonic content of I2	0~10000	Word	R
48EH	1166	18th Harmonic content of I2	0~10000	Word	R
48FH	1167	19th Harmonic content of I2	0~10000	Word	R
490H	1168	20th Harmonic content of I2	0~10000	Word	R
491H	1169	21st Harmonic content of I2	0~10000	Word	R
492H	1170	22nd Harmonic content of I2	0~10000	Word	R
493H	1171	23rd Harmonic content of I2	0~10000	Word	R
494H	1172	24th Harmonic content of I2	0~10000	Word	R
495H	1173	25th Harmonic content of I2	0~10000	Word	R
496H	1174	26th Harmonic content of I2	0~10000	Word	R
497H	1175	27th Harmonic content of I2	0~10000	Word	R
498H	1176	28th Harmonic content of I2	0~10000	Word	R
499H	1177	29th Harmonic content of I2	0~10000	Word	R
49AH	1178	30th Harmonic content of I2	0~10000	Word	R
49BH	1179	31st Harmonic content of I2	0~10000	Word	R
49CH	1180	2nd Harmonic content of I3	0~10000	Word	R
49DH	1181	3rd Harmonic content of I3	0~10000	Word	R
49EH	1182	4th Harmonic content of I3	0~10000	Word	R
49FH	1183	5th Harmonic content of I3	0~10000	Word	R
4A0H	1184	6th Harmonic content of I3	0~10000	Word	R
4A1H	1185	7th Harmonic content of I3	0~10000	Word	R
4A2H	1186	8th Harmonic content of I3	0~10000	Word	R
4A3H	1187	9th Harmonic content of I3	0~10000	Word	R
4A4H	1188	10th Harmonic content of I3	0~10000	Word	R
4A5H	1189	11th Harmonic content of I3	0~10000	Word	R
4A6H	1190	12th Harmonic content of I3	0~10000	Word	R
4A7H	1191	13th Harmonic content of I3	0~10000	Word	R
4A8H	1192	14th Harmonic content of I3	0~10000	Word	R
4A9H	1193	15th Harmonic content of I3	0~10000	Word	R
4AAH	1194	16th Harmonic content of I3	0~10000	Word	R
4ABH	1195	17th Harmonic content of I3	0~10000	Word	R
4ACH	1196	18th Harmonic content of I3	0~10000	Word	R
4ADH	1197	19th Harmonic content of I3	0~10000	Word	R
4AEH	1198	20th Harmonic content of I3	0~10000	Word	R
4AFH	1199	21st Harmonic content of I3	0~10000	Word	R
4B0H	1200	22nd Harmonic content of I3	0~10000	Word	R
4B1H	1201	23rd Harmonic content of I3	0~10000	Word	R
4B2H	1202	24th Harmonic content of I3	0~10000	Word	R
4B3H	1203	25th Harmonic content of I3	0~10000	Word	R
4B4H	1204	26th Harmonic content of I3	0~10000	Word	R
4B5H	1205	27th Harmonic content of I3	0~10000	Word	R
4B6H	1206	28th Harmonic content of I3	0~10000	Word	R
4B7H	1207	29th Harmonic content of I3	0~10000	Word	R
4B8H	1208	30th Harmonic content of I3	0~10000	Word	R
4B9H	1209	31st Harmonic content of I3	0~10000	Word	R

MIN/MAX

MAX&MIN: 03H Read
Address(H)	Address(D)	Parameter	Property	Range	Data Type	Access Property
1000H	4096	Max of V1	V	0~65535	word	R
1001H-1003H	4097-4099	Time Stamp(format:yy mm/dd hh/mm ss)			word	R
1004H	4100	Max of V2	V	0~65535	word	R
1005H-1007H	4101-4103	Time Stamp			word	R
1008H	4104	Max of V3	V	0~65535	word	R
1009H-100BH	4105-4107	Time Stamp			word	R
100CH	4108	Max of V12	V	0~65535	word	R
100DH-100FH	4109-4111	Time Stamp			word	R
1010H	4112	Max of V23	V	0~65535	word	R
1011H-1013H	4113-4115	Time Stamp			word	R
1014H	4116	Max of V31	V	0~65535	word	R
1015H-1017H	4117-4119	Time Stamp			word	R
1018H	4120	Max of I1	A	0~65535	word	R
1019H-101BH	4121-4123	Time Stamp			word	R
101CH	4124	Max of I2	A	0~65535	word	R
101DH-101FH	4125-4127	Time Stamp			word	R
1020H	4128	Max of I3	A	0~65535	word	R
1021H-1023H	4129-4131	Time Stamp			word	R
1024H	4132	Max of power demand PDmd_MAX	kW	-32768~32767	int	R
1025H-1027H	4133-4135	Time Stamp			int	R
1028H	4136	Max of reactive power demand	kvar	-32768~32767	int	R
1029H-102BH	4137-4139	Time Stamp			int	R
102CH	4140	Max of current demand Ia	A	0~65535	word	R
102DH-102FH	4141-4143	Time Stamp			word	R
1030H	4144	Max of current demand Ib	A	0~65535	word	R
1031H-1033H	4145-4147	Time Stamp			word	R
1034H	4148	Max of current demand Ic	A	0~65535	word	R
1035H-1037H	4149-4151	Time Stamp			word	R
1038H	4152	Max of apparent power demand	kVA	0~65535	word	R
1039H-103BH	4153-4155	Time Stamp			word	R
103CH	4156	Min of V1	V	0~65535	word	R
103DH-103FH	4157-4158	Time Stamp			word	R
1040H	4159	Min of V2	V	0~65535	word	R
1041H-1043H	4160-4162	Time Stamp			word	R
1044H	4163	Min of V3	V	0~65535	word	R
1045H-1047H	4164-4166	Time Stamp			word	R
1048H	4167	Min of V12	V	0~65535	word	R
1049H~104BH	4168-4170	Time Stamp			word	R
104CH	4171	Min of V23	V	0~65535	word	R
104DH-104FH	4172-4174	Time Stamp			word	R
1050H	4175	Min of V31	V	0~65535	word	R
1051H-1053H	4176-4178	Time Stamp			word	R
1054H	4179	Min of I1	A	0~65535	word	R
1055H-1057H	4180-4182	Time Stamp			word	R
1058H	4183	Min of I2	A	0~65535	word	R
1059H-105BH	4184-4186	Time Stamp			word	R
105CH	4187	Min of I3	A	0~65535	word	R
105DH-105FH	4188-4190	Time Stamp			word	R

Energy Parameters

Data address of real time energy: 03H Read; 16 preset
Address(H)	Address(D)	Symbol	Parameter	Range	Property	Data Type	Access Property
0156H-0157H	342-343	Ep_Imp	Import energy	0~999999999	kWh	Dword	R/W
0158H-0159H	344-345	Ep_Exp	Export energy	0~999999999	kWh	Dword	R/W
015AH-015BH	346-347	Eq_Imp	Import reactive energy	0~999999999	kvarh	Dword	R/W
015CH-015DH	348-349	Eq_Exp	Export reactive energy	0~999999999	kvarh	Dword	R/W
015EH-015FH	350-351	Es	Apparent energy	0~999999999	kVAh	Dword	R/W
0160H-0161H	352-353	Epa_imp	Phase-A import energy	0~999999999	kWh	Dword	R/W
0162H-0163H	354-355	Epa_exp	Phase-A export energy	0~999999999	kWh	Dword	R/W
0164H-0165H	356-357	Epb_imp	Phase-B import energy	0~999999999	kWh	Dword	R/W
0166H-0167H	358-359	Epb_exp	Phase-B export energy	0~999999999	kWh	Dword	R/W
0168H-0169H	360-361	Epc_Imp	Phase-C import energy	0~999999999	kWh	Dword	R/W
016AH-016BH	362-363	Epc_Exp	Phase-C Export energy	0~999999999	kWh	Dword	R/W
016CH-016DH	364-365	Eqa_imp	Phase-A reactive import energy	0~999999999	kvarh	Dword	R/W
016EH-016FH	366-367	Eqa_Exp	Phase-A reactive export energy	0~999999999	kvarh	Dword	R/W
0170H-0171H	368-369	Eqb_Imp	Phase-B reactive import Energy	0~999999999	kvarh	Dword	R/W
0172H-0173H	370-371	Eqb_Exp	Phase B reactive export Energy	0~999999999	kvarh	Dword	R/W
0174H-0175H	372-373	Eqc_Imp	Phase C reactive import Energy	0~999999999	kvarh	Dword	R/W
0176H-0177H	374-375	Eqc_Exp	Phase C reactive export Energy	0~999999999	kvarh	Dword	R/W
0178H-0179H	376-377	Es_a	Phase A apparent energy	0~999999999	kVAh	Dword	R/W
017AH-017BH	378-379	Es_b	Phase B apparent energy	0~999999999	kVAh	Dword	R/W
017CH-017DH	380-381	Es_c	Phase C apparent energy	0~999999999	kVAh	Dword	R/W

TOU Energy

Current month accumulation TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
200H-201H	512-513	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
202H-203H	514-515	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
204H-205H	516-517	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
206H-207H	518-519	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
208H-209H	520-521	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Peak
20AH-20BH	522-523	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
20CH-20DH	524-525	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
20EH-20FH	526-527	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
210H-211H	528-529	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
212H-213H	530-531	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
214H-215H	532-533	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
216H-217H	534-535	Ep_Exp	Generated Energy	0-999999999	KWh	Dword	R/W
218H-219H	536-537	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
21AH-21BH	538-539	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
21CH-21DH	540-541	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Normal
21EH-21FH	542-543	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
220H-221H	544-545	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
222H-223H	546-547	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
224H-225H	548-549	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
226H-227H	550-551	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
228H-229H	552-553	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
22AH-22BH	554-555	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
22CH-22DH	556-557	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
22EH-22FH	558-559	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
230H-231H	560-561	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Last month accumulation TOU Energy: 03H Read
Address (H)	Address (D)	Symbol	Parameter	Range	Property	Data Type	Access Property
Sharp
232H-233H	562-563	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
234H-235H	564-565	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
236H-237H	566-567	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
238H-239H	568-569	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
23AH-23BH	570-571	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Peak
23CH-23DH	572-573	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
23EH-23FH	574-575	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
240H-241H	576-577	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
242H-243H	578-579	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
244H-245H	580-581	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Valley
246H-247H	582-583	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
248H-249H	584-585	Ep_Exp	Generated Energy	0-999999999	KWh	Dword	R/W
24AH-24BH	586-587	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
24CH-24DH	588-589	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
24EH-24FH	590-591	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Normal
250H-251H	592-593	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
252H-253H	594-595	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
254H-255H	596-597	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
256H-257H	598-599	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
258H-259H	600-601	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W
Total
25AH-25BH	602-603	Ep_Imp	Consumed Energy	0-999999999	kWh	Dword	R/W
25CH-25DH	604-605	Ep_Exp	Generated Energy	0-999999999	kWh	Dword	R/W
25EH-25FH	606-607	Eq_Imp	Consumed Reactive Energy	0-999999999	kvarh	Dword	R/W
260H-261H	608-609	Eq_Exp	Generated Reactive Energy	0-999999999	kvarh	Dword	R/W
262H-263H	610-611	Es	Apparent Energy	0-999999999	kVAh	Dword	R/W

Data address of TOU

Basis parameter of TOU :03 Read; 16 Preset
Address(H)	Address(D)	Parameter	Range	Data type	Access property
0800H	2048	Number of time zone	0~12	word	R/W
0801H	2049	Number of time table	0~14	word	R/W
0802H	2050	Number of time interval	0~14	word	R/W
0803H	2051	Fee	0~3	word	R/W
0804H	2052	Weekly rest	0~127	word	R/W
0805H	2053	Time table of weekly rest	0~14	word	R/W
0806H	2054	Number of special day	0~30	word	R/W
0807H	2055	Function enable of TOU	1: enable	word	R/W
0808H	2056	Initialization of TOU	1: enable	word	R/W
0809H	2057	Choice of calculation	0: end of month 1: setting day	word	R/W
080AH	2058	The time of calculation: day	1~31	word	R/W
080BH	2059	The time of calculation: hour	0~23	word	R/W
080CH	2060	The time of calculation: minute	0~59	word	R/W
080DH	2061	The time of calculation: second	0~59	word	R/W
080EH	2062	TOU energy parameter setting error status word	0: the setting of parameter is correct; 1: the fee in parameter setting is error; 2: the time interval num is error; 4: the time table number is error; 8: the time zone number is error; 16: the parameter setting in time zone is error; 32: the special day number is error; 64: the parameter setting in special day is error; 256: the fee in time table is error; 512: the time setting in time table is error 1024: the time interval in time table is error; 2048: the time interval of week rest is error; 4096: the setting parameter of weekend is error;
Time zone setting parameter of TOU
0820H-0822H	2080-2082	Date and the time table of the 1st time zone		Word	R/W
0823H-0825H	2083-2085	Date and the time table of the 2nd time zone		Word	R/W
0826H-0828H	2086-2088	Date and the time table of the 3rd time zone		Word	R/W
0829H-082BH	2089-2091	Date and the time table of the 4th time zone		Word	R/W
082CH-082EH	2092-2094	Date and the time table of the 5th time zone		Word	R/W
082FH-0831H	2095-2097	Date and the time table of the 6th time zone		Word	R/W
0832H-0834H	2098-2100	Date and the time table of the 7th time zone		Word	R/W
0835H-0837H	2101-2103	Date and the time table of the 8th time zone		Word	R/W
0838H-083AH	2104-2106	Date and the time table of the 9th time zone		Word	R/W
083BH-083DH	2107-2109	Date and the time table of the 10th time zone		Word	R/W
083EH-0840H	2110-2112	Date and the time table of the 11th time zone		Word	R/W
0841H-0843H	2113-2115	Date and the time table of the 12th time zone		Word	R/W
Time table parameter of TOU
0844H-0846H	2116-2118	1st time interval and fee of the 1st time		Word	R/W
0847H-0849H	2119-2121	2nd time interval and fee of the 1st time		Word	R/W
084AH-084CH	2122-2124	3rd time interval and fee of the 1st time		Word	R/W
084DH-084FH	2125-2127	4th time interval and fee of the 1st time		Word	R/W
0850H-0852H	2128-2130	5th time interval and fee of the 1st time		Word	R/W
0853H-0855H	2131-2133	6th time interval and fee of the 1st time		Word	R/W
0856H-0858H	2134-2136	7th time interval and fee of the 1st time		Word	R/W
0859H-085BH	2137-2139	8th time interval and fee of the 1st time		Word	R/W
085CH-085EH	2140-2142	9th time interval and fee of the 1st time		Word	R/W
085FH-0861H	2143-2145	10th time interval and fee of the 1st time		Word	R/W
0862H-0864H	2146-2148	11th time interval and fee of the 1st time		Word	R/W
0865H-0867H	2149-2151	12th time interval and fee of the 1st time		Word	R/W
0868H-086AH	2152-2154	13th time interval and fee of the 1st time		Word	R/W
086BH-086DH	2155-2157	14th time interval and fee of the 1st time		Word	R/W

086EH-0897H	2158-2199	From 1st to 14th time interval and fee of the 2nd time table	The same as 1st time table	Word	R/W
0898H-08C1H	2200-2241	From 1st to 14th time interval and fee of the 3rd time table	The same as 1st time table	Word	R/W
08C2H-08EBH	2242-2283	From 1st to 14th time interval and fee of the 4th time table	The same as 1st time table	Word	R/W
08ECH-0915H	2284-2325	From 1st to 14th time interval and fee of the 5th time table	The same as 1st time table	Word	R/W
0916H-093FH	2326-2367	From 1st to 14th time interval and fee of the 6th time table	The same as 1st time table	Word	R/W
0940H-0969H	2368-2409	From 1st to 14th time interval and fee of the 7th time table	The same as 1st time table	Word	R/W
096AH-0993H	2410-2451	From 1st to 14th time interval and fee of the 8th time table	The same as 1st time table	Word	R/W
0994H-09BDH	2452-2493	From 1st to 14th time interval and fee of the 9th time table	The same as 1st time table	Word	R/W
09BEH-09E7H	2494-2535	From 1st to 14th time interval and fee of the 10th time table	The same as 1st time table	Word	R/W
09E8H-0A11H	2536-2577	From 1st to 14th time interval and fee of the 11th time table	The same as 1st time table	Word	R/W
0A12H-0A3BH	2578-2619	From 1st to 14th time interval and fee of the 12th time table	The same as 1st time table	Word	R/W
0A3CH-0A65H	2620-2661	From 1st to 14th time interval and fee of the 13th time table	The same as 1st time table	Word	R/W
0A66H-0A8FH	2662-2703	From 1st to 14th time interval and fee of the 14th time table	The same as 1st time table	Word	R/W
Special day parameter of TOU
0A90H-0A92H	2704-2706	Data and the time table of the 1st holiday		Word	R/W
0A93H-0A95H	2707-2709	Data and the time table of the 2nd holiday		Word	R/W
0A96H-0A98H	2710-2712	Data and the time table of the 3rd holiday		Word	R/W
0A99H-0A9BH	2713-2715	Data and the time table of the 4th holiday		Word	R/W
0A9CH-0A9EH	2716-2718	Data and the time table of the 5th holiday		Word	R/W
0A9FH-0AA1H	2719-2721	Data and the time table of the 6th holiday		Word	R/W
0AA2H-0AA4H	2722-2724	Data and the time table of the 7th holiday		Word	R/W
0AA5H-0AA7H	2725-2727	Data and the time table of the 8th holiday		Word	R/W
0AA8H-0AAAH	2728-2730	Data and the time table of the 9th holiday		Word	R/W
0AABH-0AADH	2731-2733	Data and the time table of the 10th holiday		Word	R/W
0AAEH-0AB0H	2734-2736	Data and the time table of the 11th holiday		Word	R/W
0AB1H-0AB3H	2737-2739	Data and the time table of the 12th holiday		Word	R/W
0AB4H-0AB6H	2740-2742	Data and the time table of the 13th holiday		Word	R/W
0AB7H-0AB9H	2743-2745	Data and the time table of the 14th holiday		Word	R/W
0ABAH-0ABCH	2746-2748	Data and the time table of the 15th holiday		Word	R/W
0ABDH-0ABFH	2749-2751	Data and the time table of the 16th holiday		Word	R/W
0AC0H-0AC2H	2752-2754	Data and the time table of the 17th holiday		Word	R/W
0AC3H-0AC5H	2755-2757	Data and the time table of the 18th holiday		Word	R/W
0AC6H-0AC8H	2758-2760	Data and the time table of the 19th holiday		Word	R/W
0AC9H-0ACBH	2761-2763	Data and the time table of the 20th holiday		Word	R/W
0ACCH-0ACEH	2764-2766	Data and the time table of the 21st holiday		Word	R/W
0ACFH-0AD1H	2767-2769	Data and the time table of the 22nd holiday		Word	R/W
0AD2H-0AD4H	2770-2772	Data and the time table of the 23th holiday		Word	R/W
0AD5H-0AD7H	2773-2775	Data and the time table of the 24th holiday		Word	R/W
0AD8H-0ADAH	2776-2778	Data and the time table of the 25th holiday		Word	R/W
0ADBH-0ADDH	2779-2781	Data and the time table of the 26th holiday		Word	R/W
0ADEH-0AE0H	2782-2784	Data and the time table of the 27th holiday		Word	R/W
0AE1H-0AE3H	2785-2787	Data and the time table of the 28th holiday		Word	R/W
0AE4H-0AE6H	2788-2790	Data and the time table of the 29th holiday		Word	R/W
0AE7H-0AE9H	2791-2793	Data and the time table of the 30th holiday		Word	R/W
0AEAH	2794-2796	Holiday setting enable		Word	R/W
0AEBH	2797-2799	Start year holiday setting		Word	R/W
0AECH	2800-2802	End year holiday setting		Word	R/W

Extend IO Setting

DO Parameter Setting: 03H Read; 10H Write
Address(Hex)	Address(Dec)	Parameter	Range	Type	Type of access
3C0H	960	DO1 function choice	0:pulse output 1:alarm output	Word	R/W
3C1H	961	DO2 function choice	0:pulse output 1:alarm output	Word	R/W
3C2H	962	Pulse constant	800~60000	Word	R/W
3C3H	963	High level delay	1~50(20ms)	Word	R/W
3C4H	964	DO1 output energy choice	0:none; 1:Import energy Ep_imp; 2:Export energy Ep_exp; 3:Import reactive energy Eq_imp; 4:Export reactive energy Eq_exp	Word	R/W
3C5H	965	DO2 output energy choice	0:none; 1:Import energy Ep_imp; 2:Export energy Ep_exp; 3:Import reactive energy Eq_imp; 4:Export reactive energy Eq_exp	Word	R/W
3C6H	966	Alarm delay	0~255(300ms)	Word	R/W
3C7H	967	DO1 alarm choice	0~34	Word	R/W
3C8H	968	DO1 alarm condition	0:<; 1:>;	Word	R/W
3C9H	969	DO1 alarm limit	-32767~32768	Word	R/W
3CAH	970	DO2 alarm choice	0~34	Word	R/W
3CBH	971	DO2 alarm condition	0:<; 1:>;	Word	R/W
3CCH	972	DO2 alarm limit	-32767~32768	Word	R/W
3CDH	973	Extended communication Baud rate	1200-57600	Word	R/W
3CEH	974	Extended communication Parity check	0:Even; 1:Odd; 2:None2; 3:None1;	Word	R/W
3CFH	975	Alarm back light blink setting	0: enable 1:disable	Word	R/W
DI Parameter setting: 03H Read;10H Write
3D0H	976	Bit0/Bit1/Bit2/Bit3: 0 SOE state; Bit0/Bit1/Bit2/Bit3:1 pulse counter state	0~15	Word	R/W
3D1H	977	High byte of pulse accumulation constant	1-65535	Word	R/W
3D2H	978	DI counter clear	0x0A:clear Other:None	Word	R/W

DI counter parameter:03H Read; 10H Write
Address(Hex)	Address(Dec)	Parameter	Range	Type
03A0H-03A1H	928-929	DI1 counter number	0-4294967295	Dword
03A2H-03A3H	930-931	DI2 counter number	0-4294967295	Dword
03A4H-03A5H	932-933	DI3 counter number	0-4294967295	Dword
03A6H-03A7H	934-935	DI4 counter number	0-4294967295	Dword

SOE event parameter address area

SOE event record area: 03H Read
Address(Hex)	Address(Dec)	Parameter	Range	Type
0300H	768	Year of 1st SOE event(High byte)	00-99	Word
0300H	768	Month of 1st SOE event(Low byte)	1-12	Word
0301H	769	Day of 1st SOE event(High byte)	1-31	Word
0301H	769	Hour of 1st SOE event(Low byte)	0-23	Word
0302H	770	Minute of 1st SOE event(High byte)	0-59	Word
0302H	770	Second of 1st SOE event(Low byte)	0-59	Word
0303H	771	Millisecond of 1st SOE event	0-999	Word
0304H	772	1st SOE event state	0-15	Word
0305H-0309H	773-777	2nd SOE event	same	Word
030AH-030EH	778-782	3rd SOE event	same	Word
030FH-0313H	783-787	4th SOE event	same	Word
0314H-0318H	788-792	5th SOE event	same	Word
0319H-031DH	793-797	6th SOE event	same	Word
031EH-0322H	798-802	7th SOE event	same	Word
0323H-0327H	803-807	8th SOE event	same	Word
0328H-032CH	808-812	9th SOE event	same	Word
032DH-0331H	813-817	10th SOE event	same	Word
0332H-0336H	818-822	11th SOE event	same	Word
0337H-033BH	823-827	12th SOE event	same	Word
033CH-0340H	828-832	13th SOE event	same	Word
0341H-0345H	833-837	14th SOE event	same	Word
0346H-034AH	838-842	15th SOE event	same	Word
034BH-034FH	843-847	16th SOE event	same	Word
0350H-0354H	848-852	17th SOE event	same	Word
0355H-0359H	853-857	18th SOE event	same	Word
035AH-035EH	858-862	19th SOE event	same	Word
035FH-0363H	863-867	20th SOE event	same	Word

AcuRev 2000 Modbus Map

System Parameter Settings

System Settings: 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property
800H	2048	Meter Address	1-247	1	Word	R/W
801H	2049	RS485 Modbus Communication parity bit setting	0: Even Parity 1: Odd Parity 2: No Parity 2 stop bits 3: No Parity 1 stop bit	3	Word	R/W
802H	2050	Infrared Communication parity bit setting	0: Even Parity 1: Odd Parity 2: No Parity 2 stop bits 3: No Parity 1 stop bit	3	Word	R/W
803H	2051	RS485 Modbus communication Baud Rate	1200-38400	9600	Word	R/W
804H	2052	Infrared communication Baud Rate	1200-38400	9600	Word	R/W
805H	2053	Password	0000-9999	0000	Word	R/W
806H	2054	Energy Pulse Constant	500-20000	5000	Word	R/W
807H	2055	Energy Pulse Width	20-100ms	80	Word	R/W
808H	2056	DO1 Energy Pulse Output setting	0: No Output 1-18: Channel 1-18 single phase 19-24: Channel 1-6 three phase user 25: Inline Total Energy across all circuits 26: Inline Phase A Energy across all circuits 27: Inline Phase B Energy across all circuits 28: Inline Phase C Energy across all circuits	0	Word	R/W
809H	2057	DO2 Energy Pulse Output setting	0: No Output 1-18: Channel 1-18 single phase 19-24: Channel 1-6 three phase user 25: Inline Total Energy across all circuits 26: Inline Phase A Energy across all circuits 27: Inline Phase B Energy across all circuits 28: Inline Phase C Energy across all circuits	0	Word	R/W
80AH	2058	Demand Calculation	0: Sliding Window 1: Rolling WIndow 2: Fixed Window 3: Thermal	0	Word	R/W
80BH	2059	Primary Demand Window	1-30 minutes	15	Word	R/W
80CH	2060	Secondary Demand Window	1-30 minutes	1	Word	R/W
80DH	2061	Digital Input Synchronization Source	1-8: DI1-DI8 as Synchronization Source	1	Word	R/W
80EH	2062	Digital Input Triggering Condition	0: No Triggering 1: Rising Edge 2: Falling Edge 3: By Changes	0	Word	R/W
80FH	2063	Digital Input Working Mode	bit0-bit7 corresponds to DI1-Di8 0: State Monitoring 1: Pulse Counuter	0	Word	R/W
810H-817H	2064-2071	Digital Input 1-8 Pulse Constant for each channel	1-65535	1	Word	R/W
818H-81FH	2072-2079	Digital Input Unit Count, DI1-DI8	1-655.35	1	Word	R/W
820H-827H	2080-2087	Digital Input Unit DI1-DI8	1: t (ton) 2: m3 (cubic meter) 3: kWh 4: RMB 5: $	1	Word	R/W
828H	2088	Relay Output Working Mode	bit0-bit3 corresponds to RO1-RO4 0: Relay Control 1: Alarm	0	Word	R/W
829H	2089	Relay Control Mode	bit0-bit3 corresponds to RO1-RO4 0: Latch 1: Momentary	0	Word	R/W
82AH	2090	Relay Control Momentary Time	50-3000 ms	80	Word	R/W
82BH	2091	Alarm Enable	0: Disable 1: Enable	0	Word	R/W
82CH	2092	Alarm Channel Enable 1-10	bit0-bit10 corresponds to Alarm Channels 1-10 0: Disable 1: Enable	0	Word	R/W
82DH	2093	System Alarm Event	bit0-bit15 corresponds to 16 events 0: Disable 1: Enable	0	Word	R/W
82EH	2094	Relay Output selection for first 8 System Alarm Events	2 Bytes, every two bit corresponds to one event, RO number is: 00: RO1 01: RO2 10: RO3 11: RO4	00	Word	R/W
82FH	2095	Relay Output selection for last 8 System Alarm Events	2 bytes, every two bit corresponds to one event, RO number is: 00: RO1 01: RO2 10: RO3 11: RO4	00	Word	R/W
830H	2096	Relay Output Alarm time delay	1-60000 seconds	60	Word	R/W
831H	2097	Backlight Time	0-60 minutes	1	Word	R/W
832H	2098	Automatic Display if no key is pressed	1-60 minutes	1	Word	R/W
833H	2099	Automatic Display, each screen duration	5-100 seconds	5	Word	R/W
834H	2100	Display Power (demand) decimal place	3-4 digit	3	Word	R/W
835H	2101	Reactive Power	0: True 1: Generalized	0	Word	R/W
836H	2102	VAR/PF Convention	0: IEC 1: IEEE	0	Word	R/W
837H	2103	Clear all data digits to clear all records	See appendix	0	Word	R/W
838H	2104	DI Pulse Counter clear	bit0-bit7 corresponds to DI1-DI8 0: No Clear 1: Clear	0	Word	R/W
839H-83EH	2105-2110	645 Address		0	Word	R/W
83FH-841H	2111-2113	user01 user name	User name (6 ASCII)	user01	Word	R/W
842H	2114	user01 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0101	Word	R/W
843H-845H	2115-2117	user02 user name	user name (6 ASCII)	user02	Word	R/W
846H	2118	user02 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0102	Word	R/W
847H-849H	2119-2121	user03 user name	user name (6 ASCII)	user03	Word	R/W
84AH	2122	user03 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0103	Word	R/W
84BH-84DH	2123-2125	user04 user name	user name (6 ASCII)	user04	Word	R/W
84EH	2126	user04 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0104	Word	R/W
84FH-851H	2127-2129	user05 user name	user name (6 ASCII)	user05	Word	R/W
852H	2130	user05 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0105	Word	R/W
853H-855H	2131-2133	user06 user name	user name (6 ASCII)	user06	Word	R/W
856H	2134	user06 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0106	Word	R/W
857H-859H	2135-2137	user07 user name	user name (6 ASCII)	user07	Word	R/W
85AH	2138	user07 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0107	Word	R/W
85BH-85DH	2139-2141	user08 user name	user name (6 ASCII)	user08	Word	R/W
85EH	2142	user08 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0108	Word	R/W
85FH-861H	2143-2145	user09 user name	user name (6 ASCII)	user09	Word	R/W
862H	2146	user09 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0109	Word	R/W
863H-865H	2147-2149	user10 user name	user name (6 ASCII)	user10	Word	R/W
866H	2150	user10 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010a	Word	R/W
867H-869H	2151-2153	user11 user name	user name (6 ASCII)	user11	Word	R/W
86AH	2154	user11 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010b	Word	R/W
86BH-86DH	2155-2157	user12 user name	user name (6 ASCII)	user12	Word	R/W
86EH	2158	user12 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010c	Word	R/W
86FH-871H	2159-2161	user13 user name	user name (6 ASCII)	user13	Word	R/W
872H	2162	user13 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010d	Word	R/W
873H-875H	2163-2165	user14 user name	user name (6 ASCII)	user14	Word	R/W
876H	2166	user14 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010e	Word	R/W
877H-879H	2167-2169	user15 user name	user name (6 ASCII)	user15	Word	R/W
87AH	2170	user15 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x010f	Word	R/W
87BH-87DH	2171-2173	user16 user name	user name (6 ASCII)	user16	Word	R/W
87EH	2174	user16 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0110	Word	R/W
87FH-881H	2175-2177	user17 user name	user name (6 ASCII)	user17	Word	R/W
882H	2178	user17 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0111	Word	R/W
883H-885H	2179-2181	user18 user name	user name (6 ASCII)	user18	Word	R/W
886H	2182	user18 Mapping	High byte: 0: Disable user on display 1: Enable user on display Low byte: 0: Disable user 1-18: Map user to channels 1-18 single phase circuits 19-24: Map user to channels 1-6 three phase circuits	0x0112	Word	R/W
887H	2183	Load Voltage rating setting		220	Word	R/W
888H	2184	Wiring Mode	0: Single phase (1LN) 1: Three phase (3LN) 2: Single Phase 3 wire (2LN)	0	Word	R/W
889H	2185	Channel 1 CT rating	5-2000	20	Word	R/W
88AH	2186	Channel 2 CT rating	5-2000	20	Word	R/W
88BH	2187	Channel 3 CT rating	5-2000	20	Word	R/W
88CH	2188	Channel 4 CT rating	5-2000	20	Word	R/W
88DH	2189	Channel 5 CT rating	5-2000	20	Word	R/W
88EH	2190	Channel 6 CT rating	5-2000	20	Word	R/W
88FH	2191	Channel 7 CT rating	5-2000	20	Word	R/W
890H	2192	Channel 8 CT rating	5-2000	20	Word	R/W
891H	2193	Channel 9 CT rating	5-2000	20	Word	R/W
892H	2194	Channel 10 CT rating	5-2000	20	Word	R/W
893H	2195	Channel 11 CT rating	5-2000	20	Word	R/W
894H	2196	Channel 12 CT rating	5-2000	20	Word	R/W
895H	2197	Channel 13 CT rating	5-2000	20	Word	R/W
896H	2198	Channel 14 CT rating	5-2000	20	Word	R/W
897H	2199	Channel 15 CT rating	5-2000	20	Word	R/W
898H	2200	Channel 16 CT rating	5-2000	20	Word	R/W
899H	2201	Channel 17 CT rating	5-2000	20	Word	R/W
89AH	2202	Channel 18 CT rating	5-2000	20	Word	R/W
89BH-89CH	2203-2204	Reserved
8ADH	2221	Restore CT settings to default (User name and mapping, CT wiring specifications)	0: No action 0xAA: Restore factory settings	0	Word	R/W
8AEH	2222	Decade setting Load enable	0: Disable 1: Enable Active	0	Word	R/W
8AFH	2223	Sealed Nonstandard Parameter Selection	Bit0: RS485 communication parameters and infrared communication parameters Bit1: Network Parameters Bit2: Clear Meter Run TIme Bit3: DI Pulse counting Bit4: TOU Bit5: Relay Output1: valid corresponding selection 0: invalid corresponding selection	0	Word	R/W
8B0H	2224	Seal Status	0x0A: Seal sealed Other: Seal oepned	0x0	Word	R
8B1H-8BFH	2225-2226	Reserved

Clock Settings

Clock Settings: 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
1054H	4180	Year	0-99	Word	R/W
1055H	4181	Month	1-12	Word	R/W
1056H	4182	Day	1-31	Word	R/W
1057H	4183	Hour	0-23	Word	R/W
1058H	4184	Minute	0-59	Word	R/W
1059H	4185	Second	0-59	Word	R/W
105AH	4186	Week	0-6 (0 is Sunday)	Word	R/W

Basic Real-time Parameters

NOTE: The term ‘inline’ refers to the total across all circuits

Basic Real-time Parameters: 03H Read
Address(H)	Address(D)	Parameter	Description	Relationship	Property	Data Type	Access Property
2000H-2001H	8192-8193	Frequency	System Frequency	F=Rx	Hz	Float	R
2002H-2003H	8194-8195	Phase 1 Voltage	Phase A Line-Neutral Voltage	U1=Rx	V	Float	R
2004H-2005H	8196-8197	Phase 2 Voltage	Phase B Line-Neutral Voltage	U2=Rx	V	Float	R
2006H-2007H	8198-8199	Phase 3 Voltage	Phase C Line-Neutral Voltage	U3=Rx	V	Float	R
2008H-2009H	8200-8201	Average Phase Voltage	Average Line-Neutral Voltage	Uavg=Rx	V	Float	R
200AH-200BH	8202-8203	Line Voltage 1-2	Line-Line AB Voltage	U12=Rx	V	Float	R
200CH-200DH	8204-8205	Line Voltage 2-3	Line-Line BC Voltage	U23=Rx	V	Float	R
200EH-200FH	8206-8207	Line Voltage 3-1	Line-Line CA Voltage	U31=Rx	V	Float	R
2010H-2011H	8208-8209	Average Line Voltage	Average Line-Line Voltage	Ulavg=Rx	V	Float	R
2012H-2013H	8210-8211	Phase A inline Current	Sum of the Phase A currents for all circuits on the meter	IL1=Rx	A	Float	R
2014H-2015H	8212-8213	Phase B inline Current	Sum of the Phase B currents for all circuits on the meter	IL2=Rx	A	Float	R
2016H-2017H	8214-8215	Phase C inline Current	Sum of the Phase C currents for all circuits on the meter	IL3=Rx	A	Float	R
2018H-2019H	8216-8217	Average inline Current	Average of Phase A, Phase B and Phase C inline currents	ILavg=Rx	A	Float	R
201AH-201BH	8218-8219	Total inline System Power	Sum of Phase A, Phase B, and Phase C inline Real Power	Psum=Rx	kW	Float	R
201CH-201DH	8220-8221	Total inline Reactive Power	Sum of Phase A, Phase B, and Phase C inline Reactive Power	Qsum=Rx	kvar	Float	R
201EH-201FH	8222-8223	Total inline Apparent Power	Sum of Phase A, Phase B, and Phase C inline Apparent Power	Ssum=Rx	kVA	Float	R
2020H-2021H	8224-8225	Total inline Power Factor	Average of Phase A, Phase B and Phase C inline Power Factor	PF=Rx		Float	R
2022H-2023H	8226-8227	Total inline System Load Nature	Average of Phase A, Phase B, and Phase C inline Load Nature	LC=Rx		Float	R
2024H-2025H	8228-8229	Phase A inline Real Power	Sum of the Phase A real power for all circuits on the meter	Pa_sum=Rx	kW	Float	R
2026H-2027H	8230-8231	Phase B inline Real Power	Sum of the Phase B real power for all circuits on the meter	Pb_sum=Rx	kW	Float	R
2028H-2029H	8232-8233	Phase C inline Real Power	Sum of the Phase C real power for all circuits on the meter	Pc_sum=Rx	kW	Float	R
202AH-202BH	8234-8235	Phase A inline Reactive Power	Sum of the Phase A reactive power for all circuits on the meter	Qa_sum=Rx	kvar	Float	R
202CH-202DH	8236-8237	Phase B inline Reactive Power	Sum of the Phase B reactive power for all circuits on the meter	Qb_sum=Rx	kvar	Float	R
202EH-202FH	8238-8239	Phase C inline Reactive Power	Sum of the Phase C reactive power for all circuits on the meter	Qc_sum=Rx	kvar	Float	R
2030H-2031H	8240-8241	Phase A inline Apparent Power	Sum of the Phase A apparent power for all circuits on the meter	Sa_sum=Rx	kVA	Float	R
2032H-2033H	8242-8243	Phase B inline Apparent Power	Sum of the Phase B apparent power for all circuits on the meter	Sb_sum=Rx	kVA	Float	R
2034H-2035H	8244-8245	Phase C inline Apparent Power	Sum of the Phase C apparent power for all circuits on the meter	Sc_sum=Rx	kVA	Float	R
2036H-2037H	8246-8247	Phase A inline Power Factor	Average of the Phase A Power Factor for all circuits on the meter	PFa=Rx		Float	R
2038H-2039H	8248-8249	Phase B inline Power Factor	Average of the Phase B Power Factor for all circuits on the meter	PFb=Rx		Float	R
203AH-203BH	8250-8251	Phase C inline Power Factor	Average of the Phase C Power Factor for all circuits on the meter	PFc=Rx		Float	R
203CH-203DH	8252-8253	Phase A inline Load Nature	Average of the Phase A Load Nature for all circuits on the meter	LCa=Rx		Float	R
203EH-203FH	8254-8255	Phase B inline Load Nature	Average of the Phase B Load Nature for all circuits on the meter	LCb=Rx		Float	R
2040H-2041H	8256-8257	Phase C inline Load Nature	Average of the Phase C Load Nature for all circuits on the meter	LCc=Rx		Float	R
2100H-2101H	8448-8449	Channel 1 Current	Single Phase: Total current in circuit 1 Three Phase/Single Phase-three wire: Phase A current in circuit 1	I1=Rx	A	Float	R
2102H-2103H	8450-8451	Channel 1 Real Power	Single Phase: Total system power in circuit 1 Three Phase/Single Phase-three wire: Phase A real power in circuit 1	P1=Rx	kW	Float	R
2104H-2105H	8452-8453	Channel 1 Reactive Power	Single Phase: Total reactive power in circuit 1 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 1	Q1=Rx	kvar	Float	R
2106H-2107H	8454-8455	Channel 1 Apparent Power	Single Phase: Total apparent power in circuit 1 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 1	S1=Rx	kVA	Float	R
2108H-2109H	8456-8457	Channel 1 Power Factor	Single Phase: Total power factor in circuit 1 Three Phase/Single Phase-three wire: Phase A power factor in circuit 1	PF1=Rx		Float	R
210AH-210BH	8458-8459	Channel 1 Load Nature	Single Phase: Load nature of circuit 1 Three Phase/Single Phase-three wire: Phase A load nature of circuit 1	LC1=Rx		Float	R
210CH-210DH	8460-8461	Channel 2 Current	Single Phase: Total current in circuit 2 Three Phase/Single Phase-three wire: Phase A current in circuit 2	I2=Rx	A	Float	R
210EH-210FH	8462-8463	Channel 2 Real Power	Single Phase: Total system power in circuit 2 Three Phase/Single Phase-three wire: Phase A real power in circuit 2	P2=Rx	kW	Float	R
2110H-2111H	8464-8465	Channel 2 Reactive Power	Single Phase: Total reactive power in circuit 2 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 2	Q2=Rx	kvar	Float	R
2112H-2113H	8466-8467	Channel 2 Apparent Power	Single Phase: Total apparent power in circuit 2 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 2	S2=Rx	kVA	Float	R
2114H-2115H	8468-8469	Channel 2 Power Factor	Single Phase: Total power factor in circuit 2 Three Phase/Single Phase-three wire: Phase A power factor in circuit 2	PF2=Rx		Float	R
2116H-2117H	8470-8471	Channel 2 Load Nature	Single Phase: Load Nature of circuit 2 Three Phase/Single Phase-three wire: Phase A load nature of circuit 2	LC2=Rx		Float	R
2118H-2119H	8472-8473	Channel 3 Current	Single Phase: Total Current in circuit 3 Three Phase/Single Phase-three wire: Phase A current in circuit 3	I3=Rx	A	Float	R
211AH-211BH	8474-8475	Channel 3 Real Power	Single Phase: Total system power in circuit 3 Three Phase/Single Phase-three wire: Phase A power in circuit 3	P3=Rx	kW	Float	R
211CH-211DH	8476-8477	Channel 3 Reactive Power	Single Phase: Total reactive power in circuit 3 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 3	Q3=Rx	kvar	Float	R
211EH-211FH	8478-8479	Channel 3 Apparent Power	Single Phase: Total apparent power in circuit 3 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 3	S3=Rx	kVA	Float	R
2120H-2121H	8480-8481	Channel 3 Power Factor	Single Phase: Total power factor in circuit 3 Three Phase/Single Phase-three wire: Phase A power factor in circuit 3	PF3=Rx		Float	R
2122H-2123H	8482-8483	Channel 3 Load Nature	Single Phase: Load nature of circuit 3 Three Phase/Single Phase-three wire: Phase A load nature of circuit 3	LC3=Rx		Float	R
2124H-2125H	8484-8485	Channel 4 Current	Single Phase: Total current in circuit 4 Three Phase/Single Phase-three wire: Phase B current in circuit 1	I4=Rx	A	Float	R
2126H-2127H	8486-8487	Channel 4 Real Power	Single Phase: Total system power in circuit 4 Three Phase/Single Phase-three wire: Phase B power in circuit 1	P4=Rx	kW	Float	R
2128H-2129H	8488-8489	Channel 4 Reactive Power	Single Phase: Total reactive power in circuit 4 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 1	Q4=Rx	kvar	Float	R
212AH-212BH	8490-8491	Channel 4 Apparent Power	Single Phase: Total Apparent Power in circuit 4 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 1	S4=Rx	kVA	Float	R
212CH-212DH	8492-8493	Channel 4 Power Factor	Single Phase: Total Power Factor in circuit 4 Three Phase/Single Phase-three wire: Phase B power factor in circuit 1	PF4=Rx		Float	R
212EH-212FH	8494-8495	Channel 4 Load Nature	Single Phase: Load nature of circuit 4 Three Phase/Single Phase-three wire: Phase B load nature of circuit 1	LC4=Rx		Float	R
2130H-2131H	8496-8497	Channel 5 Current	Single Phase: Total current in circuit 5 Three Phase/Single Phase-three wire: Phase B current in circuit 2	I5=Rx	A	Float	R
2132H-2133H	8498-8499	Channel 5 Real Power	Single Phase: Total system power in circuit 5 Three Phase/Single Phase-three wire: Phase B power in circuit 2	P5=Rx	kW	Float	R
2134H-2135H	8500-8501	Channel 5 Reactive Power	Single Phase: Total reactive power in circuit 5 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 2	Q5=Rx	kvar	Float	R
2136H-2137H	8502-8503	Channel 5 Apparent Power	Single Phase: Total apparent power in circuit 5 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 2	S5=Rx	kVA	Float	R
2138H-2139H	8504-8505	Channel 5 Power Factor	Single Phase: Total power factor in circuit 5 Three Phase/Single Phase-three wire: Phase B power factor in circuit 2	PF5=Rx		Float	R
213AH-213BH	8506-8507	Channel 5 Load Nature	Single Phase: Total load nature of circuit 5 Three Phase/Single Phase-three wire: Phase B load nature of circuit 2	LC5=Rx		Float	R
213CH-213DH	8508-8509	Channel 6 Current	Single Phase: Total current in circuit 6 Three Phase/Single Phase-three wire: Phase B current in circuit 3	I6=Rx	A	Float	R
213EH-213FH	8510-8511	Channel 6 Real Power	Single Phase: Total power in circuit 6 Three Phase/Single Phase-three wire: Phase B power in circuit 3	P6=Rx	kW	Float	R
2140H-2141H	8512-8513	Channel 6 Reactive Power	Single Phase: Total reactive power in circuit 6 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 3	Q6=Rx	kvar	Float	R
2142H-2143H	8514-8515	Channel 6 Apparent Power	Single Phase: Total apparent power in circuit 6 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 3	S6=Rx	kVA	Float	R
2144H-2145H	8516-8517	Channel 6 Power Factor	Single Phase: Total power factor in circuit 6 Three Phase/Single Phase-three wire: Phase B power factor in circuit 3	PF6=Rx		Float	R
2146H-2147H	8518-8519	Channel 6 Load Nature	Single Phase: Total load nature of circuit 6 Three Phase/Single Phase-three wire: Phase B load nature in circuit 3	LC6=Rx		Float	R
2148H-2149H	8520-8521	Channel 7 Current	Single Phase: Total current in circuit 7 Three Phase/Single Phase-three wire: Phase C current in circuit 1	I7=Rx	A	Float	R
214AH-214BH	8522-8523	Channel 7 Real Power	Single Phase: Total power in circuit 7 Three Phase/Single Phase-three wire: Phase C power in circuit 1	P7=Rx	kW	Float	R
214CH-214DH	8524-8525	Channel 7 Reactive Power	Single Phase: Total reactive power in circuit 7 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 1	Q7=Rx	kvar	Float	R
214EH-214FH	8526-8527	Channel 7 Apparent Power	Single Phase: Total apparent power in circuit 7 Three Phase/Single Phase-three wire: Phase C apparent power in circuit 1	S7=Rx	kVA	Float	R
2150H-2151H	8528-8529	Channel 7 Power Factor	Single Phase: Total power factor in circuit 7 Three Phase/Single Phase-three wire: Phase C power factor in circuit 1	PF7=Rx		Float	R
2152H-2153H	8530-8531	Channel 7 Load Nature	Single Phase: Total load nature in circuit 7 Three Phase/Single Phase-three wire: Phase C load nature in circuit 1	LC7=Rx		Float	R
2154H-2155H	8532-8533	Channel 8 Current	Single Phase: Total current in circuit 8 Three Phase/Single Phase-three wire: Phase C current in circuit 2	I8=Rx	A	Float	R
2156H-2157H	8534-8535	Channel 8 Real Power	Single Phase: Total power in circuit 8 Three Phase/Single Phase-three wire: Phase C power in circuit 2	P8=Rx	kW	Float	R
2158H-2159H	8536-8537	Channel 8 Reactive Power	Single Phase: Total reactive power in circuit 8 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 2	Q8=Rx	kvar	Float	R
215AH-215BH	8538-8539	Channel 8 Apparent Power	Single Phase: Total apparent power in circuit 8 Three Phase/Single Phase-three wire: Phase C apparent power in circuit 2	S8=Rx	kVA	Float	R
215CH-215DH	8540-8541	Channel 8 Power Factor	Single Phase: Total power factor in circuit 8 Three Phase/Single Phase-three wire: Phase C power factor in circuit 2	PF8=Rx		Float	R
215EH-215FH	8542-8543	Channel 8 Load Nature	Single Phase: Total load nature of circuit 8 Three Phase//Single Phase-three wire: Phase C load nature in circuit 2	LC8=Rx		Float	R
2160H-2161H	8544-8545	Channel 9 Current	Single Phase: Total current in circuit 9 Three Phase/Single Phase-three wire: Phase C current in circuit 3	I9=Rx	A	Float	R
2162H-2163H	8546-8547	Channel 9 Real Power	Single Phase: Total power in circuit 9 Three Phase/Single Phase-three wire: Phase C power in circuit 3	P9=Rx	kW	Float	R
2164H-2165H	8548-8549	Channel 9 Reactive Power	Single Phase: Total reactive power in circuit 9 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 3	Q9=Rx	kvar	Float	R
2166H-2167H	8550-8551	Channel 9 Apparent Power	Single Phase: Total apparent power in circuit 9 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 3	S9=Rx	kVA	Float	R
2168H-2169H	8552-8553	Channel 9 Power Factor	Single Phase: Total power factor in circuit 9 Three Phase/Single Phase-three wire: Phase C power factor in circuit 3	PF9-Rx		Float	R
216AH-216BH	8554-8555	Channel 9 Load Nature	Single Phase: Total load nature of circuit 9 Three Phase/Single Phase-three wire: Phase C load nature of circuit 3	LC9=Rx		Float	R
216CH-216DH	8556-8557	Channel 10 Current	Single Phase: Total Current in circuit 10 Three Phase/Single Phase-three wire: Phase A current in circuit 4	I10=Rx	A	Float	R
216EH-216FH	8558-8559	Channel 10 Real Power	Single Phase: Total Power in circuit 10 Three Phase/Single Phase-three wire: Phase A power in circuit 4	P10=Rx	kW	Float	R
2170H-2171H	8560-8561	Channel 10 Reactive Power	Single Phase: Total reactive power in circuit 10 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 4	Q10=Rx	kvar	Float	R
2172H-2173H	8562-8563	Channel 10 Apparent Power	Single Phase: Total apparent power in circuit 10 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 4	S10=Rx	kVA	Float	R
2174H-2175H	8564-8565	Channel 10 Power Factor	Single Phase: Total power factor in circuit 10 Three Phase/Single Phase-three wire: Phase A power factor in circuit 4	PF10=Rx		Float	R
2176H-2177H	8566-8567	Channel 10 Load Nature	Single Phase: Total load nature of circuit 10 Three Phase/Single Phase-three wire: Phase A load nature of circuit 4	LC10=Rx		Float	R
2178H-2179H	8568-8569	Channel 11 Current	Single Phase: Total current of circuit 11 Three Phase/Singe Phase-three wire: Phase A current in circuit 5	I11=Rx	A	Float	R
217AH-217BH	8570-8571	Channel 11 Real Power	Single Phase: Total power in circuit 11 Three Phase/Single Phase-three wire: Phase A power in circuit 5	P11=Rx	kW	Float	R
217CH-217DH	8572-8573	Channel 11 Reactive Power	Single Phase: Total reactive power in circuit 11 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 5	Q11=Rx	kvar	Float	R
217EH-217FH	8574-8575	Channel 11 Apparent Power	Single Phase: Total apparent power in circuit 11 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 5	S11=Rx	kVA	Float	R
2180H-2181H	8576-8577	Channel 11 Power Factor	Single Phase: Total power factor in circuit 11 Three Phase/Single Phase-three wire: Phase A power factor in circuit 5	PF11=Rx		Float	R
2182H-2183H	8578-8579	Channel 11 Load Nature	Single Phase: Total Power factor of circuit 11 Three Phase/Single Phase-three wire: Phase A load nature of circuit 5	LC11=Rx		Float	R
2184H-2185H	8580-8581	Channel 12 Current	Single Phase: Total Current in circuit 12 Three Phase/Single Phase-three wire: Phase A current in circuit 6	I12=Rx	A	Float	R
2186H-2187H	8582-8583	Channel 12 Real Power	Single Phase: Total power in circuit 12 Three Phase/Single Phase-three wire: Phase A power in circuit 6	P12=Rx	kW	Float	R
2188H-2189H	8584-8585	Channel 12 Reactive Power	Single Phase: Total reactive power in circuit 12 Three Phase/Single Phase-three wire: Phase A reactive power in circuit 6	Q12=Rx	kvar	Float	R
218AH-218BH	8586-8587	Channel 12 Apparent Power	Single Phase: Total apparent power in circuit 12 Three Phase/Single Phase-three wire: Phase A apparent power in circuit 6	S12=Rx	kVA	Float	R
218CH-218DH	8588-8589	Channel 12 Power Factor	Single Phase: Total power factor in circuit 12 Three Phase/Single Phase-three wire: Phase A power factor in circuit 6	PF12=Rx		Float	R
218EH-218FH	8590-8591	Channel 12 Load Nature	Single Phase: Total load nature of circuit 12 Three Phase/Singe Phase-three wire: Phase A load nature in circuit 6	LC12=Rx		Float	R
2190H-2191H	8592-8593	Channel 13 Current	Single Phase: Total current in circuit 13 Three Phase/Single Phase-three wire: Phase B current in circuit 4	I13=Rx	A	Float	R
2192H-2193H	8594-8595	Channel 13 Real Power	Single Phase: Total power in circuit 13 Three Phase/Single Phase-three wire: Phase B power in circuit 4	P13=Rx	kW	Float	R
2194H-2195H	8596-8597	Channel 13 Reactive Power	Single Phase: Total reactive power in circuit 13 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 4	Q13=Rx	kvar	Float	R
2196H-2197H	8598-8599	Channel 13 Apparent Power	Single Phase: Total apparent power in circuit 13 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 4	S13=Rx	kVA	Float	R
2198H-2199H	8600-8601	Channel 13 Power Factor	Single Phase: Total power factor in circuit 13 Three Phase/Single Phase-three wire: Phase B power factor in circuit 4	PF13=Rx		Float	R
219AH-219BH	8602-8603	Channel 13 Load Nature	Single Phase: Total load nature in circuit 13 Three Phase/Single Phase-three wire: Phase B load nature in circuit 4	PF14=Rx		Float	R
219CH-219DH	8604-8605	Channel 14 Current	Single Phase: Total current in circuit 14 Three Phase/Single Phase-three wire: Phase B current in circuit 5	I14=Rx	A	Float	R
219EH-219FH	8606-8607	Channel 14 Real Power	Single Phase: Total power in circuit 14 Three Phase/Single Phase-three wire: Phase B power in circuit 5	P14=Rx	kW	Float	R
21A0H-21A1H	8608-8609	Channel 14 Reactive Power	Single Phase: Total reactive power in circuit 14 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 5	Q14=Rx	kvar	Float	R
21A2H-21A2H	8610-8611	Channel 14 Apparent Power	Single Phase: Total apparent power in circuit 14 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 5	S14=Rx	kVA	Float	R
21A4H-21A5H	8612-8613	Channel 14 Power Factor	Single Phase: Total power factor in circuit 14 Three Phase/Single Phase-three wire: Phase B power factor in circuit 5	PF14=Rx		Float	R
21A6H-21A7H	8614-8615	Channel 14 Load Nature	Single Phase: Total load nature of circuit 14 Three Phase/Single Phase-three wire: Phase B load nature of circuit 5	LC14=Rx		Float	R
21A8H-21A9H	8616-8617	Channel 15 Current	Single Phase: Total current in circuit 15 Three Phase/Single Phase-three wire: Phase B current in circuit 6	I15=Rx	A	Float	R
21AAH-21ABH	8618-8619	Channel 15 Real Power	Single Phase: Total power in circuit 15 Three Phase/Single Phase-three wire: Phase B power in circuit 6	P15=Rx	kW	Float	R
21ACH-21ADH	8620-8621	Channel 15 Reactive Power	Single Phase: Total reactive power in circuit 15 Three Phase/Single Phase-three wire: Phase B reactive power in circuit 6	Q15=Rx	kvar	Float	R
21AEH-21AFH	8622-8623	Channel 15 Apparent Power	Single Phase: Total apparent power in circuit 15 Three Phase/Single Phase-three wire: Phase B apparent power in circuit 6	S15=Rx	kVA	Float	R
21B0H-21B1H	8624-8625	Channel 15 Power Factor	Single Phase: Total power factor in circuit 15 Three Phase/Single Phase-three wire: Phase B power factor in circuit 6	PF15=Rx		Float	R
21B2H-21B3H	8626-8627	Channel 15 Load Nature	Single Phase: Total load nature in circuit 15 Three Phase/Single Phase-three wire: Phase B load nature in circuit 6	LC15=Rx		Float	R
21B4H-21B5H	8628-8629	Channel 16 Current	Single Phase: Total current in circuit 16 Three Phase/Single-three wire: Phase C current in circuit 4	I16=Rx	A	Float	R
21B6H-21B7H	8630-8631	Channel 16 Real Power	Single Phase: Total power in circuit 16 Three Phase/Single-three wire: Phase C power in circuit 4	P16=Rx	kW	Float	R
21B8H-21B9H	8632-8633	Channel 16 Reactive Power	Single Phase: Total reactive power in circuit 16 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 4	Q16=Rx	kvar	Float	R
21BAH-21BBH	8634-8635	Channel 16 Apparent Power	Single Phase: Total apparent power in circuit 16 Three Phase/Single Phase-three wire: Phase C apparent power in circuit 4	S16=Rx	kVA	Float	R
21BCH-21BDH	8636-8637	Channel 16 Power Factor	Single Phase: Total power factor in circuit 16 Three Phase/Single Phase-three wire: Phase C power factor in circuit 4	PF16=Rx		Float	R
21BEH-21BFH	8638-8639	Channel 16 Load Nature	Single Phase: Total load nature of circuit 16 Three Phase/Single Phase-three wire: Phase C load nature in circuit 4	LC16=Rx		Float	R
21C0H-21C1H	8640-8641	Channel 17 Current	Single Phase: Total current in circuit 17 Three Phase/Single Phase-three wire: Phase C current in circuit 5	I17=Rx	A	Float	R
21C2H-21C3H	8642-8643	Channel 17 Real Power	Single Phase: Total power in circuit 17 Three Phase/Single Phase-three wire: Phase C power in circuit 5	P17=Rx	kW	Float	R
21C4H-21C5H	8644-8645	Channel 17 Reactive Power	Single Phase: Total reactive power in circuit 17 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 5	Q17=Rx	kvar	Float	R
21C6H-21C7H	8646-8647	Channel 17 Apparent Power	Single Phase: Total apparent power in circuit 17 Three Phase/Single Phase-three wire: Phase C apparent power in circuit 5	S17=Rx	kVA	Float	R
21C8H-21C9H	8648-8649	Channel 17 Power Factor	Single Phase: Total power factor in circuit 17 Three Phase/Single Phase-three wire: Phase C power factor in circuit 5	PF17=Rx		Float	R
21CAH-21CBH	8650-8651	Channel 17 Load Nature	Single Phase: Total load nature of circuit 17 Three Phase/Single Phase-three wire: Phase C load nature in circuit 5	LC17=Rx		Float	R
21CCH-21CDH	8652-8653	Channel 18 Current	Single Phase: Total current in circuit 18 Three Phase/Single Phase-three wire: Phase C current in circuit 6	I18=Rx	A	Float	R
21CEH-21CFH	8654-8655	Channel 18 Real Power	Single Phase: Total power in circuit 18 Three Phase/Single Phase-three wire: Phase C power in circuit 6	P18=Rx	kW	Float	R
21D0H-21D1H	8656-8657	Channel 18 Reactive Power	Single Phase: Total reactive power in circuit 18 Three Phase/Single Phase-three wire: Phase C reactive power in circuit 6	Q18=Rx	kvar	Float	R
21D2H-21D3H	8658-8659	Channel 18 Apparent Power	Single Phase: Total apparent power in circuit 18 Three Phase/Single Phase-three wire: Phase C apparent power in circuit 6	S18=Rx	kVA	Float	R
21D4H-21D5H	8660-8661	Channel 18 Power Factor	Single Phase: Total Power Factor in circuit 18 Three Phase/Single Phase-three wire: Phase C power factor in circuit 6	PF18=Rx		Float	R
21D6H-21D7H	8662-8663	Channel 18 Load Nature	Single Phase: Total load nature of circuit 18 Three Phase/Single Phase-three wire: Phase C load nature of circuit 6	LC18=Rx		Float	R
21D8H-21D9H	8664-8665	User Channel 1 Three Phase Active Power	Total Active Power for 1st three phase/single phase three wire circuit.	Ps1=Rx	kW	Float	R
21DAH-21DBH	8666-8667	User Channel 1 Three Phase Reactive Power	Total Reactive Power for 1st three phase/single phase three wire circuit.	Qs1=Rx	kvar	Float	R
21DCH-21DDH	8668-8669	User Channel 1 Three Phase Apparent Power	Total Apparent Power for 1st three phase/single phase three wire circuit.	Ss1=Rx	kVA	Float	R
21DEH-21DFH	8670-8671	User Channel 1 Three Phase Power Factor	Total Power Factor for 1st three phase/single phase three wire circuit	PFs1=Rx		Float	R
21E0H-21E1H	8672-8673	User Channel 1 Three Phase Load Nature	Total Load Nature for 1st three phase/single phase three wire circuit	LCs1=Rx		Float	R
21E2H-21E3H	8674-8675	User Channel 2 Three Phase Active Power	Total Active Power for 2nd three phase/single phase three wire circuit	Ps2=Rx	kW	Float	R
21E4H-21E5H	8676-8677	User Channel 2 Three Phase Reactive Power	Total Reactive Power for 2nd three phase/single phase three wire circuit	Qs2=Rx	kvar	Float	R
21E6H-21E7H	8678-8679	User Channel 2 Three Phase Apparent Power	Total Apparent Power for 2nd three phase/single phase three wire circuit	Ss2=Rx	kVA	Float	R
21E8H-21E9H	8680-8681	User Channel 2 Three Phase Power Factor	Total Power Factor for 2nd three phase/single phase three wire circuit	PFs2=Rx		Float	R
21EAH-21EBH	8682-8683	User Channel 2 Three Phase Load Nature	Total Load Nature for the 2nd three phase/single phase three wire circuit	LCs2=Rx		Float	R
21ECH-21EDH	8684-8685	User Channel 3 Three Phase Active Power	Total Active Power for 3rd three phase/single phase three wire circuit	Ps3=Rx	kW	Float	R
21EEH-21EFH	8686-8687	User Channel 3 Three Phase Reactive Power	Total Reactive Power for 3rd three phase/single phase three wire circuit	Qs3=Rx	kvar	Float	R
21F0H-21F1H	8688-8689	User Channel 3 Three Phase Apparent Power	Total Apparent Power for 3rd three phase/single phase three wire circuit	Ss3=Rx	kVa	Float	R
21F2H-21F3H	8690-8691	User Channel 3 Three Phase Power Factor	Total Power Factor for 3rd three phase/single phase three wire circuit	PFs3=Rx		Float	R
21F4H-21F5H	8692-8693	User Channel 3 Three Phase Load Nature	Total Load Nature for the 3rd three phase/single phase three wire circuit	LCs3=Rx		Float	R
21F6H-21F7H	8694-8695	User Channel 4 Three Phase Active Power	Total Active Power for the 4th three phase/single phase three wire circuit	Ps4=Rx	kW	Float	R
21F8H-21F9H	8696-8697	User Channel 4 Three Phase Reactive Power	Total Reactive Power for the 4th three phase/single phase three wire circuit	Qs4=Rx	kvar	Float	R
21FAH-21FBH	8698-8699	User Channel 4 Three Phase Apparent Power	Total Apparent Power for the 4th three phase/single phase three wire circuit	Ss4=Rx	kVA	Float	R
21FCH-21FDH	8700-8701	User Channel 4 Three Phase Power Factor	Total Power Factor for the 4th three phase/single phase three wire circuit	PFs4=Rx		Float	R
21FEH-21FFH	8702-8703	User Channel 4 Three Phase Load Nature	Total Load Nature for the 4th three phase/single phase three wire circuit	LCs4=Rx		Float	R
2200H-2201H	8704-8705	User Channel 5 Three Phase Active Power	Total Active Power for the 5th three phase/single phase three wire circuit	Ps5=Rx	kW	Float	R
2202H-2203H	8706-8707	User Channel 5 Three Phase Reactive Power	Total Reactive Power for the 5th three phase/single phase three wire circuit	Qs5=Rx	kvar	Float	R
2204H-2205H	8708-8709	User Channel 5 Three Phase Apparent Power	Total Apparent Power for the 5th three phase/single phase three wire circuit	Ss5=Rx	kVA	Float	R
2206H-2207H	8710-8711	User Channel 5 Three Phase Power Factor	Total Power Factor for the 5th three phase/single phase three wire circuit	PFs5=Rx		Float	R
2208H-2209H	8712-8713	User Channel 5 Three Phase Load Nature	Total Load Nature for the 5th three phase/single phase three wire circuit	LCs5=Rx		Float	R
220AH-220BH	8714-8715	User Channel 6 Three Phase Active Power	Total Active Power for the 6th three phase/single phase three wire circuit	Ps6=Rx	kW	Float	R
220CH-220DH	8716-8717	User Channel 6 Three Phase Reactive Power	Total Reactive Power for the 6th three phase/single phase three wire circuit	Qs6=Rx	kvar	Float	R
220EH-220FH	8718-8719	User Channel 6 Three Phase Apparent Power	Total Apparent Power for the 6th three phase/single phase three wire circuit	Ss6=Rx	kVA	Float	R
2210H-2211H	8720-8721	User Channel 6 Three Phase Power Factor	Total Power Factor for the 6th three phase/single phase three wire circuit	PFs6=Rx		Float	R
2212H-2213H	8722-8723	User Channel 6 Three Phase Load Nature	Total Load Nature for the 6th three phase/single phase three wire circuit	LCs6=Rx		Float	R

Energy Parameters: Real Energy

Energy: 03H Read, 10H Write
Address (H)	Address (D)	Parameter	Description	Relationship	Property	Data Type	Access Property
2500H-2501H	9472-9473	Phase A Inline Import Energy	Sum of all Phase A Consumed Energy for all circuits	EPa_IMP=Rx/10	kWh	Dword	R/W
2502H-2503H	9474-9475	Phase B Inline Import Energy	Sum of all Phase B Consumed Energy for all circuits	EPb_IMP=Rx/10	kWh	Dword	R/W
2054H-2505H	9476-9477	Phase C Inline Import Energy	Sum of all Phase C Consumed Energy for all circuits	EPc_IMP=Rx/10	kWh	Dword	R/W
2506H-2507H	9478-9479	Total Inline Import Energy	Sum of all Consumed Energy for all circuits	EP_IMP=Rx/10	kWh	Dword	R/W
2508H-2509H	9480-9481	Channel 1 Import Energy	Single Phase: Total Import Energy in circuit 1 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 1	EP1_IMP=Rx/10	kWh	Dword	R/W
250AH-250BH	9482-9483	Channel 2 Import Energy	Single Phase: Total Import Energy in circuit 2 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 2	EP2_IMP=Rx/10	kWh	Dword	R/W
250CH-250DH	9484-9485	Channel 3 Import Energy	Single Phase: Total Import Energy in circuit 3 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 3	EP3_IMP=Rx/10	kWh	Dword	R/W
250EH-250FH	9486-9487	Channel 4 Import Energy	Single Phase: Total Import Energy in circuit 4 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 1	EP4_IMP=Rx/10	kWh	Dword	R/W
2510H-2511H	9488-9489	Channel 5 Import Energy	Single Phase: Total Import Energy in circuit 5 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 2	EP5_IMP=Rx/10	kWh	Dword	R/W
2512H-2513H	9490-9491	Channel 6 Import Energy	Single Phase: Total Import Energy in circuit 6 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 3	EP6_IMP=Rx/10	kWh	Dword	R/W
2514H-2515H	9492-9493	Channel 7 Import Energy	Single Phase: Total Import Energy in circuit 7 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 1	EP7_IMP=Rx/10	kWh	Dword	R/W
2516H-2517H	9494-9495	Channel 8 Import Energy	Single Phase: Total Import Energy in circuit 8 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 2	EP8_IMP=Rx/10	kWh	Dword	R/W
2518H-2519H	9496-9497	Channel 9 Import Energy	Single Phase: Total Import Energy in circuit 9 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 3	EP9_IMP=Rx/10	kWh	Dword	R/W
251AH-251BH	9498-9499	Channel 10 Import Energy	Single Phase: Total Import Energy in circuit 10 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 4	EP10_IMP=Rx/10	kWh	Dword	R/W
251CH-251DH	9500-9501	Channel 11 Import Energy	Single Phase: Total Import Energy in circuit 11 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 5	EP11_IMP=Rx/10	kWh	Dword	R/W
251EH-251FH	9502-9503	Channel 12 Import Energy	Single Phase: Total Import Energy in circuit 12 Three Phase/Single Phase-three wire: Phase A Import Energy in circuit 6	EP12_IMP=Rx/10	kWh	Dword	R/W
2520H-2521H	9504-9505	Channel 13 Import Energy	Single Phase: Total Import Energy in circuit 13 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 4	EP13_IMP=Rx/10	kWh	Dword	R/W
2522H-2523H	9506-9507	Channel 14 Import Energy	Single Phase: Total Import Energy in circuit 14 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 5	EP14_IMP=Rx/10	kWh	Dword	R/W
2524H-2525H	9508-9509	Channel 15 Import Energy	Single Phase: Total Import Energy in circuit 15 Three Phase/Single Phase-three wire: Phase B Import Energy in circuit 6	EP15_IMP=Rx/10	kWh	Dword	R/W
2526H-2527H	9510-9511	Channel 16 Import Energy	Single Phase: Total Import Energy in circuit 16 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 4	EP16_IMP=Rx/10	kWh	Dword	R/W
2528H-2529H	9512-9513	Channel 17 Import Energy	Single Phase: Total Import Energy in circuit 17 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 5	EP17_IMP=Rx/10	kWh	Dword	R/W
252AH-252BH	9514-9515	Channel 18 Import Energy	Single Phase: Total Import Energy in circuit 18 Three Phase/Single Phase-three wire: Phase C Import Energy in circuit 6	EP18_IMP=Rx/10	kWh	Dword	R/W
252CH-252DH	9516-9517	User Channel 1 Import Energy	Total Import Energy for the 1st three phase/single phase three wire circuit	EPs1_IMP=Rx/10	kWh	Dword	R/W
252EH-252FH	9518-9519	User Channel 2 Import Energy	Total Import Energy for the 2nd three phase/single phase three wire circuit	EPs2_IMP=Rx/10	kWh	Dword	R/W
2530H-2531H	9520-9521	User Channel 3 Import Energy	Total Import Energy for the 3rd three phase/single phase three wire circuit	EPs3_IMP=Rx/10	kWh	Dword	R/W
2532H-2533H	9522-9523	User Channel 4 Import Energy	Total Import Energy for the 4th three phase/single phase three wire circuit	EPs4_IMP=Rx/10	kWh	Dword	R/W
2534H-2535H	9524-9525	User Channel 5 Import Energy	Total Import Energy for the 5th three phase/single phase three wire circuit	EPs5_IMP=Rx/10	kWh	Dword	R/W
2536H-2537H	9526-9527	User Channel 6 Import Energy	Total Import Energy for the 6th three phase/single phase three wire circuit	EPs6_IMP=Rx/10	kWh	Dword	R/W

Energy Parameters: Reactive Energy

Energy: 03H Read, 10H Write
Address (H)	Address (D)	Parameter	Description	Relationship	Property	Data Type	Access Property
2B00H-2B01H	11008-11009	Phase A Inline Import Reactive Energy	Sum of all Phase A Consumed Reactive Energy for all circuits	EQa_IMP=Rx/10	kvarh	Dword	R/W
2B02H-2B03H	11010-11011	Phase B Inline Import Reactive Energy	Sum of all Phase B Consumed Reactive Energy for all circuits	EQb_IMP=Rx/10	kvarh	Dword	R/W
2B04H-2B05H	11012-11013	Phase C Inline Import Reactive Energy	Sum of all Phase C Consumed Reactive Energy for all circuits	EQc_IMP=Rx/10	kvarh	Dword	R/W
2B06H-2B07H	11014-11015	Total Inline Import Reactive Energy	Sum of all Consumed Reactive Energy for all circuits	EQ_IMP=Rx/10	kvarh	Dword	R/W
2B08H-2B09H	11016-11017	Channel 1 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 1 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 1	EQ1_IMP=Rx/10	kvarh	Dword	R/W
2B0AH-2B0BH	11018-11019	Channel 2 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 2 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 2	EQ2_IMP=Rx/10	kvarh	Dword	R/W
2B0CH-2B0DH	11020-11021	Channel 3 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 3 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 3	EQ3_IMP=Rx/10	kvarh	Dword	R/W
2B0EH-2B0FH	11022-11023	Channel 4 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 4 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 1	EQ4_IMP=Rx/10	kvarh	Dword	R/W
2B10H-2B11H	11024-11025	Channel 5 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 5 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 2	EQ5_IMP=Rx/10	kvarh	Dword	R/W
2B12H-2B13H	11026-11027	Channel 6 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 6 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 3	EQ6_IMP=Rx/10	kvarh	Dword	R/W
2B14H-2B15H	11028-11029	Channel 7 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 7 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 1	EQ7_IMP=Rx/10	kvarh	Dword	R/W
2B16H-2B17H	11030-11031	Channel 8 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 8 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 2	EQ8_IMP=Rx/10	kvarh	Dword	R/W
2B18H-2B19H	11032-11033	Channel 9 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 9 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 3	EQ9_IMP=Rx/10	kvarh	Dword	R/W
2B1AH-2B1BH	11034-11035	Channel 10 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 10 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 4	EQ10_IMP=Rx/10	kvarh	Dword	R/W
2B1CH-2B1DH	11036-11037	Channel 11 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 11 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 5	EQ11_IMP=Rx/10	kvarh	Dword	R/W
2B1EH-2B1FH	11038-11039	Channel 12 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 12 Three Phase/Single Phase-three wire: Phase A Import Reactive Energy in circuit 6	EQ12_IMP=Rx/10	kvarh	Dword	R/W
2B20H-2B21H	11040-11041	Channel 13 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 13 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 4	EQ13_IMP=Rx/10	kvarh	Dword	R/W
2B22H-2B23H	11042-11043	Channel 14 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 14 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 5	EQ14_IMP=Rx/10	kvarh	Dword	R/W
2B24H-2B25H	11044-11045	Channel 15 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 15 Three Phase/Single Phase-three wire: Phase B Import Reactive Energy in circuit 6	EQ15_IMP=Rx/10	kvarh	Dword	R/W
2B26H-2B27H	11046-11047	Channel 16 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 16 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 4	EQ16_IMP=Rx/10	kvarh	Dword	R/W
2B28H-2B29H	11048-11049	Channel 17 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 17 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 5	EQ17_IMP=Rx/10	kvarh	Dword	R/W
2B2AH-2B2BH	11050-11051	Channel 18 Import Reactive Energy	Single Phase: Total Import Reactive Energy in circuit 18 Three Phase/Single Phase-three wire: Phase C Import Reactive Energy in circuit 6	EQ18_IMP=Rx/10	kvarh	Dword	R/W
2B2CH-2B2DH	11052-11053	User Channel 1 Import Reactive Energy	Total Import Reactive Energy for the 1st three phase/single phase three wire circuit	EQs1_IMP=Rx/10	kvarh	Dword	R/W
2B2EH-2B2FH	11054-11055	User Channel 2 Import Reactive Energy	Total Import Reactive Energy for the 2nd three phase/single phase three wire circuit	EQs2_IMP=Rx/10	kvarh	Dword	R/W
2B30H-2B31H	11056-11057	User Channel 3 Import Reactive Energy	Total Import Reactive Energy for the 3rd three phase/single phase three wire circuit	EQs3_IMP=Rx/10	kvarh	Dword	R/W
2B32H-2B33H	11058-11059	User Channel 4 Import Reactive Energy	Total Import Reactive Energy for the 4th three phase/single phase three wire circuit	EQs4_IMP=Rx/10	kvarh	Dword	R/W
2B34H-2B35H-	11060-11061	User Channel 5 Import Reactive Energy	Total Import Reactive Energy for the 5th three phase/single phase three wire circuit	EQs5_IMP=Rx/10	kvarh	Dword	R/W
2B36H-2B37H	11062-11063	User Channel 6 Import Reactive Energy	Total Import Reactive Energy for the 6th three phase/single phase three wire circuit	EQs6_IMP=Rx/10	kvarh	Dword	R/W

Energy Parameters: Apparent Energy

Energy: 03H Read, 10H Write
Address (H)	Address (D)	Parameter	Description	Relationship	Property	Data Type	Access Property
2B38H-2B39H	11064-11065	Phase A Inline Apparent Energy	Sum of all Phase A Apparent Energy for all circuits	ESa_IMP=Rx/10	kVAh	Dword	R/W
2B3AH-2B3BH	11066-11067	Phase B Inline Apparent Energy	Sum of all Phase B Apparent Energy for all circuits	ESb_IMP=Rx/10	kVAh	Dword	R/W
2B3CH-2B3DH	11068-11069	Phase C Inline Apparent Energy	Sum of all Phase C Apparent Energy for all circuits	ESc_IMP=Rx/10	kVAh	Dword	R/W
2B3EH-2B3FH	11070-11071	Total Inline Apparent Energy	Sum of all Consumed Apparent Energy for all circuits	ES_IMP=Rx/10	kVAh	Dword	R/W
2B40H-2B41H	11072-11073	Channel 1 Apparent Energy	Single Phase: Total Apparent Energy in circuit 1 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 1	ES1_IMP=Rx/10	kVAh	Dword	R/W
2B42H-2B43H	11074-11075	Channel 2 Apparent Energy	Single Phase: Total Apparent Energy in circuit 2 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 2	ES2_IMP=Rx/10	kVAh	Dword	R/W
2B44H-2B45H	11076-11077	Channel 3 Apparent Energy	Single Phase: Total Apparent Energy in circuit 3 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 3	ES3_IMP=Rx/10	kVAh	Dword	R/W
2B46H-2B47H	11078-11079	Channel 4 Apparent Energy	Single Phase: Total Apparent Energy in circuit 4 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 1	ES4_IMP=Rx/10	kVAh	Dword	R/W
2B48H-2B49H	11080-11081	Channel 5 Apparent Energy	Single Phase: Total Apparent Energy in circuit 5 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 2	ES5_IMP=Rx/10	kVAh	Dword	R/W
2B4AH-2B4BH	11082-11083	Channel 6 Apparent Energy	Single Phase: Total Apparent Energy in circuit 6 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 3	ES6_IMP=Rx/10	kVAh	Dword	R/W
2B4CH-2B4DH	11084-11085	Channel 7 Apparent Energy	Single Phase: Total Apparent Energy in circuit 7 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 1	ES7_IMP=Rx/10	kVAh	Dword	R/W
2B4EH-2B4FH	11086-11087	Channel 8 Apparent Energy	Single Phase: Total Apparent Energy in circuit 8 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 2	ES8_IMP=Rx/10	kVAh	Dword	R/W
2B50H-2B51H	11088-11089	Channel 9 Apparent Energy	Single Phase: Total Apparent Energy in circuit 9 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 3	ES9_IMP=Rx/10	kVAh	Dword	R/W
2B52H-2B53H	11090-11091	Channel 10 Apparent Energy	Single Phase: Total Apparent Energy in circuit 10 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 1	ES10_IMP=Rx/10	kVAh	Dword	R/W
2B54H-2B55H	11092-11093	Channel 11 Apparent Energy	Single Phase: Total Apparent Energy in circuit 11 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 2	ES11_IMP=Rx/10	kVAh	Dword	R/W
2B56H-2B57H	11094-11095	Channel 12 Apparent Energy	Single Phase: Total Apparent Energy in circuit 12 Three Phase/Single Phase-three wire: Phase A Apparent Energy in circuit 3	ES12_IMP=Rx/10	kVAh	Dword	R/W
2B58H-2B59H	11096-11097	Channel 13 Apparent Energy	Single Phase: Total Apparent Energy in circuit 13 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 1	ES13_IMP=Rx/10	kVAh	Dword	R/W
2B5AH-2B5BH	11098-11099	Channel 14 Apparent Energy	Single Phase: Total Apparent Energy in circuit 14 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 2	ES14_IMP=Rx/10	kVAh	Dword	R/W
2B5CH-2B5DH	11100-11101	Channel 15 Apparent Energy	Single Phase: Total Apparent Energy in circuit 15 Three Phase/Single Phase-three wire: Phase B Apparent Energy in circuit 3	ES15_IMP=Rx/10	kVAh	Dword	R/W
2B5EH-2B5FH	11102-11103	Channel 16 Apparent Energy	Single Phase: Total Apparent Energy in circuit 16 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 1	ES16_IMP=Rx/10	kVAh	Dword	R/W
2B60H-2B61H	11104-11105	Channel 17 Apparent Energy	Single Phase: Total Apparent Energy in circuit 17 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 2	ES17_IMP=Rx/10	kVAh	Dword	R/W
2B62H-2B63H	11106-11107	Channel 18 Apparent Energy	Single Phase: Total Apparent Energy in circuit 18 Three Phase/Single Phase-three wire: Phase C Apparent Energy in circuit 3	ES18_IMP=Rx/10	kVAh	Dword	R/W
2B64H-2B65H	11108-11109	User Channel 1 Apparent Energy	Total Apparent Energy for the 1st three phase/single phase three wire circuit	ESs1_IMP=Rx/10	kVAh	Dword	R/W
2B66H-2B67H	11110-11111	User Channel 2 Apparent Energy	Total Apparent Energy for the 2nd three phase/single phase three wire circuit	ESs2_IMP=Rx/10	kVAh	Dword	R/W
2B68H-2B69H	11112-11113	User Channel 3 Apparent Energy	Total Apparent Energy for the 3rd three phase/single phase three wire circuit	ESs3_IMP=Rx/10	kVAh	Dword	R/W
2B6AH-2B6BH	11114-11115	User Channel 4 Apparent Energy	Total Apparent Energy for the 4th three phase/single phase three wire circuit	ESs4_IMP=Rx/10	kVAh	Dword	R/W
2B6CH-2B6DH	11116-11117	User Channel 5 Apparent Energy	Total Apparent Energy for the 5th three phase/single phase three wire circuit	ESs5_IMP=Rx/10	kVAh	Dword	R/W
2B6EH-2B6FH	11118-11119	User Channel 6 Apparent Energy	Total Apparent Energy for the 6th three phase/single phase three wire circuit	ESs6_IMP=Rx/10	kVAh	Dword	R/W

Demand Parameters

Address (H)	Address (D)	Parameter	Description	Relationship	Data Type	Access Property
2D00H-2D01H	11520-11521	Total Inline System Power Demand	System Power Demand for all circuits	Rx=Psum_DMD	Float	R
2D02H-2D03H	11522-11523	Total Inline System Power Demand Prediction	System Power Demand Prediction for all circuits	Rx=Psum_Pred_DMD	Float	R
2D04H-2D05H	11524-11525	Total Inline Peak System Power Demand	Maximum System Power Demand for all circuits	Rx=Psum_Max_DMD	Float	R
2D06H-2D08H	11526-11527	Inline Peak System Power Demand Time	Time stamp for Maximum System Power Demand	Rx=		R
2D09H-2D0AH	11530-11531	Total Inline Reactive Power Demand	Reactive Power Demand for all circuits	Rx=Qsum_DMD	Float	R
2D0BH-2D0CH	11532-11533	Total Inline Reactive Power Demand Prediction	Reactive Power Demand Prediction for all circuits	Rx=Qsum_Pred_DMD	Float	R
2D0DH-2D0EH	11534-11535	Total Inline Peak Reactive Power Demand	Maximum Reactive Power Demand for all circuits	Rx=Qsum_Max_DMD	Float	R
2D0FH-2D11H	11536-11537	Inline Peak Reactive Power Demand Time	Time stamp for Maximum Reactive Power Demand	Rx=		R
2D12H-2D13H	11538-11539	Total Inline Apparent Power Demand	Apparent Power Demand for all circuits	Rx=Ssum_DMD	Float	R
2D14H-2D15H	11540-11541	Total Inline Apparent Power Demand Prediction	Apparent Power Demand Prediction for all circuits	Rx=Ssum_Pred_DMD	Float	R
2D16H-2D17H	11542-11543	Inline Peak Apparent Power Demand	Maximum Apparent Power Demand for all circuits	Rx=Ssum_Max_DMD	Float	R
2D18H-2D1AH	11544-11546	Inline Peak Apparent Power Demand Time	Time stamp for Maximum Apparent Power Demand	Rx=		R
2D1BH-2D1CH	11547-11548	Phase A Inline Current Demand	Phase A Current Demand for all circuits	Rx=Ia_DMD	Float	R
2D1DH-2D1EH	11549-11550	Phase A Inline Current Demand Prediction	Phase A Current Demand Prediction for all circuits	Rx=Ia_Pred_DMD	Float	R
2D1FH-2D20H	11551-11552	Phase A Inline Peak Current Demand	Maximum Phase A Current Demand for all circuits	Rx=Ia_Max_DMD	Float	R
2D21H-2D23H	11553-11555	Inline Phase A Peak Current Demand Time	Time stamp for Maximum Phase A Current Demand	Rx=		R
2D24H-2D25H	11556-11557	Phase A Inline Power Demand	Phase A Power Demand for all circuits	Rx=Pa_DMD	Float	R
2D26H-2D27H	11558-11559	Phase A Inline Power Demand Prediction	Phase A Power Demand Prediction for all circuits	Rx=Pa_Pred_DMD	Float	R
2D28H-2D29H	11560-11561	Phase A Inline Peak Power Demand	Maximum Phase A Peak Power Demand for all circuits	Rx=Pa_Max_DMD	Float	R
2D2AH-2D2CH	11562-11564	Inline Phase A Peak Power Demand Time	Time stamp for Maximum Phase A Power Demand	Rx=		R
2D2DH-2D2EH	11565-11566	Phase A Inline Reactive Power Demand	Phase A Reactive Power Demand for all circuits	Rx=Qa_DMD	Float	R
2D2FH-2D30H	11567-11568	Phase A Inline Reactive Power Demand Prediction	Phase A Reactive Power Demand Prediction for all circuits	Rx=Qa_Pred_DMD	Float	R
2D31H-2D32H	11569-11570	Phase A Peak Inline Reactive Power Demand	Maximum Phase A Reactive Power Demand for all circuits	Rx=Qa_Max_DMD	Float	R
2D33H-2D35H	11571-11573	Inline Phase A Peak Reactive Power Demand Time	Time stamp for Maximum Phase A Reactive Power Demand	Rx=		R
2D36H-R2D37H	11574-11575	Phase A Inline Apparent Power Demand	Phase A Apparent Power Demand for all circuits	Rx=Sa_DMD	Float	R
2D38H-2D39H	11576-11577	Phase A Inline Apparent Power Demand Prediction	Phase A Apparent Power Demand Prediction for all circuits	Rx=Sa_Pred_DMD	Float	R
2D3AH-2D3BH	11578-11579	Phase A Peak Inline Apparent Power Demand	Maximum Phase A Apparent Demand for all circuits	Rx=Sa_Max_DMD	Float	R
2D3CH-2D3EH	11580-11582	Inline Phase A Peak Apparent Power Demand Time	Time Stamp for Maximum Phase A Peak Apparent Demand	Rx=		R
2D3FH-2D40H	11583-11584	Phase B Inline Current Demand	Phase B Current Demand for all circuits	Rx=Ib_DMD	Float	R
2D41H-2D42H	11585-11586	Phase B Inline Current Demand Prediction	Phase B Current Demand Prediction for all circuits	Rx=Ib_Pred_DMD	Float	R
2D43H-2D44H	11587-11588	Phase B Inline Peak Current Demand	Maximum Phase B Current Demand	Rx=Ib_Max_DMD	Float	R
2D45H-2D47H	11589-11591	Inline Phase B Peak Power Demand Time	Time Stamp for Maximum Phase B Current Demand	Rx=		R
2D48H-2D49H	11592-11593	Phase B Inline Power Demand	Phase B Power Demand for all circuits	Rx=Pb_DMD	Float	R
2D4AH-2D4BH	11594-11595	Phase B Inline Power Demand Prediction	Phase B Inline Power Demand Prediction for all circuits	Rx=Pb_Pred_DMD	Float	R
2D4CH-2D4DH	11596-11597	Phase B Inline Peak Power Demand	Maximum Phase B Power Demand for all circuits	Rx=Pb_Max_DMD	Float	R
2D4EH-2D50H	11598-11600	Inline Phase B Peak Power Demand Time	Time Stamp for Maximum Phase B Power Demand	Rx=		R
2D51H-2D52H	11601-11602	Phase B Inline Reactive Power Demand	Phase B Reactive Power Demand for all circuits	Rx=Qb_DMD	Float	R
2D53H-2D54H	11603-11604	Phase B Inline Reactive Power Demand Prediction	Phase B Reactive Power Demand Prediction for all circuits	Rx=Qb_Pred_DMD	Float	R
2D55H-2D56H	11605-11606	Phase B Inline Peak Reactive Power Demand	Maximum Phase B Reactive Power Demand for all circuits	Rx=Qb_Max_DMD	Float	R
2D57H-2D59H	11607-11609	Inline Phase B Peak Reactive Power Demand Time	Time Stamp for Maximum Phase B Reactive Power Demand	Rx=		R
2D5AH-2D5BH	11610-11611	Phase B Inline Apparent Power Demand	Phase B Apparent Power Demand for all circuits	Rx=Sb_DMD	Float	R
2D5CH-2D5DH	11612-11613	Phase B Inline Apparent Power Demand Prediction	Phase B Apparent Power Demand Prediction for all circuits	Rx=Sb_Pred_DMD	Float	R
2D5EH-2D5FH	11614-11615	Phase B Inline Apparent Peak Power Demand	Maximum Phase B Apparent Power Demand for all circuits	Rx=Sb_Max_DMD	Float	R
2D60H-2D62H	11616-11618	Inline Phase B Apparent Power Demand Time	Time Stamp for Maximum Phase B Apparent Power Demand	Rx=		R
2D63H-2D64H	11619-11620	Phase C Inline Current Demand	Phase C Current Demand for all circuits	Rx=Ic_DMD	Float	R
2D65H-2D66H	11621-11622	Phase C Inline Current Demand Prediction	Phase C Current Demand Prediction for all circuits	Rx=Ic_Pred_DMD	Float	R
2D67H-2D68H	11623-11624	Phase C Inline Peak Current Demand	Maximum Phase C Current Demand for all circuits	Rx=Ic_Max_DMD	Float	R
2D69H-2D6BH	11625-11627	Inline Phase C Peak Current Demand Time	Time Stamp for Maximum Phase C Current Demand	Rx=		R
2D6CH-2D6DH	11628-11629	Phase C Inline Power Demand	Phase C Power Demand for all circuits	Rx=Pc_DMD	Float	R
2D6EH-2D6FH	11630-11631	Phase C Inline Power Demand Prediction	Phase C Power Demand Prediction for all circuits	Rx=Pc_Pred_DMD	Float	R
2D70H-2D71H	11632-11633	Phase C Inline Peak Power Demand	Maximum Phase C Power Demand for all circuits	Rx=Pc_Max_DMD	Float	R
2D72H-2D74H	11634-11636	Inline Phase C Peak Power Demand Time	Time Stamp for Maximum Phase C Power Demand	Rx=		R
2D75H-2D76H	11637-11638	Phase C Inline Reactive Power Demand	Phase C Reactive Power Demand for all circuits	Rx=Qc_DMD	Float	R
2D77H-2D78H	11639-11640	Phase C Inline Reactive Power Demand Prediction	Phase C Reactive Power Demand Prediction for all circuits	Rx=Qc_Pred_DMD	Float	R
2D79H-2D7AH	11641-11642	Phase C Inline Peak Reactive Power Demand	Maximum Phase C Reactive Power Demand for all circuits	Rx=Qc_Max_DMD	Float	R
2D7BH-2D7DH	11643-11645	Inline Phase C Peak Reactive Power Demand Time	Time Stamp for Maximum Phase C Reactive Power Demand	Rx=		R
2D7EH-2D7FH	11646-11647	Phase C Inline Apparent Power Demand	Phase C Apparent Power Demand for all circuits	Rx=Sc_DMD	Float	R
2D80H-2D81H	11648-11649	Phase C Inline Apparent Power Demand Prediction	Phase C Apparent Power Demand Prediction for all circuits	Rx=Sc_Pred_DMD	Float	R
2D82H-2D83H	11650-11651	Phase C Inline Peak Apparent Power Demand	Maximum Phase C Apparent Power Demand for all circuits	Rx=Sc_Max_DMD	Float	R
2D84H-2D86H	11652-11654	Inline Phase C Peak Apparent Power Demand Time	Time Stamp for Maximum Phase C Apparent Power Demand	Rx=		R
2D87H-2D88H	11655-11656	Channel 1 Current Demand	Single Phase: Current Demand for circuit 1 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 1	Rx=I1_DMD	Float	R
2D89H-2D8AH	11657-11658	Channel 1 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 1 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 1	Rx=I1_Pred_DMD	Float	R
2D8BH-2D8CH	11659-11660	Channel 1 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 1 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 1	Rx=I1_Max_DMD	Float	R
2D8DH-2D8FH	11661-11663	Channel 1 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 1 Three Phase/Single Phase-three wire: Time Stamp for Maximum Current Demand for circuit 1	Rx=		R
2D90H-2D91H	11664-11665	Channel 1 Power Demand	Single Phase: Power Demand for circuit 1 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 1	Rx=P1_DMD	Float	R
2D92H-2D93H	11666-11667	Channel 1 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 1 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 1	Rx=P1_Pred_DMD	Float	R
2D94H-2D95H	11668-11669	Channel 1 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 1 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 1	Rx=P1_Max_DMD	Float	R
2D96H-2D98H	11670-11672	Channel 1 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand of circuit 1 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 1	Rx=		R
2D99H-2D9AH	11673-11674	Channel 1 Reactive Power Demand	Single Phase: Reactive Power Demand of circuit 1 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 1	Rx=Q1_DMD	Float	R
2D9BH-2D9CH	11675-11676	Channel 1 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 1 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 1	Rx=Q1_Pred_DMD	Float	R
2D9DH-2D9EH	11677-11678	Channel 1 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 1 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 1	Rx=Q1_Max_DMD	Float	R
2D9FH-2DA1H	11679-11681	Channel 1 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 1 Three Phase/Single Phase-three wire: Time Stamp for Phase A Reactive Power Demand for circuit 1			R
2DA2H-2DA3H	11682-11683	Channel 1 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 1 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 1	Rx=S1_DMD	Float	R
2DA4H-2DA5H	11684-11685	Channel 1 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 1 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 1	Rx=S1_Pred_DMD	Float	R
2DA6H-2DA7H	11686-11687	Channel 1 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 1 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 1	Rx=S1_Max_DMD	Float	R
2DA8H-2DAAH	11688-11690	Channel 1 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand in circuit 1 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 1	Rx=		R
2DABH-2DACH	11691-11692	Channel 2 Current Demand	Single Phase: Current Demand for circuit 2 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 2	Rx=I2_DMD	Float	R
2DADH-2DAEH	11693-11694	Channel 2 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 2 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 2	Rx=I2_Pred_DMD	Float	R
2DAFH-2DB0H	11695-11696	Channel 2 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 2 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 2	Rx=I2_Max_DMD	Float	R
2DB1H-2DB3H	11697-11699	Channel 2 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 2 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 2	Rx=		R
2DB4H-2DB5H	11700-11701	Channel 2 Power Demand	Single Phase: Power Demand for circuit 2 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 2	Rx=P2_DMD	Float	R
2DB6H-2DB7H	11702-11703	Channel 2 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 2 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 2	Rx=P2_Pred_DMD	Float	R
2DB8H-2DB9H	11704-11705	Channel 2 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 2 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 2	Rx=P2_Max_DMD	Float	R
2DBAH-2DBCH	11706-11708	Channel 2 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 2 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 2	Rx=		R
2DBDH-2DBEH	11709-11710	Channel 2 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 2 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 2	Rx=Q2_DMD	Float	R
2DBFH-2DC0H	11711-11712	Channel 2 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 2 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 2	Rx=Q2_Pred_DMD	Float	R
2DC1H-2DC2H	11713-11714	Channel 2 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 2 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 2	Rx=Q2_Max_DMD	Float	R
2DC3H-2DC5H	11715-11717	Channel 2 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 2 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 2	Rx=		R
2DC6H-2DC7H	11718-11719	Channel 2 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 2 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 2	Rx=S2_DMD	Float	R
2DC8H-2DC9H	11720-11721	Channel 2 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 2 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 2	Rx=S2_Pred_DMD	Float	R
2DCAH-2DCBH	11722-11723	Channel 2 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 2 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 2	Rx=S2_Max_DMD	Float	R
2DCCH-2DCEH	11724-11726	Channel 2 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 2 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 2	Rx=		R
2DCFH-2DD0H	11727-11728	Channel 3 Current Demand	Single Phase: Current Demand for circuit 3 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 3	Rx=I3_DMD	Float	R
2DD1H-2DD2H	11729-11730	Channel 3 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 3 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 3	Rx=I3_Pred_DMD	Float	R
2DD3H-2DD4H	11731-11732	Channel 3 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 3 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 3	Rx=I3_Max_DMD	Float	R
2DD5H-2DD7H	11733-11735	Channel 3 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 3 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 3	Rx=		R
2DD8H-2DD9H	11736-11737	Channel 3 Power Demand	Single Phase: Power Demand for circuit 3 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 3	Rx=P3_DMD	Float	R
2DDAH-2DDBH	11738-11739	Channel 3 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 3 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 3	Rx=P3_Pred_DMD	Float	R
2DDCH-2DDDH	11740-11741	Channel 3 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 3 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 3	Rx=P3_Max_DMD	Float	R
2DDEH-2DE0H	11742-11744	Channel 3 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 3 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 3	Rx=		R
2DE1H-2DE2H	11745-11746	Channel 3 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 3 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 3	Rx=Q3_DMD	Float	R
2DE3H-2DE4H	11747-11748	Channel 3 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 3 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 3	Rx=Q3_Pred_DMD	Float	R
2DE5H-2DE6H	11749-11750	Channel 3 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 3 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 3	Rx=Q3_Max_DMD	Float	R
2DE7H-2DE9H	11751-11753	Channel 3 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 3 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 3	Rx=		R
2DEAH-2DEBH	11754-11755	Channel 3 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 3 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 3	Rx=S3_DMD	Float	R
2DECH-2DEDH	11756-11757	Channel 3 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 3 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 3	Rx=S3_Pred_DMD	Float	R
2DEEH-2DEFH	11758-11759	Channel 3 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 3 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 3	Rx=S3_Max_DMD	Float	R
2DF0H-2DF2H	11760-11762	Channel 3 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 3 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 3	Rx=		R
2DF3H-2DF4H	11763-11764	Channel 4 Current Demand	Single Phase: Current Demand for circuit 4 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 1	Rx=I4_DMD	Float	R
2DF5H-2DF6H	11765-11766	Channel 4 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 4 Three Phase/Single Phase-three wire: Phase B Current Demand Prediction for circuit 1	Rx=I4_Pred_DMD	Float	R
2DF7H-2DF8H	11767-11768	Channel 4 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 4 Three Phase/Single Phase-three wire: Maximum Phase B Current Demand for circuit 1	Rx=I4_Max_DMD	Float	R
2DF9H-2DFBH	11769-11771	Channel 4 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 4 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Current Demand for circuit 1	Rx=		R
2DFCH-2DFDH	11772-11773	Channel 4 Power Demand	Single Phase: Power Demand for circuit 4 Three Phase/Single Phase-three wire: Phase B Power Demand for circuit 1	Rx=P4_DMD	Float	R
2DFEH-2DFFH	11774-11775	Channel 4 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 4 Three Phase/Single Phase-three wire: Phase B Power Demand Prediction for circuit 1	Rx=P4_Pred_DMD	Float	R
2E00H-2E01H	11776-11777	Channel 4 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 4 Three Phase/Single Phase-three wire: Maximum Phase B Power Demand for circuit 1	Rx=P4_Max_DMD	Float	R
2E02H-2E04H	11778-11780	Channel 4 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 4 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Power Demand for circuit 1	Rx=		R
2E05H-2E06H	11781-11782	Channel 4 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 4 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand for circuit 1	Rx=Q4_DMD	Float	R
2E07H-2E08H	11783-11784	Channel 4 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 4 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand Prediction for circuit 1	Rx=Q4_Pred_DMD	Float	R
2E09H-2E0AH	11785-11786	Channel 4 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 4 Three Phase/Single Phase-three wire: Maximum Phase B Reactive Power Demand for circuit 1	Rx=Q4_Max_DMD	Float	R
2E0BH-2E0DH	11787-11789	Channel 4 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 4 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Reactive Power Demand for circuit 1	Rx=		R
2E0EH-2E0FH	11790-11791	Channel 4 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 4 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand for circuit 1	Rx=S4_DMD	Float	R
2E10H-2E11H	11792-11793	Channel 4 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 4 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand Prediction for circuit 1	Rx=S4_Pred_DMD	Float	R
2E12H-2E13H	11794-11795	Channel 4 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 4 Three Phase/Single Phase-three wire: Maximum Phase B Apparent Power Demand for circuit 1	Rx=S4_Max_DMD	Float	R
2E14H-2E16H	11796-11798	Channel 4 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 4 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Apparent Power Demand for circuit 1	Rx=		R
2E17H-2E18H	11799-11800	Channel 5 Current Demand	Single Phase: Current Demand for circuit 5 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 2	Rx=I5_DMD	Float	R
2E19H-2E1AH	11801-11802	Channel 5 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 5 Three Phase/Single Phase-three wire: Phase B Current Demand Prediction for circuit 2	Rx=I5_Pred_DMD	Float	R
2E1BH-2E1CH	11803-11804	Channel 5 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 5 Three Phase/Single Phase-three wire: Maximum Phase B Current Demand for circuit 2	Rx=I5_Max_DMD	Float	R
2E1DH-2E1FH	11805-11807	Channel 5 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 5 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Current Demand for circuit 2	Rx=		R
2E20H-2E21H	11808-11809	Channel 5 Power Demand	Single Phase: Power Demand for circuit 5 Three Phase/Single Phase-three wire: Phase B Power Demand for circuit 2	Rx=P5_DMD	Float	R
2E22H-2E23H	11810-11811	Channel 5 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 5 Three Phase/Single Phase-three wire: Phase B Power Demand Prediction for circuit 2	Rx=P5_Pred_DMD	Float	R
2E24H-2E25H	11812-11813	Channel 5 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 5 Three Phase/Single Phase-three wire: Maximum Phase B Power Demand for circuit 2	Rx=P5_Max_DMD	Float	R
2E26H-2E28H	11814-11816	Channel 5 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 5 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Power Demand for circuit 2	Rx=		R
2E29H-2E2AH	11817-11818	Channel 5 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 5 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand for circuit 2	Rx=Q5_DMD	Float	R
2E2BH-2E2CH	11819-11820	Channel 5 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 5 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand Prediction for circuit 2	Rx=Q5_Pred_DMD	Float	R
2E2DH-2E2EH	11821-11822	Channel 5 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 5 Three Phase/Single Phase-three wire: Maximum Phase B reactive Power Demand for circuit 2	Rx=Q5_Max_DMD	Float	R
2E2FH-2E31H	11823-11825	Channel 5 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 5 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Reactive Power Demand for circuit 2	Rx=		R
2E32H-2E33H	11826-11827	Channel 5 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 5 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand for circuit 2	Rx=S5_DMD	Float	R
2E34H-2E35H	11828-11829	Channel 5 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 5 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand Prediction for circuit 2	Rx=S5_Pred_DMD	Float	R
2E36H-2E37H	11830-11831	Channel 5 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 5 Three Phase/Single Phase-three wire: Maximum Phase B Apparent Power Demand for circuit 2	Rx=S5_Max_DMD	Float	R
2E38H-2E3AH	11832-11834	Channel 5 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 5 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Apparent Power Demand for circuit 2	Rx=		R
2E3BH-2E3CH	11835-11836	Channel 6 Current Demand	Single Phase: Current Demand for circuit 6 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 3	Rx=I6_DMD	Float	R
2E3DH-2E3EH	11837-11838	Channel 6 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 6 Three Phase/Single Phase-three wire: Phase B Current Demand Prediction for circuit 3	Rx=I6_Pred_DMD	Float	R
2E3FH-2E40H	11839-11840	Channel 6 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 6 Three Phase/Single Phase-three wire: Maximum Phase B Current Demand for circuit 3	Rx=I6_Max_DMD	Float	R
2E41H-2E43H	11841-11843	Channel 6 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 6 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Current Demand for circuit 3	Rx=		R
2E44H-2E45H	11844-11845	Channel 6 Power Demand	Single Phase: Power Demand for circuit 6 Three Phase/Single Phase-three wire: Phase B Power Demand for circuit 3	Rx=P6_DMD	Float	R
2E46H-2E47H	11846-11847	Channel 6 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 6 Three Phase/Single Phase-three wire: Phase B Power Demand Prediction for circuit 3	Rx=P6_Pred_DMD	Float	R
2E48H-2E49H	11848-11849	Channel 6 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 6 Three Phase/Single Phase-three wire: Maximum Phase B Power Demand for circuit 3	Rx=P6_Max_DMD	Float	R
2E4AH-2E4CH	11850-11852	Channel 6 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 6 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Power Demand for circuit 3	Rx=		R
2E4DH-2E4EH	11853-11854	Channel 6 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 6 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand for circuit 3	Rx=Q6_DMD	Float	R
2E4FH-2E50H	11855-11856	Channel 6 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 6 Three Phase/Single Phase-three wire: Phase B Reactive Power Demand Prediction for circuit 3	Rx=Q6_Pred_DMD	Float	R
2E51H-2E52H	11857-11858	Channel 6 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 6 Three Phase/Single Phase-three wire: Maximum Phase B Reactive Power Demand for circuit 3	Rx=Q6_Max_DMD	Float	R
2E53H-2E55H	11859-11861	Channel 6 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 6 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Reactive Power Demand for circuit 3	Rx=		R
2E56H-2E57H	11862-11863	Channel 6 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 6 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand for circuit 3	Rx=S6_DMD	Float	R
2E58H-2E59H	11864-11865	Channel 6 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 6 Three Phase/Single Phase-three wire: Phase B Apparent Power Demand Prediction for circuit 3	Rx=S6_Pred_DMD	Float	R
2E5AH-2E5BH	11866-11867	Channel 6 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 6 Three Phase/Single Phase-three wire: Maximum Phase B Apparent Power Demand for circuit 3	Rx=S6_Max_DMD	Float	R
2E5CH-2E5EH	11868-11870	Channel 6 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 6 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase B Apparent Power Demand for circuit 3	Rx=		R
2E5FH-2E60H	11871-11872	Channel 7 Current Demand	Single Phase: Current Demand for circuit 7 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 1	Rx=I7_DMD	Float	R
2E61H-2E62H	11873-11874	Channel 7 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 7 Three Phase/Single Phase-three wire: Phase C Current Demand Prediction for circuit 1	Rx=I7_Pred_DMD	Float	R
2E63H-2E64H	11875-11876	Channel 7 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 7 Three Phase/Single Phase-three wire: Maximum Phase C Current Demand for circuit 1	Rx=I7_Max_DMD	Float	R
2E65H-2E67H	11877-11879	Channel 7 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 7 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Current Demand for circuit 1	Rx=		R
2E68H-2E69H	11880-11881	Channel 7 Power Demand	Single Phase: Power Demand for circuit 7 Three Phase/Single Phase-three wire: Phase C Power Demand for circuit 1	Rx=P7_DMD	Float	R
2E6AH-2E6BH	11882-11883	Channel 7 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 7 Three Phase/Single Phase-three wire: Phase C Power Demand Prediction for circuit 1	Rx=P7_Pred_DMD	Float	R
2E6CH-2E6DH	11884-11885	Channel 7 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 7 Three Phase/Single Phase-three wire: Maximum Phase C Power Demand for circuit 1	Rx=P7_Max_DMD	Float	R
2E6EH-2E70H	11886-11888	Channel 7 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 7 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Power Demand for circuit 1	Rx=		R
2E71H-2E72H	11889-11890	Channel 7 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 7 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand for circuit 1	Rx=Q7_DMD	Float	R
2E73H-2E74H	11891-11892	Channel 7 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 7 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand Prediction for circuit 1	Rx=Q7_Pred_DMD	Float	R
2E75H-2E76H	11893-11894	Channel 7 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 7 Three Phase/Single Phase-three wire: Maximum Phase C Reactive Power Demand for circuit 1	Rx=Q7_Max_DMD	Float	R
2E77H-2E79H	11895-11897	Channel 7 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 7 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Reactive Power Demand for circuit 1	Rx=		R
2E7AH-2E7BH	11898-11899	Channel 7 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 7 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand for circuit 1	Rx=S7_DMD	Float	R
2E7CH-2E7DH	11900-11901	Channel 7 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 7 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand Prediction for circuit 1	Rx=S7_Pred_DMD	Float	R
2E7EH-2E7FH	11902-11903	Channel 7 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 7 Three Phase/Single Phase-three wire: Maximum Phase C Apparent Power Demand for circuit 1	Rx=S7_Max_DMD	Float	R
2E80H-2E82H	11904-11906	Channel 7 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 7 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Apparent Power Demand for circuit 1	Rx=		R
2E83H-2E84H	11907-11908	Channel 8 Current Demand	Single Phase: Current Demand for circuit 8 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 2	Rx=I8_DMD	Float
2E85H-2E86H	11909-11910	Channel 8 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 8 Three Phase/Single Phase-three wire: Phase C Current Demand Prediction for circuit 2	Rx=I8_Pred_DMD	Float	R
2E87H-2E88H	11911-11912	Channel 8 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 8 Three Phase/Single Phase-three wire: Maximum Phase C Current Demand for circuit 2	Rx=I8_Max_DMD	Float	R
2E89H-2E8BH	11913-11915	Channel 8 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 8 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Current Demand for circuit 2	Rx=		R
2E8CH-2E8DH	11916-11917	Channel 8 Power Demand	Single Phase: Power Demand for circuit 8 Three Phase/Single Phase-three wire: Phase C Power Demand for circuit 2	Rx=P8_DMD	Float	R
2E8EH-2E8FH	11918-11919	Channel 8 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 8 Three Phase/Single Phase-three wire: Phase C Power Demand Prediction for circuit 2	Rx=P8_Pred_DMD	Float	R
2E90H-2E91H	11920-11921	Channel 8 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 8 Three Phase/Single Phase-three wire: Maximum Phase C Power Demand for circuit 2	Rx=P8_Max_DMD	Float	R
2E92H-2E94H	11922-11924	Channel 8 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 8 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Power Demand for circuit 2	Rx=		R
2E95H-2E96H	11925-11926	Channel 8 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 8 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand for circuit 2	Rx=Q8_DMD	Float	R
2E97H-2E98H	11927-11928	Channel 8 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 8 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand Prediction for circuit 2	Rx=Q8_Pred_DMD	Float	R
2E99H-2E9AH	11929-11930	Channel 8 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 8 Three Phase/Single Phase-three wire: Maximum Phase C Reactive Power Demand for circuit 2	Rx=Q8_Max_DMD	Float	R
2E9BH-2E9DH	11931-11933	Channel 8 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 8 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Reactive Power Demand for circuit 2	Rx=		R
2E9EH-2E9FH	11934-11935	Channel 8 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 8 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand for circuit 2	Rx=S8_Max_DMD	Float	R
2EA0H-2EA1H	11936-11937	Channel 8 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 8 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand Prediction for circuit 2	Rx=S8_Pred_DMD	Float	R
2EA2H-2EA3H	11938-11939	Channel 8 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 8 Three Phase/Single Phase-three wire: Maximum Phase C Apparent Power Demand for circuit 2	Rx=S8_Max_DMD	Float	R
2EA4H-2EA6H	11940-11942	Channel 8 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 8 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Apparent Power Demand for circuit 2	Rx=		R
2EA7H-2EA8H	11943-11944	Channel 9 Current Demand	Single Phase: Current Demand for circuit 9 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 3	Rx=I9_DMD	Float	R
2EA9H-2EAAH	11945-11946	Channel 9 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 9 Three Phase/Single Phase-three wire: Phase C Current Demand Prediction for circuit 3	Rx=I9_Pred_DM	Float	R
2EABH-2EACH	11947-11948	Channel 9 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 9 Three Phase/Single Phase-three wire: Maximum Phase C Current Demand for circuit 3	Rx=I9_Max_DMD	Float	R
2EADH-2EAFH	11949-11951	Channel 9 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 9 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Current Demand for circuit 3	Rx=		R
2EB0H-2EB1H	11952-11953	Channel 9 Power Demand	Single Phase: Power Demand for circuit 9 Three Phase/Single Phase-three wire: Phase C Power Demand for circuit 3	Rx=P9_DMD	Float	R
2EB2H-2EB3H	11954-11955	Channel 9 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 9 Three Phase/Single Phase-three wire: Phase C Power Demand Prediction for circuit 3	Rx=P9_Pred_DMD	Float	R
2EB4H-2EB5H	11956-11957	Channel 9 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 9 Three Phase/Single Phase-three wire: Maximum Phase C Power Demand for circuit 3	Rx=P9_Max_DMD	Float	R
2EB6H-2EB8H	11958-11960	Channel 9 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 9 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Power Demand for circuit 3	Rx=		R
2EB9H-2EBAH	11961-11962	Channel 9 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 9 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand for circuit 3	Rx=Q9_DMD	Float	R
2EBBH-2EBCH	11963-11964	Channel 9 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 9 Three Phase/Single Phase-three wire: Phase C Reactive Power Demand Prediction for circuit 3	Rx=Q9_Pred_DMD	Float	R
2EBDH-2EBEH	11965-11966	Channel 9 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 9 Three Phase/Single Phase-three wire: Maximum Phase C Reactive Power Demand for circuit 3	Rx=Q9_Max_DMD	Float	R
2EBFH-2EC1H	11967-11969	Channel 9 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 9 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Reactive Power Demand for circuit 3	Rx=		R
2EC2H-2EC3H	11970-11971	Channel 9 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 9 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand for circuit 3	Rx=S9_DMD	Float	R
2EC4H-2EC5H	11972-11973	Channel 9 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 9 Three Phase/Single Phase-three wire: Phase C Apparent Power Demand Prediction for circuit 3	Rx=S9_Pred_DMD	Float	R
2EC6H-2EC7H	11974-11975	Channel 9 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 9 Three Phase/Single Phase-three wire: Maximum Phase C Apparent Power Demand for circuit 3	Rx=S9_Max_DMD	Float	R
2EC8H-2ECAH	11976-11978	Channel 9 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 9 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase C Apparent Power Demand for circuit 3	Rx=		R
2ECBH-2ECCH	11979-11980	Channel 10 Current Demand	Single Phase: Current Demand for circuit 10 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 4	Rx=I10_DMD	Float	R
2ECDH-2ECEH	11981-11982	Channel 10 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 10 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 4	Rx=I10_Pred_DM	Float	R
2ECFH-2ED0H	11983-11984	Channel 10 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 10 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 4	Rx=I10_Max_DMD	Float	R
2ED1H-2ED3H	11985-11987	Channel 10 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 10 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 4	Rx=		R
2ED4H-2ED5H	11988-11989	Channel 10 Power Demand	Single Phase: Power Demand for circuit 10 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 4	Rx=P10_DMD	Float	R
2ED6H-2ED7H	11990-11991	Channel 10 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 10 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 4	Rx=P10_Pred_DMD	Float	R
2ED8H-2ED9H	11992-11993	Channel 10 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 10 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 4	Rx=P10_Max_DMD	Float	R
2EDAH-2EDCH	11994-11996	Channel 10 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 10 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 4	Rx=		R
2EDDH-2EDEH	11997-11998	Channel 10 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 10 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 4	Rx=Q10_DMD	Float	R
2EDFH-2EE0H	11999-12000	Channel 10 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 10 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 4	Rx=Q10_Pred_DMD	Float	R
2EE1H-2EE2H	12001-12002	Channel 10 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 10 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 4	Rx=Q10_Max_DMD	Float	R
2EE3H-2EE5H	12003-12005	Channel 10 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 10 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 4	Rx=		R
2EE6H-2EE7H	12006-12007	Channel 10 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 10 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 4	Rx=S10_DMD	Float	R
2EE8H-2EE9H	12008-12009	Channel 10 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 10 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 4	Rx=S10_Pred_DMD	Float	R
2EEAH-2EEBH	12010-12011	Channel 10 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 10 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 4	Rx=S10_Max_DMD	Float	R
2EECH-2EEEH	12012-12014	Channel 10 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 10 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 4	Rx=		R
2EEFH-2EF0H	12015-12016	Channel 11 Current Demand	Single Phase: Current Demand for circuit 11 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 5	Rx=I11_DMD	Float	R
2EF1H-2EF2H	12017-12018	Channel 11 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 11 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 5	Rx=I11_Pred_DM	Float	R
2EF3H-2EF4H	12019-12020	Channel 11 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 11 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 5	Rx=I11_Max_DMD	Float	R
2EF5H-2EF7H	12021-12023	Channel 11 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 11 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 5	Rx=		R
2EF8H-2EF9H	12024-12025	Channel 11 Power Demand	Single Phase: Power Demand for circuit 11 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 5	Rx=P11_DMD	Float	R
2EFAH-2EFBH	12026-12027	Channel 11 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 11 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 5	Rx=P11_Pred_DMD	Float	R
2EFCH-2EFDH	12028-12029	Channel 11 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 11 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 5	Rx=P11_Max_DMD	Float	R
2EFEH-2F00	12030-12032	Channel 11 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 11 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 5	Rx=		R
2F01H-2F02H	12033-12034	Channel 11 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 11 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 5	Rx=Q11_DMD	Float	R
2F03H-2F04H	12035-12036	Channel 11 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 11 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 5	Rx=Q11_Pred_DMD	Float	R
2F05H-2F06H	12037-12038	Channel 11 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 11 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 5	Rx=Q11_Max_DMD	Float	R
2F07H-2F09H	12039-12041	Channel 11 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 11 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 5	Rx=		R
2F0AH-2F0BH	12042-12043	Channel 11 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 11 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 5	Rx=S11_DMD	Float	R
2F0CH-2F0DH	12044-12045	Channel 11 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 11 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 5	Rx=S11_Pred_DMD	Float	R
2F0EH-2F0FH	12046-12047	Channel 11 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 11 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 5	Rx=S11_Max_DMD	Float	R
2F10H-2F12H	12048-12050	Channel 11 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 11 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 5	Rx=		R
2F13H-2F14H	12051-12052	Channel 12 Current Demand	Single Phase: Current Demand for circuit 12 Three Phase/Single Phase-three wire: Phase A Current Demand for circuit 6	Rx=I12_DMD	Float	R
2F15H-2F16H	12053-12054	Channel 12 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 12 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 6	Rx=I12_Pred_DM	Float	R
2F17H-2F18H	12055-12056	Channel 12 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 12 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 6	Rx=I12_Max_DMD	Float	R
2F19H-2F1BH	12057-12059	Channel 12 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 12 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 6	Rx=		R
2F1CH-2F1DH	12060-12061	Channel 12 Power Demand	Single Phase: Power Demand for circuit 12 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 6	Rx=P12_DMD	Float	R
2F1EH-2F1FH	12062-12063	Channel 12 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 12 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 6	Rx=P12_Pred_DMD	Float	R
2F20H-2F21H	12064-12065	Channel 12 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 12 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 6	Rx=P12_Max_DMD	Float	R
2F22H-2F24H	12066-12068	Channel 12 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 12 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 6	Rx=		R
2F25H-2F26H	12069-12070	Channel 12 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 12 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 6	Rx=Q12_DMD	Float	R
2F27H-2F28H	12071-12072	Channel 12 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 12 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 6	Rx=Q12_Pred_DMD	Float	R
2F29H-2F2AH	12073-12074	Channel 12 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 12 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 6	Rx=Q12_Max_DMD	Float	R
2F2BH-2F2DH	12075-12077	Channel 12 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 12 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 6	Rx=		R
2F2EH-2F2FH	12078-12079	Channel 12 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 12 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 6	Rx=S12_DMD	Float	R
2F30H-2F31H	12080-12081	Channel 12 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 12 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 6	Rx=S12_Pred_DMD	Float	R
2F32H-2F33H	12082-12083	Channel 12 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 12 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 6	Rx=S12_Max_DMD	Float	R
2F34H-2F36H	12084-12086	Channel 12 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 12 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 6	Rx=		R
2F37H-2F38H	12087-12088	Channel 13 Current Demand	Single Phase: Current Demand for circuit 13 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 4	Rx=I13_DMD	Float	R
2F39H-2F3AH	12089-12090	Channel 13 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 13 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 4	Rx=I13_Pred_DM	Float	R
2F3BH-2F3CH	12091-12092	Channel 13 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 13 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 4	Rx=I13_Max_DMD	Float	R
2F3DH-2F3FH	12093-12095	Channel 13 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 13 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 4	Rx=		R
2F40H-2F41H	12096-12097	Channel 13 Power Demand	Single Phase: Power Demand for circuit 13 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 4	Rx=P13_DMD	Float	R
2F42H-2F43H	12098-12099	Channel 13 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 13 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 4	Rx=P13_Pred_DMD	Float	R
2F44H-2F45H	12100-12101	Channel 13 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 13 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 4	Rx=P13_Max_DMD	Float	R
2F46H-2F48H	12102-12104	Channel 13 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 13 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 4	Rx=		R
2F49H-2F4AH	12105-12106	Channel 13 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 13 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 4	Rx=Q13_DMD	Float	R
2F4BH-2F4CH	12107-10108	Channel 13 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 13 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 4	Rx=Q13_Pred_DMD	Float	R
2F4DH-2F4EH	12109-12110	Channel 13 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 13 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 4	Rx=Q13_Max_DMD	Float	R
2F4FH-2F51H	12111-12113	Channel 13 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 13 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 4	Rx=		R
2F52H-2F53H	12114-12115	Channel 13 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 13 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 4	Rx=S13_DMD	Float	R
2F54H-2F55H	12116-12117	Channel 13 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 13 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 4	Rx=S13_Pred_DMD	Float	R
2F56H-2F57H	12118-12119	Channel 13 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 13 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 4	Rx=S13_Max_DMD	Float	R
2F58H-2F5AH	12120-12122	Channel 13 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 13 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 4	Rx=		R
2F5BH-2F5CH	12123-12124	Channel 14 Current Demand	Single Phase: Current Demand for circuit 14 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 5	Rx=I14_DMD	Float	R
2F5DH-2F5EH	12125-12126	Channel 14 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 14 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 5	Rx=I14_Pred_DM	Float	R
2F5FH-2F60H	12127-12128	Channel 14 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 14 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 5	Rx=I14_Max_DMD	Float	R
2F61H-2F63H	12129-12131	Channel 14 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 14 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 5	Rx=		R
2F64H-2F65H	12132-12133	Channel 14 Power Demand	Single Phase: Power Demand for circuit 14 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 5	Rx=P14_DMD	Float	R
2F66H-2F67H	12134-12135	Channel 14 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 14 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 5	Rx=P14_Pred_DMD	Float	R
2F68H-2F69H	12136-12137	Channel 14 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 14 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 5	Rx=P14_Max_DMD	Float	R
2F6AH-2F6CH	12138-12140	Channel 14 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 14 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 5	Rx=		R
2F6DH-2F6EH	12141-12142	Channel 14 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 14 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 5	Rx=Q14_DMD	Float	R
2F6FH-2F70H	12143-12144	Channel 14 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 14 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 5	Rx=Q14_Pred_DMD	Float	R
2F71H-2F72H	12145-12146	Channel 14 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 14 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 5	Rx=Q14_Max_DMD	Float	R
2F73H-2F75H	12147-12149	Channel 14 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 14 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 5	Rx=		R
2F76H-2F77H	12150-12151	Channel 14 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 14 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 5	Rx=S14_DMD	Float	R
2F78H-2F79H	12152-12153	Channel 14 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 14 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 5	Rx=S14_Pred_DMD	Float	R
2F7AH-2F7BH	12154-12155	Channel 14 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 14 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 5	Rx=S14_Max_DMD	Float	R
2F7CH-2F7EH	12156-12158	Channel 14 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 14 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 5	Rx=		R
2F7FH-2F80H	12159-12160	Channel 15 Current Demand	Single Phase: Current Demand for circuit 15 Three Phase/Single Phase-three wire: Phase B Current Demand for circuit 6	Rx=I15_DMD	Float	R
2F81G-2F82H	12161-12162	Channel 15 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 15 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 6	Rx=I15_Pred_DM	Float	R
2F83H-2F84H	12163-12164	Channel 15 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 15 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 6	Rx=I15_Max_DMD	Float	R
2F85H-2F87H	12165-12167	Channel 15 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 15 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 6	Rx=		R
2F88H-2F89H	12168-12169	Channel 15 Power Demand	Single Phase: Power Demand for circuit 15 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 6	Rx=P15_DMD	Float
2F8AH-2F8BH	12170-12171	Channel 15 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 15 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 6	Rx=P15_Pred_DMD	Float	R
2F8CH-2F8DH	12172-12173	Channel 15 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 15 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 6	Rx=P15_Max_DMD	Float	R
2F8EH-2F90H	12174-12176	Channel 15 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 15 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 6	Rx=		R
2F91H-2F92H	12177-12178	Channel 15 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 15 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 6	Rx=Q15_DMD	Float	R
2F93H-2F94H	12179-12180	Channel 15 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 15 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 6	Rx=Q15_Pred_DMD	Float	R
2F95H-2F96H	12181-12182	Channel 15 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 15 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 6	Rx=Q15_Max_DMD	Float	R
2F97H-2F99H	12183-12185	Channel 15 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 15 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 6	Rx=		R
2F9AH-2F9BH	12186-12187	Channel 15 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 15 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 6	Rx=S15_DMD	Float	R
2F9CH-2F9DH	12188-12189	Channel 15 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 15 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 6	Rx=S15_Pred_DMD	Float	R
2F9EH-2F9FH	12190-12191	Channel 15 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 15 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 6	Rx=S15_Max_DMD	Float	R
2FA0H-2FA2H	12192-12194	Channel 15 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 15 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 6	Rx=		R
2FA3H-2FA4H	12195-12196	Channel 16 Current Demand	Single Phase: Current Demand for circuit 16 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 4	Rx=I16_DMD	Float	R
2FA5H-2FA6H	12197-12198	Channel 16 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 16 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 4	Rx=I16_Pred_DM	Float	R
2FA7H-2FA8H	12199-12200	Channel 16 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 16 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 4	Rx=I16_Max_DMD	Float	R
2FA9H-2FABH	12201-12203	Channel 16 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 16 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 4	Rx=		R
2FACH-2FADH	12204-12205	Channel 16 Power Demand	Single Phase: Power Demand for circuit 16 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 4	Rx=P16_DMD	Float	R
2FAEH-2FAFH	12206-12207	Channel 16 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 16 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 4	Rx=P16_Pred_DMD	Float	R
2FB0H-2FB1H	12208-12209	Channel 16 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 16 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 4	Rx=P16_Max_DMD	Float	R
2FB2H-2FB4H	12210-12212	Channel 16 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 16 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 4	Rx=		R
2FB5H-2FB6H	12213-12214	Channel 16 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 16 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 4	Rx=Q16_DMD	Float	R
2FB7H-2FB8H	12215-12216	Channel 16 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 16 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 4	Rx=Q16_Pred_DMD	Float	R
2FB9H-2FBAH	12217-12218	Channel 16 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 16 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 4	Rx=Q16_Max_DMD	Float	R
2FBBH-2FBDH	12219-12221	Channel 16 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 16 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 4	Rx=		R
2FBEH-2FBFH	12222-12223	Channel 16 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 16 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 4	Rx=S16_DMD	Float	R
2FC0H-2FC1H	12224-12225	Channel 16 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 16 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 4	Rx=S16_Pred_DMD	Float	R
2FC2H-2FC3H	12226-12227	Channel 16 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 16 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 4	Rx=S16_Max_DMD	Float	R
2FC4H-2FC6H	12228-12230	Channel 16 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 16 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 4	Rx=		R
2FC7H-2FC8H	12231-12232	Channel 17 Current Demand	Single Phase: Current Demand for circuit 17 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 5	Rx=I17_DMD	Float	R
2FC9H-2FCAH	12233-12234	Channel 17 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 17 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 5	Rx=I17_Pred_DM	Float	R
2FCBH-2FCCH	12235-12236	Channel 17 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 17 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 5	Rx=I17_Max_DMD	Float	R
2FCDH-2FCFH	12237-12239	Channel 17 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 17 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 5	Rx=		R
2FD0H-2FD1H	12240-12241	Channel 17 Power Demand	Single Phase: Power Demand for circuit 17 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 5	Rx=P17_DMD	Float	R
2FD2H-2FD3H	12242-12243	Channel 17 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 17 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 5	Rx=P17_Pred_DMD	Float	R
2FD4H-2FD5H	12244-12245	Channel 17 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 17 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 5	Rx=P17_Max_DMD	Float	R
2FD6H-2FD8H	12246-12248	Channel 17 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 17 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 5	Rx=		R
2FD9H-2FDAH	12249-12250	Channel 17 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 17 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 5	Rx=Q17_DMD	Float	R
2FDBH-2FDCH	12251-12252	Channel 17 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 17 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 5	Rx=Q17_Pred_DMD	Float	R
2FDDH-2FDEH	12253-12254	Channel 17 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 17 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 5	Rx=Q17_Max_DMD	Float	R
2FDFH-2FE1H	12255-12257	Channel 17 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 17 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 5	Rx=		R
2FE2H-2FE3H	12258-12259	Channel 17 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 17 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 5	Rx=S17_DMD	Float	R
2FE4H-2FE5H	12260-12261	Channel 17 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 17 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 5	Rx=S17_Pred_DMD	Float	R
2FE6H-2FE7H	12262-12263	Channel 17 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 17 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 5	Rx=S17_Max_DMD	Float	R
2FE8H-2FEAH	12264-12266	Channel 17 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 17 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 5	Rx=		R
2FEBH-2FECH	12267-12268	Channel 18 Current Demand	Single Phase: Current Demand for circuit 18 Three Phase/Single Phase-three wire: Phase C Current Demand for circuit 6	Rx=I18_DMD	Float	R
2FEDH-2FEEH	12269-12270	Channel 18 Current Demand Prediction	Single Phase: Current Demand Prediction for circuit 18 Three Phase/Single Phase-three wire: Phase A Current Demand Prediction for circuit 6	Rx=I18_Pred_DM	Float	R
2FEFH-2FF0H	12271-12272	Channel 18 Peak Current Demand	Single Phase: Maximum Current Demand for circuit 18 Three Phase/Single Phase-three wire: Maximum Phase A Current Demand for circuit 6	Rx=I18_Max_DMD	Float	R
2FF1H-2FF3H	12273-12275	Channel 18 Peak Current Demand Time	Single Phase: Time Stamp for Maximum Current Demand for circuit 18 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Current Demand for circuit 6	Rx=		R
2FF4H-2FF5H	12276-12277	Channel 18 Power Demand	Single Phase: Power Demand for circuit 18 Three Phase/Single Phase-three wire: Phase A Power Demand for circuit 6	Rx=P18_DMD	Float	R
2FF6H-2FF7H	12278-12279	Channel 18 Power Demand Prediction	Single Phase: Power Demand Prediction for circuit 18 Three Phase/Single Phase-three wire: Phase A Power Demand Prediction for circuit 6	Rx=P18_Pred_DMD	Float	R
2FF8H-2FF9H	12280-12281	Channel 18 Peak Power Demand	Single Phase: Maximum Power Demand for circuit 18 Three Phase/Single Phase-three wire: Maximum Phase A Power Demand for circuit 6	Rx=P18_Max_DMD	Float	R
2FFAH-2FFCH	12282-12284	Channel 18 Peak Power Demand Time	Single Phase: Time Stamp for Maximum Power Demand for circuit 18 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Power Demand for circuit 6	Rx=		R
2FFDH-2FFEH	12285-12286	Channel 18 Reactive Power Demand	Single Phase: Reactive Power Demand for circuit 18 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand for circuit 6	Rx=Q18_DMD	Float	R
2FFFH-3000H	12287-12288	Channel 18 Reactive Power Demand Prediction	Single Phase: Reactive Power Demand Prediction for circuit 18 Three Phase/Single Phase-three wire: Phase A Reactive Power Demand Prediction for circuit 6	Rx=Q18_Pred_DMD	Float	R
3001H-3002H	12289-12290	Channel 18 Peak Reactive Power Demand	Single Phase: Maximum Reactive Power Demand for circuit 18 Three Phase/Single Phase-three wire: Maximum Phase A Reactive Power Demand for circuit 6	Rx=Q18_Max_DMD	Float	R
3003H-3005H	12291-12293	Channel 18 Peak Reactive Power Demand Time	Single Phase: Time Stamp for Maximum Reactive Power Demand for circuit 18 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Reactive Power Demand for circuit 6	Rx=		R
3006H-3007H	12294-12295	Channel 18 Apparent Power Demand	Single Phase: Apparent Power Demand for circuit 18 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand for circuit 6	Rx=S18_DMD	Float	R
3008H-3009H	12296-12297	Channel 18 Apparent Power Demand Prediction	Single Phase: Apparent Power Demand Prediction for circuit 18 Three Phase/Single Phase-three wire: Phase A Apparent Power Demand Prediction for circuit 6	Rx=S18_Pred_DMD	Float	R
300AH-300BH	12298-12299	Channel 18 Peak Apparent Power Demand	Single Phase: Maximum Apparent Power Demand for circuit 18 Three Phase/Single Phase-three wire: Maximum Phase A Apparent Power Demand for circuit 6	Rx=S18_Max_DMD	Float	R
300CH-300EH	12300-12302	Channel 18 Peak Apparent Power Demand Time	Single Phase: Time Stamp for Maximum Apparent Power Demand for circuit 18 Three Phase/Single Phase-three wire: Time Stamp for Maximum Phase A Apparent Power Demand for circuit 6	Rx=		R
300FH-3010H	12303-12304	User Channel 1 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 1	Rx=P1_DMD	Float	R
3011H-3012H	12305-12306	User Channel 1 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 1	Rx=P1_Pred_DMD	Float	R
3013H-3014H	12307-12308	User Channel 1 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 1	Rx=P1_Max_DMD	Float	R
3015H-3017H	12309-12311	User Channel 1 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 1	Rx=		R
3018H-3019H	12312-12313	User Channel 1 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 1	Rx=Q1_DMD	Float	R
301AH-301BH	12314-12315	User Channel 1 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 1	Rx=Q1_Pred_DMD	Float	R
301CH-301DH	12316-12317	User Channel 1 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 1	Rx=Q1_Max_DMD	Float	R
301EH-3020H	12318-12320	User Channel 1 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 1	Rx=		R
3021H-3022H	12321-12322	User Channel 1 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 1	Rx=S1_DMD	Float	R
3023H-3024H	12323-12324	User Channel 1 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 1	Rx=S1_Pred_DMD	Float	R
3025H-3026H	12325-12326	User Channel 1 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 1	Rx=S1_Max_DMD	Float	R
3027H-3029H	12327-12329	User Channel 1 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 1	Rx=		R
302AH-302BH	12330-12331	User Channel 2 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 2	Rx=P2_DMD	Float	R
302CH-302DH	12332-12333	User Channel 2 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 2	Rx=P2_Pred_DMD	Float	R
302EH-302FH	12334-12335	User Channel 2 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 2	Rx=P2_Max_DMD	Float	R
3030H-3032H	12336-12338	User Channel 2 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 2	Rx=		R
3033H-3034H	12339-12340	User Channel 2 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 2	Rx=Q2_DMD	Float	R
3035H-3036H	12341-12342	User Channel 2 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 2	Rx=Q2_Pred_DMD	Float	R
3037H-3038H	12343-12344	User Channel 2 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 2	Rx=Q2_Max_DMD	Float	R
3039H-303BH	12345-12347	User Channel 2 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 2	Rx=		R
303CH-303DH	12348-12349	User Channel 2 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 2	Rx=S2_DMD	Float	R
303EH-303FH	12350-12351	User Channel 2 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 2	Rx=S2_Pred_DMD	Float	R
3040H-3041H	12352-12353	User Channel 2 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 2	Rx=S2_Max_DMD	Float	R
3042H-3044H	12354-12356	User Channel 2 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 2	Rx=		R
3045H-3046H	12357-12358	User Channel 3 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 3	Rx=P3_DMD	Float	R
3047H-3048H	12359-12360	User Channel 3 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 3	Rx=P3_Pred_DMD	Float	R
3049H-304AH	12361-12362	User Channel 3 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 3	Rx=P3_Max_DMD	Float	R
304BH-304DH	12363-12365	User Channel 3 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 3	Rx=		R
304EH-304FH	12366-12367	User Channel 3 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 3	Rx=Q3_DMD	Float	R
3050H-3051H	12368-12369	User Channel 3 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 3	Rx=Q3_Pred_DMD	Float	R
3052H-3053H	12370-12371	User Channel 3 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 3	Rx=Q3_Max_DMD	Float	R
3054H-3056H	12372-12374	User Channel 3 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 3	Rx=		R
3057H-3058H	12375-12376	User Channel 3 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 3	Rx=S3_DMD	Float	R
3059H-305AH	12377-12378	User Channel 3 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 3	Rx=S3_Pred_DMD	Float	R
305BH-305CH	12379-12380	User Channel 3 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 3	Rx=S3_Max_DMD	Float	R
305DH-305FH	12381-12383	User Channel 3 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 3	Rx=		R
3060H-3061H	12384-12385	User Channel 4 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 4	Rx=P4_DMD	Float	R
3062H-3063H	12386-12387	User Channel 4 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 4	Rx=P4_Pred_DMD	Float	R
3064H-3065H	12388-12389	User Channel 4 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 4	Rx=P4_Max_DMD	Float	R
3066H-3068H	12390-12392	User Channel 4 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 4	Rx=		R
3069H-306AH	12393-12394	User Channel 4 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 4	Rx=Q4_DMD	Float	R
306BH-306CH	12395-12396	User Channel 4 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 4	Rx=Q4_Pred_DMD	Float	R
306DH-306EH	12397-12398	User Channel 4 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 4	Rx=Q4_Max_DMD	Float	R
306FH-3071H	12399-12401	User Channel 4 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 4	Rx=		R
3072H-3073H	12402-12403	User Channel 4 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 4	Rx=S4_DMD	Float	R
3074H-3075H	12404-12405	User Channel 4 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 4	Rx=S4_Pred_DMD	Float	R
3076H-3077H	12406-12407	User Channel 4 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 4	Rx=S4_Max_DMD	Float	R
3078H-307AH	12408-12410	User Channel 4 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 4	Rx=		R
307BH-307CH	12411-12412	User Channel 5 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 5	Rx=P5_DMD	Float	R
307DH-307EH	12413-12414	User Channel 5 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 5	Rx=P5_Pred_DMD	Float	R
307FH-3080H	12415-12416	User Channel 5 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 5	Rx=P5_Max_DMD	Float	R
3081H-3083H	12417-12419	User Channel 5 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 5	Rx=		R
3084H-3085H	12420-12421	User Channel 5 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 5	Rx=Q5_DMD	Float	R
3086H-3087H	12422-12423	User Channel 5 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 5	Rx=Q5_Pred_DMD	Float	R
3088H-3089H	12424-12425	User Channel 5 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 5	Rx=Q5_Max_DMD	Float	R
308AH-308CH	12426-12428	User Channel 5 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 5	Rx=		R
308DH-308EH	12429-12430	User Channel 5 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 5	Rx=S5_DMD	Float	R
308FH-3090H	12431-12432	User Channel 5 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 5	Rx=S5_Pred_DMD	Float	R
3091H-3092H	12433-12434	User Channel 5 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 5	Rx=S5_Max_DMD	Float	R
3093H-3095H	12435-12437	User Channel 5 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 5	Rx=		R
3096H-3097H	12438-12439	User Channel 6 Total Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Power Demand for circuit 6	Rx=P6_DMD	Float	R
3098H-3099H	12440-12441	User Channel 6 Total Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Power Demand Prediction for circuit 6	Rx=P6_Pred_DMD	Float	R
309AH-309BH	12442-12443	User Channel 6 Total Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Power Demand for circuit 6	Rx=P6_Max_DMD	Float	R
309CH-309EH	12444-12446	User Channel 6 Total Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Power Demand for circuit 6	Rx=		R
309FH-30A0H	12447-12448	User Channel 6 Total Reactive Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand for circuit 6	Rx=Q6_DMD	Float	R
30A1H-30A2H	12449-12450	User Channel 6 Total Reactive Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Reactive Power Demand Prediction for circuit 6	Rx=Q6_Pred_DMD	Float	R
30A3H-30A4H	12451-12452	User Channel 6 Total Reactive Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Reactive Power Demand for circuit 6	Rx=Q6_Max_DMD	Float	R
30A5H-30A7H	12543-12455	User Channel 6 Total Reactive Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Reactive Power Demand for circuit 6	Rx=		R
30A8H-30A9H	12456-12457	User Channel 6 Total Apparent Power Demand	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand for circuit 6	Rx=S6_DMD	Float	R
30AAH-30ABH	12458-12459	User Channel 6 Total Apparent Power Demand Prediction	Three Phase-four wire/Single Phase-three-wire: Total Apparent Power Demand Prediction for circuit 6	Rx=S6_Pred_DMD	Float	R
30ACH-30ADH	12460-12461	User Channel 6 Total Apparent Power Demand Peak	Three Phase-four wire/Single Phase-three-wire: Maximum Total Apparent Power Demand for circuit 6	Rx=S6_Max_DMD	Float	R
30AEH-30B0H	12462-12464	User Channel 6 Total Apparent Power Demand Peak Time	Three Phase-four wire/Single Phase-three-wire: Time Stamp for Maximum Total Apparent Power Demand for circuit 6	Rx=		R

AcuRev 2100 Modbus Map

System Parameter Settings

Address(H)	Parameters	Property	Range	Default	Data Type
800H	Channel 1 Address	R/W	1-247	1	word
801H	Channel 1 Modbus Communication Parity	R/W	0: Even 1：Odd 2：None2 3：None1	3	word
802H	Channel 2 Modbus Communication Parity	R/W	0: Even 1：Odd2：None23：None1	3	word
803H	Channel 1 Modbus Communication Baud Rate	R/W	1200-115200 When setting 115200, write（11520）	19200	word
804H	Channel 2 Modbus Communication Baud Rate	R/W	1200-115200 When setting 115200, write（11520）	38400	word
805H	Password	R/W	0000-9999	0000	word
806H	Pulse Constant	R/W	1-60000	50000	word
807H	Pulse Width	R/W	20-100ms	80	word
808H	Channel 2 Address	R/W	1-247	1	word
809H	Reserved
80AH	Demand Calculation Method	R/W	0：Sliding Window 1：Rolling Window 2：Fixed Window 3：Thermal	0	word
80BH	Demand Interval	R/W	1-30 mins	15	word
80CH	Demand Sub-Interval	R/W	1-30mins	1	word
80DH~827H	Reserved
828H	Relay Output Type	R/W	bit0~bit1 correspondsto RO1~RO2 0：Relay Control 1：Alarm	0	word
829H	RO Relay Control Output Mode	R/W	bit0~bit1to RO1~RO2 0：Latch 1：Momentary	0	word
82AH	RO	R/W	50-3000ms	80	word
82BH	Over Limit Alarm Switch	R/W	0：Disable 1：Enable 0	word
82CH	Alarm Channel 1-10 Switch	R/W	Bit0-bit9 corresponds to 1-10 1： Enable 0： Disable	0	word
82DH	Alarm Event to Relay Output Enable	R/W	Bit0-15 corresponds to 16 Event 1： Enable 0： Disable	0	word
82EH	Relay Event Alarm Mode (the first 8 events correspond to the output relay settings for each event)	R/W	2 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2	0	word
82FH	Same as the above (other 8 events)	R/W	22 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2	0	word
801H	Channel 1 Modbus Communication Parity	R/W	0: Even 1：Odd 2：None2 3：None1	3	word
802H	Channel 2 Modbus Communication Parity	R/W	0: Even 1：Odd 2：None2 3：None1	3	word
803H	Channel 1 Modbus Communication Baud Rate	R/W	1200-115200 When setting 115200, write（11520	19200	word
804H	Channel 2 Modbus Communication Baud Rate	R/W	1200-115200 When setting 115200, write（11520）	38400	word
805H	Password	R/W	0000-9999	0000	word
806H	Pulse Constant	R/W	1-60000	50000	word
807H	Pulse Width	R/W	20-100ms	80	word
808H	Channel 2 Address	R/W	1-247	1	word
809H	Reserved
80AH	Demand Calculation Method	R/W	0：Sliding Window 1：Rolling Window 2：Fixed Window 3：Thermal	0	word
80BH	Demand Interval	R/W	1-30 mins	15	word
80CH	Demand Sub-Interval	R/W	1-30mins	1	word
80DH~827H	Reserved
828H	Relay Output Type	R/W	bit0~bit1 correspondsto RO1~RO2	0：Relay Control 1：Alarm 0	word
829H	RO Relay Control Output Mode	R/W	bit0~bit1to RO1~RO2 0：Latch 1：Momentary	0	word
82AH	RO	R/W	50-3000ms	80	word
82BH	Over Limit Alarm Switch	R/W	0：Disable 1：Enable	0	word
82CH	Alarm Channel 1-10 Switch	R/W	Bit0-bit9 corresponds to 1-10 1： Enable 0： Disable	0	word
82DH	Alarm Event to Relay Output Enable	R/W	Bit0-15 corresponds to 16 Event 1： Enable 0： Disable	0	word
82EH	Relay Event Alarm Mode (the first 8 events correspond to the output relay settings for each event)	R/W	2 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2	0	word
82FH	Same as the above (other 8 events)	R/W	22 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2	0	word
830H	Event relay alarm mode output time (the over-limit alarm does not have this function)	R/W	1-60000s	60	word
831H	Backlight	R/W	0-60mins	1	word
832H	Automatically cycle start time	R/W	Mins：1-60	1	word
833H	Screen Display Time per Screen	R/W	Seconds：5-100	5	word
834H	Display power (demand) decimal places	R/W	3-4decimal	3	word
835H	Reactive Power Calculation Method	R/W	0：Real 1：Generalized	0	word
836H	VAR/PF	R/W	0：IEC 1：IEEE	0	word
837H	Clear data to indicate the clearing of various records in bits	R/W	See Appendix for Clearing	0	word
838H~839H	The DI pulse count value is cleared, each bit represents one	R/W	838 address bit0~bit15 corresponds to DI1~DI16 839 address bit0~bit1corresponds to DI17~DI18 Set to 1 to clear the count value	0	word
83AH-83EH	Reserved
83FH-841H	user01 user name	R/W	user name (6 ASCII)	user01	Word
842H	user01 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0101	Word
843H-845H	user02 user name	R/W	user name (6 ASCII)	user02	Word
846H	user02 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0102	Word
847H-849H	user03 user name	R/W	user name (6 ASCII)	user03	Word
84AH	user03 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0103	Word
84BH-84DH	user04 user name	R/W	user name (6 ASCII)	user04	Word
84EH	user04 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0104	Word
84FH-851H	user05 user name	R/W	user name (6 ASCII)	user05	Word
852H	user05 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0105	Word
853H-855H	user06 user name	R/W	user name (6 ASCII)	user06	Word
856H	user06 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0106	Word
857H-859H	user07 user name	R/W	user name (6 ASCII)	user07	Word
85AH	user07 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0107	Word
85BH-85DH	user08 user name	R/W	user name (6 ASCII)	user08	Word
85EH	user08 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0108	Word
85FH-861H	user09 user name	R/W	user name (6 ASCII)	user09	Word
862H	user09 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0109	Word
863H-865H	user10 user name	R/W	user name (6 ASCII)	user10	Word
866H	user10 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010a	Word
867H-869H	user11 user name	R/W	user name (6 ASCII)	user11	Word
86AH	user11 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010b	Word
86BH-86DH	user12 user name	R/W	user name (6 ASCII)	user12	Word
86EH	user12 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010c	Word
86FH-871H	user13 user name	R/W	user name (6 ASCII)	user13	Word
872H	user13 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010d	Word
873H-875H	user14 user name	R/W	user name (6 ASCII)	user14	Word
876H	user14 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010e	Word
877H-879H	user15 user name	R/W	user name (6 ASCII)	user15	Word
87AH	user15 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x010f	Word
87BH-87DH	user16 user name	R/W	user name (6 ASCII)	user16	Word
87EH	user16 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0110	Word
87FH-881H	user17 user name	R/W	user name (6 ASCII)	user17	Word
882H	user17 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0111	Word
883H-885H	user18 user name	R/W	user name (6 ASCII)	user18	Word
886H	user18 Mapping relations	R/W	High byte: 0: The display module does not display the user 1: The display module displays the user Low byte 0: Disable 1-18: corresponding physical channel 19-24: Corresponding to three-phase users of 1-6 channels	0x0112	Word
887H	Load rated voltage setting	R/W	Default 220V	220	Word
888H	Three-phase wiring	R/W	0: 1LN 1: 3LN（Three-phase four-wire）2：2LN（Single-phase three-wire）	0	word
889H	Channel 1 CT Ratio	R/W	Note：EM is valid, DM is invalid Can be set, for example: 20：CCT-20（20A） 80：CCT-80（80A） 150：CCT-150（150A） 200：CCT-200（200A）	200	Word
88AH	Channel 2 CT Ratio	R/W	Same as above	200	Word
88BH	Channel 3 CT Ratio	R/W	Same as above	200	Word
88CH	Channel 4 CT Ratio	R/W	Same as above	200	Word
88DH	Channel 5 CT Ratio	R/W	Same as above	200	Word
88EH	Channel 6 CT Ratio	R/W	Same as above	200	Word
88FH	Channel 7 CT Ratio	R/W	Same as above	200	Word
890H	Channel 8 CT Ratio	R/W	Same as above	200	Word
891H	Channel 9 CT Ratio	R/W	Same as above	200	Word
892H	Channel 10 CT Ratio	R/W	Same as above	200	Word
893H	Channel 11 CT Ratio	R/W	Same as above	200	Word
894H	Channel 12 CT Ratio	R/W	Same as above	200	Word
895H	Channel 13 CT Ratio	R/W	Same as above	200	Word
896H	Channel 14 CT Ratio	R/W	Same as above	200	Word
897H	Channel 15 CT Ratio	R/W	Same as above	200	Word
898H	Channel 16 CT Ratio	R/W	Same as above	200	Word
899H	Channel 17 CT Ratio	R/W	Same as above	200	Word
89AH	Channel 18 CT Ratio	R/W	Same as above	200	Word

Clock Settings

Address (H)	Parameters	Property	Range	Default	Data Type	Format Symbol
1050-1051	Meter running time	R			dword	F3

Address (H)	Parameters	Property	Range	Data Type	Format Symbol
1054	Clock: Year	R/W	0-99	word	F3
1055	Clock: month	R/W	1-12	word	F3
1056	Clock: Day	R/W	1-31	word	F3
1057	Clock: hour	R/W	0-23	word	F3
1058	Clock: minutes	R/W	0-59	word	F3
1059	Clock: seconds	R/W	0-59	word	F3
105A	Clock: Week	R/W	0-6, 0 means Sunday	word	F3

Basic Measurement

Note：Function code reading 03

Address (H)	Parameters	Property	Range	Data Type
Incoming Measurement Data
2000-2001	F	R	0	float
2002-2003	U1	R	1	float
2004-2005	U2	R	2	float
2006-2007	U3	R	3	float
2008-2009	Uavg	R	4	float
200a-200b	U12	R	5	float
200c-200d	U23	R	6	float
200e-200f	U31	R	7	float
2010-2011	Ulavg	R	8	float
2012-2013	IL1（A Incoming Current）	R	9	float
2014-2015	IL2（B Incoming Current）	R	10	float
2016-2017	IL3（C Incoming Current)	R	11	float
2018-2019	Iavg（Average Current）	R	12	float
201A-201B	Pin-s Incoming System Active Power	R	13	float
201C-201D	Qin-s Incoming System Reactive Power	R	14	float
201E-201F	Sin-s Incoming System Apparent Power	R	15	float
2020-2021	PFin-s Incoming System Power Factor	R	16	float
2022-2023	Incoming System Load Characteristic	R	1：R,2:L,3：C	float
2024-2025	Pin-A Incoming Phase A Active Power	R	17	float
2026-2027	Pin-B Incoming Phase B Active Power	R	18	float
2028-2029	Pin-C Incoming Phase C Active Power	R	19	float
202A-202B	Qin-A Incoming Phase A Reactive Power	R	20	float
202C-202D	Qin-B Incoming Phase B Reactive Power	R	21	float
202E-202F	Qin-C Incoming Phase C Reactive Power	R	22	float
2030-2031	Sin-A Incoming Phase A Apparent Power	R	23	float
2032-2033	Sin-B Incoming Phase B Apparent Power	R	24	float
2034-2035	Sin-C Incoming Phase C Apparent Power	R	25	float
2036-2037	PFin-AIncoming Phase A Power Factor	R	26	float
2038-2039	PFin-B AIncoming Phase B Power Factor	R	27	float
203A-203B	PFin-C AIncoming Phase C Power Factor	R	28	float
203C-203D	Incoming Phase A Load Characteristic	R		float
203E-203F	Incoming Phase B Load Characteristic	R		float
2040-2041	Incoming Phase C Load Characteristic	R		float
Single-Phase data and Three-Phase / Single-Three Data
2100-2101	I1（Channel 1 Current）	R	Channel 1 Measurement 29	float
2102-2103	P1（Channel 1 Active Power）	R	30	float
2104-2105	Q1（Channel 1 Reactive Power）	R	31	float
2106-2107	S1（Channel 1 Apparent Power）	R	32	float
2108-2109	PF1（Channel 1 Power Factor）	R	33	float
210A-210B	Load Characteristic 1（Channel 1 Load Characteristic）	R		float
210C-2117	Channel 2 Measurement	R	Same as Channel 1 34-38	float
2118-2123	Channel 3 Measurement	R	Same as Channel 1 39-43	float
2124-212F	Channel 4 Measurement	R	Same as Channel 1 44-48	float
2130-213B	Channel 5 Measurement	R	Same as Channel 1 49-53	float
213C-2147	Channel 6 Measurement	R	Same as Channel 1 54-58	float
2148-2153	Channel 7 Measurement	R	Same as Channel 1 59-63	float
2154-215F	Channel 8 Measurement	R	Same as Channel 1 64-68	float
2160-216B	Channel 9 Measurement	R	Same as Channel 1 69-73	float
216C-2177	Channel 10 Measurement	R	Same as Channel 1 74-78	float
2178-2183	Channel 11 Measurement	R	Same as Channel 1 79-83	float
2184-218F	Channel 12 Measurement	R	Same as Channel 1 84-88	float
2190-219B	Channel 13 Measurement	R	Same as Channel 1 89-93	float
219C-21A7	Channel 14 Measurement	R	Same as Channel 1 94-98	float
21A8-21B3	Channel 15 Measurement	R	Same as Channel 1 99-103	float
21B4-21BF	Channel 16 Measurement	R	Same as Channel 1 104-108	float
21C0-21CB	Channel 17 Measurement	R	Same as Channel 1 109-113	float
21CC-21D7	Channel 18 Measurement	R	Same as Channel 1 114-118	float
21D8-21D9	Ps1（User 1 Three-Phase / Single Three Total Active Power）	R	119	float
21DA-21DB	Qs1（User 1 Three-Phase / Single Three Total Reactive Power）	R	120	float
21DC-21DD	Ss1（User 1 Three-Phase / Single Three Total Apparent Power）	R	121	float
21DE-21DF	PFs1（User 1 Three-Phase / Single Three Power Factor）	R	122	float
21E0-21E1	Load Characteristic S1（User 1 Three-Phase / Single Three Load Characteristic）	R		float
21E2-21EB	User 2 Measurement	R	Same as User 1 Three-Phase / Single Three 123-126	float
21EC-21F5	User 3 Measurement	R	Same as User 1 Three-Phase / Single Three 127-130	float
21F6-21FF	User 4 Measurement	R	Same as User 1 Three-Phase / Single Three 131-134	float
2200-2209	User 5 Measurement	R	Same as User 1 Three-Phase / Single Three 135-138	float
220A-2213	User 6 Measurement	R	Same as User 1 Three-Phase / Single Three 139-142	float

Energy

The maximum value range is 9 digits, and one decimal point is displayed

Note:0x03 Read，16（0x10）Write – Real-time Energy – Positive Active Energy

Address(H)	Parameters	Property	Data Type	Format Symbol
Incoming Real-time Positive Active Energy
2500-2501	Epin-A Incoming Phase A Real-time Positive Active Energy	R/W	dwod	F4
2502-2503	Epin-B Incoming Phase B Real-time Positive Active Energy	R/W	dwod	F4
2504-2505	Epin-C Incoming Phase C Real-time Positive Active Energy	R/W	dwod	F4
2506-2507	Epin-S Incoming Total Real-time Positive Active Energy	R/W	dwod	F4
2508-2509	Channel 1 Real-time Positive Active Energy	R/W	dwod	F4
250A-250B	Channel 2 Real-time Positive Active Energy	R/W	dword	F4
250C-250D	Channel 3 Real-time Positive Active Energy	R/W	dword	F4
250E-250F	Channel 4 Real-time Positive Active Energy	R/W	dword	F4
2510-2511	Channel 5 Real-time Positive Active Energy	R/W	dword	F4
2512-2513	Channel 6 Real-time Positive Active Energy	R/W	dword	F4
2514-2515	Channel 7 Real-time Positive Active Energy	R/W	dword	F4
2516-2517	Channel 8 Real-time Positive Active Energy	R/W	dword	F4
2518-2519	Channel 9 Real-time Positive Active Energy	R/W	dword	F4
251A-251B	Channel 10 Real-time Positive Active Energy	R/W	dword	F4
251C-251D	Channel 11 Real-time Positive Active Energy	R/W	dword	F4
251E-251F	Channel 12 Real-time Positive Active Energy	R/W	dword	F4
2520-2521	Channel 13 Real-time Positive Active Energy	R/W	dword	F4
2522-2523	Channel 14 Real-time Positive Active Energy	R/W	dword	F4
2514-2525	Channel 15 Real-time Positive Active Energy	R/W	dword	F4
2516-2527	Channel 16 Real-time Positive Active Energy	R/W	dword	F4
2528-2529	Channel 17 Real-time Positive Active Energy	R/W	dword	F4
252A-252B	Channel 18 Real-time Positive Active Energy	R/W	dword	F4
252C-252D	User 1 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4
252E-252F	User 2 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4
2530-2531	User 3 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4
2532-2533	User 4 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4
2534-2535	User 5 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4
2536-2537	User 6 Total Three-Phase /Single Three Real-time Positive Active Energy	R/W	dwod	F4

Address(H)	Parameters	Property	Data Type	Format Symbol
Incoming Reactive Energy
2B00-2B01	Eqin-A Incoming Phase A Reactive Energy	R/W	dwod	F4
2B02-2B03	Eqin-B Incoming Phase B Reactive Energy	R/W	dwod	F4
2B04-2B05	Eqin-C Incoming Phase C Reactive Energy	R/W	dwod	F4
2B06-2B07	Eqin-S Incoming System Reactive Energy	R/W	dwod	F4
18 Channel Single-Phase and 6 Three-Phase / Single Three Reactive Energy
2B08-2B2B	The 1-18 Channel Real-time Reactive Energy	R/W	dwod	F4
2B2C-2B2D	User 1 Real-time System Reactive Energy	R/W	dwod	F4
2B2E-2B37	User 2-User 6 System Reactive Energy	R/W

Address(H)	Parameters	Property	Data Type	Format Symbol
Incoming Apparent Energy
2B38-2B39	Esin-A Incoming Phase A Apparent Energy	R/W	dwod	F4
2B3A-2B3B	Esin-B Incoming Phase B Apparent Energy	R/W	dwod	F4
2B3C-2B3D	Esin-C Incoming Phase C Apparent Energy	R/W	dwod	F4
2B3E-2B3F	Esin-S Incoming System Apparent Energy	R/W	dwod	F4
18 Channel Single-Phase and 6 Three-Phase / Single Three Apparent Energy
2B40-2B63	The 1-18 Channel Real-time Apparent Energy	R/W	dwod	F4
2B64-2B65	User 1 Real-time System Apparent Energy	R/W	dwod	F4
2B66-2B6F	User 2-User 6 System Apparent Energy	R/W

Demand

Address(H)	Parameters	Property	Range	Data Type
Incoming Demand
2D00-2D01	Pin-s-demand cable entry system active demand	R	143	float
2D02-2D03	PinS incoming system active power forecast demand	R	14 4	float
2D04-2D05	Pin-s-demand-max incoming system active power demand peak	R		float
2D06-2D08	Pin-s-time incoming line system active power demand peak moment	R	Year, month, day, hour, minute, second	word
2D09-2D0A	Q in-s-demand incoming system reactive power demand	R	145	float
2D0B-2D0C	Q inS incoming system reactive power forecast demand	R	146	float
2D0D-2D0E	Q in-DEMA-S-max into the line system without power demand peak	R		float
2D0F-2D11	Q in-s-time incoming system reactive power demand peak moment	R	Year, month, day, hour, minute, second	word
2D12-2D13	S in-s-demand incoming system apparent demand	R	147	float
2D14-2D15	S inS line entry system visually predicts demand	R	148	float
2D16-2D17	S in-s-demand-max incoming system apparent peak demand	R		float
2D18-2D1A	S in-s-time incoming line system apparent demand peak moment	R	Year, month, day, hour, minute, second	word
2D1B-2D1C	IL1-demand ( A incoming current demand)	R	149	float
2D1D-2D1E	A forecast demand of incoming current		150	Float
2D1F-2D20	IL1-demand-max ( maximum demand of A incoming current)	R		float
2D21-2D23	IL1-time (the time when the peak current demand of A incoming line occurs)	R	Year, month, day, hour Minutes and seconds	word
2D24-2D25	Pin-A-demand incoming line A active demand	R	151	float
2D26-2D27	PinA incoming line A active demand forecast	R	152	float
2D28-2D29	Pin-A-demand-max incoming line A active demand	R		float
2D2A-2D2C	Pin-A-time incoming line A active power demand peak moment	R	Year, month, day, hour, minute, second	word
2D2D-2D2E	Q in DEMA-A- Line A non- reactive demand	R	153	float
2D2F-2D30	Q INA Line A non- reactive demand prediction	R	154	float
2D31-2D32	Q in max-A-DEMA- Line A non- reactive demand	R		float
2D33-2D35	Q in Time-A- Line A no amount of work required peak time	R	Year, month, day, hour, minute, second	word
2D36-2D37	S in-A-demand incoming line A apparent demand	R	155	float
2D38-2D39	S inA incoming line A apparent forecast demand	R	156	float
2D3A-2D3B	S in-A-demand-max incoming line A apparent demand	R		float
2D3C-2D3E	S in-A-time incoming line A apparent demand peak moment	R	Year, month, day, hour, minute, second	word
2D3F-2D62	Incoming line B demand data		Same as Phase A Demand 157-164
2D63-2D86	Incoming line C demand data		Same as Phase A Demand 165-172
2D87-2DAA	The first 1 channel demand data	R	Same as phase A demand 173-180
2DAB-2DCE	Second 2 -way demand data	R	With the A -phase demand 181-188
2DCF-2DF2	The first 3 -way demand data	R	Same as phase A demand 189-196
2DF3-2E16	The first 4 -way demand data	R	Same as phase A demand 197-204
2E17-2E3A	Of 5 -way demand data	R	Same as phase A demand 205-212
2E3B-2E5E	The first 6 channel demand data	R	Same as phase A demand 213-220
2E5F-2E82	Of 7 channel demand data	R	Same as phase A demand 221-228
2E83-2EA6	The first 8 -way demand data	R	Same as phase A demand 229-236
2EA7-2ECA	Of 9 channel demand data	R	Same as phase A demand 237-244
2ECB-2EEE	The first 10 channel demand data	R	Same as phase A demand 245-252
2EEF-2F12	The first 11 -way demand data	R	Same as Phase A Demand 253-260
2F13-2F36	The first 12 channel demand data	R	Same as Phase A Demand 261-268
2F37-2F5A	The first 13 channel demand data	R	Same as Phase A Demand 269-276
2F5B-2F7E	The first 14 channel demand data	R	Same as Phase A Demand 277-284
2F7F-2FA2	The first 15 channel demand data	R	Same as phase A demand 285-292
2FA3-2FC6	The first 16 channel demand data	R	Same as phase A demand 293-300
2FC7-2FEA	The first 17 channel demand data	R	Same as phase A demand 300-308
2FEB-300E	The first 18 channel demand data	R	Same as phase A demand 309-316
300F-3029	The first one -way three-phase / single three total demand	R	Line with the system demand (demand including active and reactive power demand, depending on the demand) 317 – 322
302A-3044	Second 2 -way three-phase / single three total demand	R	With the first one -way three-phase / single three 323 – 328
3045-305F	The first three -way three-phase / single three total demand	R	With the first one -way three-phase / single three 329 – 334
3060-307A	The 4th three-phase / single three total demand	R	With the first one -way three-phase / single three 335 -2 40
307B-3095	The 5th three-phase / single three total demand	R	With the first one -way three-phase / single three 341 – 346
3096-30B0	The first 6 -way three-phase / single three total demand	R	With the first one -way three-phase / single three 347 – 352

Power Quality

Address	Parameters	Read/Write	Range	Data Type
Incoming Power Quality
3200	Voltage Unbalance	R		word
3201	U1 or U12 Harmonic Distortion THD-U1	R		word
3202	U2 or U23 Harmonic Distortion THD-U2	R		word
3203	U3 or U31 Harmonic Distortion THD-U3	R		word
3204	Average Voltage Harmonic Distortion	R		word
3205	U1 or U12 2nd Harmonic	R		word
3206	U1 or U12 3rd Harmonic	R		word
……	……	R		word
3222	U1 or U12 31st Harmonic	R		word
3223	U2 or U23 2nd Harmonic	R		word
3224	U2 or U23 3rd Harmonic	R		word
……	……	R		word
3240	U2 or U23 31st Harmonic	R		word
3241	U3 or U31 2nd Harmonic	R		word
3242	U3 or U31 3rd Harmonic	R		word
……	……	R		word
325E	U3 or U31 31st Harmonic	R		word
325F	Current Unbalance	R		Word
3260	U1 Odd Harmonic Distortion	R		Word
3261	U1 Even Harmonic Distortion	R		Word
3262	U1 Crest Factor	R		Word
3263	U1 Telephone Harmonic Form Factor	R		Word
3264	U2 Odd Harmonic Distortion	R		Word
3265	U2 Even Harmonic Distortion	R		Word
3266	U2 Crest Factor	R		Word
3267	U2 Telephone Harmonic Form Factor	R		Word
3268	U3 Odd Harmonic Distortion	R		Word
3269	U3 Even Harmonic Distortion	R		Word
326A	U3 Crest Factor	R		Word
326B	U3 Telephone Harmonic Form Factor	R		Word
32A0	Channel 1 Current Odd Harmonic Distortion	R		Word
32A1	Channel 1 Current Even Harmonic Distortion	R		Word
32A2	Channel 1 Current K Factor	R		Word
32A3	Channel 2 Current Odd Harmonic Distortion	R		Word
32A4	Channel 2 Current Even Harmonic Distortion	R		Word
32A5	Channel 2 Current K Factor	R		Word
32A6	Channel 3 Current Odd Harmonic Distortion	R		Word
32A7	Channel 3 Current Even Harmonic Distortion	R		Word
32A8	Channel 3 Current K Factor	R		Word
32A9	Channel 4 Current Odd Harmonic Distortion	R		Word
32AA	Channel 4 Current Even Harmonic Distortion	R		Word
32AB	Channel 4 Current K Factor	R		Word
32AC	Channel 5 Current Odd Harmonic Distortion	R		Word
32AD	Channel 5 Current Even Harmonic Distortion	R		Word
32AE	Channel 5 Current K Factor	R		Word
32AF	Channel 6 Current Odd Harmonic Distortion	R		Word
32B0	Channel 6 Current Even Harmonic Distortion	R		Word
32B1	Channel 6 Current K Factor	R		Word
32B2	Channel 7 Current Odd Harmonic Distortion	R		Word
32B3	Channel 7 Current Even Harmonic Distortion	R		Word
32B4	Channel 7 Current K Factor	R		Word
32B5	Channel 8 Current Odd Harmonic Distortion	R		Word
32B6	Channel 8 Current Even Harmonic Distortion	R		Word
32B7	Channel 8 Current K Factor	R		Word
32B8	Channel 9 Current Odd Harmonic Distortion	R		Word
32B9	Channel 9 Current Even Harmonic Distortion	R		Word
32BA	Channel 9 Current K Factor	R		Word
32BB	Channel 10 Current Odd Harmonic Distortion	R		Word
32BC	Channel 10 Current Even Harmonic Distortion	R		Word
32BD	Channel 10 Current K Factor	R		Word
32BE	Channel 11 Current Odd Harmonic Distortion	R		Word
32BF	Channel 11 Current Even Harmonic Distortion	R		Word
32C0	Channel 11 Current K Factor	R		Word
32C1	Channel 12 Current Odd Harmonic Distortion	R		Word
32C2	Channel 12 Current Even Harmonic Distortion	R		Word
32C3	Channel 12 Current K Factor	R		Word
32C4	Channel 13 Current Odd Harmonic Distortion	R		Word
32C5	Channel 13 Current Even Harmonic Distortion	R		Word
32C6	Channel 13 Current K Factor	R		Word
32C7	Channel 14 Current Odd Harmonic Distortion	R		Word
32C8	Channel 14 Current Even Harmonic Distortion	R		Word
32C9	Channel 14 Current K Factor	R		Word
32CA	Channel 15 Current Odd Harmonic Distortion	R		Word
32CB	Channel 15 Current Even Harmonic Distortion	R		Word
32CC	Channel 15 Current K Factor	R		Word
32CD	Channel 16 Current Odd Harmonic Distortion	R		Word
32CE	Channel 16 Current Even Harmonic Distortion	R		Word
32CF	Channel 16 Current K Factor	R		Word
32D0	Channel 17 Current Odd Harmonic Distortion	R		Word
32D1	Channel 17 Current Even Harmonic Distortion	R		Word
32D2	Channel 17 Current K Factor	R		Word
32D3	Channel 18 Current Odd Harmonic Distortion	R		Word
32D4	Channel 18 Current Even Harmonic Distortion	R		Word
32D5	Channel 18 Current K Factor	R		Word
18 Single-Phase Data
3300	Channel 1 Current THD-I1	R		word
3301	Channel 1 Current 2nd Harmonic	R		word
……	……	R		word
331E	Channel 1 Current 31st Harmonic	R		word
331F-333D	Channel 2 Current Harmonic Data	R	Same as Channel 1	word
333E-335C	Channel 3 Current Harmonic Data	R	Same as Channel 1	word
335D-337B	Channel 4 Current Harmonic Data	R	Same as Channel 1	word
337C-339A	Channel 5 Current Harmonic Data	R	Same as Channel 1	word
339B-33B9	Channel 6 Current Harmonic Data	R	Same as Channel 1	word
33BA-33D8	Channel 7 Current Harmonic Data	R	Same as Channel 1	word
33D9-33F7	Channel 8 Current Harmonic Data	R	Same as Channel 1	word
33F8-3416	Channel 9 Current Harmonic Data	R	Same as Channel 1	word
3417-3435	Channel 10 Current Harmonic Data	R	Same as Channel 1	word
3436-3454	Channel 11 Current Harmonic Data	R	Same as Channel 1	word
3455-3473	Channel 12 Current Harmonic Data	R	Same as Channel 1	word
3474-3492	Channel 13 Current Harmonic Data	R	Same as Channel 1	word
3493-34B1	Channel 14 Current Harmonic Data	R	Same as Channel 1	word
34B2-34D0	Channel 15 Current Harmonic Data	R	Same as Channel 1	word
34D1-34EF	Channel 16 Current Harmonic Data	R	Same as Channel 1	word
34F0-350E	Channel 17 Current Harmonic Data	R	Same as Channel 1	word
350F-352D	Channel 18 Current Harmonic Data	R	Same as Channel 1	word
6 Three-Phase/Single-Three Data
352E	User 1 Three-Phase/Single Three Current Unbalance	R		word
352F	User 2 Three-Phase/Single Three Current Unbalance	R		word
3530	User 3 Three-Phase/Single Three Current Unbalance	R		word
3531	User 4 Three-Phase/Single Three Current Unbalance	R		word
3532	User 5 Three-Phase/Single Three Current Unbalance	R		word
3533	User 6 Three-Phase/Single Three Current Unbalance	R		word

Alarm Log

Address (H)	Parameters	Property	Range	Data Type
3700	Alarm status of currently read record	R		integer
3701	The serial number of the parameter currently being read	R	0- 352	integer
3702	The current reading recorded -limit or restore the parameters values	R		integer
3703-3709	Occurrence time of current read record	R	Year, month, day, hour, minute, second, millisecond	integer
370A	Group number of the latest alarm record	R	1- 2 0 , 0 means no alarm record	integer
370B	Alarm record number currently read	R/W	1- 2 0 , other values are invalid	integer
370CH~3715H	First . 1 Article alarm log (record format with the current read)	R	The format is the same as the current reading record
3716H~371FH	Article 2 Alarm record (the format is the same as the current reading record)	R	The format is the same as the current reading record
3720H~37D3	Of 3 ~ section 20 is Article alarm records

Alarm status: the high byte indicates the alarm channel number 1-10 , the low byte bit0 is 1 indicates that the alarm is generated, and 0 indicates that the alarm is restored Only one alarm record can be read at a time, by reading the setting of (current reading alarm record number)

System Event

Address (H)	Parameters	Property	Range	Data Type	Format Symbol
3800-3805	The time when the current system event record was read	R	Year, month, day, hour, minute, second	word	F3
3806	Event ID currently reading the system event record		1-16 Indicates 1-16 events	word	F1
3807	The latest event record group number		1-100 , 0 means no	word	F1
3808	The record number of the currently read event	R/W	1-100 , other values are invalid	word	F1
6000H~6006H	Article 1 System Event Record (The format is the same as the current read system event record )	R	(The format is the same as the current reading system event record )
6007H~62BBH	Of 2 Article ~ section 100 Article System Event Log (reading system event format with the current record)	R	(The format is the same as the current reading system event record )

AcuRev 1310 Modbus Map

System Parameter Settings

System Settings: 03H Read, 10H Write
Address(H)	Address(D)	Parameter	Range	Default	Data Type	Access Property
200H	512	Meter Address	1-247	1	Word	R/W
201H	513	RS485 Baud Rate	1200-38400	19200	Word	R/W
202H	514	RS485 Parity Setting	0: Even 1: Odd 2: Non2 3: Non1	3	Word	R/W
203H	515	Energy Pulse Output Type	0: Active Energy 1: Reactive Energy	0	Word	R/W
204H	516	Demand Calculation Method	0: Sliding Window 1: Fixed Window 2: Rolling Window 3: Thermal	0	Word	R/W
205H	517	Demand Calculation Period	1-30 minutes	15	Word	R/W
206H	518	Demand Calculation Slipping Time	1-30 minutes	1	Word	R/W
207H	519	Reactive Power Calculation Method	0: True 1: General	0	Word	R/W
208H	520	VAR/PF Convention	0: IEC 1: IEEE	0	Word	R/W
209H	521	Sealed Parameters Selection	Bit0: TOU is sealed or not Bit1: Communication Bit2: Run-time and Load-time Bit3-Bit5: 0 1: Valid 0: Invalid	0	Word	R/W
20AH	522	Communication Revise Operation Authority	0x02: Meter Reset, Event Reset, write Energy Data 0x04: write Data(except Energy Data), Demand Peak reset NOTE:Register Revise requires correct password, otherwise invalid	0	Word	R/W
20BH	523	Password	0000-9999 NOTE: Used for revise Communication Operation Authority	0	Word	W
20CH	524	New Password	0000-9999 NOTE: To get new password the current password is required, otherwise incorrect current password is invalid		Word	W
20DH	525	Meter Data Reset	Bit0: Reset Demand Record Bit1: Reset Event Record Bit2: Reset System Event Record Bit3: Reset Meter Opening Record Bit4: Reset Demand Event Bit5: Reset Alarm Event Bit6: Reset Meter Operation Time Bit7: Reset Time of Meter Operation with Load Bit8: Reset Meter Record (Reset energy, record, demand peak and happening time record, system event record, etc) 0: Reset 1: No Reset NOTE:reset not valid without Communication Revise Operation Authority		Word	W
20EH	526	Optional Display Symbol 1
20FH	527	Optional Display Symbol 2
210H	528	Parameter Measurement Side	0: Primary Side 1: Secondary Side	0	Word	R/W
211H	529	Wiring Mode	0: 3LN 1: 2LL 2: 1LL 3: 1LN	0	Word	R/W
212H	530	CT2	1: 1A 5: 5A 100: RCT 200: 333mV		Word	R/W
213H	531	CT1	1-50000/5-50000	5	Word	R/W
214H	532	CTN Value	1-50000/5-50000	5	Word	R/W
215H	533	PT2	50.0-400.0	220.0	Word	R/W
216H-217H	534-535	PT1	50.0-999999.9	220.0	Word	R/W
218H	536	Energy Pulse Constant	1-60000	5000	Word	R/W
219H	537	Energy Pulse Width	20-100ms	100	Word	R/W
21AH	538	Energy Display Decimal	0-3	2	Word	R/W
21BH	539	Relay Operating Mode	0: Relay Control 1: Alarm Output	1	Word	R/W

Confirm system parameter settings

Clock Settings

Clock Parameter: 03H Read, 10H Write
Address (H)	Address (D)	Parameter Description	Range	Default	Data Type	Access Property
300H	768	Clock: year	2000-2099	2000	Word	R/W
301H	769	Clock: month	1-12	1	Word	R/W
302H	770	Clock: date	1-31	1	Word	R/W
303H	771	Clock: hour	0-23	0	Word	R/W
304H	772	Clock: minute	0-59	0	Word	R/W
305H	773	Clock: second	0-59	0	Word	R/W
306H	774	Week	0-6 0: Sunday 1: Monday 2: Tuesday 3: Wednesday 4: Thursday 5: Friday 6: Saturday	6	Word	R/W
310H-311H	784-785	Run time	0-999999999		Dword	R/W
312H-313H	786-787	Load Time	0-999999999		Dword	R/W

Meter Running State Display

Meter Running State: 03H Read
Address (H)	Address (D)	Parameter Description	Range	Data Type	Access Property
100H	256	Result of Wiring Check	Refer to table 4.2 of section 4.7 in AcuRev 1310 User Manual	Word	R
101H	257	Seal Status	0x0A: Seal Sealed Other: Seal Opened	Word	R

Real Time Parameters

Real Time Parameters: 03H Read
Address (H)	Address (D)	Symbol	Parameter Description	Range	Primary Mode	Secondary Mode	Property	Data Type	Access Property
2000H-2001H	8192-8193	Iavg	Average Current		I=Rx	I=Rx*(CT1/CT2)	A	Float	R
2002H-2003H	8194-8195	I1	Phase A Current		I=Rx	I=Rx*(CT1/CT2)	A	Float	R
2004H-2005H	8196-8197	I2	Phase B Current		I=Rx	I=Rx*(CT1/CT2)	A	Float	R
2006H-2007H	8198-8199	I3	Phase C Current		I=Rx	I=Rx*(CT1/CT2)	A	Float	R
2008H-2009H	8200-8201	Vavg	Average Phase Voltage		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
200AH-200BH	8202-8203	V1	Phase 1 Voltage		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
200CH-200DH	8204-8205	V2	Phase 2 Voltage		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
200EH-200FH	8206-8207	V3	Phase 3 Voltage		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
2010H-2011H	8208-8209	Vlavg	Average Line Voltage		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
2012H-2013H	8210-8211	V12	Line Voltage 1-2		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
2014H-2015H	8212-8213	V23	Line Voltage 2-3		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
2016H-2017H	8214-8215	V31	Line Voltage 3-1		U=Rx	U=Rx*(PT1/PT2)	V	Float	R
2018H-2019H	8216-8217	F	Frequency		F=Rx	F=Rx	Hz	Float	R
201AH-201BH	8218-8219	Psum	Total System Power		P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
201CH-201DH	8220-8221	Pa	Phase A Power		P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
201EH-201FH	8222-8223	Pb	Phase B Power		P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
2020H-2021H	8224-8225	Pc	Phase C Power		P=Rx/1000	P=[Rx(PT1/PT2)(CT1/CT2)]/1000	kW	Float	R
2022H-2023H	8226-8227	Ssum	Total Apparent Power		S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
2024H-2025H	8228-8229	Sa	Phase A Apparent Power		S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
2026H-2027H	8230-8231	Sb	Phase B Apparent Power		S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
2028H-2029H	8232-8233	Sc	Phase C Apparent Power		S=Rx/1000	S=[Rx(PT1/PT2)(CT1/CT2)]/1000	kVA	Float	R
202AH-202BH	8234-8235	Qsum	Total Reactive Power		Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
202CH-202DH	8236-8237	Qa	Phase A Reactive Power		Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
202EH-202FH	8238-8239	Qb	Phase B Reactive Power		Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
2030H-2031H	8240-8241	Qc	Phase C Reactive Power		Q=Rx/1000	Q=[Rx(PT1/PT2)(CT1/CT2)]/1000	kvar	Float	R
2032H-2033H	8242-8243	PFsum	Total Power Factor		PF=Rx	PF=Rx		Float	R
2034H-2035H	8244-8245	PFa	Phase A Power Factor		PF=Rx	PF=Rx		Float	R
2036H-2037H	8246-8247	PFb	Phase B Power Factor		PF=Rx	PF=Rx		Float	R
2038H-2039H	8248-8249	PFc	Phase C Power Factor		PF=Rx	PF=Rx		Float	R
1200H-1201H	4608-4609	In	Neutral Current		I=Rx	I=Rx	A	Float	R
1206H-1207H	4614-4615	LC	Load Characteristic	67.0(C) 76.0(L) 82.0(R)	67.0(C) 76.0(L) 82.0(R)	67.0(C) 76.0(L) 82.0(R)		Float	R

Energy Parameters

Energy Parameters: 03H Read, 10H Write
Address (H)	Address (D)	Symbol	Parameter Description	Range	Property	Data Type	Access Property
2046H-2047H	8262-8263	Ep_Exp	Generated Energy	0-999999999 kWh	kWh	Dword	R/W
2048H-2049H	8264-8265	Epa_Exp	Phase A Generated Energy	0-999999999 kWh	kWh	Dword	R/W
204AH-204BH	8266-8267	Epb_Exp	Phase B Generated Energy	0-999999999 kWh	kWh	Dword	R/W
204CH-204DH	8268-8269	Epc_Exp	Phase C Generated Energy	0-999999999 kWh	kWh	Dword	R/W
204EH-204FH	8270-8271	Ep_Imp	Consumed Energy	0-999999999 kWh	kWh	Dword	R/W
2050H-2051H	8272-8273	Epa_Imp	Phase A Consumed Energy	0-999999999 kWh	kWh	Dword	R/W
2052H-2053H	8274-8275	Epb_Imp	Phase B Consumed Energy	0-999999999 kWh	kWh	Dword	R/W
2054H-2055H	8276-8277	Epc_Imp	Phase C Consumed Energy	0-999999999 kWh	kWh	Dword	R/W
2056H-2057H	8278-8279	Es_Exp	Generated Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
2058H-2059H	8280-8281	Esa_Exp	Phase A Generated Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
205AH-205BH	8282-8283	Esb_Exp	Phase B Generated Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
205CH-205DH	8284-8285	Esc_Exp	Phase C Generated Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
205EH-205FH	8286-8287	Es_Imp	Consumed Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
2060H-2061H	8288-8289	Esa_Imp	Phase A Consumed Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
2062H-2063H	8290-8291	Esb_Imp	Phase B Consumed Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
2064H-2065H	8292-8293	Esc_Imp	Phase C Consumed Apparent Energy	0-999999999 kVAh	kVAh	Dword	R/W
2066H-2067H	8294-8295	Eq_Imp_Q1	Consumed Reactive Energy Q1	0-999999999 kvarh	kvarh	Dword	R/W
2068H-2069H	8296-8297	Eqa_Imp_Q1	Phase A Consumed Reactive Energy Q1	0-999999999 kvarh	kvarh	Dword	R/W
206AH-206BH	8298-8299	Eqb_Imp_Q1	Phase B Consumed Reactive Energy Q1	0-999999999 kvarh	kvarh	Dword	R/W
206CH-206DH	8300-8301	Eqc_Imp_Q1	Phase C Consumed Reactive Energy Q1	0-999999999 kvarh	kvarh	Dword	R/W
206EH-206FH	8302-8303	Eq_Imp_Q2	Consumed Reactive Energy Q2	0-999999999 kvarh	kvarh	Dword	R/W
2070H-2071H	8304-8305	Eqa_Imp_Q2	Phase A Consumed Reactive Energy Q2	0-999999999 kvarh	kvarh	Dword	R/W
2072H-2073H	8306-8307	Eqb_Imp_Q2	Phase B Consumed Reactive Energy Q2	0-999999999 kvarh	kvarh	Dword	R/W
2074H-2075H	8308-8309	Eqc_Imp_Q2	Phase C Consumed Reactive Energy Q2	0-999999999 kvarh	kvarh	Dword	R/W
2076H-2077H	8310-8311	Eq_Imp_Q3	Consumed Reactive Energy Q2	0-999999999 kvarh	kvarh	Dword	R/W
2078H-2079H	8312-8313	Eqa_Imp_Q3	Phase A Consumed Reactive Energy Q3	0-999999999 kvarh	kvarh	Dword	R/W
207AH-207BH	8314-8315	Eqb_Imp_Q3	Phase B Consumed Reactive Energy Q3	0-999999999 kvarh	kvarh	Dword	R/W
207CH-207DH	8316-8317	Eqc_Imp_Q3	Phase C Consumed Reactive Energy Q3	0-999999999 kvarh	kvarh	Dword	R/W
207EH-207FH	8318-8319	Eq_Imp_Q4	Consumed Reactive Energy Q4	0-999999999 kvarh	kvarh	Dword	R/W
2080H-2081H	8320-8321	Eqa_Imp_Q4	Phase A Consumed Reactive Energy Q4	0-999999999 kvarh	kvarh	Dword	R/W
2082H-2083H	8322-8323	Eqb_Imp_Q4	Phase B Consumed Reactive Energy Q4	0-999999999 kvarh	kvarh	Dword	R/W
2084H-2085H	8324-8325	Eqc_Imp_Q4	Phase C Consumed Reactive Energy Q4	0-999999999 kvarh	kvarh	Dword	R/W

TOU Energy Registers

TOU Parameters: 03H Read; 10H to Write
Address (H)	Address (D)	Parameter Description	Range	Default	Property	Data Type	Access Property
Current Energy
1300H-1301H	4864-4865	Total Active Energy	0-999999999		kWh	Int32	R/W
1302H-1303H	4866-4867	Total Active Energy Tariff 1	0-999999999		kWh	Int32	R/W
1304H-1305H	4868-4869	Total Active Energy Tariff 2	0-999999999		kWh	Int32	R/W
1306H-1307H	4870-4871	Total Active Energy Tariff 3	0-999999999		kWh	Int32	R/W
1308H-1309H	4872-4873	Total Active Energy Tariff 4	0-999999999		kWh	Int32	R/W
130AH-130BH	4874-4875	Net Active Energy	-999999999~+999999999		kWh	Int32	R/W
130CH-130DH	4876-4877	Net Active Energy Tariff 1	-999999999~+999999999		kWh	Int32	R/W
130EH-130FH	4878-4879	Net Active Energy Tariff 2	-999999999~+999999999		kWh	Int32	R/W
1310H-1311H	4880-4881	Net Active Energy Tariff 3	-999999999~+999999999		kWh	Int32	R/W
1312H-1313H	4882-4883	Net Active Energy Tariff 4	-999999999~+999999999		kWh	Int32	R/W
1314H-1315H	4884-4885	Imported Active Energy tariff 1	0~+999999999		kWh	Int32	R/W
1316H-1317H	4886-4887	Imported Active Energy tariff 2	0~+999999999		kWh	Int32	R/W
1318H-1319H	4888-4889	Imported Active Energy tariff 3	0~+999999999		kWh	Int32	R/W
131AH-131BH	4890-4891	Imported Active Energy tariff 4	0~+999999999		kWh	Int32	R/W
131CH-131DH	4892-4893	Exported Active Energy tariff 1	0~+999999999		kWh	Int32	R/W
131EH-131FH	4894-4895	Exported Active Energy tariff 2	0~+999999999		kWh	Int32	R/W
1320H-1321H	4896-4897	Exported Active Energy tariff 3	0~+999999999		kWh	Int32	R/W
1322H-1323H	4898-4899	Exported Active Energy tariff 4	0~+999999999		kWh	Int32	R/W
1324H-1325H	4900-4901	Total Reactive Energy Imported	0~+999999999		kWh	Int32	R/W
1325H-1327H	4902-4903	Total Reactive Energy Imported tariff 1	0~+999999999		kWh	Int32	R/W
1328H-1329H	4904-4905	Total Reactive Energy Imported tariff 2	0~+999999999		kWh	Int32	R/W
132AH-132BH	4906-4907	Total Reactive Energy Imported tariff 3	0~+999999999		kWh	Int32	R/W
132CH-132DH	4908-4909	Total Reactive Energy Imported tariff 4	0~+999999999		kWh	Int32	R/W
132EH-132FH	4910-4911	Total Reactive Energy Exported	0~+999999999		kWh	Int32	R/W
1330H-1331H	4912-4913	Exported Reactive Energy tariff 1	0~+999999999		kWh	Int32	R/W
1332H-1333H	4914-4915	Exported Reactive Energy tariff 2	0~+999999999		kWh	Int32	R/W
1334H-1335H	4916-4917	Exported Reactive Energy tariff 3	0~+999999999		kWh	Int32	R/W
1335H-1337H	4918-4919	Exported Reactive Energy tariff 4	0~+999999999		kWh	Int32	R/W
1338H-1339H	4920-4921	Total Reactive Energy	0~+999999999		kWh	Int32	R/W
133AH-133BH	4922-4923	Total Reactive Energy tariff 1	0~+999999999		kWh	Int32	R/W
133CH-133DH	4924-4925	Total Reactive Energy tariff 2	0~+999999999		kWh	Int32	R/W
133EH-133FH	4926-4927	Total Reactive Energy tariff 3	0~+999999999		kWh	Int32	R/W
1340H-1301H	4928-4929	Total Reactive Energy tariff 4	0~+999999999		kWh	Int32	R/W
1342H-1343H	4930-4931	Net Reactive Energy	-999999999~+999999999		kWh	Int32	R/W
1344H-1345H	4932-4933	Net Reactive Energy tariff 1	-999999999~+999999999		kWh	Int32	R/W
1345H-1347H	4934-4935	Net Reactive Energy tariff 2	-999999999~+999999999		kWh	Int32	R/W
1348H-1349H	4936-4937	Net Reactive Energy tariff 3	-999999999~+999999999		kWh	Int32	R/W
134AH-134BH	4938-4939	Net Reactive Energy tariff 4	-999999999~+999999999		kWh	Int32	R/W
134CH-134DH	4940-4941	Total Reactive Energy Imported Q1 tariff 1	0~+999999999		kWh	Int32	R/W
134EH-134FH	4942-4943	Total Reactive Energy Imported Q1 tariff 2	0~+999999999		kWh	Int32	R/W
1350H-1351H	4944-4945	Total Reactive Energy Imported Q1 tariff 3	0~+999999999		kWh	Int32	R/W
1352H-1353H	4946-4947	Total Reactive Energy Imported Q1 tariff 4	0~+999999999		kWh	Int32	R/W
1354H-1355H	4948-4949	Total Reactive Energy Imported Q2 tariff 1	0~+999999999		kWh	Int32	R/W
1355H-1357H	4950-4951	Total Reactive Energy Imported Q2 tariff 2	0~+999999999		kWh	Int32	R/W
1358H-1359H	4952-4953	Total Reactive Energy Imported Q2 tariff 3	0~+999999999		kWh	Int32	R/W
135AH-135BH	4954-4955	Total Reactive Energy Imported Q2 tariff 4	0~+999999999		kWh	Int32	R/W
135CH-135DH	4956-4957	Total Reactive Energy Exported Q3 tariff 1	0~+999999999		kWh	Int32	R/W
135EH-135FH	4958-4959	Total Reactive Energy Exported Q3 tariff 2	0~+999999999		kWh	Int32	R/W
1360H-1361H	4960-4961	Total Reactive Energy Exported Q3 tariff 3	0~+999999999		kWh	Int32	R/W
1362H-1363H	4962-4963	Total Reactive Energy Exported Q3 tariff 4	0~+999999999		kWh	Int32	R/W
1364H-1365H	4964-4965	Total Reactive Energy Exported Q4 tariff 1	0~+999999999		kWh	Int32	R/W
1365H-1367H	4966-4967	Total Reactive Energy Exported Q4 tariff 2	0~+999999999		kWh	Int32	R/W
1368H-1369H	4968-4969	Total Reactive Energy Exported Q4 tariff 3	0~+999999999		kWh	Int32	R/W
136AH-136BH	4970-4971	Total Reactive Energy Exported Q4 tariff 4	0~+999999999		kWh	Int32	R/W

Energy Monthly Display Data

Energy Monthly Parameters: 03H Read; 10H to Write
Address (H)	Address(D)	Parameter Description	Range	Default	Property	Data Type	Access Property
Prior Month Accumulated Energy Data
1400H-1401H	5120-5121	Total Active Energy Imported	0-999999999		kWh	Dword	R
1402H-1403H	5122-5123	Total Active Energy Imported in phase A	0-999999999		kWh	Dword	R
1404H-1405H	5124-5125	Total Active Energy Imported in phase B	0-999999999		kWh	Dword	R
1405H-1407H	5126-5127	Total Active Energy Imported in phase C	0-999999999		kWh	Dword	R
1408H-1409H	5128-5129	Total Active Energy Imported tariff 1	0-999999999		kWh	Dword	R
140AH-140BH	5130-5131	Total Active Energy Imported tariff 2	0-999999999		kWh	Dword	R
140CH-140DH	5132-5133	Total Active Energy Imported tariff 3	0-999999999		kWh	Dword	R
140EH-140FH	5134-5135	Total Active Energy Imported tariff 4	0-999999999		kWh	Dword	R
1410H-1411H	5136-5137	Total Active Energy Exported	0-999999999		kWh	Dword	R
1412H-1413H	5138-5139	Total Active Energy Exported in phase A	0-999999999		kWh	Dword	R
1414H-1415H	5140-5141	Total Active Energy Exported in phase B	0-999999999		kWh	Dword	R
1415H-1417H	5142-5143	Total Active Energy Exported in phase C	0-999999999		kWh	Dword	R
1418H-1419H	5144-5145	Total Active Energy Exported tariff 1	0-999999999		kWh	Dword	R
141AH-141BH	5146-5147	Total Active Energy Exported tariff 2	0-999999999		kWh	Dword	R
141CH-141DH	5148-5149	Total Active Energy Exported tariff 3	0-999999999		kWh	Dword	R
141EH-141FH	5150-5151	Total Active Energy Exported tariff 4	0-999999999		kWh	Dword	R
1420H-1421H	5152-5153	Total Active Energy	0-999999999		kWh	Dword	R
1422H-1423H	5154-5155	Total Active Energy tariff 1	0-999999999		kWh	Dword	R
1424H-1425H	5156-5157	Total Active Energy tariff 2	0-999999999		kWh	Dword	R
1425H-1427H	5158-5159	Total Active Energy tariff 3	0-999999999		kWh	Dword	R
1428H-1429H	5160-5161	Total Active Energy tariff 4	0-999999999		kWh	Dword	R
142AH-142BH	5162-5163	Net Active Energy	-999999999~+999999999		kWh	Dword	R
142CH-142DH	5164-5165	Net Active Energy tariff 1	-999999999~+999999999		kWh	Dword	R
142EH-142FH	5166-5167	Net Active Energy tariff 2	-999999999~+999999999		kWh	Dword	R
1430H-1431H	5168-5169	Net Active Energy tariff 3	-999999999~+999999999		kWh	Dword	R
1432H-1433H	5170-5171	Net Active Energy tariff 4	-999999999~+999999999		kWh	Dword	R
1434H-1435H	5172-5173	Total Reactive energy Imported Q1	0-999999999		kWh	Dword	R
1435H-1437H	5174-5175	Total Reactive energy Imported Q1 in phase A	0-999999999		kWh	Dword	R
1438H-1439H	5176-5177	Total Reactive energy Imported Q1 in phase B	0-999999999		kWh	Dword	R
143AH-143BH	5178-5179	Total Reactive energy Imported Q1 in phase C	0-999999999		kWh	Dword	R
143CH-143DH	5180-5181	Total Reactive energy Imported Q1 tariff 1	0-999999999		kWh	Dword	R
143EH-143FH	5182-5183	Total Reactive energy Imported Q1 tariff 2	0-999999999		kWh	Dword	R
1440H-1441H	5184-5185	Total Reactive energy Imported Q1 tariff 3	0-999999999		kWh	Dword	R
1442H-1443H	5186-5187	Total Reactive energy Imported Q1 tariff 4	0-999999999		kWh	Dword	R
1444H-1445H	5188-5189	Total Reactive energy Imported Q2	0-999999999		kWh	Dword	R
1445H-1447H	5190-5191	Total Reactive energy Imported Q2 phase A	0-999999999		kWh	Dword	R
1448H-1449H	5192-5193	Total Reactive energy Imported Q2 phase B	0-999999999		kWh	Dword	R
144AH-144BH	5194-5195	Total Reactive energy Imported Q2 phase C	0-999999999		kWh	Dword	R
144CH-144DH	5196-5197	Total Reactive energy Imported Q2 tariff 1	0-999999999		kWh	Dword	R
144EH-144FH	5198-5199	Total Reactive energy Imported Q2 tariff 2	0-999999999		kWh	Dword	R
1450H-1451H	5200-5201	Total Reactive energy Imported Q2 tariff 3	0-999999999		kWh	Dword	R
1452H-1453H	5202-5203	Total Reactive energy Imported Q2 tariff 4	0-999999999		kWh	Dword	R
1454H-1455H	5204-5205	Total Reactive energy Exported Q3	0-999999999		kWh	Dword	R
1455H-1457H	5206-5207	Total Reactive energy Exported Q3 phase A	0-999999999		kWh	Dword	R
1458H-1459H	5208-5209	Total Reactive energy Exported Q3 phase B	0-999999999		kWh	Dword	R
145AH-145BH	5210-5211	Total Reactive energy Exported Q3 phase C	0-999999999		kWh	Dword	R
145CH-145DH	5212-5213	Total Reactive energy Exported Q3 tariff 1	0-999999999		kWh	Dword	R
145EH-145FH	5214-5215	Total Reactive energy Exported Q3 tariff 2	0-999999999		kWh	Dword	R
1460H-1461H	5216-5217	Total Reactive energy Exported Q3 tariff 3	0-999999999		kWh	Dword	R
1462H-1463H	5218-5219	Total Reactive energy Exported Q3 tariff 4	0-999999999		kWh	Dword	R
1464H-1465H	5220-5221	Total VAR-hours Exported energy d Q4	0-999999999		kWh	Dword	R
1465H-1467H	5222-5223	Total Reactive energy Exported Q4 phase A	0-999999999		kWh	Dword	R
1468H-1469H	5224-5225	Total Reactive energy Exported Q4 phase B	0-999999999		kWh	Dword	R
146AH-146BH	5226-5227	Total Reactive energy Exported Q4 phase C	0-999999999		kWh	Dword	R
146CH-146DH	5228-5229	Total Reactive energy Exported Q4 tariff 1	0-999999999		kWh	Dword	R
146EH-146FH	5230-5231	Total Reactive energy Exported Q4 tariff 2	0-999999999		kWh	Dword	R
1470H-1471H	5232-5233	Total Reactive energy Exported Q4 tariff 3	0-999999999		kWh	Dword	R
1472H-1473H	5234-5235	Total Reactive energy Exported Q4 tariff 4	0-999999999		kWh	Dword	R
1474H-1475H	5236-5237	Total Reactive energy Imported	0-999999999		kWh	Dword	R
1475H-1477H	5238-5239	Total Reactive energy Imported tariff 1	0-999999999		kWh	Dword	R
1478H-1479H	5240-5241	Total Reactive energy Imported tariff 2	0-999999999		kWh	Dword	R
147AH-147BH	5242-5243	Total Reactive energy Imported tariff 3	0-999999999		kWh	Dword	R
147CH-147DH	5244-5245	Total Reactive energy Imported tariff 4	0-999999999		kWh	Dword	R
147EH-147FH	5246-5247	Total Reactive energy Exported	0-999999999		kWh	Dword	R
1480H-1481H	5248-5249	Total Reactive energy Exported tariff 1	0-999999999		kWh	Dword	R
1482H-1483H	5250-5251	Total Reactive energy Exported tariff 2	0-999999999		kWh	Dword	R
1484H-1485H	5252-5253	Total Reactive energy Exported tariff 3	0-999999999		kWh	Dword	R
1485H-1487H	5254-5255	Total Reactive energy Exported tariff 4	0-999999999		kWh	Dword	R
1488H-1489H	5256-5257	Total Reactive Energy	0-999999999		kWh	Dword	R
148AH-148BH	5258-5259	Total Reactive Energy tariff 1	0-999999999		kWh	Dword	R
148CH-148DH	5260-5261	Total Reactive Energy tariff 2	0-999999999		kWh	Dword	R
148EH-148FH	5262-5263	Total Reactive Energy tariff 3	0-999999999		kWh	Dword	R
1490H-1491H	5264-5265	Total Reactive Energy tariff 4	0-999999999		kWh	Dword	R
1492H-1493H	5266-5267	Net Reactive Energy	-999999999~+999999999		kWh	Dword	R
1494H-1495H	5268-5269	Net Reactive Energy tariff 1	-999999999~+999999999		kWh	Dword	R
1495H-1497H	5270-5271	Net Reactive Energy tariff 2	-999999999~+999999999		kWh	Dword	R
1498H-1499H	5272-5273	Net Reactive Energy tariff 3	-999999999~+999999999		kWh	Dword	R
149AH-149BH	5274-5275	Net Reactive Energy tariff 4	-999999999~+999999999		kWh	Dword	R
149CH-149DH	5276-5277	Total Apparent Energy Imported	0-999999999		kWh	Dword	R
149EH-149FH	5278-5279	Total Apparent Energy Imported phase A	0-999999999		kWh	Dword	R
14A0H-14A1H	5260-5281	Total Apparent Energy Imported phase B	0-999999999		kWh	Dword	R
14A2H-14A3H	5282-5283	Total Apparent Energy Imported phase C	0-999999999		kWh	Dword	R
14A4H-14A5H	5284-5285	Total Apparent Energy Exported	0-999999999		kWh	Dword	R
14A5H-14A7H	5286-5287	Total Apparent Energy Exported phase A	0-999999999		kWh	Dword	R
14A8H-14A9H	5288-5289	Total Apparent Energy Exported phase B	0-999999999		kWh	Dword	R
14AAH-14ABH	5290-5291	Total Apparent Energy Exported phase C	0-999999999		kWh	Dword	R
Prior Two-month Accumulated Energy Data
1500H-15ABH	5376-5547	The same as in Prior Month Accumulated Energy Data

Demand Registers

Toggle Content

Demand Parameters: 03H Read
Address (H)	Address(D)	Parameter Description	Range	Default	Data Type	Access Property
1208H-1209H	4616-4617	System Active Power Demand			Float	R
120AH-120BH	4618-4619	System Reactive Power Demand			Float	R
120CH-120DH	4620-4621	System Apparent Power Demand			Float	R
120EH-120FH	4622-4623	Phase A Current Demand			Float	R
1210H-1211H	4624-4625	Phase B Current Demand			Float	R
1212H-1213H	4626-4627	Phase C Current Demand			Float	R
1214H-1215H	4628-4629	System Active Power Demand Prediction			Float	R
1216H-1217H	4630-4631	System Reactive Power Demand Prediction			Float	R
1218H-1219H	4632-4633	System Apparent Power Demand Prediction			Float	R
121AH-121BH	4634-4635	Phase A Current Demand			Float	R
121CH-121DH	4636-4637	Phase B Current Demand			Float	R
121EH-121FH	4638-4639	Phase C Current Demand			Float	R

Demand Peak

Demand Peak: 03H Read
Address (H)	Address (D)	Parameter Description	Range	Default	Data Type	Access Property
1600H-1601H	5632-5633	Total Imported Active Power Demand Peak	xx.xxxx kW		Float	R
1602H-1604H	5634-5636	Total Imported Active Power Demand Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1605H-1606H	5637-5638	Imported Active Power Demand 1 Peak	xx.xxxx kW		Float	R
1607H-1609H	5639-5641	Imported Active Power Demand 1 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
160AH-160BH	5642-5643	Imported Active Power Demand 2 Peak	xx.xxxx kW		Float	R
160CH-160EH	5644-5646	Imported Active Power Demand 2 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
160FH-1610H	5647-5648	Imported Active Power Demand 3 Peak	xx.xxxx kW		Float	R
1611H-1613H	5649-5651	Imported Active Power Demand 3 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1614H-1615H	5652-5653	Imported Active Power Demand 4 Peak	xx.xxxx kW		Float	R
1616H-1618H	5654-5656	Imported Active Power Demand 4 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1619H-161AH	5657-5658	Total Exported Active Power Demand Peak	xx.xxxx kW		Float	R
161BH-161CH	5659-5661	Total Exported Active Power Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
161DH-161EH	5662-5663	Exported Active Power Demand 1 Peak	xx.xxxx kW		Float	R
161FH-1621H	5664-5666	Exported Active Power Demand 1 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1622H-1623H	5667-5668	Exported Active Power Demand 2 Peak	xx.xxxx kW		Float	R
1624H-1626H	5669-5671	Exported Active Power Demand 2 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1627H-1628H	5672-5673	Exported Active Power Demand 3 Peak	xx.xxxx kW		Float	R
1629H-162BH	5674-5676	Exported Active Power Demand 3 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
162CH-162DH	5677-5678	Exported Active Power Demand 4 Peak	xx.xxxx kW		Float	R
162EH-1630H	5679-5681	Exported Active Power Demand 4 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1631H-1632H	5682-5683	Total Imported Reactive Power Demand Peak	xx.xxxx kW		Float	R
1633H-1635H	5684-5686	Total Imported Reactive Power Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1636H-1637H	5687-5688	Imported Reactive Power Demand 1 Peak	xx.xxxx kW		Float	R
1638H-163AH	5689-5691	Imported Reactive Power Demand 1 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
163BH-163CH	5692-5693	Imported Reactive Power Demand 2 Peak	xx.xxxx kW		Float	R
163DH-163FH	5694-5696	Imported Reactive Power Demand 2 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1640H-1641H	5697-5698	Imported Reactive Power Demand 3 Peak	xx.xxxx kW		Float	R
1642H-1644H	5699-5701	Imported Reactive Power Demand 3 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1645H-1646H	5702-5703	Imported Reactive Power Demand 4 Peak	xx.xxxx kW		Float	R
1647H-1649H	5704-5706	Imported Reactive Power Demand 4 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
164AH-164BH	5707-5708	Total Exported Reactive Power Demand Peak	xx.xxxx kW		Float	R
164CH-164EH	5709-5711	Total Exported Reactive Power Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
164FH-1650H	5712-5713	Exported Reactive Power Demand 1 Peak	xx.xxxx kW		Float	R
1651H-1653H	5714-5716	Exported Reactive Power Demand 1 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1654H-1655H	5717-5718	Exported Reactive Power Demand 2 Peak	xx.xxxx kW		Float	R
1656H-1658H	5719-5721	Exported Reactive Power Demand 2 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1659H-165AH	5722-5723	Exported Reactive Power Demand 3 Peak	xx.xxxx kW		Float	R
165BH-165DH	5724-5726	Exported Reactive Power Demand 3 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
165FH-1660H	5727-5728	Exported Reactive Power Demand 4 Peak	xx.xxxx kW		Float	R
1661H-1663H	5729-5731	Exported Reactive Power Demand 4 Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1664H-1665H	5732-5733	Total Apparent Power Demand Peak	xx.xxxx kW		Float	R
1666H-1668H	5734-5736	Total Apparent Power Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1669H-166AH	5737-5738	Phase A Current Demand Peak	xx.xxxx A		Float	R
166BH-166DH	5739-5741	Phase A Current Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
166EH-166FH	5742-5743	Phase B Current Demand Peak	xx.xxxx A		Float	R
1670H-1672H	5744-5746	Phase B Current Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R
1673H-1674H	5747-5748	Phase C Current Demand Peak	xx.xxxx A		Float	R
1675H-1677H	5749-5751	Phase C Current Demand Peak Happening Time	YY/MM/DD/hh/mm/ss (second is always 0)		Dword	R

Sunspec Registers

Sunspec: 03H Read, 10H Write
Address (H)	Address (D)	Parameter Description	Range	Default	Data Type	Access Property
1000H-1001H	4096-4097	SunSpec_ID	0x83756e53	1	Uint16	R
1002H	4098	ID	1	1	Uint16	R
1003H	4099	Length	65	65	Uint16	R
1004H-1013H	4100-4115	Manufacturer		Accuenergy	String	R
1014H-1023H	4116-4131	Model	Manufacturer Specific Value (32 characters)	AcuRev 1310	String	R
1024H-102BH	4132-4139	Options	Manufacturer Specific Value (16 characters)	AcuRev 13xx	String	R
102CH-1033H	4140-4147	Version	Manufacturer Specific Value (16 characters)	H: 1.10 S: 1.01	String	R
1034H-1043H	4148-4163	Serial Number	Manufacturer Specific Value (32 characters)		String	R
1044H	4164	Device Address	Modbus Device Address		Uint16	R
1045H	4165	ID	Single phase (AN or AB): 201 Split single phase (ABN): 202 Three phase wye (ABCN): 203 Three phase delta (ABC): 204		Uint16	R
1046H	4166	Length	105		Uint16	R
1047H	4167	Current Amps (Average)	0-9999 A		int16	R
1048H	4168	Current: Phase A	0-9999 A		int16	R
1049H	4169	Current: Phase B	0-9999 A		int16	R
104AH	4170	Current: Phase C	0-9999 A		int16	R
104BH	4171	Current Sunspec Scale Factor	-3 ~ 5 (used as exponent of a power of 10)		sunssf	R
104CH	4172	Voltage: Average Phase	0-9999 V		int16	R
104DH	4173	Voltage: Phase A	0-9999 V		int16	R
104EH	4174	Voltage: Phase B	0-9999 V		int16	R
104FH	4175	Voltage: Phase C	0-9999 V		int16	R
1050H	4176	Voltage: Average Line	0-9999 V		int16	R
1051H	4177	Voltage: Line AB	0-9999 V		int16	R
1052H	4178	Voltage: Line BC	0-9999 V		int16	R
1053H	4179	Voltage: Line CA	0-9999 V		int16	R
1054H	4180	Voltage Sunspec Scale Factor	-2 ~ 2 (used as exponent of a power of 10)		sunssf	R
1055H	4181	Frequency	45Hz – 65Hz		int16	R
1056H	4182	Frequency Scale Factor	-2 (used as exponent of a power of 10)		sunssf	R
1057H	4183	Total Real Power	0-9999 W		int16	R
1058H	4184	Real Power: Phase A Watts	0-9999 W		int16	R
1059H	4185	Real Power: Phase B Watts	0-9999 W		int16	R
105AH	4186	Real Power: Phase C Watts	0-9999 W		int16	R
105BH	4187	Real Power Sunspec Scale Factor	-1 ~ 4 (used as exponent of a power of 10)		sunssf	R
105CH	4188	Total Apparent Power	0-9999 VA		int16	R
105DH	4189	Apparent Power: Phase A VA	0-9999 VA		int16	R
105EH	4190	Apparent Power: Phase B VA	0-9999 VA		int16	R
105FH	4191	Apparent Power: Phase C VA	0-9999 VA		int16	R
1060H	4192	Apparent Power Sunspec Scale Factor	-1 ~ 4 (used as exponent of a power of 10)		sunssf	R
1061H	4193	Total Reactive Power	0-9999 var		int16	R
1062H	4194	Reactive Power: Phase A var	0-9999 var		int16	R
1063H	4195	Reactive Power: Phase B var	0-9999 var		int16	R
1064H	4196	Reactive Power: Phase C var	0-9999 var		int16	R
1065H	4197	Reactive Power Sunspec Scale Factor	-1 ~ 4 (used as exponent of a power of 10)		sunssf	R
1066H	4198	Power Factor	-1000 ~ 1000		int16	R
1067H	4199	Power Factor: Phase A PF	-1000 ~ 1000		int16	R
1068H	4200	Power Factor: Phase B PF	-1000 ~ 1000		int16	R
1069H	4201	Power Factor: Phase C PF	-1000 ~ 1000		int16	R
106AH	4202	Power Factor Sunspec Scale Factor	-3 (used as exponent of a power of 10)		sunssf	R
106BH-106CH	4203-4204	Total Real Energy Exported	0-999999999 Wh		int32	R/W
106DH-106EH	4205-4206	Export Real Energy: Phase A	0-999999999 Wh		int32	R/W
106FH-1070H	4207-4208	Export Real Energy: Phase B	0-999999999 Wh		int32	R/W
1071H-1072H	4209-4210	Export Real Energy: Phase C	0-999999999 Wh		int32	R/W
1073H-1074H	4211-4212	Total Real Energy Imported	0-999999999 Wh		int32	R/W
1075H-1076H	4213-4214	Import Real Energy: Phase A	0-999999999 Wh		int32	R/W
1077H-1078H	4215-4216	Import Real Energy: Phase B	0-999999999 Wh		int32	R/W
1079H-107AH	4217-4218	Import Real Energy: Phase C	0-999999999 Wh		int32	R/W
107BH	4219	Real Energy Sunpec Scale Factor	-3 ~ 0 (used as exponent of a power of 10)		sunssf	R/W
107CH-107DH	4220-4221	Total Apparent Energy Exported	0-999999999 VAh		int32	R/W
107EH-107FH	4222-4223	Export Apparent Energy: Phase A	0-999999999 VAh		int32	R/W
1080H-1081H	4224-4225	Export Apparent Energy: Phase B	0-999999999 VAh		int32	R/W
1082H-1083H	4226-4227	Export Apparent Energy: Phase C	0-999999999 VAh		int32	R/W
1084H-1085H	4228-4229	Total Apparent Energy Imported	0-999999999 VAh		int32	R/W
1086H-1087H	4230-4231	Import Apparent Energy: Phase A	0-999999999 VAh		int32	R/W
1088H-1089H	4232-4233	Import Apparent Energy: Phase B	0-999999999 VAh		int32	R/W
108AH-108BH	4234-4235	Import Apparent Energy: Phase C	0-999999999 VAh		int32	R/W
108CH	4236	Apparent Energy Sunspec Scale Factor	-3 ~ 0 (used as exponent of a power of 10)		sunssf	R/W
108DH-108EH	4237-4238	Total Reactive Energy Imported Q1	0-999999999 varh		int32	R/W
108FH-1090H	4239-4240	Import Reactive Energy Q1: Phase A	0-999999999 varh		int32	R/W
1091H-1092H	4241-4242	Import Reactive Energy Q1: Phase B	0-999999999 varh		int32	R/W
1093H-1094H	4243-4244	Import Reactive Energy Q1: Phase C	0-999999999 varh		int32	R/W
1095H-1096H	4245-4246	Total Reactive Energy Imported Q2	0-999999999 varh		int32	R/W
1097H-1098H	4247-4248	Import Reactive Energy Q2: Phase A	0-999999999 varh		int32	R/W
1099H-109AH	4249-4250	Import Reactive Energy Q2: Phase B	0-999999999 varh		int32	R/W
109BH-109CH	4251-4252	Import Reactive Energy Q2: Phase C	0-999999999 varh		int32	R/W
109DH-109EH	4253-4254	Total Reactive Energy Imported Q3	0-999999999 varh		int32	R/W
109FH-10A0H	4255-4256	Import Reactive Energy Q3: Phase A	0-999999999 varh		int32	R/W
10A1H-10A2H	4257-4258	Import Reactive Energy Q3: Phase B	0-999999999 varh		int32	R/W
10A3H-10A4H	4259-4260	Import Reactive Energy Q3: Phase C	0-999999999 varh		int32	R/W
10A5H-10A6H	4261-4262	Total Reactive Energy Imported Q4	0-999999999 varh		int32	R/W
10A7H-10A8H	4263-4264	Import Reactive Energy Q4: Phase A	0-999999999 varh		int32	R/W
10A9H-10AAH	4265-4266	Import Reactive Energy Q4: Phase B	0-999999999 varh		int32	R/W
10ABH-10ACH	4267-4268	Import Reactive Energy Q4: Phase C	0-999999999 varh		int32	R/W
10ADH	4269	Reactive Energy Sunspec Scale Factor	-3 ~ 0 (used as exponent of a power of 10)		sunssf	R/W

AcuDC 240 Modbus Map

Basic Measurement Parameter Address

Real-time Measurement Address Table: 03H Read
Address(H)	Address(D)	Parameter	Data Type	Access Property
0200H-0201H	512-513	Voltage	Float	R
0202H-0203H	514-515	Current	Float	R
0204H-0205H	516-517	Power	Float	R
0206H-0207H	518-519	AO1	Float	R
0208H-0209H	520-521	AO2	Float	R
020AH-020BH	522-523	DI1 Count Value	UNIT32	R
020CH-020DH	524-525	DI2 Count Value	UNIT32	R

Running Time

Running Time: 03H Read
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
0280H-0281H	640-641	Meter running time	0~999999999	Long	R
0282H-0283	642-643	Load running time	0~999999999	Long	R

Energy

Energy and Charge(Ah) Address Table: 03H Read
Address(H)	Address(D)	Parameter	Range	Data Type	Access Property
0300H-0301H	768-769	Import energy	0~999999999	Long	R/W
0302H-0303H	770-771	Export energy	0~999999999	Long	R/W
0304H-0305H	772-773	Total energy	0~999999999	Long	R/W
0306H-0307H	774-775	Net energy	0~999999999	Long	R/W
0308H-0309H	776-777	Import Ah	0~999999999	Long	R/W
030AH-030BH	778-779	Export Ah	0~999999999	Long	R/W
030CH-030DH	780-781	Total Ah	0~999999999	Long	R/W
030EH-030FH	782-783	Net Ah	0~999999999	Long	R/W

The relationship between the register value and the real value(Rx is the register value)

Parameter	Relationship	Unit
Voltage	Real=Rx	V
Current	Real=Rx	A
Power	Real=Rx	kW
Energy	Real=Rx/100	kWh
Ah	Real=Rx/100	Ah
AO	Real=Rx	V or mA(depends on the AO type)
Running Time	Real=Rx/100	Hour

Real Time Clock Address Table

Real Time Clock Address Table
Address(Hex)	Address(Dec)	Parameter	Range	Data Type	Property
0284H	644	Year	2000~2099	Word	R/W
0285H	645	Month	1~12	Word	R/W
0286H	646	Day	1~31	Word	R/W
0287H	647	Hour	0~59	Word	R/W
0288H	648	Minute	0~59	Word	R/W
0289H	649	Second	0~59	Word	R/W

MIN record

(Data obtained only by AcuDC 243 meter equipped with storage function.)

MIN Records Address Table: 03H Read
Address(Hex)	Address(Dec)	Parameter	Range	Data Type	Property
0460H-0461H	1120-1121	Voltage MIN		Float	R
0462H	1122	Time: Year, Month Day, Hour, Minute, Second	High byte: Year; low byte: month	Word	R
0463H	1123		High byte: day; low byte: hour
0464H	1124		High byte: minute; low byte: second
0465H-0466H	1125-1126	Current MIN		Float	R
0467H	1127	Time: Year, Month Day, Hour, Minute, Second	High byte: Year; low byte: month	Word	R
0468H	1128		High byte: day; low byte: hour
0469H	1129		High byte: minute; low byte: second
046AH-046BH	1130-1131	Power MIN		Float	R
046CH	1132	Time: Year, Month Day, Hour, Minute, Second	High byte: year; low byte: month	Word	R
046DH	1133		High byte: day; low byte: hour
046EH	1134		High byte: minute; low byte: second

Data Logging Setting

Note: Data obtained only by AcuDC 243 meter equipped with function.

Data Logging Setting Address Table: 03H read; 16H preset
Address(Hex)	Address(Dec)	Parameter	Range	Initial Value	Data Type	Property	Register Number
0500H	1280	Enable data logging	0:Disable 1:Enable	0	Word	R/W	1
0501H	1281	Mode of data logging	0:mode 1, continuous mode(start after set parameters) 1:mode 2, timing start and stop 2:mode 3, specifies the start time(hour, minute)	0	Word	R/W	1
0502H	1282	Interval time	1~1440(Minute)	5	Word	R/W	1
0503H	1283	Start time(year, month)	High Byte: year(00~99) Low Byte: month(1~12)	(Only used in mode 2)	Word	R/W	1
0504H	1284	Start time(day, hour)	High Byte: day(1~31) Low Byte: hour(0~23)		Word	R/W	1
0505H	1285	Start time (minute)	High Byte: minute(0-59) Low Byte: reserved		Word	R/W	1
0506H	1286	End Time (year,month)	High Byte: Year(00~99) Low Byte: month		Word	R/W	1
0507H	1287	End Time (day,hour)	High Byte: day(1~31) Low Byte: hour(0~23)		Word	R/W	1
0508H	1288	End Time (minute)	High Byte: minute(0~59) Low Byte: reserved		Word	R/W	1
0509H	1289	The specified start recording time: hour and minute	High Byte: hour(0~23) Low Byte: minute(0~59)	(Only used in mode 3)	Word	R/W	1
050AH	1290	Number of registers in a log	Register number:1-26	0	Word	R/W	1
050BH-0524H	1291-1316	The contents of a log(Modbus Register)		0	Word	R/W	26

Log Status Block

Log Status Address Table: 03H read
Address(Hex)	Address(dec)	Parameter	Range	Data Type	Property	Register Number
0700H-0701H	1792-1793	Max Records	0-350890	Unit32	R	2
0702H-0703H	1794-1795	Used Records	0-350890	Unit32	R	2
0704H	1796	MAX records in the Retrieval window		Word	R	1
0705H-0706H	1797-1798	Newest NO of records		Unit32	R	2
0707H-0708H	1799-1800	Oldest NO of records		Unit32		2
0709H	1801	Newest Record Time stamp	High Byte: Year(00-99) Low Byte: Month(1-12)	Word	R	3
070AH	1802		High Byte: Day(1-31) Low Byte: hour(0-23)
070BH	1803		High Byte: Minute(0-59) Low Byte: reserve
070CH	1804	Oldest Record Time stamp	High Byte: Year(00-99) Low Byte: Month(1-12)	Word	R	3
070DH	1805		High Byte: Day(1-31) Low Byte: hour(0-23)
070EH	1806		High Byte: Minute(0-59) Low Byte: reserve
070FH	1807	Memory Status	High Byte: reserve Low Byte:FEH, memory is erasing; other, erased	Word	R	1

Log Retrieval Address Table
Address(Hex)	Address(Dec)	Parameter	Range	Data Type	Property
0601H-0602H	1537-1538	Starting Record No.	Olderst No. of records~Newest No. of Records+1	Unit32	R/W
0603	1539	Records number(High byte)	High byte: 1~the MAX record number in a window	Word	R/W
		Record status(low byte) read only, write invalidate	Low byte:0~the MAX record number in a window:effective number of records in the window; FDH: Non-effective ‘Start record No.’ or invalid ‘record number in a window’; FEH: memory is erasing FFH: Non-effective data	Word	R/W
0604H-067BH	1540-1659	Window	Window data: time mark(6 Bytes) + [data1~dataN](4N bytes) Invalid data set to 0

System Parameter Setting Address

System Parameter Settings: 03H read; 16H preset
Address(Hex)	Address(Dec)	Parameter	Range	Default	Data Type	Property
0100H	256	Password	0~9999	0000	Word	R/W
0101H	257	Device Address	1~247	1	Word	R/W
0102H	258	Baud Rate	1200;2400;4800; 9600;19200;38400	19200	Word	R/W
0103H	259	Parity Setting	0:Even; 1:Odd; 2:None1; 3:None2	2	Word	R/W
0104H	260	Full Range Current Value	20~50000A	20	Word	R/W
0105H	261	Full Range Shunt Value	50~100mV	100	Word	R/W
0106H	262	Current Hall Effect Sensor(V)	0:0-±5V 1:0-±4V	1
0106H	262	Current Hall Effect Sensor(mA)	0:4~20mA 1:4~12~20mA	1
0107H	263	Full Range Voltage Value	5~9999	1000	Word	R/W
0108H	264	Voltage Hall Effect Sensor	0:0-±5V 1:0-±4V	1	Word	R/W
0109H	265	AO1 Parameter	0:voltage 1:current 2:power	0	Word	R/W
010AH	266	AO1 Lower Limit Sign	0:+ ; 1:- ; 2:±	0	Word	R/W
010BH	267	AO1 Lower Limit	0~100(%)	0	Word	R/W
010CH	268	AO1 Upper Limit Sign	0:+ ; 1:- ; 2:±	0	Word	R/W
010DH	269	AO1 Upper Limit	0~100(%)	100	Word	R/W
010EH	270	AO2 Parameter	0:voltage 1:current 2:power	0	Word	R/W
010FH	271	AO2 Lower Limit Sign	0:+ ; 1:- ; 2:±	0	Word	R/W
0110H	272	AO2 Lower Limit	0~100(%)	0	Word	R/W
0111H	273	AO2 Upper Limit Sign	0:+ ; 1:- ; 2:±	0	Word	R/W
0112H	274	AO2 Upper Limit	0~100(%)	100	Word	R/W
0113H	275	RO1 Mode	0: Latch; 1:Momentary; 2:Alarm	2	Word	R/W
0114H	276	RO1 Momentary Time Delay	300~5000ms	1000	Word	R/W
0115H	277	RO1 Alarm Parameter	0:No Alarm; 1:Voltage; 2:Current; 3:Power	0	Word	R/W
0116H	278	RO1 Alarm Inequality	0:Smaller than; 1:Larger than	0	Word	R/W
0117H	279	RO1 Alarm Time Delay	0~255s	5	Word	R/W
0118H-0119H	280~281	RO1 Alarm Threshold	The same as full range values		Float	R/W
011AH	282	RO2 Mode	0: Latch; 1:Momentary; 2:Alarm	2	Word	R/W
011BH	283	RO2 Momentary Time Delay	300~5000ms	1000	Word	R/W
011CH	284	RO2 Alarm Parameter	0:No Alarm; 1:Voltage; 2:Current; 3:Power	0	Word	R/W
011DH	285	RO2 Alarm Inequality	0:Smaller than; 1:Larger than	0	Word	R/W
011EH	286	RO2 Alarm Time Delay	0~255s	5	Word	R/W
011FH-0120H	287-288	RO2 Alarm Threshold	The same as full range values		Float	R/W
0121H	289	Backlight Brightness level	1~5	5	Word	R/W
0122H	290	Clear Energy	0X0A: Enable		Word	W
0123H	291	Clear Meter Running Hour	0X0A: Enable		Word	W
0124H	292	Clear Load Running Hour	0X0A: Enable		Word	W
0125H	293	DI Working Mode	According to Bit value: 0:Level mode; 1:Count mode; Bit0: DI1 working mode Bit1: DI2 working mode	3	Word	R/W
0126H	294	Clear DI Count Value	According to Bit value: 0:Not clear 1:Clear Bit0:Clear DI1 Bit1:Clear DI2		Word	W
0127H	295	Clear Ah	0X0A: Effective		Word	W
0128H	296	Clear MAX/MIN Value	0X0A: Effective		Word	W
0129H	297	Clear Data Logging	0X0A: Effective		Word	W

DI Status

DI Address Table: 02 read
Address(Hex)	Address(Dec)	Parameter	Range	Data Type	Property
0000H	0	DI1	1=ON; 0=OFF	Bit	R
0001H	1	DI2	1=ON; 0=OFF	Bit	R

Relay Status

Relay Status Table: 01 read; 05 write
Address(Hex)	Address(Dec)	Parameter	Range	Data Type	Property
0000H	0	DO1	1=ON; 0=OFF	Bit	R/W
0001H	1	DO2	1=ON; 0=OFF	Bit	R/W

Rogowski Coils

AC Split-Core CTs

AC Solid-Core CTs

DC Sensors

RogowskiCoils

CurrentTransformers

CommunicationDevices

Modbus Map

Product Support

Acuvim II Modbus Map

Power Quality

Voltage V1 (V12) Harmonics

Voltage V2(V31) Harmonics

Voltage V3(V23) Harmonics

I1 Current Harmonics

I2 Current Harmonics

I3 Current Harmonics

MAX

MIN

Digital Input (DI)

DI Counter

Analog Input

Analog Output

Relay Output

Current Month Accumulation TOU Energy

Prior Month Accumulation TOU Energy

Current Month Incremental TOU Energy

Prior Month Incremental TOU Energy

Current Month Maximum Demand TOU Energy

Previous Month Maximum Demand TOU Energy

Acuvim L Modbus Map

Secondary data address of basic measurements

Primary data address of basic measurements

Power Quality

Data address of real time energy

TOU Energy

Data address of TOU

DO Parameter Setting

DI counter parameter

SOE event parameter address area

AcuRev 2000 Modbus Map

AcuRev 2100 Modbus Map

Clock

Active energy

Reactive Energy

Apparent Energy

AcuRev 1310 Modbus Map

AcuDC 240 Modbus Map

Log Status Address

Log Retrieval Address

Rogowski
Coils

Current
Transformers

Communication
Devices