MODBUS TABLES
Countis P44-4QCT
v 1.103

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
50000	0xC350	4	"SOCO"	-	STRING_16
50004	0xC354	1	Product order ID (Countis:100, Protection:200, Atys:300, Diris:400)	-	U16
50005	0xC355	1	Product ID (EX: 1000 ATS3)	-	U16
50006	0xC356	1	JBUS Table Version (EX: 101 Version 1.01)	-	U16
50007	0xC357	1	Product software version (EX: 100 Version 1.00)	-	U16
50008	0xC358	1	Serial_AA_SS	-	U16_HEX
50009	0xC359	1	Serial_SST_L	-	U16_HEX
50010	0xC35A	1	Serial_order	-	U16
50011	0xC35B	2	Serial_Reserve (LOT number)	-	U32
50013	0xC35D	4	Reserved	-	-
50017	0xC361	1	Reserved	-	-
50018	0xC362	1	Product version (Major)	-	U16
50019	0xC363	1	Product version (Minor)	-	U16
50020	0xC364	1	Product version (Revision)	-	U16
50021	0xC365	1	Product version (Build)	-	U16
50022	0xC366	3	Product build date	-	DATETIME_3
50025	0xC369	1	Reserved	-	-
50026	0xC36A	1	Reserved	-	-
50027	0xC36B	1	Reserved	-	-
50028	0xC36C	1	Reserved	-	-
50029	0xC36D	1	Reserved	-	-
50030	0xC36E	4	Product VLO (EX : "880100")	-	STRING_NORM
50034	0xC372	4	Reserved	-	-
50038	0xC376	4	Reserved	-	-
50042	0xC37A	8	Vendor name (EX : "SOCOMEC")	-	STRING_NORM
50050	0xC382	8	Product name (EX : "DIRIS A40R")	-	STRING_NORM
50058	0xC38A	8	Extended name	-	STRING_NORM
50066	0xC392	1	Ressource version (Build 2)	-	U16
50067	0xC393	2	Net ID	-	U32_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
50512	0xC550	2	Reserved	-	-
50514	0xC552	2	Phase to Phase Voltage: U12	0.01 V	U32
50516	0xC554	2	Phase to Phase Voltage: U23	0.01 V	U32
50518	0xC556	2	Phase to Phase Voltage: U31	0.01 V	U32
50520	0xC558	2	Simple voltage : V1	0.01 V	U32
50522	0xC55A	2	Simple voltage : V2	0.01 V	U32
50524	0xC55C	2	Simple voltage : V3	0.01 V	U32
50526	0xC55E	2	Frequency : F	0.01 Hz	U32
50528	0xC560	2	Current : I1	mA	U32
50530	0xC562	2	Current : I2	mA	U32
50532	0xC564	2	Current : I3	mA	U32
50534	0xC566	2	Neutral Current : In	mA	U32
50536	0xC568	2	∑ Active Power +/- : P	10 W	S32
50538	0xC56A	2	∑ Reactive Power +/- : Q	10 var	S32
50540	0xC56C	2	∑ Apparent Power : S	10 VA	U32
50542	0xC56E	2	∑ Power Factor : -: leading et + : lagging : PF	0.001	S32
50544	0xC570	2	Active Power phase 1 +/- : P1	10 W	S32
50546	0xC572	2	Active Power phase 2 +/- : P2	10 W	S32
50548	0xC574	2	Active Power phase 3 +/- : P3	10 W	S32
50550	0xC576	2	Reactive Power phase 1 +/- : Q1	10 var	S32
50552	0xC578	2	Reactive Power phase 2 +/- : Q2	10 var	S32
50554	0xC57A	2	Reactive Power phase 3 +/- : Q3	10 var	S32
50556	0xC57C	2	Apparent Power phase 1 : S1	10 VA	U32
50558	0xC57E	2	Apparent Power phase 2 : S2	10 VA	U32
50560	0xC580	2	Apparent Power phase 3 : S3	10 VA	U32
50562	0xC582	2	Power Factor phase 1 -: leading and + : lagging : PF1	0.001	S32
50564	0xC584	2	Power Factor phase 2 -: leading and + : lagging : PF2	0.001	S32
50566	0xC586	2	Power Factor phase 3 -: leading and + : lagging : PF3	0.001	S32
50568	0xC588	2	System value I Sys : ( I1+I2+I3) / 3	mA	U32
50570	0xC58A	2	System value U Sys : (U12 + U23 + U31 ) / 3	0.01 V	U32
50572	0xC58C	2	System value V Sys : (V1 + V2 + V3 ) / 3	0.01 V	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
50574	0xC58E	2	Reserved	-	-
50576	0xC590	2	Phase to Phase Voltage: U12	0.01 V	U32
50578	0xC592	2	Phase to Phase Voltage: U23	0.01 V	U32
50580	0xC594	2	Phase to Phase Voltage: U31	0.01 V	U32
50582	0xC596	2	Simple voltage : V1	0.01 V	U32
50584	0xC598	2	Simple voltage : V2	0.01 V	U32
50586	0xC59A	2	Simple voltage : V3	0.01 V	U32
50588	0xC59C	2	Frequency : F	0.01 Hz	U32
50590	0xC59E	2	Current : I1	mA	U32
50592	0xC5A0	2	Current : I2	mA	U32
50594	0xC5A2	2	Current : I3	mA	U32
50596	0xC5A4	2	Neutral Current : In	mA	U32
50598	0xC5A6	2	∑ Active Power +/- : P	10 W	S32
50600	0xC5A8	2	∑ Reactive Power +/- : Q	10 var	S32
50602	0xC5AA	2	∑ Apparent Power : S	10 VA	U32
50604	0xC5AC	2	∑ Power Factor : -: leading et + : lagging : PF	0.001	S32
50606	0xC5AE	2	Active Power phase 1 +/- : P1	10 W	S32
50608	0xC5B0	2	Active Power phase 2 +/- : P2	10 W	S32
50610	0xC5B2	2	Active Power phase 3 +/- : P3	10 W	S32
50612	0xC5B4	2	Reactive Power phase 1 +/- : Q1	10 var	S32
50614	0xC5B6	2	Reactive Power phase 2 +/- : Q2	10 var	S32
50616	0xC5B8	2	Reactive Power phase 3 +/- : Q3	10 var	S32
50618	0xC5BA	2	Apparent Power phase 1 : S1	10 VA	U32
50620	0xC5BC	2	Apparent Power phase 2 : S2	10 VA	U32
50622	0xC5BE	2	Apparent Power phase 3 : S3	10 VA	U32
50624	0xC5C0	2	Power Factor phase 1 -: leading and + : lagging : PF1	0.001	S32
50626	0xC5C2	2	Power Factor phase 2 -: leading and + : lagging : PF2	0.001	S32
50628	0xC5C4	2	Power Factor phase 3 -: leading and + : lagging : PF3	0.001	S32
50630	0xC5C6	2	System value I Sys : ( I1+I2+I3) / 3	mA	U32
50632	0xC5C8	2	System value U Sys : (U12 + U23 + U31 ) / 3	0.01 V	U32
50634	0xC5CA	2	System value V Sys : (V1 + V2 + V3 ) / 3	0.01 V	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
50636	0xC5CC	2	Reserved	-	-
50638	0xC5CE	2	Phase to Phase Voltage: U12	0.01 V	U32
50640	0xC5D0	2	Phase to Phase Voltage: U23	0.01 V	U32
50642	0xC5D2	2	Phase to Phase Voltage: U31	0.01 V	U32
50644	0xC5D4	2	Simple voltage : V1	0.01 V	U32
50646	0xC5D6	2	Simple voltage : V2	0.01 V	U32
50648	0xC5D8	2	Simple voltage : V3	0.01 V	U32
50650	0xC5DA	2	Frequency : F	0.01 Hz	U32
50652	0xC5DC	2	Current : I1	mA	U32
50654	0xC5DE	2	Current : I2	mA	U32
50656	0xC5E0	2	Current : I3	mA	U32
50658	0xC5E2	2	Neutral Current : In	mA	U32
50660	0xC5E4	2	∑ Active Power +/- : P	10 W	S32
50662	0xC5E6	2	∑ Reactive Power +/- : Q	10 var	S32
50664	0xC5E8	2	∑ Apparent Power : S	10 VA	U32
50666	0xC5EA	2	∑ Power Factor : -: leading et + : lagging : PF	0.001	S32
50668	0xC5EC	2	Active Power phase 1 +/- : P1	10 W	S32
50670	0xC5EE	2	Active Power phase 2 +/- : P2	10 W	S32
50672	0xC5F0	2	Active Power phase 3 +/- : P3	10 W	S32
50674	0xC5F2	2	Reactive Power phase 1 +/- : Q1	10 var	S32
50676	0xC5F4	2	Reactive Power phase 2 +/- : Q2	10 var	S32
50678	0xC5F6	2	Reactive Power phase 3 +/- : Q3	10 var	S32
50680	0xC5F8	2	Apparent Power phase 1 : S1	10 VA	U32
50682	0xC5FA	2	Apparent Power phase 2 : S2	10 VA	U32
50684	0xC5FC	2	Apparent Power phase 3 : S3	10 VA	U32
50686	0xC5FE	2	Power Factor phase 1 -: leading and + : lagging : PF1	0.001	S32
50688	0xC600	2	Power Factor phase 2 -: leading and + : lagging : PF2	0.001	S32
50690	0xC602	2	Power Factor phase 3 -: leading and + : lagging : PF3	0.001	S32
50692	0xC604	2	System value I Sys : ( I1+I2+I3) / 3	mA	U32
50694	0xC606	2	System value U Sys : (U12 + U23 + U31 ) / 3	0.01 V	U32
50696	0xC608	2	System value V Sys : (V1 + V2 + V3 ) / 3	0.01 V	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
50698	0xC60A	2	Reserved	-	-
50700	0xC60C	2	Phase to Phase Voltage: U12	0.01 V	U32
50702	0xC60E	2	Phase to Phase Voltage: U23	0.01 V	U32
50704	0xC610	2	Phase to Phase Voltage: U31	0.01 V	U32
50706	0xC612	2	Simple voltage : V1	0.01 V	U32
50708	0xC614	2	Simple voltage : V2	0.01 V	U32
50710	0xC616	2	Simple voltage : V3	0.01 V	U32
50712	0xC618	2	Frequency : F	0.01 Hz	U32
50714	0xC61A	2	Current : I1	mA	U32
50716	0xC61C	2	Current : I2	mA	U32
50718	0xC61E	2	Current : I3	mA	U32
50720	0xC620	2	Neutral Current : In	mA	U32
50722	0xC622	2	∑ Active Power +/- : P	10 W	S32
50724	0xC624	2	∑ Reactive Power +/- : Q	10 var	S32
50726	0xC626	2	∑ Apparent Power : S	10 VA	U32
50728	0xC628	2	∑ Power Factor : -: leading et + : lagging : PF	0.001	S32
50730	0xC62A	2	Active Power phase 1 +/- : P1	10 W	S32
50732	0xC62C	2	Active Power phase 2 +/- : P2	10 W	S32
50734	0xC62E	2	Active Power phase 3 +/- : P3	10 W	S32
50736	0xC630	2	Reactive Power phase 1 +/- : Q1	10 var	S32
50738	0xC632	2	Reactive Power phase 2 +/- : Q2	10 var	S32
50740	0xC634	2	Reactive Power phase 3 +/- : Q3	10 var	S32
50742	0xC636	2	Apparent Power phase 1 : S1	10 VA	U32
50744	0xC638	2	Apparent Power phase 2 : S2	10 VA	U32
50746	0xC63A	2	Apparent Power phase 3 : S3	10 VA	U32
50748	0xC63C	2	Power Factor phase 1 -: leading and + : lagging : PF1	0.001	S32
50750	0xC63E	2	Power Factor phase 2 -: leading and + : lagging : PF2	0.001	S32
50752	0xC640	2	Power Factor phase 3 -: leading and + : lagging : PF3	0.001	S32
50754	0xC642	2	System value I Sys : ( I1+I2+I3) / 3	mA	U32
50756	0xC644	2	System value U Sys : (U12 + U23 + U31 ) / 3	0.01 V	U32
50758	0xC646	2	System value V Sys : (V1 + V2 + V3 ) / 3	0.01 V	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19840	0x4D80	2	Total Line 1 Positive active Energy : Ea+	kWh	U32
19842	0x4D82	1	Total Line 1 Residual positive active Energy : rEa+	0.1 Wh	U16
19843	0x4D83	2	Total Line 1 Negative active Energy : Ea-	kWh	U32
19845	0x4D85	1	Total Line 1 Residual negative active Energy : rEa-	0.1 Wh	U16
19846	0x4D86	2	Total Line 1 Positive reactive Energy : Er+	kvarh	U32
19848	0x4D88	1	Total Line 1 Residual positive reactive Energy : rEr+	0.1 varh	U16
19849	0x4D89	2	Total Line 1 Negative reactive Energy : Er-	kvarh	U32
19851	0x4D8B	1	Total Line 1 Residual negative reactive Energy : rEr-	0.1 varh	U16
19852	0x4D8C	2	Total Line 1 Apparent Energy : Eap	kVAh	U32
19854	0x4D8E	1	Total Line 1 Residual apparent Energy : rEap	0.1 VAh	U16
19855	0x4D8F	2	Total Line 2 Positive active Energy : Ea+	kWh	U32
19857	0x4D91	1	Total Line 2 Residual positive active Energy : rEa+	0.1 Wh	U16
19858	0x4D92	2	Total Line 2 Negative active Energy : Ea-	kWh	U32
19860	0x4D94	1	Total Line 2 Residual negative active Energy : rEa-	0.1 Wh	U16
19861	0x4D95	2	Total Line 2 Positive reactive Energy : Er+	kvarh	U32
19863	0x4D97	1	Total Line 2 Residual positive reactive Energy : rEr+	0.1 varh	U16
19864	0x4D98	2	Total Line 2 Negative reactive Energy : Er-	kvarh	U32
19866	0x4D9A	1	Total Line 2 Residual negative reactive Energy : rEr-	0.1 varh	U16
19867	0x4D9B	2	Total Line 2 Apparent Energy : Eap	kVAh	U32
19869	0x4D9D	1	Total Line 2 Residual apparent Energy : rEap	0.1 VAh	U16
19870	0x4D9E	2	Total Line 3 Positive active Energy : Ea+	kWh	U32
19872	0x4DA0	1	Total Line 3 Residual positive active Energy : rEa+	0.1 Wh	U16
19873	0x4DA1	2	Total Line 3 Negative active Energy : Ea-	kWh	U32
19875	0x4DA3	1	Total Line 3 Residual negative active Energy : rEa-	0.1 Wh	U16
19876	0x4DA4	2	Total Line 3 Positive reactive Energy : Er+	kvarh	U32
19878	0x4DA6	1	Total Line 3 Residual positive reactive Energy : rEr+	0.1 varh	U16
19879	0x4DA7	2	Total Line 3 Negative reactive Energy : Er-	kvarh	U32
19881	0x4DA9	1	Total Line 3 Residual negative reactive Energy : rEr-	0.1 varh	U16
19882	0x4DAA	2	Total Line 3 Apparent Energy : Eap	kVAh	U32
19884	0x4DAC	1	Total Line 3 Residual apparent Energy : rEap	0.1 VAh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19900	0x4DBC	2	Total Line 1 Positive active Energy : Ea+	kWh	U32
19902	0x4DBE	1	Total Line 1 Residual positive active Energy : rEa+	0.1 Wh	U16
19903	0x4DBF	2	Total Line 1 Negative active Energy : Ea-	kWh	U32
19905	0x4DC1	1	Total Line 1 Residual negative active Energy : rEa-	0.1 Wh	U16
19906	0x4DC2	2	Total Line 1 Positive reactive Energy : Er+	kvarh	U32
19908	0x4DC4	1	Total Line 1 Residual positive reactive Energy : rEr+	0.1 varh	U16
19909	0x4DC5	2	Total Line 1 Negative reactive Energy : Er-	kvarh	U32
19911	0x4DC7	1	Total Line 1 Residual negative reactive Energy : rEr-	0.1 varh	U16
19912	0x4DC8	2	Total Line 1 Apparent Energy : Eap	kVAh	U32
19914	0x4DCA	1	Total Line 1 Residual apparent Energy : rEap	0.1 VAh	U16
19915	0x4DCB	2	Total Line 2 Positive active Energy : Ea+	kWh	U32
19917	0x4DCD	1	Total Line 2 Residual positive active Energy : rEa+	0.1 Wh	U16
19918	0x4DCE	2	Total Line 2 Negative active Energy : Ea-	kWh	U32
19920	0x4DD0	1	Total Line 2 Residual negative active Energy : rEa-	0.1 Wh	U16
19921	0x4DD1	2	Total Line 2 Positive reactive Energy : Er+	kvarh	U32
19923	0x4DD3	1	Total Line 2 Residual positive reactive Energy : rEr+	0.1 varh	U16
19924	0x4DD4	2	Total Line 2 Negative reactive Energy : Er-	kvarh	U32
19926	0x4DD6	1	Total Line 2 Residual negative reactive Energy : rEr-	0.1 varh	U16
19927	0x4DD7	2	Total Line 2 Apparent Energy : Eap	kVAh	U32
19929	0x4DD9	1	Total Line 2 Residual apparent Energy : rEap	0.1 VAh	U16
19930	0x4DDA	2	Total Line 3 Positive active Energy : Ea+	kWh	U32
19932	0x4DDC	1	Total Line 3 Residual positive active Energy : rEa+	0.1 Wh	U16
19933	0x4DDD	2	Total Line 3 Negative active Energy : Ea-	kWh	U32
19935	0x4DDF	1	Total Line 3 Residual negative active Energy : rEa-	0.1 Wh	U16
19936	0x4DE0	2	Total Line 3 Positive reactive Energy : Er+	kvarh	U32
19938	0x4DE2	1	Total Line 3 Residual positive reactive Energy : rEr+	0.1 varh	U16
19939	0x4DE3	2	Total Line 3 Negative reactive Energy : Er-	kvarh	U32
19941	0x4DE5	1	Total Line 3 Residual negative reactive Energy : rEr-	0.1 varh	U16
19942	0x4DE6	2	Total Line 3 Apparent Energy : Eap	kVAh	U32
19944	0x4DE8	1	Total Line 3 Residual apparent Energy : rEap	0.1 VAh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19960	0x4DF8	2	Total Line 1 Positive active Energy : Ea+	kWh	U32
19962	0x4DFA	1	Total Line 1 Residual positive active Energy : rEa+	0.1 Wh	U16
19963	0x4DFB	2	Total Line 1 Negative active Energy : Ea-	kWh	U32
19965	0x4DFD	1	Total Line 1 Residual negative active Energy : rEa-	0.1 Wh	U16
19966	0x4DFE	2	Total Line 1 Positive reactive Energy : Er+	kvarh	U32
19968	0x4E00	1	Total Line 1 Residual positive reactive Energy : rEr+	0.1 varh	U16
19969	0x4E01	2	Total Line 1 Negative reactive Energy : Er-	kvarh	U32
19971	0x4E03	1	Total Line 1 Residual negative reactive Energy : rEr-	0.1 varh	U16
19972	0x4E04	2	Total Line 1 Apparent Energy : Eap	kVAh	U32
19974	0x4E06	1	Total Line 1 Residual apparent Energy : rEap	0.1 VAh	U16
19975	0x4E07	2	Total Line 2 Positive active Energy : Ea+	kWh	U32
19977	0x4E09	1	Total Line 2 Residual positive active Energy : rEa+	0.1 Wh	U16
19978	0x4E0A	2	Total Line 2 Negative active Energy : Ea-	kWh	U32
19980	0x4E0C	1	Total Line 2 Residual negative active Energy : rEa-	0.1 Wh	U16
19981	0x4E0D	2	Total Line 2 Positive reactive Energy : Er+	kvarh	U32
19983	0x4E0F	1	Total Line 2 Residual positive reactive Energy : rEr+	0.1 varh	U16
19984	0x4E10	2	Total Line 2 Negative reactive Energy : Er-	kvarh	U32
19986	0x4E12	1	Total Line 2 Residual negative reactive Energy : rEr-	0.1 varh	U16
19987	0x4E13	2	Total Line 2 Apparent Energy : Eap	kVAh	U32
19989	0x4E15	1	Total Line 2 Residual apparent Energy : rEap	0.1 VAh	U16
19990	0x4E16	2	Total Line 3 Positive active Energy : Ea+	kWh	U32
19992	0x4E18	1	Total Line 3 Residual positive active Energy : rEa+	0.1 Wh	U16
19993	0x4E19	2	Total Line 3 Negative active Energy : Ea-	kWh	U32
19995	0x4E1B	1	Total Line 3 Residual negative active Energy : rEa-	0.1 Wh	U16
19996	0x4E1C	2	Total Line 3 Positive reactive Energy : Er+	kvarh	U32
19998	0x4E1E	1	Total Line 3 Residual positive reactive Energy : rEr+	0.1 varh	U16
19999	0x4E1F	2	Total Line 3 Negative reactive Energy : Er-	kvarh	U32
20001	0x4E21	1	Total Line 3 Residual negative reactive Energy : rEr-	0.1 varh	U16
20002	0x4E22	2	Total Line 3 Apparent Energy : Eap	kVAh	U32
20004	0x4E24	1	Total Line 3 Residual apparent Energy : rEap	0.1 VAh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
20020	0x4E34	2	Total Line 1 Positive active Energy : Ea+	kWh	U32
20022	0x4E36	1	Total Line 1 Residual positive active Energy : rEa+	0.1 Wh	U16
20023	0x4E37	2	Total Line 1 Negative active Energy : Ea-	kWh	U32
20025	0x4E39	1	Total Line 1 Residual negative active Energy : rEa-	0.1 Wh	U16
20026	0x4E3A	2	Total Line 1 Positive reactive Energy : Er+	kvarh	U32
20028	0x4E3C	1	Total Line 1 Residual positive reactive Energy : rEr+	0.1 varh	U16
20029	0x4E3D	2	Total Line 1 Negative reactive Energy : Er-	kvarh	U32
20031	0x4E3F	1	Total Line 1 Residual negative reactive Energy : rEr-	0.1 varh	U16
20032	0x4E40	2	Total Line 1 Apparent Energy : Eap	kVAh	U32
20034	0x4E42	1	Total Line 1 Residual apparent Energy : rEap	0.1 VAh	U16
20035	0x4E43	2	Total Line 2 Positive active Energy : Ea+	kWh	U32
20037	0x4E45	1	Total Line 2 Residual positive active Energy : rEa+	0.1 Wh	U16
20038	0x4E46	2	Total Line 2 Negative active Energy : Ea-	kWh	U32
20040	0x4E48	1	Total Line 2 Residual negative active Energy : rEa-	0.1 Wh	U16
20041	0x4E49	2	Total Line 2 Positive reactive Energy : Er+	kvarh	U32
20043	0x4E4B	1	Total Line 2 Residual positive reactive Energy : rEr+	0.1 varh	U16
20044	0x4E4C	2	Total Line 2 Negative reactive Energy : Er-	kvarh	U32
20046	0x4E4E	1	Total Line 2 Residual negative reactive Energy : rEr-	0.1 varh	U16
20047	0x4E4F	2	Total Line 2 Apparent Energy : Eap	kVAh	U32
20049	0x4E51	1	Total Line 2 Residual apparent Energy : rEap	0.1 VAh	U16
20050	0x4E52	2	Total Line 3 Positive active Energy : Ea+	kWh	U32
20052	0x4E54	1	Total Line 3 Residual positive active Energy : rEa+	0.1 Wh	U16
20053	0x4E55	2	Total Line 3 Negative active Energy : Ea-	kWh	U32
20055	0x4E57	1	Total Line 3 Residual negative active Energy : rEa-	0.1 Wh	U16
20056	0x4E58	2	Total Line 3 Positive reactive Energy : Er+	kvarh	U32
20058	0x4E5A	1	Total Line 3 Residual positive reactive Energy : rEr+	0.1 varh	U16
20059	0x4E5B	2	Total Line 3 Negative reactive Energy : Er-	kvarh	U32
20061	0x4E5D	1	Total Line 3 Residual negative reactive Energy : rEr-	0.1 varh	U16
20062	0x4E5E	2	Total Line 3 Apparent Energy : Eap	kVAh	U32
20064	0x4E60	1	Total Line 3 Residual apparent Energy : rEap	0.1 VAh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
25984	0x6580	1	Reserved	-	-
25985	0x6581	2	Reserved	-	-
25987	0x6583	2	Total Positive active Energy : Ea+	kWh	U32
25989	0x6585	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
25990	0x6586	2	Total Negative active Energy : Ea-	kWh	U32
25992	0x6588	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
25993	0x6589	2	Total Positive reactive Energy : Er+	kvarh	U32
25995	0x658B	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
25996	0x658C	2	Total Negative reactive Energy : Er-	kvarh	U32
25998	0x658E	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
25999	0x658F	2	Total Apparent Energy : Eap	kVAh	U32
26001	0x6591	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
26002	0x6592	14	Reserved	-	-
26016	0x65A0	2	Partial positive active Energy : Ea+	kWh	U32
26018	0x65A2	1	Partial residual positive active Energy : rEa+	0.1 Wh	U16
26019	0x65A3	2	Partial negative active Energy : Ea-	kWh	U32
26021	0x65A5	1	Partial residual negative active Energy : rEa-	0.1 Wh	U16
26022	0x65A6	2	Partial positive reactive Energy : Er+	kvarh	U32
26024	0x65A8	1	Partial residual positive reactive Energy : rEr+	0.1 varh	U16
26025	0x65A9	2	Partial negative reactive Energy : Er-	kvarh	U32
26027	0x65AB	1	Partial residual negative reactive Energy : rEr-	0.1 varh	U16
26028	0x65AC	2	Partial Apparent Energy : Eap	kVAh	U32
26030	0x65AE	1	Partial residual apparent Energy : rEap	0.1 VAh	U16
26031	0x65AF	19	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
26076	0x65DC	1	Reserved	-	-
26077	0x65DD	2	Reserved	-	-
26079	0x65DF	2	Total Positive active Energy : Ea+	kWh	U32
26081	0x65E1	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
26082	0x65E2	2	Total Negative active Energy : Ea-	kWh	U32
26084	0x65E4	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
26085	0x65E5	2	Total Positive reactive Energy : Er+	kvarh	U32
26087	0x65E7	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
26088	0x65E8	2	Total Negative reactive Energy : Er-	kvarh	U32
26090	0x65EA	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
26091	0x65EB	2	Total Apparent Energy : Eap	kVAh	U32
26093	0x65ED	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
26094	0x65EE	14	Reserved	-	-
26108	0x65FC	2	Partial positive active Energy : Ea+	kWh	U32
26110	0x65FE	1	Partial residual positive active Energy : rEa+	0.1 Wh	U16
26111	0x65FF	2	Partial negative active Energy : Ea-	kWh	U32
26113	0x6601	1	Partial residual negative active Energy : rEa-	0.1 Wh	U16
26114	0x6602	2	Partial positive reactive Energy : Er+	kvarh	U32
26116	0x6604	1	Partial residual positive reactive Energy : rEr+	0.1 varh	U16
26117	0x6605	2	Partial negative reactive Energy : Er-	kvarh	U32
26119	0x6607	1	Partial residual negative reactive Energy : rEr-	0.1 varh	U16
26120	0x6608	2	Partial Apparent Energy : Eap	kVAh	U32
26122	0x660A	1	Partial residual apparent Energy : rEap	0.1 VAh	U16
26123	0x660B	19	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
26168	0x6638	1	Reserved	-	-
26169	0x6639	2	Reserved	-	-
26171	0x663B	2	Total Positive active Energy : Ea+	kWh	U32
26173	0x663D	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
26174	0x663E	2	Total Negative active Energy : Ea-	kWh	U32
26176	0x6640	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
26177	0x6641	2	Total Positive reactive Energy : Er+	kvarh	U32
26179	0x6643	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
26180	0x6644	2	Total Negative reactive Energy : Er-	kvarh	U32
26182	0x6646	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
26183	0x6647	2	Total Apparent Energy : Eap	kVAh	U32
26185	0x6649	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
26186	0x664A	14	Reserved	-	-
26200	0x6658	2	Partial positive active Energy : Ea+	kWh	U32
26202	0x665A	1	Partial residual positive active Energy : rEa+	0.1 Wh	U16
26203	0x665B	2	Partial negative active Energy : Ea-	kWh	U32
26205	0x665D	1	Partial residual negative active Energy : rEa-	0.1 Wh	U16
26206	0x665E	2	Partial positive reactive Energy : Er+	kvarh	U32
26208	0x6660	1	Partial residual positive reactive Energy : rEr+	0.1 varh	U16
26209	0x6661	2	Partial negative reactive Energy : Er-	kvarh	U32
26211	0x6663	1	Partial residual negative reactive Energy : rEr-	0.1 varh	U16
26212	0x6664	2	Partial Apparent Energy : Eap	kVAh	U32
26214	0x6666	1	Partial residual apparent Energy : rEap	0.1 VAh	U16
26215	0x6667	19	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
26260	0x6694	1	Reserved	-	-
26261	0x6695	2	Reserved	-	-
26263	0x6697	2	Total Positive active Energy : Ea+	kWh	U32
26265	0x6699	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
26266	0x669A	2	Total Negative active Energy : Ea-	kWh	U32
26268	0x669C	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
26269	0x669D	2	Total Positive reactive Energy : Er+	kvarh	U32
26271	0x669F	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
26272	0x66A0	2	Total Negative reactive Energy : Er-	kvarh	U32
26274	0x66A2	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
26275	0x66A3	2	Total Apparent Energy : Eap	kVAh	U32
26277	0x66A5	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
26278	0x66A6	14	Reserved	-	-
26292	0x66B4	2	Partial positive active Energy : Ea+	kWh	U32
26294	0x66B6	1	Partial residual positive active Energy : rEa+	0.1 Wh	U16
26295	0x66B7	2	Partial negative active Energy : Ea-	kWh	U32
26297	0x66B9	1	Partial residual negative active Energy : rEa-	0.1 Wh	U16
26298	0x66BA	2	Partial positive reactive Energy : Er+	kvarh	U32
26300	0x66BC	1	Partial residual positive reactive Energy : rEr+	0.1 varh	U16
26301	0x66BD	2	Partial negative reactive Energy : Er-	kvarh	U32
26303	0x66BF	1	Partial residual negative reactive Energy : rEr-	0.1 varh	U16
26304	0x66C0	2	Partial Apparent Energy : Eap	kVAh	U32
26306	0x66C2	1	Partial residual apparent Energy : rEap	0.1 VAh	U16
26307	0x66C3	19	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12288	0x3000	1	Integration time	s	U16
12289	0x3001	2	Current I1 Average	mA	U32
12291	0x3003	2	Current I2 Average	mA	U32
12293	0x3005	2	Current I3 Average	mA	U32
12295	0x3007	2	Current In Average	mA	U32
12297	0x3009	2	Total Positive active power Average	W	U32
12299	0x300B	2	Total Negative active power Average	W	U32
12301	0x300D	2	Reserved	-	-
12303	0x300F	2	Reserved	-	-
12305	0x3011	2	Total active power Average	W	S32
12307	0x3013	2	Total reactive power Average	var	S32
12309	0x3015	2	Total apparent power Average	VA	U32
12311	0x3017	2	Maximum Current I1 Average	mA	U32
12313	0x3019	2	Maximum Current I2 Average	mA	U32
12315	0x301B	2	Maximum Current I3 Average	mA	U32
12317	0x301D	2	Maximum Current In Average	mA	U32
12319	0x301F	2	Maximum Total Positive active power Average	W	U32
12321	0x3021	2	Maximum Total Negative active power Average	W	U32
12323	0x3023	2	Maximum Total active power Average	W	S32
12325	0x3025	2	Maximum Total reactive power Average	var	S32
12327	0x3027	2	Maximum Total apparent power Average	VA	U32
12329	0x3029	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
12330	0x302A	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
12331	0x302B	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
12332	0x302C	1	Reserved	-	-
12333	0x302D	1	Reserved	-	-
12334	0x302E	1	Reserved	-	-
12335	0x302F	1	Reserved	-	-
12336	0x3030	1	Reserved	-	-
12337	0x3031	1	Reserved	-	-
12338	0x3032	1	Reserved	-	-
12339	0x3033	1	Reserved	-	-
12340	0x3034	1	Reserved	-	-
12341	0x3035	1	Reserved	-	-
12342	0x3036	1	Reserved	-	-
12343	0x3037	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12354	0x3042	1	Integration time	s	U16
12355	0x3043	2	Current I1 Average	mA	U32
12357	0x3045	2	Current I2 Average	mA	U32
12359	0x3047	2	Current I3 Average	mA	U32
12361	0x3049	2	Current In Average	mA	U32
12363	0x304B	2	Total Positive active power Average	W	U32
12365	0x304D	2	Total Negative active power Average	W	U32
12367	0x304F	2	Reserved	-	-
12369	0x3051	2	Reserved	-	-
12371	0x3053	2	Total active power Average	W	S32
12373	0x3055	2	Total reactive power Average	var	S32
12375	0x3057	2	Total apparent power Average	VA	U32
12377	0x3059	2	Maximum Current I1 Average	mA	U32
12379	0x305B	2	Maximum Current I2 Average	mA	U32
12381	0x305D	2	Maximum Current I3 Average	mA	U32
12383	0x305F	2	Maximum Current In Average	mA	U32
12385	0x3061	2	Maximum Total Positive active power Average	W	U32
12387	0x3063	2	Maximum Total Negative active power Average	W	U32
12389	0x3065	2	Maximum Total active power Average	W	S32
12391	0x3067	2	Maximum Total reactive power Average	var	S32
12393	0x3069	2	Maximum Total apparent power Average	VA	U32
12395	0x306B	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
12396	0x306C	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
12397	0x306D	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
12398	0x306E	1	Reserved	-	-
12399	0x306F	1	Reserved	-	-
12400	0x3070	1	Reserved	-	-
12401	0x3071	1	Reserved	-	-
12402	0x3072	1	Reserved	-	-
12403	0x3073	1	Reserved	-	-
12404	0x3074	1	Reserved	-	-
12405	0x3075	1	Reserved	-	-
12406	0x3076	1	Reserved	-	-
12407	0x3077	1	Reserved	-	-
12408	0x3078	1	Reserved	-	-
12409	0x3079	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12420	0x3084	1	Integration time	s	U16
12421	0x3085	2	Current I1 Average	mA	U32
12423	0x3087	2	Current I2 Average	mA	U32
12425	0x3089	2	Current I3 Average	mA	U32
12427	0x308B	2	Current In Average	mA	U32
12429	0x308D	2	Total Positive active power Average	W	U32
12431	0x308F	2	Total Negative active power Average	W	U32
12433	0x3091	2	Reserved	-	-
12435	0x3093	2	Reserved	-	-
12437	0x3095	2	Total active power Average	W	S32
12439	0x3097	2	Total reactive power Average	var	S32
12441	0x3099	2	Total apparent power Average	VA	U32
12443	0x309B	2	Maximum Current I1 Average	mA	U32
12445	0x309D	2	Maximum Current I2 Average	mA	U32
12447	0x309F	2	Maximum Current I3 Average	mA	U32
12449	0x30A1	2	Maximum Current In Average	mA	U32
12451	0x30A3	2	Maximum Total Positive active power Average	W	U32
12453	0x30A5	2	Maximum Total Negative active power Average	W	U32
12455	0x30A7	2	Maximum Total active power Average	W	S32
12457	0x30A9	2	Maximum Total reactive power Average	var	S32
12459	0x30AB	2	Maximum Total apparent power Average	VA	U32
12461	0x30AD	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
12462	0x30AE	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
12463	0x30AF	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
12464	0x30B0	1	Reserved	-	-
12465	0x30B1	1	Reserved	-	-
12466	0x30B2	1	Reserved	-	-
12467	0x30B3	1	Reserved	-	-
12468	0x30B4	1	Reserved	-	-
12469	0x30B5	1	Reserved	-	-
12470	0x30B6	1	Reserved	-	-
12471	0x30B7	1	Reserved	-	-
12472	0x30B8	1	Reserved	-	-
12473	0x30B9	1	Reserved	-	-
12474	0x30BA	1	Reserved	-	-
12475	0x30BB	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12486	0x30C6	1	Integration time	s	U16
12487	0x30C7	2	Current I1 Average	mA	U32
12489	0x30C9	2	Current I2 Average	mA	U32
12491	0x30CB	2	Current I3 Average	mA	U32
12493	0x30CD	2	Current In Average	mA	U32
12495	0x30CF	2	Total Positive active power Average	W	U32
12497	0x30D1	2	Total Negative active power Average	W	U32
12499	0x30D3	2	Reserved	-	-
12501	0x30D5	2	Reserved	-	-
12503	0x30D7	2	Total active power Average	W	S32
12505	0x30D9	2	Total reactive power Average	var	S32
12507	0x30DB	2	Total apparent power Average	VA	U32
12509	0x30DD	2	Maximum Current I1 Average	mA	U32
12511	0x30DF	2	Maximum Current I2 Average	mA	U32
12513	0x30E1	2	Maximum Current I3 Average	mA	U32
12515	0x30E3	2	Maximum Current In Average	mA	U32
12517	0x30E5	2	Maximum Total Positive active power Average	W	U32
12519	0x30E7	2	Maximum Total Negative active power Average	W	U32
12521	0x30E9	2	Maximum Total active power Average	W	S32
12523	0x30EB	2	Maximum Total reactive power Average	var	S32
12525	0x30ED	2	Maximum Total apparent power Average	VA	U32
12527	0x30EF	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
12528	0x30F0	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
12529	0x30F1	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
12530	0x30F2	1	Reserved	-	-
12531	0x30F3	1	Reserved	-	-
12532	0x30F4	1	Reserved	-	-
12533	0x30F5	1	Reserved	-	-
12534	0x30F6	1	Reserved	-	-
12535	0x30F7	1	Reserved	-	-
12536	0x30F8	1	Reserved	-	-
12537	0x30F9	1	Reserved	-	-
12538	0x30FA	1	Reserved	-	-
12539	0x30FB	1	Reserved	-	-
12540	0x30FC	1	Reserved	-	-
12541	0x30FD	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12800	0x3200	2	Minimum Ph-N Voltage : V1	0.01 V	U32
12802	0x3202	2	Minimum Ph-N Voltage : V2	0.01 V	U32
12804	0x3204	2	Minimum Ph-N Voltage : V3	0.01 V	U32
12806	0x3206	2	Maximum Ph-N Voltage : V1	0.01 V	U32
12808	0x3208	2	Maximum Ph-N Voltage : V2	0.01 V	U32
12810	0x320A	2	Maximum Ph-N Voltage : V3	0.01 V	U32
12812	0x320C	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
12814	0x320E	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
12816	0x3210	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
12818	0x3212	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
12820	0x3214	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
12822	0x3216	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
12824	0x3218	2	Minimum Current : I1	mA	U32
12826	0x321A	2	Minimum Current : I2	mA	U32
12828	0x321C	2	Minimum Current : I3	mA	U32
12830	0x321E	2	Maximum Current : I1	mA	U32
12832	0x3220	2	Maximum Current : I2	mA	U32
12834	0x3222	2	Maximum Current : I3	mA	U32
12836	0x3224	2	Minimum Active power : P1	W	S32
12838	0x3226	2	Minimum Active power : P2	W	S32
12840	0x3228	2	Minimum Active power : P3	W	S32
12842	0x322A	2	Minimum Total active power	W	S32
12844	0x322C	2	Maximum Active power : P1	W	S32
12846	0x322E	2	Maximum Active power : P2	W	S32
12848	0x3230	2	Maximum Active power : P3	W	S32
12850	0x3232	2	Maximum Total active power	W	S32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12896	0x3260	2	Minimum Ph-N Voltage : V1	0.01 V	U32
12898	0x3262	2	Minimum Ph-N Voltage : V2	0.01 V	U32
12900	0x3264	2	Minimum Ph-N Voltage : V3	0.01 V	U32
12902	0x3266	2	Maximum Ph-N Voltage : V1	0.01 V	U32
12904	0x3268	2	Maximum Ph-N Voltage : V2	0.01 V	U32
12906	0x326A	2	Maximum Ph-N Voltage : V3	0.01 V	U32
12908	0x326C	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
12910	0x326E	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
12912	0x3270	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
12914	0x3272	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
12916	0x3274	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
12918	0x3276	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
12920	0x3278	2	Minimum Current : I1	mA	U32
12922	0x327A	2	Minimum Current : I2	mA	U32
12924	0x327C	2	Minimum Current : I3	mA	U32
12926	0x327E	2	Maximum Current : I1	mA	U32
12928	0x3280	2	Maximum Current : I2	mA	U32
12930	0x3282	2	Maximum Current : I3	mA	U32
12932	0x3284	2	Minimum Active power : P1	W	S32
12934	0x3286	2	Minimum Active power : P2	W	S32
12936	0x3288	2	Minimum Active power : P3	W	S32
12938	0x328A	2	Minimum Total active power	W	S32
12940	0x328C	2	Maximum Active power : P1	W	S32
12942	0x328E	2	Maximum Active power : P2	W	S32
12944	0x3290	2	Maximum Active power : P3	W	S32
12946	0x3292	2	Maximum Total active power	W	S32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
12992	0x32C0	2	Minimum Ph-N Voltage : V1	0.01 V	U32
12994	0x32C2	2	Minimum Ph-N Voltage : V2	0.01 V	U32
12996	0x32C4	2	Minimum Ph-N Voltage : V3	0.01 V	U32
12998	0x32C6	2	Maximum Ph-N Voltage : V1	0.01 V	U32
13000	0x32C8	2	Maximum Ph-N Voltage : V2	0.01 V	U32
13002	0x32CA	2	Maximum Ph-N Voltage : V3	0.01 V	U32
13004	0x32CC	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
13006	0x32CE	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
13008	0x32D0	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
13010	0x32D2	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
13012	0x32D4	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
13014	0x32D6	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
13016	0x32D8	2	Minimum Current : I1	mA	U32
13018	0x32DA	2	Minimum Current : I2	mA	U32
13020	0x32DC	2	Minimum Current : I3	mA	U32
13022	0x32DE	2	Maximum Current : I1	mA	U32
13024	0x32E0	2	Maximum Current : I2	mA	U32
13026	0x32E2	2	Maximum Current : I3	mA	U32
13028	0x32E4	2	Minimum Active power : P1	W	S32
13030	0x32E6	2	Minimum Active power : P2	W	S32
13032	0x32E8	2	Minimum Active power : P3	W	S32
13034	0x32EA	2	Minimum Total active power	W	S32
13036	0x32EC	2	Maximum Active power : P1	W	S32
13038	0x32EE	2	Maximum Active power : P2	W	S32
13040	0x32F0	2	Maximum Active power : P3	W	S32
13042	0x32F2	2	Maximum Total active power	W	S32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
13088	0x3320	2	Minimum Ph-N Voltage : V1	0.01 V	U32
13090	0x3322	2	Minimum Ph-N Voltage : V2	0.01 V	U32
13092	0x3324	2	Minimum Ph-N Voltage : V3	0.01 V	U32
13094	0x3326	2	Maximum Ph-N Voltage : V1	0.01 V	U32
13096	0x3328	2	Maximum Ph-N Voltage : V2	0.01 V	U32
13098	0x332A	2	Maximum Ph-N Voltage : V3	0.01 V	U32
13100	0x332C	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
13102	0x332E	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
13104	0x3330	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
13106	0x3332	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
13108	0x3334	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
13110	0x3336	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
13112	0x3338	2	Minimum Current : I1	mA	U32
13114	0x333A	2	Minimum Current : I2	mA	U32
13116	0x333C	2	Minimum Current : I3	mA	U32
13118	0x333E	2	Maximum Current : I1	mA	U32
13120	0x3340	2	Maximum Current : I2	mA	U32
13122	0x3342	2	Maximum Current : I3	mA	U32
13124	0x3344	2	Minimum Active power : P1	W	S32
13126	0x3346	2	Minimum Active power : P2	W	S32
13128	0x3348	2	Minimum Active power : P3	W	S32
13130	0x334A	2	Minimum Total active power	W	S32
13132	0x334C	2	Maximum Active power : P1	W	S32
13134	0x334E	2	Maximum Active power : P2	W	S32
13136	0x3350	2	Maximum Active power : P3	W	S32
13138	0x3352	2	Maximum Total active power	W	S32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57344	0xE000	1	Slave Address	-	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57345	0xE001	1	Baudrate : 1 : 2400 2 : 4800 3 : 9600 4 : 19200 5 : 38400	-	U16
57346	0xE002	1	Stop bit : 0 : 1 stop bit 1 : 2 stop bits	-	U16
57347	0xE003	1	Parity : 0 : None 1 : Odd 2 : Even	-	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
28928	0x7100	1	Reserved	-	-
28929	0x7101	1	Reserved	-	-
28930	0x7102	1	Backlight timeout 0 : Always ON 1 : 1 Min 5 : 5 Min 10 : 10 Min 30 : 30 Min 60 : 60 Min 120 : 120 Min 121 : Always OFF	min	U16
28931	0x7103	1	Reserved	-	-
28932	0x7104	1	Reserved	-	-
28933	0x7105	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
29440	0x7300	1	Network Type : 1 : 1P+N (1.2.1) 5 : 3P (3.3.2) 8 : 3P+N (3.4.3) 3 : 2P+N (3.3.3)	-	U8
29441	0x7301	1	Reserved	-	-
29442	0x7302	1	Reserved	-	-
29443	0x7303	1	Reserved	-	-
29444	0x7304	1	Reserved	-	-
29445	0x7305	1	Reserved	-	-
29446	0x7306	1	Reserved	-	-
29447	0x7307	1	Reserved	-	-
29448	0x7308	2	Reserved	-	-
29450	0x730A	1	Current transformer Load 1 Way I1 0 : Positive (+) 1 : Negative (-)	-	U8
29451	0x730B	1	Current transformer Load 1 Way I2 0 : Positive (+) 1 : Negative (-)	-	U8
29452	0x730C	1	Current transformer Load 1 Way I3 0 : Positive (+) 1 : Negative (-)	-	U8
29453	0x730D	1	Current transformer Load 2 Way I1 0 : Positive (+) 1 : Negative (-)	-	U8
29454	0x730E	1	Current transformer Load 2 Way I2 0 : Positive (+) 1 : Negative (-)	-	U8
29455	0x730F	1	Current transformer Load 2 Way I3 0 : Positive (+) 1 : Negative (-)	-	U8
29456	0x7310	1	Current transformer Load 3 Way I1 0 : Positive (+) 1 : Negative (-)	-	U8
29457	0x7311	1	Current transformer Load 3 Way I2 0 : Positive (+) 1 : Negative (-)	-	U8
29458	0x7312	1	Current transformer Load 3 Way I3 0 : Positive (+) 1 : Negative (-)	-	U8
29459	0x7313	1	Current transformer Load 4 Way I1 0 : Positive (+) 1 : Negative (-)	-	U8
29460	0x7314	1	Current transformer Load 4 Way I2 0 : Positive (+) 1 : Negative (-)	-	U8
29461	0x7315	1	Current transformer Load 4 Way I3 0 : Positive (+) 1 : Negative (-)	-	U8
29462	0x7316	1	Current Transformer primary Load 1 160 : 160 250 : 250 630 : 630 1000 : 1000	A	U16
29463	0x7317	1	Current Transformer primary Load 2 160 : 160 250 : 250 630 : 630 1000 : 1000	A	U16
29464	0x7318	1	Current Transformer primary Load 3 160 : 160 250 : 250 630 : 630 1000 : 1000	A	U16
29465	0x7319	1	Current Transformer primary Load 4 160 : 160 250 : 250 630 : 630 1000 : 1000	A	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
34816	0x8800	1	Reserved	-	-
34817	0x8801	1	Integration time for average 5 : 5 minutes 8 : 8 minutes 10 : 10 minutes 15 : 15 minutes 20 : 20 minutes 30 : 30 minutes 60 : 60 minutes	min	U16
34818	0x8802	6	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57856	0xE200	1	Action : 0xA1 : Product Configuration storage 0xB2 : Product reset	-	U8_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57888	0xE220	1	Reset Min/Max and AVG 0xFFFF : Reset All	-	U16_HEX
57889	0xE221	1	Reset Instantaneous Min/Max 0xFFFF : Reset All	-	U16_HEX
57890	0xE222	1	Reset Partial Energies 0x0000 : None 0x0001 : Partial Ea+ 0x0002 : Partial Er+ 0x0004 : Partial Eap 0x0008 : Partial Ea- 0x0010 : Partial Er- 0x001F : Reset ALL TOT Partial	-	U16_HEX
57891	0xE223	1	Reserved	-	-
57892	0xE224	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57893	0xE225	1	Reset Min/Max and AVG 0xFFFF : Reset All	-	U16_HEX
57894	0xE226	1	Reset Instantaneous Min/Max 0xFFFF : Reset All	-	U16_HEX
57895	0xE227	1	Reset Partial Energies 0x0000 : None 0x0001 : Partial Ea+ 0x0002 : Partial Er+ 0x0004 : Partial Eap 0x0008 : Partial Ea- 0x0010 : Partial Er- 0x001F : Reset ALL TOT Partial	-	U16_HEX
57896	0xE228	1	Reserved	-	-
57897	0xE229	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57898	0xE22A	1	Reset Min/Max and AVG 0xFFFF : Reset All	-	U16_HEX
57899	0xE22B	1	Reset Instantaneous Min/Max 0xFFFF : Reset All	-	U16_HEX
57900	0xE22C	1	Reset Partial Energies 0x0000 : None 0x0001 : Partial Ea+ 0x0002 : Partial Er+ 0x0004 : Partial Eap 0x0008 : Partial Ea- 0x0010 : Partial Er- 0x001F : Reset ALL TOT Partial	-	U16_HEX
57901	0xE22D	1	Reserved	-	-
57902	0xE22E	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
57903	0xE22F	1	Reset Min/Max and AVG 0xFFFF : Reset All	-	U16_HEX
57904	0xE230	1	Reset Instantaneous Min/Max 0xFFFF : Reset All	-	U16_HEX
57905	0xE231	1	Reset Partial Energies 0x0000 : None 0x0001 : Partial Ea+ 0x0002 : Partial Er+ 0x0004 : Partial Eap 0x0008 : Partial Ea- 0x0010 : Partial Er- 0x001F : Reset ALL TOT Partial	-	U16_HEX
57906	0xE232	1	Reserved	-	-
57907	0xE233	1	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40512	0x9E40	1	Reset 0x20 : Partial Energies	-	U8_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40513	0x9E41	1	Reset 0x20 : Partial Energies	-	U8_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40514	0x9E42	1	Reset 0x20 : Partial Energies	-	U8_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40515	0x9E43	1	Reset 0x20 : Partial Energies	-	U8_HEX

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40544	0x9E60	1	Indus Mode (0: indus mode disabled, 1: indus mode enabled)	-	U8
40545	0x9E61	1	MID status (0: non-MID product, 1: MID product	-	U8

Documentation

Modbus protocol

Please refer to the protocol specifications of the Modbus Organization for more information.

Supported functions

• 3 : Read multiple registers
• 6 : Write single register
• 16 : Write multiple registers

Deviation from protocol

The data is presented as groups of meaningful information called "tables". A Read or Write multiple registers command may only include registers of a single table, otherwise the product will return an error code.

Settings modifications

Changes to the product's settings registers are only done in volatile memory (RAM) and would be lost at the next startup unless they are committed to non-volatile memory. To commit the changes to non-volatile memory, write the value "0xA1" to the register "Action system > Action" (0xE200).

Data encoding/decoding

Reserved registers

A register labelled "Reserved" in the documentation indicates it is not available on this product.

Types

Type	Description	# Registers	Decoding pseudo-code	Reserved value (see below *)
U8	Unsigned 8-bit integer	1	Value = (uint8_t)(reg[0] & 0x00FF)	0xFF
U16	Unsigned 16-bit integer	1	Value = (uint16_t)reg[0]	0xFFFF
U32	Unsigned 32-bit integer	2	Value = (uint32_t)((reg[0] << 16) + reg[1])	0xFFFF FFFF
S16	Signed 16-bit integer	1	Value = (int16_t)reg[0]	0x7FFF
S32	Signed 32-bit integer	2	Value = (int32_t)((reg[0] << 16) + reg[1])	0x7FFF FFFF
U8_HEX	Unsigned 8-bit integer representing an hexadecimal value	1	Value = (uint8_t)(reg[0] & 0x00FF)	0xFF
U16_HEX	Unsigned 16-bit integer representing an hexadecimal value	1	Value = (uint16_t)reg[0]	0xFFFF
U32_HEX	Unsigned 32-bit integer representing an hexadecimal value	2	Value = (uint32_t)((reg[0] << 16) + reg[1])	0xFFFF FFFF
U64_HEX	Unsigned 64-bit integer representing an hexadecimal value	4	Value = (uint64_t)((reg[0] << 48) + (reg[1] << 32) + (reg[2] << 16) + reg[3])	0xFFFF FFFF FFFF FFFF
STRING_NORM	UTF-8 encoded string of 8-bit characters where each register contains two characters in normal order, e.g. "abcd" is encoded as "abcd": [0]0xaabb [1]0xccdd	N	Example of a four character string "abcd" encoded in two registers: "a" = (char_t)((reg[0] >> 8) & 0x00FF) "b" = (char_t)(reg[0] & 0x00FF) "c" = (char_t)((reg[1] >> 8) & 0x00FF) "d" = (char_t)(reg[1] & 0x00FF)	-
STRING_16	UTF-8 encoded string of 8-bit characters where only the least significant 8 bits of each register represents a character, e.g. "abcd" is encoded as: [0]0x--aa [1]0x--bb [2]0x--cc [3]0x--dd	N	Example of a four character string "abcd" encoded in four registers: "a" = (char_t)((reg[0] >> 8) & 0x00FF) "b" = (char_t)((reg[1] >> 8) & 0x00FF) "c" = (char_t)((reg[2] >> 8) & 0x00FF) "d" = (char_t)((reg[3] >> 8) & 0x00FF)	-
DATETIME_3	Unsigned 48-bit integer representing a date where each component is stored in 1 byte: [0]0xYYMM [1]0xDDhh [2]0xmmss Example: 2018-11-12T09:34:07 -> [0]0x120B [1]0x0C09 [2]0x2207	3	Year = 2000 + (uint8_t)((reg[0] >> 8) & 0x00FF) Month = (uint8_t)(reg[0] & 0x00FF) Day = (uint8_t)((reg[1] >> 8) & 0x00FF) Hour = (uint8_t)(reg[1] & 0x00FF) Minute = (uint8_t)((reg[2] >> 8) & 0x00FF) Second = (uint8_t)(reg[2] & 0x00FF)	0xFFFF FFFF FFFF
U16[]	Array of N unsigned 16-bit integers. Note: Each register contains only one 8-bit value.	N x 1	See U16	-

* Reserved value : A special value that usually indicates the data for this field is not available (e.g. function not enabled, status not available, etc.)

MODBUS TABLES
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Industrialization > Indus Mode and MID status

Documentation

Modbus protocol

Supported functions

Deviation from protocol

Settings modifications

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Reserved registers

Types

MODBUS TABLES - Countis P44-4QCT - v 1.103

MODBUS TABLESCountis P44-4QCT v 1.103

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Industrialization > Indus Mode and MID status

Documentation

Modbus protocol

Supported functions

Deviation from protocol

Settings modifications

Data encoding/decoding

Reserved registers

Types

MODBUS TABLES - Countis P44-4QCT - v 1.103

MODBUS TABLES
Countis P44-4QCT
v 1.103

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