MODBUS TABLES
DIRIS A-100 RJ12
v 1.3.0

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22416	0x5790	2	Date of last instance	s	DATETIME
22418	0x5792	1	Integration time	0.2 s	U16
22419	0x5793	2	System Ph-N Voltage	0.01 V	U32
22421	0x5795	2	System Ph-Ph Voltage	0.01 V	U32
22423	0x5797	2	Frequency	mHz	U32
22425	0x5799	2	Ph-N Voltage : V1	0.01 V	U32
22427	0x579B	2	Ph-N Voltage : V2	0.01 V	U32
22429	0x579D	2	Ph-N Voltage : V3	0.01 V	U32
22431	0x579F	2	Ph-N Voltage : Vn	0.01 V	U32
22433	0x57A1	2	Ph-Ph Voltage : U12	0.01 V	U32
22435	0x57A3	2	Ph-Ph Voltage : U23	0.01 V	U32
22437	0x57A5	2	Ph-Ph Voltage : U31	0.01 V	U32
22439	0x57A7	2	Vdir	0.01 V	U32
22441	0x57A9	2	Vinv	0.01 V	U32
22443	0x57AB	2	Vhom	0.01 V	U32
22445	0x57AD	1	Vnb	0.01 %	U16
22446	0x57AE	2	Udir	0.01 V	U32
22448	0x57B0	2	Uinv	0.01 V	U32
22450	0x57B2	1	Unb	0.01 %	U16
22451	0x57B3	1	Vnba	0.01 %	U16
22452	0x57B4	1	Unba	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
13520	0x34D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
13521	0x34D1	2	Date of last instance	s	DATETIME
13523	0x34D3	1	Integration time	0.2 s	U16
13524	0x34D4	2	System Ph-N Voltage	0.01 V	U32
13526	0x34D6	2	System Ph-Ph Voltage	0.01 V	U32
13528	0x34D8	2	System Current	mA	U32
13530	0x34DA	2	Frequency	mHz	U32
13532	0x34DC	2	Ph-N Voltage : V1	0.01 V	U32
13534	0x34DE	2	Ph-N Voltage : V2	0.01 V	U32
13536	0x34E0	2	Ph-N Voltage : V3	0.01 V	U32
13538	0x34E2	2	Ph-N Voltage : Vn	0.01 V	U32
13540	0x34E4	2	Ph-Ph Voltage : U12	0.01 V	U32
13542	0x34E6	2	Ph-Ph Voltage : U23	0.01 V	U32
13544	0x34E8	2	Ph-Ph Voltage : U31	0.01 V	U32
13546	0x34EA	2	Current : I1	mA	U32
13548	0x34EC	2	Current : I2	mA	U32
13550	0x34EE	2	Current : I3	mA	U32
13552	0x34F0	2	Current : In	mA	U32
13554	0x34F2	1	Inba	0.01 %	U16
13555	0x34F3	2	Idir	mA	U32
13557	0x34F5	2	Iinv	mA	U32
13559	0x34F7	2	Ihom	mA	U32
13561	0x34F9	1	Inb	0.01 %	U16
13562	0x34FA	2	Snom	VA	U32
13564	0x34FC	2	Total active power	W	S32
13566	0x34FE	2	Total reactive power	var	S32
13568	0x3500	2	Total lagging reactive power	var	S32
13570	0x3502	2	Total leading reactive power	var	S32
13572	0x3504	2	Total apparent power	VA	U32
13574	0x3506	1	Total power factor	0.001	S16
13575	0x3507	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
13576	0x3508	2	Active power : P1	W	S32
13578	0x350A	2	Active power : P2	W	S32
13580	0x350C	2	Active power : P3	W	S32
13582	0x350E	2	Reactive power : Q1	var	S32
13584	0x3510	2	Reactive power : Q2	var	S32
13586	0x3512	2	Reactive power : Q3	var	S32
13588	0x3514	2	Lagging reactive power : Q1 lagg	var	S32
13590	0x3516	2	Lagging reactive power : Q2 lagg	var	S32
13592	0x3518	2	Lagging reactive power : Q3 lagg	var	S32
13594	0x351A	2	Leading reactive power : Q1 lead	var	S32
13596	0x351C	2	Leading reactive power : Q2 lead	var	S32
13598	0x351E	2	Leading reactive power : Q3 lead	var	S32
13600	0x3520	2	Apparent power : S1	VA	U32
13602	0x3522	2	Apparent power : S2	VA	U32
13604	0x3524	2	Apparent power : S3	VA	U32
13606	0x3526	1	Power factor : PF1	0.001	S16
13607	0x3527	1	Power factor : PF2	0.001	S16
13608	0x3528	1	Power factor : PF3	0.001	S16
13609	0x3529	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
13610	0x352A	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
13611	0x352B	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
13612	0x352C	2	Reserved	-	-
13614	0x352E	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
13644	0x354C	1	Load status 0 : Disabled 1 : Enabled	-	U8
13645	0x354D	2	Date of last instance	s	DATETIME
13647	0x354F	1	Integration time	0.2 s	U16
13648	0x3550	2	System Ph-N Voltage	0.01 V	U32
13650	0x3552	2	System Ph-Ph Voltage	0.01 V	U32
13652	0x3554	2	System Current	mA	U32
13654	0x3556	2	Frequency	mHz	U32
13656	0x3558	2	Ph-N Voltage : V1	0.01 V	U32
13658	0x355A	2	Ph-N Voltage : V2	0.01 V	U32
13660	0x355C	2	Ph-N Voltage : V3	0.01 V	U32
13662	0x355E	2	Ph-N Voltage : Vn	0.01 V	U32
13664	0x3560	2	Ph-Ph Voltage : U12	0.01 V	U32
13666	0x3562	2	Ph-Ph Voltage : U23	0.01 V	U32
13668	0x3564	2	Ph-Ph Voltage : U31	0.01 V	U32
13670	0x3566	2	Current : I1	mA	U32
13672	0x3568	2	Current : I2	mA	U32
13674	0x356A	2	Current : I3	mA	U32
13676	0x356C	2	Current : In	mA	U32
13678	0x356E	1	Inba	0.01 %	U16
13679	0x356F	2	Idir	mA	U32
13681	0x3571	2	Iinv	mA	U32
13683	0x3573	2	Ihom	mA	U32
13685	0x3575	1	Inb	0.01 %	U16
13686	0x3576	2	Snom	VA	U32
13688	0x3578	2	Total active power	W	S32
13690	0x357A	2	Total reactive power	var	S32
13692	0x357C	2	Total lagging reactive power	var	S32
13694	0x357E	2	Total leading reactive power	var	S32
13696	0x3580	2	Total apparent power	VA	U32
13698	0x3582	1	Total power factor	0.001	S16
13699	0x3583	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
13700	0x3584	2	Active power : P1	W	S32
13702	0x3586	2	Active power : P2	W	S32
13704	0x3588	2	Active power : P3	W	S32
13706	0x358A	2	Reactive power : Q1	var	S32
13708	0x358C	2	Reactive power : Q2	var	S32
13710	0x358E	2	Reactive power : Q3	var	S32
13712	0x3590	2	Lagging reactive power : Q1 lagg	var	S32
13714	0x3592	2	Lagging reactive power : Q2 lagg	var	S32
13716	0x3594	2	Lagging reactive power : Q3 lagg	var	S32
13718	0x3596	2	Leading reactive power : Q1 lead	var	S32
13720	0x3598	2	Leading reactive power : Q2 lead	var	S32
13722	0x359A	2	Leading reactive power : Q3 lead	var	S32
13724	0x359C	2	Apparent power : S1	VA	U32
13726	0x359E	2	Apparent power : S2	VA	U32
13728	0x35A0	2	Apparent power : S3	VA	U32
13730	0x35A2	1	Power factor : PF1	0.001	S16
13731	0x35A3	1	Power factor : PF2	0.001	S16
13732	0x35A4	1	Power factor : PF3	0.001	S16
13733	0x35A5	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
13734	0x35A6	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
13735	0x35A7	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
13736	0x35A8	2	Reserved	-	-
13738	0x35AA	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
13768	0x35C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
13769	0x35C9	2	Date of last instance	s	DATETIME
13771	0x35CB	1	Integration time	0.2 s	U16
13772	0x35CC	2	System Ph-N Voltage	0.01 V	U32
13774	0x35CE	2	System Ph-Ph Voltage	0.01 V	U32
13776	0x35D0	2	System Current	mA	U32
13778	0x35D2	2	Frequency	mHz	U32
13780	0x35D4	2	Ph-N Voltage : V1	0.01 V	U32
13782	0x35D6	2	Ph-N Voltage : V2	0.01 V	U32
13784	0x35D8	2	Ph-N Voltage : V3	0.01 V	U32
13786	0x35DA	2	Ph-N Voltage : Vn	0.01 V	U32
13788	0x35DC	2	Ph-Ph Voltage : U12	0.01 V	U32
13790	0x35DE	2	Ph-Ph Voltage : U23	0.01 V	U32
13792	0x35E0	2	Ph-Ph Voltage : U31	0.01 V	U32
13794	0x35E2	2	Current : I1	mA	U32
13796	0x35E4	2	Current : I2	mA	U32
13798	0x35E6	2	Current : I3	mA	U32
13800	0x35E8	2	Current : In	mA	U32
13802	0x35EA	1	Inba	0.01 %	U16
13803	0x35EB	2	Idir	mA	U32
13805	0x35ED	2	Iinv	mA	U32
13807	0x35EF	2	Ihom	mA	U32
13809	0x35F1	1	Inb	0.01 %	U16
13810	0x35F2	2	Snom	VA	U32
13812	0x35F4	2	Total active power	W	S32
13814	0x35F6	2	Total reactive power	var	S32
13816	0x35F8	2	Total lagging reactive power	var	S32
13818	0x35FA	2	Total leading reactive power	var	S32
13820	0x35FC	2	Total apparent power	VA	U32
13822	0x35FE	1	Total power factor	0.001	S16
13823	0x35FF	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
13824	0x3600	2	Active power : P1	W	S32
13826	0x3602	2	Active power : P2	W	S32
13828	0x3604	2	Active power : P3	W	S32
13830	0x3606	2	Reactive power : Q1	var	S32
13832	0x3608	2	Reactive power : Q2	var	S32
13834	0x360A	2	Reactive power : Q3	var	S32
13836	0x360C	2	Lagging reactive power : Q1 lagg	var	S32
13838	0x360E	2	Lagging reactive power : Q2 lagg	var	S32
13840	0x3610	2	Lagging reactive power : Q3 lagg	var	S32
13842	0x3612	2	Leading reactive power : Q1 lead	var	S32
13844	0x3614	2	Leading reactive power : Q2 lead	var	S32
13846	0x3616	2	Leading reactive power : Q3 lead	var	S32
13848	0x3618	2	Apparent power : S1	VA	U32
13850	0x361A	2	Apparent power : S2	VA	U32
13852	0x361C	2	Apparent power : S3	VA	U32
13854	0x361E	1	Power factor : PF1	0.001	S16
13855	0x361F	1	Power factor : PF2	0.001	S16
13856	0x3620	1	Power factor : PF3	0.001	S16
13857	0x3621	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
13858	0x3622	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
13859	0x3623	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
13860	0x3624	2	Reserved	-	-
13862	0x3626	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
13892	0x3644	1	Load status 0 : Disabled 1 : Enabled	-	U8
13893	0x3645	2	Date of last instance	s	DATETIME
13895	0x3647	1	Integration time	0.2 s	U16
13896	0x3648	2	System Ph-N Voltage	0.01 V	U32
13898	0x364A	2	System Ph-Ph Voltage	0.01 V	U32
13900	0x364C	2	System Current	mA	U32
13902	0x364E	2	Frequency	mHz	U32
13904	0x3650	2	Ph-N Voltage : V1	0.01 V	U32
13906	0x3652	2	Ph-N Voltage : V2	0.01 V	U32
13908	0x3654	2	Ph-N Voltage : V3	0.01 V	U32
13910	0x3656	2	Ph-N Voltage : Vn	0.01 V	U32
13912	0x3658	2	Ph-Ph Voltage : U12	0.01 V	U32
13914	0x365A	2	Ph-Ph Voltage : U23	0.01 V	U32
13916	0x365C	2	Ph-Ph Voltage : U31	0.01 V	U32
13918	0x365E	2	Current : I1	mA	U32
13920	0x3660	2	Current : I2	mA	U32
13922	0x3662	2	Current : I3	mA	U32
13924	0x3664	2	Current : In	mA	U32
13926	0x3666	1	Inba	0.01 %	U16
13927	0x3667	2	Idir	mA	U32
13929	0x3669	2	Iinv	mA	U32
13931	0x366B	2	Ihom	mA	U32
13933	0x366D	1	Inb	0.01 %	U16
13934	0x366E	2	Snom	VA	U32
13936	0x3670	2	Total active power	W	S32
13938	0x3672	2	Total reactive power	var	S32
13940	0x3674	2	Total lagging reactive power	var	S32
13942	0x3676	2	Total leading reactive power	var	S32
13944	0x3678	2	Total apparent power	VA	U32
13946	0x367A	1	Total power factor	0.001	S16
13947	0x367B	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
13948	0x367C	2	Active power : P1	W	S32
13950	0x367E	2	Active power : P2	W	S32
13952	0x3680	2	Active power : P3	W	S32
13954	0x3682	2	Reactive power : Q1	var	S32
13956	0x3684	2	Reactive power : Q2	var	S32
13958	0x3686	2	Reactive power : Q3	var	S32
13960	0x3688	2	Lagging reactive power : Q1 lagg	var	S32
13962	0x368A	2	Lagging reactive power : Q2 lagg	var	S32
13964	0x368C	2	Lagging reactive power : Q3 lagg	var	S32
13966	0x368E	2	Leading reactive power : Q1 lead	var	S32
13968	0x3690	2	Leading reactive power : Q2 lead	var	S32
13970	0x3692	2	Leading reactive power : Q3 lead	var	S32
13972	0x3694	2	Apparent power : S1	VA	U32
13974	0x3696	2	Apparent power : S2	VA	U32
13976	0x3698	2	Apparent power : S3	VA	U32
13978	0x369A	1	Power factor : PF1	0.001	S16
13979	0x369B	1	Power factor : PF2	0.001	S16
13980	0x369C	1	Power factor : PF3	0.001	S16
13981	0x369D	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
13982	0x369E	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
13983	0x369F	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
13984	0x36A0	2	Reserved	-	-
13986	0x36A2	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22464	0x57C0	2	Date of last instance	s	DATETIME
22466	0x57C2	1	Integration time	min	U16
22467	0x57C3	2	System Ph-N Voltage	0.01 V	U32
22469	0x57C5	2	System Ph-Ph Voltage	0.01 V	U32
22471	0x57C7	2	Frequency	mHz	U32
22473	0x57C9	2	Ph-N Voltage : V1	0.01 V	U32
22475	0x57CB	2	Ph-N Voltage : V2	0.01 V	U32
22477	0x57CD	2	Ph-N Voltage : V3	0.01 V	U32
22479	0x57CF	2	Ph-N Voltage : Vn	0.01 V	U32
22481	0x57D1	2	Ph-Ph Voltage : U12	0.01 V	U32
22483	0x57D3	2	Ph-Ph Voltage : U23	0.01 V	U32
22485	0x57D5	2	Ph-Ph Voltage : U31	0.01 V	U32
22487	0x57D7	2	Vdir	0.01 V	U32
22489	0x57D9	2	Vinv	0.01 V	U32
22491	0x57DB	2	Vhom	0.01 V	U32
22493	0x57DD	1	Vnb	0.01 %	U16
22494	0x57DE	2	Udir	0.01 V	U32
22496	0x57E0	2	Uinv	0.01 V	U32
22498	0x57E2	1	Unb	0.01 %	U16
22499	0x57E3	1	Vnba	0.01 %	U16
22500	0x57E4	1	Unba	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22512	0x57F0	2	Date of last instance	s	DATETIME
22514	0x57F2	1	Integration time	0.2 s	U16
22515	0x57F3	2	Ph-N voltage: V1h1	0.01 V	U32
22517	0x57F5	2	Ph-N voltage: V2h1	0.01 V	U32
22519	0x57F7	2	Ph-N voltage: V3h1	0.01 V	U32
22521	0x57F9	2	Ph-N voltage: Vnh1	0.01 V	U32
22523	0x57FB	1	Ph-N voltage phase: phV1h1	0.1 °	S16
22524	0x57FC	1	Ph-N voltage phase: phV2h1	0.1 °	S16
22525	0x57FD	1	Ph-N voltage phase: phV3h1	0.1 °	S16
22526	0x57FE	1	Ph-N voltage phase: phVnh1	0.1 °	S16
22527	0x57FF	2	Ph-Ph voltage: U12h1	0.01 V	U32
22529	0x5801	2	Ph-Ph voltage: U23h1	0.01 V	U32
22531	0x5803	2	Ph-Ph voltage: U31h1	0.01 V	U32
22533	0x5805	1	Ph-Ph voltage phase: phU12h1	0.1 °	S16
22534	0x5806	1	Ph-Ph voltage phase: phU23h1	0.1 °	S16
22535	0x5807	1	Ph-Ph voltage phase: phU31h1	0.1 °	S16
22536	0x5808	1	Ph-N Voltage total harmonic distortion : THD V1	0.01 %	U16
22537	0x5809	1	Ph-N Voltage total harmonic distortion : THD V2	0.01 %	U16
22538	0x580A	1	Ph-N Voltage total harmonic distortion : THD V3	0.01 %	U16
22539	0x580B	1	Ph-Ph Voltage total harmonic distortion : THD U12	0.01 %	U16
22540	0x580C	1	Ph-Ph Voltage total harmonic distortion : THD U23	0.01 %	U16
22541	0x580D	1	Ph-Ph Voltage total harmonic distortion : THD U31	0.01 %	U16
22542	0x580E	1	System THD V	0.01 %	U16
22543	0x580F	1	System THD U	0.01 %	U16
22544	0x5810	1	Crest factor : V1	0.001	U16
22545	0x5811	1	Crest factor : V2	0.001	U16
22546	0x5812	1	Crest factor : V3	0.001	U16
22547	0x5813	1	Crest factor : U12	0.001	U16
22548	0x5814	1	Crest factor : U23	0.001	U16
22549	0x5815	1	Crest factor : U31	0.001	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22560	0x5820	1	Maximum Vnb	0.01 %	U16
22561	0x5821	2	Date of maximum Vnb	-	DATETIME
22563	0x5823	1	Maximum Vnba	0.01 %	U16
22564	0x5824	2	Date of maximum Vnba	-	DATETIME
22566	0x5826	1	Maximum Unb	0.01 %	U16
22567	0x5827	2	Date of maximum Unb	-	DATETIME
22569	0x5829	1	Maximum Unba	0.01 %	U16
22570	0x582A	2	Date of maximum Unba	-	DATETIME
22572	0x582C	1	Maximum THD V1	0.01 %	U16
22573	0x582D	2	Date of maximum THD V1	-	DATETIME
22575	0x582F	1	Maximum THD V2	0.01 %	U16
22576	0x5830	2	Date of maximum THD V2	-	DATETIME
22578	0x5832	1	Maximum THD V3	0.01 %	U16
22579	0x5833	2	Date of maximum THD V3	-	DATETIME
22581	0x5835	1	Maximum THD U12	0.01 %	U16
22582	0x5836	2	Date of maximum THD U12	-	DATETIME
22584	0x5838	1	Maximum THD U23	0.01 %	U16
22585	0x5839	2	Date of maximum THD U23	-	DATETIME
22587	0x583B	1	Maximum THD U31	0.01 %	U16
22588	0x583C	2	Date of maximum THD U31	-	DATETIME
22590	0x583E	1	Minimum Vnb	0.01 %	U16
22591	0x583F	2	Date of minimum Vnb	-	DATETIME
22593	0x5841	1	Minimum Vnba	0.01 %	U16
22594	0x5842	2	Date of minimum Vnba	-	DATETIME
22596	0x5844	1	Minimum Unb	0.01 %	U16
22597	0x5845	2	Date of minimum Unb	-	DATETIME
22599	0x5847	1	Minimum Unba	0.01 %	U16
22600	0x5848	2	Date of minimum Unba	-	DATETIME
22602	0x584A	1	Minimum THD V1	0.01 %	U16
22603	0x584B	2	Date of minimum THD V1	-	DATETIME
22605	0x584D	1	Minimum THD V2	0.01 %	U16
22606	0x584E	2	Date of minimum THD V2	-	DATETIME
22608	0x5850	1	Minimum THD V3	0.01 %	U16
22609	0x5851	2	Date of minimum THD V3	-	DATETIME
22611	0x5853	1	Minimum THD U12	0.01 %	U16
22612	0x5854	2	Date of minimum THD U12	-	DATETIME
22614	0x5856	1	Minimum THD U23	0.01 %	U16
22615	0x5857	2	Date of minimum THD U23	-	DATETIME
22617	0x5859	1	Minimum THD U31	0.01 %	U16
22618	0x585A	2	Date of minimum THD U31	-	DATETIME
22620	0x585C	1	Maximum THD Vsys	0.01 %	U16
22621	0x585D	2	Date of maximum THD Vsys	-	DATETIME
22623	0x585F	1	Maximum THD Usys	0.01 %	U16
22624	0x5860	2	Date of maximum THD Usys	-	DATETIME
22626	0x5862	1	Maximum crest factor V1	0.001	U16
22627	0x5863	2	Date of maximum crest factor V1	-	DATETIME
22629	0x5865	1	Maximum crest factor V2	0.001	U16
22630	0x5866	2	Date of maximum crest factor V2	-	DATETIME
22632	0x5868	1	Maximum crest factor V3	0.001	U16
22633	0x5869	2	Date of maximum crest factor V3	-	DATETIME
22635	0x586B	1	Maximum crest factor U12	0.001	U16
22636	0x586C	2	Date of maximum crest factor U12	-	DATETIME
22638	0x586E	1	Maximum crest factor U23	0.001	U16
22639	0x586F	2	Date of maximum crest factor U23	-	DATETIME
22641	0x5871	1	Maximum crest factor U31	0.001	U16
22642	0x5872	2	Date of maximum crest factor U31	-	DATETIME
22644	0x5874	1	Minimum crest factor V1	0.001	U16
22645	0x5875	2	Date of minimum crest factor V1	-	DATETIME
22647	0x5877	1	Minimum crest factor V2	0.001	U16
22648	0x5878	2	Date of minimum crest factor V2	-	DATETIME
22650	0x587A	1	Minimum crest factor V3	0.001	U16
22651	0x587B	2	Date of minimum crest factor V3	-	DATETIME
22653	0x587D	1	Minimum crest factor U12	0.001	U16
22654	0x587E	2	Date of minimum crest factor U12	-	DATETIME
22656	0x5880	1	Minimum crest factor U23	0.001	U16
22657	0x5881	2	Date of minimum crest factor U23	-	DATETIME
22659	0x5883	1	Minimum crest factor U31	0.001	U16
22660	0x5884	2	Date of minimum crest factor U31	-	DATETIME
22662	0x5886	1	Minimum THD Vsys	0.01 %	U16
22663	0x5887	2	Date of minimum THD Vsys	-	DATETIME
22665	0x5889	1	Minimum THD Usys	0.01 %	U16
22666	0x588A	2	Date of minimum THD Usys	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22688	0x58A0	1	harmonic V1 row 2	0.01 %	U16
22689	0x58A1	1	harmonic V2 row 2	0.01 %	U16
22690	0x58A2	1	harmonic V3 row 2	0.01 %	U16
22691	0x58A3	1	harmonic V1 row 3	0.01 %	U16
22692	0x58A4	1	harmonic V2 row 3	0.01 %	U16
22693	0x58A5	1	harmonic V3 row 3	0.01 %	U16
22694	0x58A6	1	harmonic V1 row 4	0.01 %	U16
22695	0x58A7	1	harmonic V2 row 4	0.01 %	U16
22696	0x58A8	1	harmonic V3 row 4	0.01 %	U16
22697	0x58A9	1	harmonic V1 row 5	0.01 %	U16
22698	0x58AA	1	harmonic V2 row 5	0.01 %	U16
22699	0x58AB	1	harmonic V3 row 5	0.01 %	U16
22700	0x58AC	1	harmonic V1 row 6	0.01 %	U16
22701	0x58AD	1	harmonic V2 row 6	0.01 %	U16
22702	0x58AE	1	harmonic V3 row 6	0.01 %	U16
22703	0x58AF	1	harmonic V1 row 7	0.01 %	U16
22704	0x58B0	1	harmonic V2 row 7	0.01 %	U16
22705	0x58B1	1	harmonic V3 row 7	0.01 %	U16
22706	0x58B2	1	harmonic V1 row 8	0.01 %	U16
22707	0x58B3	1	harmonic V2 row 8	0.01 %	U16
22708	0x58B4	1	harmonic V3 row 8	0.01 %	U16
22709	0x58B5	1	harmonic V1 row 9	0.01 %	U16
22710	0x58B6	1	harmonic V2 row 9	0.01 %	U16
22711	0x58B7	1	harmonic V3 row 9	0.01 %	U16
22712	0x58B8	1	harmonic V1 row 10	0.01 %	U16
22713	0x58B9	1	harmonic V2 row 10	0.01 %	U16
22714	0x58BA	1	harmonic V3 row 10	0.01 %	U16
22715	0x58BB	1	harmonic V1 row 11	0.01 %	U16
22716	0x58BC	1	harmonic V2 row 11	0.01 %	U16
22717	0x58BD	1	harmonic V3 row 11	0.01 %	U16
22718	0x58BE	1	harmonic V1 row 12	0.01 %	U16
22719	0x58BF	1	harmonic V2 row 12	0.01 %	U16
22720	0x58C0	1	harmonic V3 row 12	0.01 %	U16
22721	0x58C1	1	harmonic V1 row 13	0.01 %	U16
22722	0x58C2	1	harmonic V2 row 13	0.01 %	U16
22723	0x58C3	1	harmonic V3 row 13	0.01 %	U16
22724	0x58C4	1	harmonic V1 row 14	0.01 %	U16
22725	0x58C5	1	harmonic V2 row 14	0.01 %	U16
22726	0x58C6	1	harmonic V3 row 14	0.01 %	U16
22727	0x58C7	1	harmonic V1 row 15	0.01 %	U16
22728	0x58C8	1	harmonic V2 row 15	0.01 %	U16
22729	0x58C9	1	harmonic V3 row 15	0.01 %	U16
22730	0x58CA	1	harmonic V1 row 16	0.01 %	U16
22731	0x58CB	1	harmonic V2 row 16	0.01 %	U16
22732	0x58CC	1	harmonic V3 row 16	0.01 %	U16
22733	0x58CD	1	harmonic V1 row 17	0.01 %	U16
22734	0x58CE	1	harmonic V2 row 17	0.01 %	U16
22735	0x58CF	1	harmonic V3 row 17	0.01 %	U16
22736	0x58D0	1	harmonic V1 row 18	0.01 %	U16
22737	0x58D1	1	harmonic V2 row 18	0.01 %	U16
22738	0x58D2	1	harmonic V3 row 18	0.01 %	U16
22739	0x58D3	1	harmonic V1 row 19	0.01 %	U16
22740	0x58D4	1	harmonic V2 row 19	0.01 %	U16
22741	0x58D5	1	harmonic V3 row 19	0.01 %	U16
22742	0x58D6	1	harmonic V1 row 20	0.01 %	U16
22743	0x58D7	1	harmonic V2 row 20	0.01 %	U16
22744	0x58D8	1	harmonic V3 row 20	0.01 %	U16
22745	0x58D9	1	harmonic V1 row 21	0.01 %	U16
22746	0x58DA	1	harmonic V2 row 21	0.01 %	U16
22747	0x58DB	1	harmonic V3 row 21	0.01 %	U16
22748	0x58DC	1	harmonic V1 row 22	0.01 %	U16
22749	0x58DD	1	harmonic V2 row 22	0.01 %	U16
22750	0x58DE	1	harmonic V3 row 22	0.01 %	U16
22751	0x58DF	1	harmonic V1 row 23	0.01 %	U16
22752	0x58E0	1	harmonic V2 row 23	0.01 %	U16
22753	0x58E1	1	harmonic V3 row 23	0.01 %	U16
22754	0x58E2	1	harmonic V1 row 24	0.01 %	U16
22755	0x58E3	1	harmonic V2 row 24	0.01 %	U16
22756	0x58E4	1	harmonic V3 row 24	0.01 %	U16
22757	0x58E5	1	harmonic V1 row 25	0.01 %	U16
22758	0x58E6	1	harmonic V2 row 25	0.01 %	U16
22759	0x58E7	1	harmonic V3 row 25	0.01 %	U16
22760	0x58E8	1	harmonic V1 row 26 to 34	0.01 %	U16
22761	0x58E9	1	harmonic V2 row 26 to 34	0.01 %	U16
22762	0x58EA	1	harmonic V3 row 26 to 34	0.01 %	U16
22763	0x58EB	1	harmonic V1 row 35 to 50	0.01 %	U16
22764	0x58EC	1	harmonic V2 row 35 to 50	0.01 %	U16
22765	0x58ED	1	harmonic V3 row 35 to 50	0.01 %	U16
22766	0x58EE	1	harmonic V1 row 51 to 63	0.01 %	U16
22767	0x58EF	1	harmonic V2 row 51 to 63	0.01 %	U16
22768	0x58F0	1	harmonic V3 row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
22784	0x5900	1	harmonic U12 row 2	0.01 %	U16
22785	0x5901	1	harmonic U23 row 2	0.01 %	U16
22786	0x5902	1	harmonic U31 row 2	0.01 %	U16
22787	0x5903	1	harmonic U12 row 3	0.01 %	U16
22788	0x5904	1	harmonic U23 row 3	0.01 %	U16
22789	0x5905	1	harmonic U31 row 3	0.01 %	U16
22790	0x5906	1	harmonic U12 row 4	0.01 %	U16
22791	0x5907	1	harmonic U23 row 4	0.01 %	U16
22792	0x5908	1	harmonic U31 row 4	0.01 %	U16
22793	0x5909	1	harmonic U12 row 5	0.01 %	U16
22794	0x590A	1	harmonic U23 row 5	0.01 %	U16
22795	0x590B	1	harmonic U31 row 5	0.01 %	U16
22796	0x590C	1	harmonic U12 row 6	0.01 %	U16
22797	0x590D	1	harmonic U23 row 6	0.01 %	U16
22798	0x590E	1	harmonic U31 row 6	0.01 %	U16
22799	0x590F	1	harmonic U12 row 7	0.01 %	U16
22800	0x5910	1	harmonic U23 row 7	0.01 %	U16
22801	0x5911	1	harmonic U31 row 7	0.01 %	U16
22802	0x5912	1	harmonic U12 row 8	0.01 %	U16
22803	0x5913	1	harmonic U23 row 8	0.01 %	U16
22804	0x5914	1	harmonic U31 row 8	0.01 %	U16
22805	0x5915	1	harmonic U12 row 9	0.01 %	U16
22806	0x5916	1	harmonic U23 row 9	0.01 %	U16
22807	0x5917	1	harmonic U31 row 9	0.01 %	U16
22808	0x5918	1	harmonic U12 row 10	0.01 %	U16
22809	0x5919	1	harmonic U23 row 10	0.01 %	U16
22810	0x591A	1	harmonic U31 row 10	0.01 %	U16
22811	0x591B	1	harmonic U12 row 11	0.01 %	U16
22812	0x591C	1	harmonic U23 row 11	0.01 %	U16
22813	0x591D	1	harmonic U31 row 11	0.01 %	U16
22814	0x591E	1	harmonic U12 row 12	0.01 %	U16
22815	0x591F	1	harmonic U23 row 12	0.01 %	U16
22816	0x5920	1	harmonic U31 row 12	0.01 %	U16
22817	0x5921	1	harmonic U12 row 13	0.01 %	U16
22818	0x5922	1	harmonic U23 row 13	0.01 %	U16
22819	0x5923	1	harmonic U31 row 13	0.01 %	U16
22820	0x5924	1	harmonic U12 row 14	0.01 %	U16
22821	0x5925	1	harmonic U23 row 14	0.01 %	U16
22822	0x5926	1	harmonic U31 row 14	0.01 %	U16
22823	0x5927	1	harmonic U12 row 15	0.01 %	U16
22824	0x5928	1	harmonic U23 row 15	0.01 %	U16
22825	0x5929	1	harmonic U31 row 15	0.01 %	U16
22826	0x592A	1	harmonic U12 row 16	0.01 %	U16
22827	0x592B	1	harmonic U23 row 16	0.01 %	U16
22828	0x592C	1	harmonic U31 row 16	0.01 %	U16
22829	0x592D	1	harmonic U12 row 17	0.01 %	U16
22830	0x592E	1	harmonic U23 row 17	0.01 %	U16
22831	0x592F	1	harmonic U31 row 17	0.01 %	U16
22832	0x5930	1	harmonic U12 row 18	0.01 %	U16
22833	0x5931	1	harmonic U23 row 18	0.01 %	U16
22834	0x5932	1	harmonic U31 row 18	0.01 %	U16
22835	0x5933	1	harmonic U12 row 19	0.01 %	U16
22836	0x5934	1	harmonic U23 row 19	0.01 %	U16
22837	0x5935	1	harmonic U31 row 19	0.01 %	U16
22838	0x5936	1	harmonic U12 row 20	0.01 %	U16
22839	0x5937	1	harmonic U23 row 20	0.01 %	U16
22840	0x5938	1	harmonic U31 row 20	0.01 %	U16
22841	0x5939	1	harmonic U12 row 21	0.01 %	U16
22842	0x593A	1	harmonic U23 row 21	0.01 %	U16
22843	0x593B	1	harmonic U31 row 21	0.01 %	U16
22844	0x593C	1	harmonic U12 row 22	0.01 %	U16
22845	0x593D	1	harmonic U23 row 22	0.01 %	U16
22846	0x593E	1	harmonic U31 row 22	0.01 %	U16
22847	0x593F	1	harmonic U12 row 23	0.01 %	U16
22848	0x5940	1	harmonic U23 row 23	0.01 %	U16
22849	0x5941	1	harmonic U31 row 23	0.01 %	U16
22850	0x5942	1	harmonic U12 row 24	0.01 %	U16
22851	0x5943	1	harmonic U23 row 24	0.01 %	U16
22852	0x5944	1	harmonic U31 row 24	0.01 %	U16
22853	0x5945	1	harmonic U12 row 25	0.01 %	U16
22854	0x5946	1	harmonic U23 row 25	0.01 %	U16
22855	0x5947	1	harmonic U31 row 25	0.01 %	U16
22856	0x5948	1	harmonic U12 row 26 to 34	0.01 %	U16
22857	0x5949	1	harmonic U23 row 26 to 34	0.01 %	U16
22858	0x594A	1	harmonic U31 row 26 to 34	0.01 %	U16
22859	0x594B	1	harmonic U12 row 35 to 50	0.01 %	U16
22860	0x594C	1	harmonic U23 row 35 to 50	0.01 %	U16
22861	0x594D	1	harmonic U31 row 35 to 50	0.01 %	U16
22862	0x594E	1	harmonic U12 row 51 to 63	0.01 %	U16
22863	0x594F	1	harmonic U23 row 51 to 63	0.01 %	U16
22864	0x5950	1	harmonic U31 row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14032	0x36D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
14033	0x36D1	2	Date of last instance	s	DATETIME
14035	0x36D3	1	Integration time	min	U16
14036	0x36D4	2	System Ph-N Voltage	0.01 V	U32
14038	0x36D6	2	System Ph-Ph Voltage	0.01 V	U32
14040	0x36D8	2	System Current	mA	U32
14042	0x36DA	2	Frequency	mHz	U32
14044	0x36DC	2	Ph-N Voltage : V1	0.01 V	U32
14046	0x36DE	2	Ph-N Voltage : V2	0.01 V	U32
14048	0x36E0	2	Ph-N Voltage : V3	0.01 V	U32
14050	0x36E2	2	Ph-N Voltage : Vn	0.01 V	U32
14052	0x36E4	2	Ph-Ph Voltage : U12	0.01 V	U32
14054	0x36E6	2	Ph-Ph Voltage : U23	0.01 V	U32
14056	0x36E8	2	Ph-Ph Voltage : U31	0.01 V	U32
14058	0x36EA	2	Current : I1	mA	U32
14060	0x36EC	2	Current : I2	mA	U32
14062	0x36EE	2	Current : I3	mA	U32
14064	0x36F0	2	Current : In	mA	U32
14066	0x36F2	1	Inba	0.01 %	U16
14067	0x36F3	2	Idir	mA	U32
14069	0x36F5	2	Iinv	mA	U32
14071	0x36F7	2	Ihom	mA	U32
14073	0x36F9	1	Inb	0.01 %	U16
14074	0x36FA	2	Snom	VA	U32
14076	0x36FC	2	Total active power	W	S32
14078	0x36FE	2	Total reactive power	var	S32
14080	0x3700	2	Total lagging reactive power	var	S32
14082	0x3702	2	Total leading reactive power	var	S32
14084	0x3704	2	Total apparent power	VA	U32
14086	0x3706	1	Total power factor	0.001	S16
14087	0x3707	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
14088	0x3708	2	Active power : P1	W	S32
14090	0x370A	2	Active power : P2	W	S32
14092	0x370C	2	Active power : P3	W	S32
14094	0x370E	2	Reactive power : Q1	var	S32
14096	0x3710	2	Reactive power : Q2	var	S32
14098	0x3712	2	Reactive power : Q3	var	S32
14100	0x3714	2	Lagging reactive power : Q1_lagg	var	S32
14102	0x3716	2	Lagging reactive power : Q2_lagg	var	S32
14104	0x3718	2	Lagging reactive power : Q3_lagg	var	S32
14106	0x371A	2	Leading reactive power : Q1_lead	var	S32
14108	0x371C	2	Leading reactive power : Q2_lead	var	S32
14110	0x371E	2	Leading reactive power : Q3_lead	var	S32
14112	0x3720	2	Apparent power : S1	VA	U32
14114	0x3722	2	Apparent power : S2	VA	U32
14116	0x3724	2	Apparent power : S3	VA	U32
14118	0x3726	1	Power factor : PF1	0.001	S16
14119	0x3727	1	Power factor : PF2	0.001	S16
14120	0x3728	1	Power factor : PF3	0.001	S16
14121	0x3729	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
14122	0x372A	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
14123	0x372B	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
14124	0x372C	2	Reserved	-	-
14126	0x372E	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14156	0x374C	1	Load status 0 : Disabled 1 : Enabled	-	U8
14157	0x374D	2	Date of last instance	s	DATETIME
14159	0x374F	1	Integration time	min	U16
14160	0x3750	2	System Ph-N Voltage	0.01 V	U32
14162	0x3752	2	System Ph-Ph Voltage	0.01 V	U32
14164	0x3754	2	System Current	mA	U32
14166	0x3756	2	Frequency	mHz	U32
14168	0x3758	2	Ph-N Voltage : V1	0.01 V	U32
14170	0x375A	2	Ph-N Voltage : V2	0.01 V	U32
14172	0x375C	2	Ph-N Voltage : V3	0.01 V	U32
14174	0x375E	2	Ph-N Voltage : Vn	0.01 V	U32
14176	0x3760	2	Ph-Ph Voltage : U12	0.01 V	U32
14178	0x3762	2	Ph-Ph Voltage : U23	0.01 V	U32
14180	0x3764	2	Ph-Ph Voltage : U31	0.01 V	U32
14182	0x3766	2	Current : I1	mA	U32
14184	0x3768	2	Current : I2	mA	U32
14186	0x376A	2	Current : I3	mA	U32
14188	0x376C	2	Current : In	mA	U32
14190	0x376E	1	Inba	0.01 %	U16
14191	0x376F	2	Idir	mA	U32
14193	0x3771	2	Iinv	mA	U32
14195	0x3773	2	Ihom	mA	U32
14197	0x3775	1	Inb	0.01 %	U16
14198	0x3776	2	Snom	VA	U32
14200	0x3778	2	Total active power	W	S32
14202	0x377A	2	Total reactive power	var	S32
14204	0x377C	2	Total lagging reactive power	var	S32
14206	0x377E	2	Total leading reactive power	var	S32
14208	0x3780	2	Total apparent power	VA	U32
14210	0x3782	1	Total power factor	0.001	S16
14211	0x3783	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
14212	0x3784	2	Active power : P1	W	S32
14214	0x3786	2	Active power : P2	W	S32
14216	0x3788	2	Active power : P3	W	S32
14218	0x378A	2	Reactive power : Q1	var	S32
14220	0x378C	2	Reactive power : Q2	var	S32
14222	0x378E	2	Reactive power : Q3	var	S32
14224	0x3790	2	Lagging reactive power : Q1_lagg	var	S32
14226	0x3792	2	Lagging reactive power : Q2_lagg	var	S32
14228	0x3794	2	Lagging reactive power : Q3_lagg	var	S32
14230	0x3796	2	Leading reactive power : Q1_lead	var	S32
14232	0x3798	2	Leading reactive power : Q2_lead	var	S32
14234	0x379A	2	Leading reactive power : Q3_lead	var	S32
14236	0x379C	2	Apparent power : S1	VA	U32
14238	0x379E	2	Apparent power : S2	VA	U32
14240	0x37A0	2	Apparent power : S3	VA	U32
14242	0x37A2	1	Power factor : PF1	0.001	S16
14243	0x37A3	1	Power factor : PF2	0.001	S16
14244	0x37A4	1	Power factor : PF3	0.001	S16
14245	0x37A5	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
14246	0x37A6	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
14247	0x37A7	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
14248	0x37A8	2	Reserved	-	-
14250	0x37AA	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14280	0x37C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
14281	0x37C9	2	Date of last instance	s	DATETIME
14283	0x37CB	1	Integration time	min	U16
14284	0x37CC	2	System Ph-N Voltage	0.01 V	U32
14286	0x37CE	2	System Ph-Ph Voltage	0.01 V	U32
14288	0x37D0	2	System Current	mA	U32
14290	0x37D2	2	Frequency	mHz	U32
14292	0x37D4	2	Ph-N Voltage : V1	0.01 V	U32
14294	0x37D6	2	Ph-N Voltage : V2	0.01 V	U32
14296	0x37D8	2	Ph-N Voltage : V3	0.01 V	U32
14298	0x37DA	2	Ph-N Voltage : Vn	0.01 V	U32
14300	0x37DC	2	Ph-Ph Voltage : U12	0.01 V	U32
14302	0x37DE	2	Ph-Ph Voltage : U23	0.01 V	U32
14304	0x37E0	2	Ph-Ph Voltage : U31	0.01 V	U32
14306	0x37E2	2	Current : I1	mA	U32
14308	0x37E4	2	Current : I2	mA	U32
14310	0x37E6	2	Current : I3	mA	U32
14312	0x37E8	2	Current : In	mA	U32
14314	0x37EA	1	Inba	0.01 %	U16
14315	0x37EB	2	Idir	mA	U32
14317	0x37ED	2	Iinv	mA	U32
14319	0x37EF	2	Ihom	mA	U32
14321	0x37F1	1	Inb	0.01 %	U16
14322	0x37F2	2	Snom	VA	U32
14324	0x37F4	2	Total active power	W	S32
14326	0x37F6	2	Total reactive power	var	S32
14328	0x37F8	2	Total lagging reactive power	var	S32
14330	0x37FA	2	Total leading reactive power	var	S32
14332	0x37FC	2	Total apparent power	VA	U32
14334	0x37FE	1	Total power factor	0.001	S16
14335	0x37FF	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
14336	0x3800	2	Active power : P1	W	S32
14338	0x3802	2	Active power : P2	W	S32
14340	0x3804	2	Active power : P3	W	S32
14342	0x3806	2	Reactive power : Q1	var	S32
14344	0x3808	2	Reactive power : Q2	var	S32
14346	0x380A	2	Reactive power : Q3	var	S32
14348	0x380C	2	Lagging reactive power : Q1_lagg	var	S32
14350	0x380E	2	Lagging reactive power : Q2_lagg	var	S32
14352	0x3810	2	Lagging reactive power : Q3_lagg	var	S32
14354	0x3812	2	Leading reactive power : Q1_lead	var	S32
14356	0x3814	2	Leading reactive power : Q2_lead	var	S32
14358	0x3816	2	Leading reactive power : Q3_lead	var	S32
14360	0x3818	2	Apparent power : S1	VA	U32
14362	0x381A	2	Apparent power : S2	VA	U32
14364	0x381C	2	Apparent power : S3	VA	U32
14366	0x381E	1	Power factor : PF1	0.001	S16
14367	0x381F	1	Power factor : PF2	0.001	S16
14368	0x3820	1	Power factor : PF3	0.001	S16
14369	0x3821	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
14370	0x3822	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
14371	0x3823	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
14372	0x3824	2	Reserved	-	-
14374	0x3826	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14404	0x3844	1	Load status 0 : Disabled 1 : Enabled	-	U8
14405	0x3845	2	Date of last instance	s	DATETIME
14407	0x3847	1	Integration time	min	U16
14408	0x3848	2	System Ph-N Voltage	0.01 V	U32
14410	0x384A	2	System Ph-Ph Voltage	0.01 V	U32
14412	0x384C	2	System Current	mA	U32
14414	0x384E	2	Frequency	mHz	U32
14416	0x3850	2	Ph-N Voltage : V1	0.01 V	U32
14418	0x3852	2	Ph-N Voltage : V2	0.01 V	U32
14420	0x3854	2	Ph-N Voltage : V3	0.01 V	U32
14422	0x3856	2	Ph-N Voltage : Vn	0.01 V	U32
14424	0x3858	2	Ph-Ph Voltage : U12	0.01 V	U32
14426	0x385A	2	Ph-Ph Voltage : U23	0.01 V	U32
14428	0x385C	2	Ph-Ph Voltage : U31	0.01 V	U32
14430	0x385E	2	Current : I1	mA	U32
14432	0x3860	2	Current : I2	mA	U32
14434	0x3862	2	Current : I3	mA	U32
14436	0x3864	2	Current : In	mA	U32
14438	0x3866	1	Inba	0.01 %	U16
14439	0x3867	2	Idir	mA	U32
14441	0x3869	2	Iinv	mA	U32
14443	0x386B	2	Ihom	mA	U32
14445	0x386D	1	Inb	0.01 %	U16
14446	0x386E	2	Snom	VA	U32
14448	0x3870	2	Total active power	W	S32
14450	0x3872	2	Total reactive power	var	S32
14452	0x3874	2	Total lagging reactive power	var	S32
14454	0x3876	2	Total leading reactive power	var	S32
14456	0x3878	2	Total apparent power	VA	U32
14458	0x387A	1	Total power factor	0.001	S16
14459	0x387B	1	Total Power factor type : 0 : undefined 1 : leading 2 : lagging	-	U8
14460	0x387C	2	Active power : P1	W	S32
14462	0x387E	2	Active power : P2	W	S32
14464	0x3880	2	Active power : P3	W	S32
14466	0x3882	2	Reactive power : Q1	var	S32
14468	0x3884	2	Reactive power : Q2	var	S32
14470	0x3886	2	Reactive power : Q3	var	S32
14472	0x3888	2	Lagging reactive power : Q1_lagg	var	S32
14474	0x388A	2	Lagging reactive power : Q2_lagg	var	S32
14476	0x388C	2	Lagging reactive power : Q3_lagg	var	S32
14478	0x388E	2	Leading reactive power : Q1_lead	var	S32
14480	0x3890	2	Leading reactive power : Q2_lead	var	S32
14482	0x3892	2	Leading reactive power : Q3_lead	var	S32
14484	0x3894	2	Apparent power : S1	VA	U32
14486	0x3896	2	Apparent power : S2	VA	U32
14488	0x3898	2	Apparent power : S3	VA	U32
14490	0x389A	1	Power factor : PF1	0.001	S16
14491	0x389B	1	Power factor : PF2	0.001	S16
14492	0x389C	1	Power factor : PF3	0.001	S16
14493	0x389D	1	Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
14494	0x389E	1	Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
14495	0x389F	1	Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
14496	0x38A0	2	Reserved	-	-
14498	0x38A2	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14544	0x38D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
14545	0x38D1	2	Date of last instance	s	DATETIME
14547	0x38D3	1	Integration time	0.2 s	U16
14548	0x38D4	2	Ph-N voltage: V1h1	0.01 V	U32
14550	0x38D6	2	Ph-N voltage: V2h1	0.01 V	U32
14552	0x38D8	2	Ph-N voltage: V3h1	0.01 V	U32
14554	0x38DA	2	Ph-N voltage: Vnh1	0.01 V	U32
14556	0x38DC	1	Ph-N voltage phase: phV1h1	0.1 °	S16
14557	0x38DD	1	Ph-N voltage phase: phV2h1	0.1 °	S16
14558	0x38DE	1	Ph-N voltage phase: phV3h1	0.1 °	S16
14559	0x38DF	1	Ph-N voltage phase: phVnh1	0.1 °	S16
14560	0x38E0	2	Ph-Ph voltage: U12h1	0.01 V	U32
14562	0x38E2	2	Ph-Ph voltage: U23h1	0.01 V	U32
14564	0x38E4	2	Ph-Ph voltage: U31h1	0.01 V	U32
14566	0x38E6	1	Ph-Ph voltage phase: phU12h1	0.1 °	S16
14567	0x38E7	1	Ph-Ph voltage phase: phU23h1	0.1 °	S16
14568	0x38E8	1	Ph-Ph voltage phase: phU31h1	0.1 °	S16
14569	0x38E9	2	Current: I1h1	mA	U32
14571	0x38EB	2	Current: I2h1	mA	U32
14573	0x38ED	2	Current: I3h1	mA	U32
14575	0x38EF	2	Current: Inh1	mA	U32
14577	0x38F1	1	Current phase: phI1h1	0.1 °	S16
14578	0x38F2	1	Current phase: phI2h1	0.1 °	S16
14579	0x38F3	1	Current phase: phI3h1	0.1 °	S16
14580	0x38F4	1	Current phase: phInh1	0.1 °	S16
14581	0x38F5	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
14582	0x38F6	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
14583	0x38F7	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
14584	0x38F8	1	phi current voltage: phiInh1Vnh1	0.1 °	S16
14585	0x38F9	2	P1h1	W	S32
14587	0x38FB	2	P2h1	W	S32
14589	0x38FD	2	P3h1	W	S32
14591	0x38FF	2	Reserved	-	-
14593	0x3901	2	Q1h1	var	S32
14595	0x3903	2	Q2h1	var	S32
14597	0x3905	2	Q3h1	var	S32
14599	0x3907	2	Reserved	-	-
14601	0x3909	1	Cos(phi) : phiI1h1V1h1	0.001	S16
14602	0x390A	1	Cos(phi) : phiI2h1V2h1	0.001	S16
14603	0x390B	1	Cos(phi) : phiI3h1V3h1	0.001	S16
14604	0x390C	1	Tan(phi) : phiI1h1V1h1	0.001	S16
14605	0x390D	1	Tan(phi) : phiI2h1V2h1	0.001	S16
14606	0x390E	1	Tan(phi) : phiI3h1V3h1	0.001	S16
14607	0x390F	1	Ph-N Voltage total harmonic distortion : THD V1	0.01 %	U16
14608	0x3910	1	Ph-N Voltage total harmonic distortion : THD V2	0.01 %	U16
14609	0x3911	1	Ph-N Voltage total harmonic distortion : THD V3	0.01 %	U16
14610	0x3912	1	Ph-Ph Voltage total harmonic distortion : THD U12	0.01 %	U16
14611	0x3913	1	Ph-Ph Voltage total harmonic distortion : THD U23	0.01 %	U16
14612	0x3914	1	Ph-Ph Voltage total harmonic distortion : THD U31	0.01 %	U16
14613	0x3915	1	Curent total harmonic distortion : THD I1	0.01 %	U16
14614	0x3916	1	Curent total harmonic distortion : THD I2	0.01 %	U16
14615	0x3917	1	Curent total harmonic distortion : THD I3	0.01 %	U16
14616	0x3918	1	Curent total harmonic distortion : THD In	0.01 %	U16
14617	0x3919	1	K-Factor I1	0.01	U16
14618	0x391A	1	K-Factor I2	0.01	U16
14619	0x391B	1	K-Factor I3	0.01	U16
14620	0x391C	1	K-Factor In	0.01	U16
14621	0x391D	1	System THD V	0.01 %	U16
14622	0x391E	1	System THD U	0.01 %	U16
14623	0x391F	1	System THD I	0.01 %	U16
14624	0x3920	1	Crest factor : I1	0.001	U16
14625	0x3921	1	Crest factor : I2	0.001	U16
14626	0x3922	1	Crest factor : I3	0.001	U16
14627	0x3923	1	Crest factor : In	0.001	U16
14628	0x3924	1	Total demand distortion : TDD I1	0.01 %	U16
14629	0x3925	1	Total demand distortion : TDD I2	0.01 %	U16
14630	0x3926	1	Total demand distortion : TDD I3	0.01 %	U16
14631	0x3927	1	Total demand distortion : TDD In	0.01 %	U16
14632	0x3928	1	System TDD I	0.01 %	U16
14633	0x3929	2	S1h1	VA	U32
14635	0x392B	2	S2h1	VA	U32
14637	0x392D	2	S3h1	VA	U32
14639	0x392F	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14668	0x394C	1	Load status 0 : Disabled 1 : Enabled	-	U8
14669	0x394D	2	Date of last instance	s	DATETIME
14671	0x394F	1	Integration time	0.2 s	U16
14672	0x3950	2	Ph-N voltage: V1h1	0.01 V	U32
14674	0x3952	2	Ph-N voltage: V2h1	0.01 V	U32
14676	0x3954	2	Ph-N voltage: V3h1	0.01 V	U32
14678	0x3956	2	Ph-N voltage: Vnh1	0.01 V	U32
14680	0x3958	1	Ph-N voltage phase: phV1h1	0.1 °	S16
14681	0x3959	1	Ph-N voltage phase: phV2h1	0.1 °	S16
14682	0x395A	1	Ph-N voltage phase: phV3h1	0.1 °	S16
14683	0x395B	1	Ph-N voltage phase: phVnh1	0.1 °	S16
14684	0x395C	2	Ph-Ph voltage: U12h1	0.01 V	U32
14686	0x395E	2	Ph-Ph voltage: U23h1	0.01 V	U32
14688	0x3960	2	Ph-Ph voltage: U31h1	0.01 V	U32
14690	0x3962	1	Ph-Ph voltage phase: phU12h1	0.1 °	S16
14691	0x3963	1	Ph-Ph voltage phase: phU23h1	0.1 °	S16
14692	0x3964	1	Ph-Ph voltage phase: phU31h1	0.1 °	S16
14693	0x3965	2	Current: I1h1	mA	U32
14695	0x3967	2	Current: I2h1	mA	U32
14697	0x3969	2	Current: I3h1	mA	U32
14699	0x396B	2	Current: Inh1	mA	U32
14701	0x396D	1	Current phase: phI1h1	0.1 °	S16
14702	0x396E	1	Current phase: phI2h1	0.1 °	S16
14703	0x396F	1	Current phase: phI3h1	0.1 °	S16
14704	0x3970	1	Current phase: phInh1	0.1 °	S16
14705	0x3971	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
14706	0x3972	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
14707	0x3973	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
14708	0x3974	1	phi current voltage: phiInh1Vnh1	0.1 °	S16
14709	0x3975	2	P1h1	W	S32
14711	0x3977	2	P2h1	W	S32
14713	0x3979	2	P3h1	W	S32
14715	0x397B	2	Reserved	-	-
14717	0x397D	2	Q1h1	var	S32
14719	0x397F	2	Q2h1	var	S32
14721	0x3981	2	Q3h1	var	S32
14723	0x3983	2	Reserved	-	-
14725	0x3985	1	Cos(phi) : phiI1h1V1h1	0.001	S16
14726	0x3986	1	Cos(phi) : phiI2h1V2h1	0.001	S16
14727	0x3987	1	Cos(phi) : phiI3h1V3h1	0.001	S16
14728	0x3988	1	Tan(phi) : phiI1h1V1h1	0.001	S16
14729	0x3989	1	Tan(phi) : phiI2h1V2h1	0.001	S16
14730	0x398A	1	Tan(phi) : phiI3h1V3h1	0.001	S16
14731	0x398B	1	Ph-N Voltage total harmonic distortion : THD V1	0.01 %	U16
14732	0x398C	1	Ph-N Voltage total harmonic distortion : THD V2	0.01 %	U16
14733	0x398D	1	Ph-N Voltage total harmonic distortion : THD V3	0.01 %	U16
14734	0x398E	1	Ph-Ph Voltage total harmonic distortion : THD U12	0.01 %	U16
14735	0x398F	1	Ph-Ph Voltage total harmonic distortion : THD U23	0.01 %	U16
14736	0x3990	1	Ph-Ph Voltage total harmonic distortion : THD U31	0.01 %	U16
14737	0x3991	1	Curent total harmonic distortion : THD I1	0.01 %	U16
14738	0x3992	1	Curent total harmonic distortion : THD I2	0.01 %	U16
14739	0x3993	1	Curent total harmonic distortion : THD I3	0.01 %	U16
14740	0x3994	1	Curent total harmonic distortion : THD In	0.01 %	U16
14741	0x3995	1	K-Factor I1	0.01	U16
14742	0x3996	1	K-Factor I2	0.01	U16
14743	0x3997	1	K-Factor I3	0.01	U16
14744	0x3998	1	K-Factor In	0.01	U16
14745	0x3999	1	System THD V	0.01 %	U16
14746	0x399A	1	System THD U	0.01 %	U16
14747	0x399B	1	System THD I	0.01 %	U16
14748	0x399C	1	Crest factor : I1	0.001	U16
14749	0x399D	1	Crest factor : I2	0.001	U16
14750	0x399E	1	Crest factor : I3	0.001	U16
14751	0x399F	1	Crest factor : In	0.001	U16
14752	0x39A0	1	Total demand distortion : TDD I1	0.01 %	U16
14753	0x39A1	1	Total demand distortion : TDD I2	0.01 %	U16
14754	0x39A2	1	Total demand distortion : TDD I3	0.01 %	U16
14755	0x39A3	1	Total demand distortion : TDD In	0.01 %	U16
14756	0x39A4	1	System TDD I	0.01 %	U16
14757	0x39A5	2	S1h1	VA	U32
14759	0x39A7	2	S2h1	VA	U32
14761	0x39A9	2	S3h1	VA	U32
14763	0x39AB	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14792	0x39C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
14793	0x39C9	2	Date of last instance	s	DATETIME
14795	0x39CB	1	Integration time	0.2 s	U16
14796	0x39CC	2	Ph-N voltage: V1h1	0.01 V	U32
14798	0x39CE	2	Ph-N voltage: V2h1	0.01 V	U32
14800	0x39D0	2	Ph-N voltage: V3h1	0.01 V	U32
14802	0x39D2	2	Ph-N voltage: Vnh1	0.01 V	U32
14804	0x39D4	1	Ph-N voltage phase: phV1h1	0.1 °	S16
14805	0x39D5	1	Ph-N voltage phase: phV2h1	0.1 °	S16
14806	0x39D6	1	Ph-N voltage phase: phV3h1	0.1 °	S16
14807	0x39D7	1	Ph-N voltage phase: phVnh1	0.1 °	S16
14808	0x39D8	2	Ph-Ph voltage: U12h1	0.01 V	U32
14810	0x39DA	2	Ph-Ph voltage: U23h1	0.01 V	U32
14812	0x39DC	2	Ph-Ph voltage: U31h1	0.01 V	U32
14814	0x39DE	1	Ph-Ph voltage phase: phU12h1	0.1 °	S16
14815	0x39DF	1	Ph-Ph voltage phase: phU23h1	0.1 °	S16
14816	0x39E0	1	Ph-Ph voltage phase: phU31h1	0.1 °	S16
14817	0x39E1	2	Current: I1h1	mA	U32
14819	0x39E3	2	Current: I2h1	mA	U32
14821	0x39E5	2	Current: I3h1	mA	U32
14823	0x39E7	2	Current: Inh1	mA	U32
14825	0x39E9	1	Current phase: phI1h1	0.1 °	S16
14826	0x39EA	1	Current phase: phI2h1	0.1 °	S16
14827	0x39EB	1	Current phase: phI3h1	0.1 °	S16
14828	0x39EC	1	Current phase: phInh1	0.1 °	S16
14829	0x39ED	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
14830	0x39EE	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
14831	0x39EF	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
14832	0x39F0	1	phi current voltage: phiInh1Vnh1	0.1 °	S16
14833	0x39F1	2	P1h1	W	S32
14835	0x39F3	2	P2h1	W	S32
14837	0x39F5	2	P3h1	W	S32
14839	0x39F7	2	Reserved	-	-
14841	0x39F9	2	Q1h1	var	S32
14843	0x39FB	2	Q2h1	var	S32
14845	0x39FD	2	Q3h1	var	S32
14847	0x39FF	2	Reserved	-	-
14849	0x3A01	1	Cos(phi) : phiI1h1V1h1	0.001	S16
14850	0x3A02	1	Cos(phi) : phiI2h1V2h1	0.001	S16
14851	0x3A03	1	Cos(phi) : phiI3h1V3h1	0.001	S16
14852	0x3A04	1	Tan(phi) : phiI1h1V1h1	0.001	S16
14853	0x3A05	1	Tan(phi) : phiI2h1V2h1	0.001	S16
14854	0x3A06	1	Tan(phi) : phiI3h1V3h1	0.001	S16
14855	0x3A07	1	Ph-N Voltage total harmonic distortion : THD V1	0.01 %	U16
14856	0x3A08	1	Ph-N Voltage total harmonic distortion : THD V2	0.01 %	U16
14857	0x3A09	1	Ph-N Voltage total harmonic distortion : THD V3	0.01 %	U16
14858	0x3A0A	1	Ph-Ph Voltage total harmonic distortion : THD U12	0.01 %	U16
14859	0x3A0B	1	Ph-Ph Voltage total harmonic distortion : THD U23	0.01 %	U16
14860	0x3A0C	1	Ph-Ph Voltage total harmonic distortion : THD U31	0.01 %	U16
14861	0x3A0D	1	Curent total harmonic distortion : THD I1	0.01 %	U16
14862	0x3A0E	1	Curent total harmonic distortion : THD I2	0.01 %	U16
14863	0x3A0F	1	Curent total harmonic distortion : THD I3	0.01 %	U16
14864	0x3A10	1	Curent total harmonic distortion : THD In	0.01 %	U16
14865	0x3A11	1	K-Factor I1	0.01	U16
14866	0x3A12	1	K-Factor I2	0.01	U16
14867	0x3A13	1	K-Factor I3	0.01	U16
14868	0x3A14	1	K-Factor In	0.01	U16
14869	0x3A15	1	System THD V	0.01 %	U16
14870	0x3A16	1	System THD U	0.01 %	U16
14871	0x3A17	1	System THD I	0.01 %	U16
14872	0x3A18	1	Crest factor : I1	0.001	U16
14873	0x3A19	1	Crest factor : I2	0.001	U16
14874	0x3A1A	1	Crest factor : I3	0.001	U16
14875	0x3A1B	1	Crest factor : In	0.001	U16
14876	0x3A1C	1	Total demand distortion : TDD I1	0.01 %	U16
14877	0x3A1D	1	Total demand distortion : TDD I2	0.01 %	U16
14878	0x3A1E	1	Total demand distortion : TDD I3	0.01 %	U16
14879	0x3A1F	1	Total demand distortion : TDD In	0.01 %	U16
14880	0x3A20	1	System TDD I	0.01 %	U16
14881	0x3A21	2	S1h1	VA	U32
14883	0x3A23	2	S2h1	VA	U32
14885	0x3A25	2	S3h1	VA	U32
14887	0x3A27	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
14916	0x3A44	1	Load status 0 : Disabled 1 : Enabled	-	U8
14917	0x3A45	2	Date of last instance	s	DATETIME
14919	0x3A47	1	Integration time	0.2 s	U16
14920	0x3A48	2	Ph-N voltage: V1h1	0.01 V	U32
14922	0x3A4A	2	Ph-N voltage: V2h1	0.01 V	U32
14924	0x3A4C	2	Ph-N voltage: V3h1	0.01 V	U32
14926	0x3A4E	2	Ph-N voltage: Vnh1	0.01 V	U32
14928	0x3A50	1	Ph-N voltage phase: phV1h1	0.1 °	S16
14929	0x3A51	1	Ph-N voltage phase: phV2h1	0.1 °	S16
14930	0x3A52	1	Ph-N voltage phase: phV3h1	0.1 °	S16
14931	0x3A53	1	Ph-N voltage phase: phVnh1	0.1 °	S16
14932	0x3A54	2	Ph-Ph voltage: U12h1	0.01 V	U32
14934	0x3A56	2	Ph-Ph voltage: U23h1	0.01 V	U32
14936	0x3A58	2	Ph-Ph voltage: U31h1	0.01 V	U32
14938	0x3A5A	1	Ph-Ph voltage phase: phU12h1	0.1 °	S16
14939	0x3A5B	1	Ph-Ph voltage phase: phU23h1	0.1 °	S16
14940	0x3A5C	1	Ph-Ph voltage phase: phU31h1	0.1 °	S16
14941	0x3A5D	2	Current: I1h1	mA	U32
14943	0x3A5F	2	Current: I2h1	mA	U32
14945	0x3A61	2	Current: I3h1	mA	U32
14947	0x3A63	2	Current: Inh1	mA	U32
14949	0x3A65	1	Current phase: phI1h1	0.1 °	S16
14950	0x3A66	1	Current phase: phI2h1	0.1 °	S16
14951	0x3A67	1	Current phase: phI3h1	0.1 °	S16
14952	0x3A68	1	Current phase: phInh1	0.1 °	S16
14953	0x3A69	1	phi current voltage: phiI1h1V1h1	0.1 °	S16
14954	0x3A6A	1	phi current voltage: phiI2h1V2h1	0.1 °	S16
14955	0x3A6B	1	phi current voltage: phiI3h1V3h1	0.1 °	S16
14956	0x3A6C	1	phi current voltage: phiInh1Vnh1	0.1 °	S16
14957	0x3A6D	2	P1h1	W	S32
14959	0x3A6F	2	P2h1	W	S32
14961	0x3A71	2	P3h1	W	S32
14963	0x3A73	2	Reserved	-	-
14965	0x3A75	2	Q1h1	var	S32
14967	0x3A77	2	Q2h1	var	S32
14969	0x3A79	2	Q3h1	var	S32
14971	0x3A7B	2	Reserved	-	-
14973	0x3A7D	1	Cos(phi) : phiI1h1V1h1	0.001	S16
14974	0x3A7E	1	Cos(phi) : phiI2h1V2h1	0.001	S16
14975	0x3A7F	1	Cos(phi) : phiI3h1V3h1	0.001	S16
14976	0x3A80	1	Tan(phi) : phiI1h1V1h1	0.001	S16
14977	0x3A81	1	Tan(phi) : phiI2h1V2h1	0.001	S16
14978	0x3A82	1	Tan(phi) : phiI3h1V3h1	0.001	S16
14979	0x3A83	1	Ph-N Voltage total harmonic distortion : THD V1	0.01 %	U16
14980	0x3A84	1	Ph-N Voltage total harmonic distortion : THD V2	0.01 %	U16
14981	0x3A85	1	Ph-N Voltage total harmonic distortion : THD V3	0.01 %	U16
14982	0x3A86	1	Ph-Ph Voltage total harmonic distortion : THD U12	0.01 %	U16
14983	0x3A87	1	Ph-Ph Voltage total harmonic distortion : THD U23	0.01 %	U16
14984	0x3A88	1	Ph-Ph Voltage total harmonic distortion : THD U31	0.01 %	U16
14985	0x3A89	1	Curent total harmonic distortion : THD I1	0.01 %	U16
14986	0x3A8A	1	Curent total harmonic distortion : THD I2	0.01 %	U16
14987	0x3A8B	1	Curent total harmonic distortion : THD I3	0.01 %	U16
14988	0x3A8C	1	Curent total harmonic distortion : THD In	0.01 %	U16
14989	0x3A8D	1	K-Factor I1	0.01	U16
14990	0x3A8E	1	K-Factor I2	0.01	U16
14991	0x3A8F	1	K-Factor I3	0.01	U16
14992	0x3A90	1	K-Factor In	0.01	U16
14993	0x3A91	1	System THD V	0.01 %	U16
14994	0x3A92	1	System THD U	0.01 %	U16
14995	0x3A93	1	System THD I	0.01 %	U16
14996	0x3A94	1	Crest factor : I1	0.001	U16
14997	0x3A95	1	Crest factor : I2	0.001	U16
14998	0x3A96	1	Crest factor : I3	0.001	U16
14999	0x3A97	1	Crest factor : In	0.001	U16
15000	0x3A98	1	Total demand distortion : TDD I1	0.01 %	U16
15001	0x3A99	1	Total demand distortion : TDD I2	0.01 %	U16
15002	0x3A9A	1	Total demand distortion : TDD I3	0.01 %	U16
15003	0x3A9B	1	Total demand distortion : TDD In	0.01 %	U16
15004	0x3A9C	1	System TDD I	0.01 %	U16
15005	0x3A9D	2	S1h1	VA	U32
15007	0x3A9F	2	S2h1	VA	U32
15009	0x3AA1	2	S3h1	VA	U32
15011	0x3AA3	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15056	0x3AD0	1	Load status 0 : Disabled 1 : Enabled	-	U8
15057	0x3AD1	2	Minimum Frequency	mHz	U32
15059	0x3AD3	2	Date of minimum F	-	DATETIME
15061	0x3AD5	2	Minimum Ph-N Voltage : V1	0.01 V	U32
15063	0x3AD7	2	Date of minimum V1	-	DATETIME
15065	0x3AD9	2	Minimum Ph-N Voltage : V2	0.01 V	U32
15067	0x3ADB	2	Date of minimum V2	-	DATETIME
15069	0x3ADD	2	Minimum Ph-N Voltage : V3	0.01 V	U32
15071	0x3ADF	2	Date of minimum V3	-	DATETIME
15073	0x3AE1	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
15075	0x3AE3	2	Date of minimum Vn	-	DATETIME
15077	0x3AE5	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
15079	0x3AE7	2	Date of minimum U12	-	DATETIME
15081	0x3AE9	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
15083	0x3AEB	2	Date of minimum U23	-	DATETIME
15085	0x3AED	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
15087	0x3AEF	2	Date of minimum U31	-	DATETIME
15089	0x3AF1	2	Minimum Current : I1	mA	U32
15091	0x3AF3	2	Date of minimum I1	-	DATETIME
15093	0x3AF5	2	Minimum Current : I2	mA	U32
15095	0x3AF7	2	Date of minimum I2	-	DATETIME
15097	0x3AF9	2	Minimum Current : I3	mA	U32
15099	0x3AFB	2	Date of minimum I3	-	DATETIME
15101	0x3AFD	2	Minimum Current : In	mA	U32
15103	0x3AFF	2	Date of minimum In	-	DATETIME
15105	0x3B01	2	Minimum Total active power	W	S32
15107	0x3B03	2	Date of minimum Ptot	-	DATETIME
15109	0x3B05	2	Minimum Total reactive power	var	S32
15111	0x3B07	2	Date of minimum Qtot	-	DATETIME
15113	0x3B09	2	Minimum Total apparent power	VA	U32
15115	0x3B0B	2	Date of minimum Stot	-	DATETIME
15117	0x3B0D	1	Minimum Total power factor	0.001	S16
15118	0x3B0E	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15119	0x3B0F	2	Date of minimum Total power factor	-	DATETIME
15121	0x3B11	2	Minimum Active power : P1	W	S32
15123	0x3B13	2	Date of minimum P1	-	DATETIME
15125	0x3B15	2	Minimum Active power : P2	W	S32
15127	0x3B17	2	Date of minimum P2	-	DATETIME
15129	0x3B19	2	Minimum Active power : P3	W	S32
15131	0x3B1B	2	Date of minimum P3	-	DATETIME
15133	0x3B1D	2	Minimum Reactive power : Q1	var	S32
15135	0x3B1F	2	Date of minimum Q1	-	DATETIME
15137	0x3B21	2	Minimum Reactive power : Q2	var	S32
15139	0x3B23	2	Date of minimum Q2	-	DATETIME
15141	0x3B25	2	Minimum Reactive power : Q3	var	S32
15143	0x3B27	2	Date of minimum Q3	-	DATETIME
15145	0x3B29	2	Minimum Apparent power : S1	VA	U32
15147	0x3B2B	2	Date of minimum S1	-	DATETIME
15149	0x3B2D	2	Minimum Apparent power : S2	VA	U32
15151	0x3B2F	2	Date of minimum S2	-	DATETIME
15153	0x3B31	2	Minimum Apparent power : S3	VA	U32
15155	0x3B33	2	Date of minimum S3	-	DATETIME
15157	0x3B35	1	Minimum Power factor : PF1	0.001	S16
15158	0x3B36	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15159	0x3B37	2	Date of minimum PF1	-	DATETIME
15161	0x3B39	1	Minimum Power factor : PF2	0.001	S16
15162	0x3B3A	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15163	0x3B3B	2	Date of minimum PF2	-	DATETIME
15165	0x3B3D	1	Minimum Power factor : PF3	0.001	S16
15166	0x3B3E	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15167	0x3B3F	2	Date of minimum PF3	-	DATETIME
15169	0x3B41	2	Reserved	-	-
15171	0x3B43	2	Reserved	-	-
15173	0x3B45	2	Reserved	-	-
15175	0x3B47	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15180	0x3B4C	1	Load status 0 : Disabled 1 : Enabled	-	U8
15181	0x3B4D	2	Minimum Frequency	mHz	U32
15183	0x3B4F	2	Date of minimum F	-	DATETIME
15185	0x3B51	2	Minimum Ph-N Voltage : V1	0.01 V	U32
15187	0x3B53	2	Date of minimum V1	-	DATETIME
15189	0x3B55	2	Minimum Ph-N Voltage : V2	0.01 V	U32
15191	0x3B57	2	Date of minimum V2	-	DATETIME
15193	0x3B59	2	Minimum Ph-N Voltage : V3	0.01 V	U32
15195	0x3B5B	2	Date of minimum V3	-	DATETIME
15197	0x3B5D	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
15199	0x3B5F	2	Date of minimum Vn	-	DATETIME
15201	0x3B61	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
15203	0x3B63	2	Date of minimum U12	-	DATETIME
15205	0x3B65	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
15207	0x3B67	2	Date of minimum U23	-	DATETIME
15209	0x3B69	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
15211	0x3B6B	2	Date of minimum U31	-	DATETIME
15213	0x3B6D	2	Minimum Current : I1	mA	U32
15215	0x3B6F	2	Date of minimum I1	-	DATETIME
15217	0x3B71	2	Minimum Current : I2	mA	U32
15219	0x3B73	2	Date of minimum I2	-	DATETIME
15221	0x3B75	2	Minimum Current : I3	mA	U32
15223	0x3B77	2	Date of minimum I3	-	DATETIME
15225	0x3B79	2	Minimum Current : In	mA	U32
15227	0x3B7B	2	Date of minimum In	-	DATETIME
15229	0x3B7D	2	Minimum Total active power	W	S32
15231	0x3B7F	2	Date of minimum Ptot	-	DATETIME
15233	0x3B81	2	Minimum Total reactive power	var	S32
15235	0x3B83	2	Date of minimum Qtot	-	DATETIME
15237	0x3B85	2	Minimum Total apparent power	VA	U32
15239	0x3B87	2	Date of minimum Stot	-	DATETIME
15241	0x3B89	1	Minimum Total power factor	0.001	S16
15242	0x3B8A	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15243	0x3B8B	2	Date of minimum Total power factor	-	DATETIME
15245	0x3B8D	2	Minimum Active power : P1	W	S32
15247	0x3B8F	2	Date of minimum P1	-	DATETIME
15249	0x3B91	2	Minimum Active power : P2	W	S32
15251	0x3B93	2	Date of minimum P2	-	DATETIME
15253	0x3B95	2	Minimum Active power : P3	W	S32
15255	0x3B97	2	Date of minimum P3	-	DATETIME
15257	0x3B99	2	Minimum Reactive power : Q1	var	S32
15259	0x3B9B	2	Date of minimum Q1	-	DATETIME
15261	0x3B9D	2	Minimum Reactive power : Q2	var	S32
15263	0x3B9F	2	Date of minimum Q2	-	DATETIME
15265	0x3BA1	2	Minimum Reactive power : Q3	var	S32
15267	0x3BA3	2	Date of minimum Q3	-	DATETIME
15269	0x3BA5	2	Minimum Apparent power : S1	VA	U32
15271	0x3BA7	2	Date of minimum S1	-	DATETIME
15273	0x3BA9	2	Minimum Apparent power : S2	VA	U32
15275	0x3BAB	2	Date of minimum S2	-	DATETIME
15277	0x3BAD	2	Minimum Apparent power : S3	VA	U32
15279	0x3BAF	2	Date of minimum S3	-	DATETIME
15281	0x3BB1	1	Minimum Power factor : PF1	0.001	S16
15282	0x3BB2	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15283	0x3BB3	2	Date of minimum PF1	-	DATETIME
15285	0x3BB5	1	Minimum Power factor : PF2	0.001	S16
15286	0x3BB6	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15287	0x3BB7	2	Date of minimum PF2	-	DATETIME
15289	0x3BB9	1	Minimum Power factor : PF3	0.001	S16
15290	0x3BBA	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15291	0x3BBB	2	Date of minimum PF3	-	DATETIME
15293	0x3BBD	2	Reserved	-	-
15295	0x3BBF	2	Reserved	-	-
15297	0x3BC1	2	Reserved	-	-
15299	0x3BC3	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15304	0x3BC8	1	Load status 0 : Disabled 1 : Enabled	-	U8
15305	0x3BC9	2	Minimum Frequency	mHz	U32
15307	0x3BCB	2	Date of minimum F	-	DATETIME
15309	0x3BCD	2	Minimum Ph-N Voltage : V1	0.01 V	U32
15311	0x3BCF	2	Date of minimum V1	-	DATETIME
15313	0x3BD1	2	Minimum Ph-N Voltage : V2	0.01 V	U32
15315	0x3BD3	2	Date of minimum V2	-	DATETIME
15317	0x3BD5	2	Minimum Ph-N Voltage : V3	0.01 V	U32
15319	0x3BD7	2	Date of minimum V3	-	DATETIME
15321	0x3BD9	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
15323	0x3BDB	2	Date of minimum Vn	-	DATETIME
15325	0x3BDD	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
15327	0x3BDF	2	Date of minimum U12	-	DATETIME
15329	0x3BE1	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
15331	0x3BE3	2	Date of minimum U23	-	DATETIME
15333	0x3BE5	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
15335	0x3BE7	2	Date of minimum U31	-	DATETIME
15337	0x3BE9	2	Minimum Current : I1	mA	U32
15339	0x3BEB	2	Date of minimum I1	-	DATETIME
15341	0x3BED	2	Minimum Current : I2	mA	U32
15343	0x3BEF	2	Date of minimum I2	-	DATETIME
15345	0x3BF1	2	Minimum Current : I3	mA	U32
15347	0x3BF3	2	Date of minimum I3	-	DATETIME
15349	0x3BF5	2	Minimum Current : In	mA	U32
15351	0x3BF7	2	Date of minimum In	-	DATETIME
15353	0x3BF9	2	Minimum Total active power	W	S32
15355	0x3BFB	2	Date of minimum Ptot	-	DATETIME
15357	0x3BFD	2	Minimum Total reactive power	var	S32
15359	0x3BFF	2	Date of minimum Qtot	-	DATETIME
15361	0x3C01	2	Minimum Total apparent power	VA	U32
15363	0x3C03	2	Date of minimum Stot	-	DATETIME
15365	0x3C05	1	Minimum Total power factor	0.001	S16
15366	0x3C06	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15367	0x3C07	2	Date of minimum Total power factor	-	DATETIME
15369	0x3C09	2	Minimum Active power : P1	W	S32
15371	0x3C0B	2	Date of minimum P1	-	DATETIME
15373	0x3C0D	2	Minimum Active power : P2	W	S32
15375	0x3C0F	2	Date of minimum P2	-	DATETIME
15377	0x3C11	2	Minimum Active power : P3	W	S32
15379	0x3C13	2	Date of minimum P3	-	DATETIME
15381	0x3C15	2	Minimum Reactive power : Q1	var	S32
15383	0x3C17	2	Date of minimum Q1	-	DATETIME
15385	0x3C19	2	Minimum Reactive power : Q2	var	S32
15387	0x3C1B	2	Date of minimum Q2	-	DATETIME
15389	0x3C1D	2	Minimum Reactive power : Q3	var	S32
15391	0x3C1F	2	Date of minimum Q3	-	DATETIME
15393	0x3C21	2	Minimum Apparent power : S1	VA	U32
15395	0x3C23	2	Date of minimum S1	-	DATETIME
15397	0x3C25	2	Minimum Apparent power : S2	VA	U32
15399	0x3C27	2	Date of minimum S2	-	DATETIME
15401	0x3C29	2	Minimum Apparent power : S3	VA	U32
15403	0x3C2B	2	Date of minimum S3	-	DATETIME
15405	0x3C2D	1	Minimum Power factor : PF1	0.001	S16
15406	0x3C2E	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15407	0x3C2F	2	Date of minimum PF1	-	DATETIME
15409	0x3C31	1	Minimum Power factor : PF2	0.001	S16
15410	0x3C32	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15411	0x3C33	2	Date of minimum PF2	-	DATETIME
15413	0x3C35	1	Minimum Power factor : PF3	0.001	S16
15414	0x3C36	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15415	0x3C37	2	Date of minimum PF3	-	DATETIME
15417	0x3C39	2	Reserved	-	-
15419	0x3C3B	2	Reserved	-	-
15421	0x3C3D	2	Reserved	-	-
15423	0x3C3F	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15428	0x3C44	1	Load status 0 : Disabled 1 : Enabled	-	U8
15429	0x3C45	2	Minimum Frequency	mHz	U32
15431	0x3C47	2	Date of minimum F	-	DATETIME
15433	0x3C49	2	Minimum Ph-N Voltage : V1	0.01 V	U32
15435	0x3C4B	2	Date of minimum V1	-	DATETIME
15437	0x3C4D	2	Minimum Ph-N Voltage : V2	0.01 V	U32
15439	0x3C4F	2	Date of minimum V2	-	DATETIME
15441	0x3C51	2	Minimum Ph-N Voltage : V3	0.01 V	U32
15443	0x3C53	2	Date of minimum V3	-	DATETIME
15445	0x3C55	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
15447	0x3C57	2	Date of minimum Vn	-	DATETIME
15449	0x3C59	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
15451	0x3C5B	2	Date of minimum U12	-	DATETIME
15453	0x3C5D	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
15455	0x3C5F	2	Date of minimum U23	-	DATETIME
15457	0x3C61	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
15459	0x3C63	2	Date of minimum U31	-	DATETIME
15461	0x3C65	2	Minimum Current : I1	mA	U32
15463	0x3C67	2	Date of minimum I1	-	DATETIME
15465	0x3C69	2	Minimum Current : I2	mA	U32
15467	0x3C6B	2	Date of minimum I2	-	DATETIME
15469	0x3C6D	2	Minimum Current : I3	mA	U32
15471	0x3C6F	2	Date of minimum I3	-	DATETIME
15473	0x3C71	2	Minimum Current : In	mA	U32
15475	0x3C73	2	Date of minimum In	-	DATETIME
15477	0x3C75	2	Minimum Total active power	W	S32
15479	0x3C77	2	Date of minimum Ptot	-	DATETIME
15481	0x3C79	2	Minimum Total reactive power	var	S32
15483	0x3C7B	2	Date of minimum Qtot	-	DATETIME
15485	0x3C7D	2	Minimum Total apparent power	VA	U32
15487	0x3C7F	2	Date of minimum Stot	-	DATETIME
15489	0x3C81	1	Minimum Total power factor	0.001	S16
15490	0x3C82	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15491	0x3C83	2	Date of minimum Total power factor	-	DATETIME
15493	0x3C85	2	Minimum Active power : P1	W	S32
15495	0x3C87	2	Date of minimum P1	-	DATETIME
15497	0x3C89	2	Minimum Active power : P2	W	S32
15499	0x3C8B	2	Date of minimum P2	-	DATETIME
15501	0x3C8D	2	Minimum Active power : P3	W	S32
15503	0x3C8F	2	Date of minimum P3	-	DATETIME
15505	0x3C91	2	Minimum Reactive power : Q1	var	S32
15507	0x3C93	2	Date of minimum Q1	-	DATETIME
15509	0x3C95	2	Minimum Reactive power : Q2	var	S32
15511	0x3C97	2	Date of minimum Q2	-	DATETIME
15513	0x3C99	2	Minimum Reactive power : Q3	var	S32
15515	0x3C9B	2	Date of minimum Q3	-	DATETIME
15517	0x3C9D	2	Minimum Apparent power : S1	VA	U32
15519	0x3C9F	2	Date of minimum S1	-	DATETIME
15521	0x3CA1	2	Minimum Apparent power : S2	VA	U32
15523	0x3CA3	2	Date of minimum S2	-	DATETIME
15525	0x3CA5	2	Minimum Apparent power : S3	VA	U32
15527	0x3CA7	2	Date of minimum S3	-	DATETIME
15529	0x3CA9	1	Minimum Power factor : PF1	0.001	S16
15530	0x3CAA	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15531	0x3CAB	2	Date of minimum PF1	-	DATETIME
15533	0x3CAD	1	Minimum Power factor : PF2	0.001	S16
15534	0x3CAE	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15535	0x3CAF	2	Date of minimum PF2	-	DATETIME
15537	0x3CB1	1	Minimum Power factor : PF3	0.001	S16
15538	0x3CB2	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15539	0x3CB3	2	Date of minimum PF3	-	DATETIME
15541	0x3CB5	2	Reserved	-	-
15543	0x3CB7	2	Reserved	-	-
15545	0x3CB9	2	Reserved	-	-
15547	0x3CBB	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15568	0x3CD0	1	Load status 0 : Disabled 1 : Enabled	-	U8
15569	0x3CD1	2	Maximum Frequency	mHz	U32
15571	0x3CD3	2	Date of maximum F	-	DATETIME
15573	0x3CD5	2	Maximum Ph-N Voltage : V1	0.01 V	U32
15575	0x3CD7	2	Date of maximum V1	-	DATETIME
15577	0x3CD9	2	Maximum Ph-N Voltage : V2	0.01 V	U32
15579	0x3CDB	2	Date of maximum V2	-	DATETIME
15581	0x3CDD	2	Maximum Ph-N Voltage : V3	0.01 V	U32
15583	0x3CDF	2	Date of maximum V3	-	DATETIME
15585	0x3CE1	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
15587	0x3CE3	2	Date of maximum Vn	-	DATETIME
15589	0x3CE5	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
15591	0x3CE7	2	Date of maximum U12	-	DATETIME
15593	0x3CE9	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
15595	0x3CEB	2	Date of maximum U23	-	DATETIME
15597	0x3CED	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
15599	0x3CEF	2	Date of maximum U31	-	DATETIME
15601	0x3CF1	2	Maximum Current : I1	mA	U32
15603	0x3CF3	2	Date of maximum I1	-	DATETIME
15605	0x3CF5	2	Maximum Current : I2	mA	U32
15607	0x3CF7	2	Date of maximum I2	-	DATETIME
15609	0x3CF9	2	Maximum Current : I3	mA	U32
15611	0x3CFB	2	Date of maximum I3	-	DATETIME
15613	0x3CFD	2	Maximum Current : In	mA	U32
15615	0x3CFF	2	Date of maximum In	-	DATETIME
15617	0x3D01	2	Maximum Total active power	W	S32
15619	0x3D03	2	Date of maximum Ptot	-	DATETIME
15621	0x3D05	2	Maximum Total reactive power	var	S32
15623	0x3D07	2	Date of maximum Qtot	-	DATETIME
15625	0x3D09	2	Maximum Total apparent power	VA	U32
15627	0x3D0B	2	Date of maximum Stot	-	DATETIME
15629	0x3D0D	1	Maximum Total power factor	0.001	S16
15630	0x3D0E	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15631	0x3D0F	2	Date of maximum Total power factor	-	DATETIME
15633	0x3D11	2	Maximum Active power : P1	W	S32
15635	0x3D13	2	Date of maximum P1	-	DATETIME
15637	0x3D15	2	Maximum Active power : P2	W	S32
15639	0x3D17	2	Date of maximum P2	-	DATETIME
15641	0x3D19	2	Maximum Active power : P3	W	S32
15643	0x3D1B	2	Date of maximum P3	-	DATETIME
15645	0x3D1D	2	Maximum Reactive power : Q1	var	S32
15647	0x3D1F	2	Date of maximum Q1	-	DATETIME
15649	0x3D21	2	Maximum Reactive power : Q2	var	S32
15651	0x3D23	2	Date of maximum Q2	-	DATETIME
15653	0x3D25	2	Maximum Reactive power : Q3	var	S32
15655	0x3D27	2	Date of maximum Q3	-	DATETIME
15657	0x3D29	2	Maximum Apparent power : S1	VA	U32
15659	0x3D2B	2	Date of maximum S1	-	DATETIME
15661	0x3D2D	2	Maximum Apparent power : S2	VA	U32
15663	0x3D2F	2	Date of maximum S2	-	DATETIME
15665	0x3D31	2	Maximum Apparent power : S3	VA	U32
15667	0x3D33	2	Date of maximum S3	-	DATETIME
15669	0x3D35	1	Maximum Power factor : PF1	0.001	S16
15670	0x3D36	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15671	0x3D37	2	Date of maximum PF1	-	DATETIME
15673	0x3D39	1	Maximum Power factor : PF2	0.001	S16
15674	0x3D3A	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15675	0x3D3B	2	Date of maximum PF2	-	DATETIME
15677	0x3D3D	1	Maximum Power factor : PF3	0.001	S16
15678	0x3D3E	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15679	0x3D3F	2	Date of maximum PF3	-	DATETIME
15681	0x3D41	2	Reserved	-	-
15683	0x3D43	2	Reserved	-	-
15685	0x3D45	2	Reserved	-	-
15687	0x3D47	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15692	0x3D4C	1	Load status 0 : Disabled 1 : Enabled	-	U8
15693	0x3D4D	2	Maximum Frequency	mHz	U32
15695	0x3D4F	2	Date of maximum F	-	DATETIME
15697	0x3D51	2	Maximum Ph-N Voltage : V1	0.01 V	U32
15699	0x3D53	2	Date of maximum V1	-	DATETIME
15701	0x3D55	2	Maximum Ph-N Voltage : V2	0.01 V	U32
15703	0x3D57	2	Date of maximum V2	-	DATETIME
15705	0x3D59	2	Maximum Ph-N Voltage : V3	0.01 V	U32
15707	0x3D5B	2	Date of maximum V3	-	DATETIME
15709	0x3D5D	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
15711	0x3D5F	2	Date of maximum Vn	-	DATETIME
15713	0x3D61	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
15715	0x3D63	2	Date of maximum U12	-	DATETIME
15717	0x3D65	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
15719	0x3D67	2	Date of maximum U23	-	DATETIME
15721	0x3D69	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
15723	0x3D6B	2	Date of maximum U31	-	DATETIME
15725	0x3D6D	2	Maximum Current : I1	mA	U32
15727	0x3D6F	2	Date of maximum I1	-	DATETIME
15729	0x3D71	2	Maximum Current : I2	mA	U32
15731	0x3D73	2	Date of maximum I2	-	DATETIME
15733	0x3D75	2	Maximum Current : I3	mA	U32
15735	0x3D77	2	Date of maximum I3	-	DATETIME
15737	0x3D79	2	Maximum Current : In	mA	U32
15739	0x3D7B	2	Date of maximum In	-	DATETIME
15741	0x3D7D	2	Maximum Total active power	W	S32
15743	0x3D7F	2	Date of maximum Ptot	-	DATETIME
15745	0x3D81	2	Maximum Total reactive power	var	S32
15747	0x3D83	2	Date of maximum Qtot	-	DATETIME
15749	0x3D85	2	Maximum Total apparent power	VA	U32
15751	0x3D87	2	Date of maximum Stot	-	DATETIME
15753	0x3D89	1	Maximum Total power factor	0.001	S16
15754	0x3D8A	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15755	0x3D8B	2	Date of maximum Total power factor	-	DATETIME
15757	0x3D8D	2	Maximum Active power : P1	W	S32
15759	0x3D8F	2	Date of maximum P1	-	DATETIME
15761	0x3D91	2	Maximum Active power : P2	W	S32
15763	0x3D93	2	Date of maximum P2	-	DATETIME
15765	0x3D95	2	Maximum Active power : P3	W	S32
15767	0x3D97	2	Date of maximum P3	-	DATETIME
15769	0x3D99	2	Maximum Reactive power : Q1	var	S32
15771	0x3D9B	2	Date of maximum Q1	-	DATETIME
15773	0x3D9D	2	Maximum Reactive power : Q2	var	S32
15775	0x3D9F	2	Date of maximum Q2	-	DATETIME
15777	0x3DA1	2	Maximum Reactive power : Q3	var	S32
15779	0x3DA3	2	Date of maximum Q3	-	DATETIME
15781	0x3DA5	2	Maximum Apparent power : S1	VA	U32
15783	0x3DA7	2	Date of maximum S1	-	DATETIME
15785	0x3DA9	2	Maximum Apparent power : S2	VA	U32
15787	0x3DAB	2	Date of maximum S2	-	DATETIME
15789	0x3DAD	2	Maximum Apparent power : S3	VA	U32
15791	0x3DAF	2	Date of maximum S3	-	DATETIME
15793	0x3DB1	1	Maximum Power factor : PF1	0.001	S16
15794	0x3DB2	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15795	0x3DB3	2	Date of maximum PF1	-	DATETIME
15797	0x3DB5	1	Maximum Power factor : PF2	0.001	S16
15798	0x3DB6	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15799	0x3DB7	2	Date of maximum PF2	-	DATETIME
15801	0x3DB9	1	Maximum Power factor : PF3	0.001	S16
15802	0x3DBA	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15803	0x3DBB	2	Date of maximum PF3	-	DATETIME
15805	0x3DBD	2	Reserved	-	-
15807	0x3DBF	2	Reserved	-	-
15809	0x3DC1	2	Reserved	-	-
15811	0x3DC3	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15816	0x3DC8	1	Load status 0 : Disabled 1 : Enabled	-	U8
15817	0x3DC9	2	Maximum Frequency	mHz	U32
15819	0x3DCB	2	Date of maximum F	-	DATETIME
15821	0x3DCD	2	Maximum Ph-N Voltage : V1	0.01 V	U32
15823	0x3DCF	2	Date of maximum V1	-	DATETIME
15825	0x3DD1	2	Maximum Ph-N Voltage : V2	0.01 V	U32
15827	0x3DD3	2	Date of maximum V2	-	DATETIME
15829	0x3DD5	2	Maximum Ph-N Voltage : V3	0.01 V	U32
15831	0x3DD7	2	Date of maximum V3	-	DATETIME
15833	0x3DD9	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
15835	0x3DDB	2	Date of maximum Vn	-	DATETIME
15837	0x3DDD	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
15839	0x3DDF	2	Date of maximum U12	-	DATETIME
15841	0x3DE1	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
15843	0x3DE3	2	Date of maximum U23	-	DATETIME
15845	0x3DE5	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
15847	0x3DE7	2	Date of maximum U31	-	DATETIME
15849	0x3DE9	2	Maximum Current : I1	mA	U32
15851	0x3DEB	2	Date of maximum I1	-	DATETIME
15853	0x3DED	2	Maximum Current : I2	mA	U32
15855	0x3DEF	2	Date of maximum I2	-	DATETIME
15857	0x3DF1	2	Maximum Current : I3	mA	U32
15859	0x3DF3	2	Date of maximum I3	-	DATETIME
15861	0x3DF5	2	Maximum Current : In	mA	U32
15863	0x3DF7	2	Date of maximum In	-	DATETIME
15865	0x3DF9	2	Maximum Total active power	W	S32
15867	0x3DFB	2	Date of maximum Ptot	-	DATETIME
15869	0x3DFD	2	Maximum Total reactive power	var	S32
15871	0x3DFF	2	Date of maximum Qtot	-	DATETIME
15873	0x3E01	2	Maximum Total apparent power	VA	U32
15875	0x3E03	2	Date of maximum Stot	-	DATETIME
15877	0x3E05	1	Maximum Total power factor	0.001	S16
15878	0x3E06	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
15879	0x3E07	2	Date of maximum Total power factor	-	DATETIME
15881	0x3E09	2	Maximum Active power : P1	W	S32
15883	0x3E0B	2	Date of maximum P1	-	DATETIME
15885	0x3E0D	2	Maximum Active power : P2	W	S32
15887	0x3E0F	2	Date of maximum P2	-	DATETIME
15889	0x3E11	2	Maximum Active power : P3	W	S32
15891	0x3E13	2	Date of maximum P3	-	DATETIME
15893	0x3E15	2	Maximum Reactive power : Q1	var	S32
15895	0x3E17	2	Date of maximum Q1	-	DATETIME
15897	0x3E19	2	Maximum Reactive power : Q2	var	S32
15899	0x3E1B	2	Date of maximum Q2	-	DATETIME
15901	0x3E1D	2	Maximum Reactive power : Q3	var	S32
15903	0x3E1F	2	Date of maximum Q3	-	DATETIME
15905	0x3E21	2	Maximum Apparent power : S1	VA	U32
15907	0x3E23	2	Date of maximum S1	-	DATETIME
15909	0x3E25	2	Maximum Apparent power : S2	VA	U32
15911	0x3E27	2	Date of maximum S2	-	DATETIME
15913	0x3E29	2	Maximum Apparent power : S3	VA	U32
15915	0x3E2B	2	Date of maximum S3	-	DATETIME
15917	0x3E2D	1	Maximum Power factor : PF1	0.001	S16
15918	0x3E2E	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
15919	0x3E2F	2	Date of maximum PF1	-	DATETIME
15921	0x3E31	1	Maximum Power factor : PF2	0.001	S16
15922	0x3E32	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
15923	0x3E33	2	Date of maximum PF2	-	DATETIME
15925	0x3E35	1	Maximum Power factor : PF3	0.001	S16
15926	0x3E36	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
15927	0x3E37	2	Date of maximum PF3	-	DATETIME
15929	0x3E39	2	Reserved	-	-
15931	0x3E3B	2	Reserved	-	-
15933	0x3E3D	2	Reserved	-	-
15935	0x3E3F	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
15940	0x3E44	1	Load status 0 : Disabled 1 : Enabled	-	U8
15941	0x3E45	2	Maximum Frequency	mHz	U32
15943	0x3E47	2	Date of maximum F	-	DATETIME
15945	0x3E49	2	Maximum Ph-N Voltage : V1	0.01 V	U32
15947	0x3E4B	2	Date of maximum V1	-	DATETIME
15949	0x3E4D	2	Maximum Ph-N Voltage : V2	0.01 V	U32
15951	0x3E4F	2	Date of maximum V2	-	DATETIME
15953	0x3E51	2	Maximum Ph-N Voltage : V3	0.01 V	U32
15955	0x3E53	2	Date of maximum V3	-	DATETIME
15957	0x3E55	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
15959	0x3E57	2	Date of maximum Vn	-	DATETIME
15961	0x3E59	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
15963	0x3E5B	2	Date of maximum U12	-	DATETIME
15965	0x3E5D	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
15967	0x3E5F	2	Date of maximum U23	-	DATETIME
15969	0x3E61	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
15971	0x3E63	2	Date of maximum U31	-	DATETIME
15973	0x3E65	2	Maximum Current : I1	mA	U32
15975	0x3E67	2	Date of maximum I1	-	DATETIME
15977	0x3E69	2	Maximum Current : I2	mA	U32
15979	0x3E6B	2	Date of maximum I2	-	DATETIME
15981	0x3E6D	2	Maximum Current : I3	mA	U32
15983	0x3E6F	2	Date of maximum I3	-	DATETIME
15985	0x3E71	2	Maximum Current : In	mA	U32
15987	0x3E73	2	Date of maximum In	-	DATETIME
15989	0x3E75	2	Maximum Total active power	W	S32
15991	0x3E77	2	Date of maximum Ptot	-	DATETIME
15993	0x3E79	2	Maximum Total reactive power	var	S32
15995	0x3E7B	2	Date of maximum Qtot	-	DATETIME
15997	0x3E7D	2	Maximum Total apparent power	VA	U32
15999	0x3E7F	2	Date of maximum Stot	-	DATETIME
16001	0x3E81	1	Maximum Total power factor	0.001	S16
16002	0x3E82	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16003	0x3E83	2	Date of maximum Total power factor	-	DATETIME
16005	0x3E85	2	Maximum Active power : P1	W	S32
16007	0x3E87	2	Date of maximum P1	-	DATETIME
16009	0x3E89	2	Maximum Active power : P2	W	S32
16011	0x3E8B	2	Date of maximum P2	-	DATETIME
16013	0x3E8D	2	Maximum Active power : P3	W	S32
16015	0x3E8F	2	Date of maximum P3	-	DATETIME
16017	0x3E91	2	Maximum Reactive power : Q1	var	S32
16019	0x3E93	2	Date of maximum Q1	-	DATETIME
16021	0x3E95	2	Maximum Reactive power : Q2	var	S32
16023	0x3E97	2	Date of maximum Q2	-	DATETIME
16025	0x3E99	2	Maximum Reactive power : Q3	var	S32
16027	0x3E9B	2	Date of maximum Q3	-	DATETIME
16029	0x3E9D	2	Maximum Apparent power : S1	VA	U32
16031	0x3E9F	2	Date of maximum S1	-	DATETIME
16033	0x3EA1	2	Maximum Apparent power : S2	VA	U32
16035	0x3EA3	2	Date of maximum S2	-	DATETIME
16037	0x3EA5	2	Maximum Apparent power : S3	VA	U32
16039	0x3EA7	2	Date of maximum S3	-	DATETIME
16041	0x3EA9	1	Maximum Power factor : PF1	0.001	S16
16042	0x3EAA	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16043	0x3EAB	2	Date of maximum PF1	-	DATETIME
16045	0x3EAD	1	Maximum Power factor : PF2	0.001	S16
16046	0x3EAE	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16047	0x3EAF	2	Date of maximum PF2	-	DATETIME
16049	0x3EB1	1	Maximum Power factor : PF3	0.001	S16
16050	0x3EB2	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16051	0x3EB3	2	Date of maximum PF3	-	DATETIME
16053	0x3EB5	2	Reserved	-	-
16055	0x3EB7	2	Reserved	-	-
16057	0x3EB9	2	Reserved	-	-
16059	0x3EBB	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16080	0x3ED0	1	Load status 0 : Disabled 1 : Enabled	-	U8
16081	0x3ED1	2	Minimum Frequency	mHz	U32
16083	0x3ED3	2	Date of minimum F	-	DATETIME
16085	0x3ED5	2	Minimum Ph-N Voltage : V1	0.01 V	U32
16087	0x3ED7	2	Date of minimum V1	-	DATETIME
16089	0x3ED9	2	Minimum Ph-N Voltage : V2	0.01 V	U32
16091	0x3EDB	2	Date of minimum V2	-	DATETIME
16093	0x3EDD	2	Minimum Ph-N Voltage : V3	0.01 V	U32
16095	0x3EDF	2	Date of minimum V3	-	DATETIME
16097	0x3EE1	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
16099	0x3EE3	2	Date of minimum Vn	-	DATETIME
16101	0x3EE5	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
16103	0x3EE7	2	Date of minimum U12	-	DATETIME
16105	0x3EE9	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
16107	0x3EEB	2	Date of minimum U23	-	DATETIME
16109	0x3EED	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
16111	0x3EEF	2	Date of minimum U31	-	DATETIME
16113	0x3EF1	2	Minimum Current : I1	mA	U32
16115	0x3EF3	2	Date of minimum I1	-	DATETIME
16117	0x3EF5	2	Minimum Current : I2	mA	U32
16119	0x3EF7	2	Date of minimum I2	-	DATETIME
16121	0x3EF9	2	Minimum Current : I3	mA	U32
16123	0x3EFB	2	Date of minimum I3	-	DATETIME
16125	0x3EFD	2	Minimum Current : In	mA	U32
16127	0x3EFF	2	Date of minimum In	-	DATETIME
16129	0x3F01	2	Minimum Total active power	W	S32
16131	0x3F03	2	Date of minimum Ptot	-	DATETIME
16133	0x3F05	2	Minimum Total reactive power	var	S32
16135	0x3F07	2	Date of minimum Qtot	-	DATETIME
16137	0x3F09	2	Minimum Total apparent power	VA	U32
16139	0x3F0B	2	Date of minimum Stot	-	DATETIME
16141	0x3F0D	1	Minimum Total power factor	0.001	S16
16142	0x3F0E	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16143	0x3F0F	2	Date of minimum Total power factor	-	DATETIME
16145	0x3F11	2	Minimum Active power : P1	W	S32
16147	0x3F13	2	Date of minimum P1	-	DATETIME
16149	0x3F15	2	Minimum Active power : P2	W	S32
16151	0x3F17	2	Date of minimum P2	-	DATETIME
16153	0x3F19	2	Minimum Active power : P3	W	S32
16155	0x3F1B	2	Date of minimum P3	-	DATETIME
16157	0x3F1D	2	Minimum Reactive power : Q1	var	S32
16159	0x3F1F	2	Date of minimum Q1	-	DATETIME
16161	0x3F21	2	Minimum Reactive power : Q2	var	S32
16163	0x3F23	2	Date of minimum Q2	-	DATETIME
16165	0x3F25	2	Minimum Reactive power : Q3	var	S32
16167	0x3F27	2	Date of minimum Q3	-	DATETIME
16169	0x3F29	2	Minimum Apparent power : S1	VA	U32
16171	0x3F2B	2	Date of minimum S1	-	DATETIME
16173	0x3F2D	2	Minimum Apparent power : S2	VA	U32
16175	0x3F2F	2	Date of minimum S2	-	DATETIME
16177	0x3F31	2	Minimum Apparent power : S3	VA	U32
16179	0x3F33	2	Date of minimum S3	-	DATETIME
16181	0x3F35	1	Minimum Power factor : PF1	0.001	S16
16182	0x3F36	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16183	0x3F37	2	Date of minimum PF1	-	DATETIME
16185	0x3F39	1	Minimum Power factor : PF2	0.001	S16
16186	0x3F3A	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16187	0x3F3B	2	Date of minimum PF2	-	DATETIME
16189	0x3F3D	1	Minimum Power factor : PF3	0.001	S16
16190	0x3F3E	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16191	0x3F3F	2	Date of minimum PF3	-	DATETIME
16193	0x3F41	2	Reserved	-	-
16195	0x3F43	2	Reserved	-	-
16197	0x3F45	2	Reserved	-	-
16199	0x3F47	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16204	0x3F4C	1	Load status 0 : Disabled 1 : Enabled	-	U8
16205	0x3F4D	2	Minimum Frequency	mHz	U32
16207	0x3F4F	2	Date of minimum F	-	DATETIME
16209	0x3F51	2	Minimum Ph-N Voltage : V1	0.01 V	U32
16211	0x3F53	2	Date of minimum V1	-	DATETIME
16213	0x3F55	2	Minimum Ph-N Voltage : V2	0.01 V	U32
16215	0x3F57	2	Date of minimum V2	-	DATETIME
16217	0x3F59	2	Minimum Ph-N Voltage : V3	0.01 V	U32
16219	0x3F5B	2	Date of minimum V3	-	DATETIME
16221	0x3F5D	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
16223	0x3F5F	2	Date of minimum Vn	-	DATETIME
16225	0x3F61	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
16227	0x3F63	2	Date of minimum U12	-	DATETIME
16229	0x3F65	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
16231	0x3F67	2	Date of minimum U23	-	DATETIME
16233	0x3F69	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
16235	0x3F6B	2	Date of minimum U31	-	DATETIME
16237	0x3F6D	2	Minimum Current : I1	mA	U32
16239	0x3F6F	2	Date of minimum I1	-	DATETIME
16241	0x3F71	2	Minimum Current : I2	mA	U32
16243	0x3F73	2	Date of minimum I2	-	DATETIME
16245	0x3F75	2	Minimum Current : I3	mA	U32
16247	0x3F77	2	Date of minimum I3	-	DATETIME
16249	0x3F79	2	Minimum Current : In	mA	U32
16251	0x3F7B	2	Date of minimum In	-	DATETIME
16253	0x3F7D	2	Minimum Total active power	W	S32
16255	0x3F7F	2	Date of minimum Ptot	-	DATETIME
16257	0x3F81	2	Minimum Total reactive power	var	S32
16259	0x3F83	2	Date of minimum Qtot	-	DATETIME
16261	0x3F85	2	Minimum Total apparent power	VA	U32
16263	0x3F87	2	Date of minimum Stot	-	DATETIME
16265	0x3F89	1	Minimum Total power factor	0.001	S16
16266	0x3F8A	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16267	0x3F8B	2	Date of minimum Total power factor	-	DATETIME
16269	0x3F8D	2	Minimum Active power : P1	W	S32
16271	0x3F8F	2	Date of minimum P1	-	DATETIME
16273	0x3F91	2	Minimum Active power : P2	W	S32
16275	0x3F93	2	Date of minimum P2	-	DATETIME
16277	0x3F95	2	Minimum Active power : P3	W	S32
16279	0x3F97	2	Date of minimum P3	-	DATETIME
16281	0x3F99	2	Minimum Reactive power : Q1	var	S32
16283	0x3F9B	2	Date of minimum Q1	-	DATETIME
16285	0x3F9D	2	Minimum Reactive power : Q2	var	S32
16287	0x3F9F	2	Date of minimum Q2	-	DATETIME
16289	0x3FA1	2	Minimum Reactive power : Q3	var	S32
16291	0x3FA3	2	Date of minimum Q3	-	DATETIME
16293	0x3FA5	2	Minimum Apparent power : S1	VA	U32
16295	0x3FA7	2	Date of minimum S1	-	DATETIME
16297	0x3FA9	2	Minimum Apparent power : S2	VA	U32
16299	0x3FAB	2	Date of minimum S2	-	DATETIME
16301	0x3FAD	2	Minimum Apparent power : S3	VA	U32
16303	0x3FAF	2	Date of minimum S3	-	DATETIME
16305	0x3FB1	1	Minimum Power factor : PF1	0.001	S16
16306	0x3FB2	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16307	0x3FB3	2	Date of minimum PF1	-	DATETIME
16309	0x3FB5	1	Minimum Power factor : PF2	0.001	S16
16310	0x3FB6	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16311	0x3FB7	2	Date of minimum PF2	-	DATETIME
16313	0x3FB9	1	Minimum Power factor : PF3	0.001	S16
16314	0x3FBA	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16315	0x3FBB	2	Date of minimum PF3	-	DATETIME
16317	0x3FBD	2	Reserved	-	-
16319	0x3FBF	2	Reserved	-	-
16321	0x3FC1	2	Reserved	-	-
16323	0x3FC3	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16328	0x3FC8	1	Load status 0 : Disabled 1 : Enabled	-	U8
16329	0x3FC9	2	Minimum Frequency	mHz	U32
16331	0x3FCB	2	Date of minimum F	-	DATETIME
16333	0x3FCD	2	Minimum Ph-N Voltage : V1	0.01 V	U32
16335	0x3FCF	2	Date of minimum V1	-	DATETIME
16337	0x3FD1	2	Minimum Ph-N Voltage : V2	0.01 V	U32
16339	0x3FD3	2	Date of minimum V2	-	DATETIME
16341	0x3FD5	2	Minimum Ph-N Voltage : V3	0.01 V	U32
16343	0x3FD7	2	Date of minimum V3	-	DATETIME
16345	0x3FD9	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
16347	0x3FDB	2	Date of minimum Vn	-	DATETIME
16349	0x3FDD	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
16351	0x3FDF	2	Date of minimum U12	-	DATETIME
16353	0x3FE1	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
16355	0x3FE3	2	Date of minimum U23	-	DATETIME
16357	0x3FE5	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
16359	0x3FE7	2	Date of minimum U31	-	DATETIME
16361	0x3FE9	2	Minimum Current : I1	mA	U32
16363	0x3FEB	2	Date of minimum I1	-	DATETIME
16365	0x3FED	2	Minimum Current : I2	mA	U32
16367	0x3FEF	2	Date of minimum I2	-	DATETIME
16369	0x3FF1	2	Minimum Current : I3	mA	U32
16371	0x3FF3	2	Date of minimum I3	-	DATETIME
16373	0x3FF5	2	Minimum Current : In	mA	U32
16375	0x3FF7	2	Date of minimum In	-	DATETIME
16377	0x3FF9	2	Minimum Total active power	W	S32
16379	0x3FFB	2	Date of minimum Ptot	-	DATETIME
16381	0x3FFD	2	Minimum Total reactive power	var	S32
16383	0x3FFF	2	Date of minimum Qtot	-	DATETIME
16385	0x4001	2	Minimum Total apparent power	VA	U32
16387	0x4003	2	Date of minimum Stot	-	DATETIME
16389	0x4005	1	Minimum Total power factor	0.001	S16
16390	0x4006	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16391	0x4007	2	Date of minimum Total power factor	-	DATETIME
16393	0x4009	2	Minimum Active power : P1	W	S32
16395	0x400B	2	Date of minimum P1	-	DATETIME
16397	0x400D	2	Minimum Active power : P2	W	S32
16399	0x400F	2	Date of minimum P2	-	DATETIME
16401	0x4011	2	Minimum Active power : P3	W	S32
16403	0x4013	2	Date of minimum P3	-	DATETIME
16405	0x4015	2	Minimum Reactive power : Q1	var	S32
16407	0x4017	2	Date of minimum Q1	-	DATETIME
16409	0x4019	2	Minimum Reactive power : Q2	var	S32
16411	0x401B	2	Date of minimum Q2	-	DATETIME
16413	0x401D	2	Minimum Reactive power : Q3	var	S32
16415	0x401F	2	Date of minimum Q3	-	DATETIME
16417	0x4021	2	Minimum Apparent power : S1	VA	U32
16419	0x4023	2	Date of minimum S1	-	DATETIME
16421	0x4025	2	Minimum Apparent power : S2	VA	U32
16423	0x4027	2	Date of minimum S2	-	DATETIME
16425	0x4029	2	Minimum Apparent power : S3	VA	U32
16427	0x402B	2	Date of minimum S3	-	DATETIME
16429	0x402D	1	Minimum Power factor : PF1	0.001	S16
16430	0x402E	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16431	0x402F	2	Date of minimum PF1	-	DATETIME
16433	0x4031	1	Minimum Power factor : PF2	0.001	S16
16434	0x4032	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16435	0x4033	2	Date of minimum PF2	-	DATETIME
16437	0x4035	1	Minimum Power factor : PF3	0.001	S16
16438	0x4036	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16439	0x4037	2	Date of minimum PF3	-	DATETIME
16441	0x4039	2	Reserved	-	-
16443	0x403B	2	Reserved	-	-
16445	0x403D	2	Reserved	-	-
16447	0x403F	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16452	0x4044	1	Load status 0 : Disabled 1 : Enabled	-	U8
16453	0x4045	2	Minimum Frequency	mHz	U32
16455	0x4047	2	Date of minimum F	-	DATETIME
16457	0x4049	2	Minimum Ph-N Voltage : V1	0.01 V	U32
16459	0x404B	2	Date of minimum V1	-	DATETIME
16461	0x404D	2	Minimum Ph-N Voltage : V2	0.01 V	U32
16463	0x404F	2	Date of minimum V2	-	DATETIME
16465	0x4051	2	Minimum Ph-N Voltage : V3	0.01 V	U32
16467	0x4053	2	Date of minimum V3	-	DATETIME
16469	0x4055	2	Minimum Ph-N Voltage : Vn	0.01 V	U32
16471	0x4057	2	Date of minimum Vn	-	DATETIME
16473	0x4059	2	Minimum Ph-Ph Voltage : U12	0.01 V	U32
16475	0x405B	2	Date of minimum U12	-	DATETIME
16477	0x405D	2	Minimum Ph-Ph Voltage : U23	0.01 V	U32
16479	0x405F	2	Date of minimum U23	-	DATETIME
16481	0x4061	2	Minimum Ph-Ph Voltage : U31	0.01 V	U32
16483	0x4063	2	Date of minimum U31	-	DATETIME
16485	0x4065	2	Minimum Current : I1	mA	U32
16487	0x4067	2	Date of minimum I1	-	DATETIME
16489	0x4069	2	Minimum Current : I2	mA	U32
16491	0x406B	2	Date of minimum I2	-	DATETIME
16493	0x406D	2	Minimum Current : I3	mA	U32
16495	0x406F	2	Date of minimum I3	-	DATETIME
16497	0x4071	2	Minimum Current : In	mA	U32
16499	0x4073	2	Date of minimum In	-	DATETIME
16501	0x4075	2	Minimum Total active power	W	S32
16503	0x4077	2	Date of minimum Ptot	-	DATETIME
16505	0x4079	2	Minimum Total reactive power	var	S32
16507	0x407B	2	Date of minimum Qtot	-	DATETIME
16509	0x407D	2	Minimum Total apparent power	VA	U32
16511	0x407F	2	Date of minimum Stot	-	DATETIME
16513	0x4081	1	Minimum Total power factor	0.001	S16
16514	0x4082	1	Minimum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16515	0x4083	2	Date of minimum Total power factor	-	DATETIME
16517	0x4085	2	Minimum Active power : P1	W	S32
16519	0x4087	2	Date of minimum P1	-	DATETIME
16521	0x4089	2	Minimum Active power : P2	W	S32
16523	0x408B	2	Date of minimum P2	-	DATETIME
16525	0x408D	2	Minimum Active power : P3	W	S32
16527	0x408F	2	Date of minimum P3	-	DATETIME
16529	0x4091	2	Minimum Reactive power : Q1	var	S32
16531	0x4093	2	Date of minimum Q1	-	DATETIME
16533	0x4095	2	Minimum Reactive power : Q2	var	S32
16535	0x4097	2	Date of minimum Q2	-	DATETIME
16537	0x4099	2	Minimum Reactive power : Q3	var	S32
16539	0x409B	2	Date of minimum Q3	-	DATETIME
16541	0x409D	2	Minimum Apparent power : S1	VA	U32
16543	0x409F	2	Date of minimum S1	-	DATETIME
16545	0x40A1	2	Minimum Apparent power : S2	VA	U32
16547	0x40A3	2	Date of minimum S2	-	DATETIME
16549	0x40A5	2	Minimum Apparent power : S3	VA	U32
16551	0x40A7	2	Date of minimum S3	-	DATETIME
16553	0x40A9	1	Minimum Power factor : PF1	0.001	S16
16554	0x40AA	1	Minimum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16555	0x40AB	2	Date of minimum PF1	-	DATETIME
16557	0x40AD	1	Minimum Power factor : PF2	0.001	S16
16558	0x40AE	1	Minimum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16559	0x40AF	2	Date of minimum PF2	-	DATETIME
16561	0x40B1	1	Minimum Power factor : PF3	0.001	S16
16562	0x40B2	1	Minimum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16563	0x40B3	2	Date of minimum PF3	-	DATETIME
16565	0x40B5	2	Reserved	-	-
16567	0x40B7	2	Reserved	-	-
16569	0x40B9	2	Reserved	-	-
16571	0x40BB	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16592	0x40D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
16593	0x40D1	2	Maximum Frequency	mHz	U32
16595	0x40D3	2	Date of maximum F	-	DATETIME
16597	0x40D5	2	Maximum Ph-N Voltage : V1	0.01 V	U32
16599	0x40D7	2	Date of maximum V1	-	DATETIME
16601	0x40D9	2	Maximum Ph-N Voltage : V2	0.01 V	U32
16603	0x40DB	2	Date of maximum V2	-	DATETIME
16605	0x40DD	2	Maximum Ph-N Voltage : V3	0.01 V	U32
16607	0x40DF	2	Date of maximum V3	-	DATETIME
16609	0x40E1	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
16611	0x40E3	2	Date of maximum Vn	-	DATETIME
16613	0x40E5	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
16615	0x40E7	2	Date of maximum U12	-	DATETIME
16617	0x40E9	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
16619	0x40EB	2	Date of maximum U23	-	DATETIME
16621	0x40ED	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
16623	0x40EF	2	Date of maximum U31	-	DATETIME
16625	0x40F1	2	Maximum Current : I1	mA	U32
16627	0x40F3	2	Date of maximum I1	-	DATETIME
16629	0x40F5	2	Maximum Current : I2	mA	U32
16631	0x40F7	2	Date of maximum I2	-	DATETIME
16633	0x40F9	2	Maximum Current : I3	mA	U32
16635	0x40FB	2	Date of maximum I3	-	DATETIME
16637	0x40FD	2	Maximum Current : In	mA	U32
16639	0x40FF	2	Date of maximum In	-	DATETIME
16641	0x4101	2	Maximum Total active power	W	S32
16643	0x4103	2	Date of maximum Ptot	-	DATETIME
16645	0x4105	2	Maximum Total reactive power	var	S32
16647	0x4107	2	Date of maximum Qtot	-	DATETIME
16649	0x4109	2	Maximum Total apparent power	VA	U32
16651	0x410B	2	Date of maximum Stot	-	DATETIME
16653	0x410D	1	Maximum Total power factor	0.001	S16
16654	0x410E	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16655	0x410F	2	Date of maximum Total power factor	-	DATETIME
16657	0x4111	2	Maximum Active power : P1	W	S32
16659	0x4113	2	Date of maximum P1	-	DATETIME
16661	0x4115	2	Maximum Active power : P2	W	S32
16663	0x4117	2	Date of maximum P2	-	DATETIME
16665	0x4119	2	Maximum Active power : P3	W	S32
16667	0x411B	2	Date of maximum P3	-	DATETIME
16669	0x411D	2	Maximum Reactive power : Q1	var	S32
16671	0x411F	2	Date of maximum Q1	-	DATETIME
16673	0x4121	2	Maximum Reactive power : Q2	var	S32
16675	0x4123	2	Date of maximum Q2	-	DATETIME
16677	0x4125	2	Maximum Reactive power : Q3	var	S32
16679	0x4127	2	Date of maximum Q3	-	DATETIME
16681	0x4129	2	Maximum Apparent power : S1	VA	U32
16683	0x412B	2	Date of maximum S1	-	DATETIME
16685	0x412D	2	Maximum Apparent power : S2	VA	U32
16687	0x412F	2	Date of maximum S2	-	DATETIME
16689	0x4131	2	Maximum Apparent power : S3	VA	U32
16691	0x4133	2	Date of maximum S3	-	DATETIME
16693	0x4135	1	Maximum Power factor : PF1	0.001	S16
16694	0x4136	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16695	0x4137	2	Date of maximum PF1	-	DATETIME
16697	0x4139	1	Maximum Power factor : PF2	0.001	S16
16698	0x413A	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16699	0x413B	2	Date of maximum PF2	-	DATETIME
16701	0x413D	1	Maximum Power factor : PF3	0.001	S16
16702	0x413E	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16703	0x413F	2	Date of maximum PF3	-	DATETIME
16705	0x4141	2	Reserved	-	-
16707	0x4143	2	Reserved	-	-
16709	0x4145	2	Reserved	-	-
16711	0x4147	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16716	0x414C	1	Load status 0 : Disabled 1 : Enabled	-	U8
16717	0x414D	2	Maximum Frequency	mHz	U32
16719	0x414F	2	Date of maximum F	-	DATETIME
16721	0x4151	2	Maximum Ph-N Voltage : V1	0.01 V	U32
16723	0x4153	2	Date of maximum V1	-	DATETIME
16725	0x4155	2	Maximum Ph-N Voltage : V2	0.01 V	U32
16727	0x4157	2	Date of maximum V2	-	DATETIME
16729	0x4159	2	Maximum Ph-N Voltage : V3	0.01 V	U32
16731	0x415B	2	Date of maximum V3	-	DATETIME
16733	0x415D	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
16735	0x415F	2	Date of maximum Vn	-	DATETIME
16737	0x4161	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
16739	0x4163	2	Date of maximum U12	-	DATETIME
16741	0x4165	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
16743	0x4167	2	Date of maximum U23	-	DATETIME
16745	0x4169	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
16747	0x416B	2	Date of maximum U31	-	DATETIME
16749	0x416D	2	Maximum Current : I1	mA	U32
16751	0x416F	2	Date of maximum I1	-	DATETIME
16753	0x4171	2	Maximum Current : I2	mA	U32
16755	0x4173	2	Date of maximum I2	-	DATETIME
16757	0x4175	2	Maximum Current : I3	mA	U32
16759	0x4177	2	Date of maximum I3	-	DATETIME
16761	0x4179	2	Maximum Current : In	mA	U32
16763	0x417B	2	Date of maximum In	-	DATETIME
16765	0x417D	2	Maximum Total active power	W	S32
16767	0x417F	2	Date of maximum Ptot	-	DATETIME
16769	0x4181	2	Maximum Total reactive power	var	S32
16771	0x4183	2	Date of maximum Qtot	-	DATETIME
16773	0x4185	2	Maximum Total apparent power	VA	U32
16775	0x4187	2	Date of maximum Stot	-	DATETIME
16777	0x4189	1	Maximum Total power factor	0.001	S16
16778	0x418A	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16779	0x418B	2	Date of maximum Total power factor	-	DATETIME
16781	0x418D	2	Maximum Active power : P1	W	S32
16783	0x418F	2	Date of maximum P1	-	DATETIME
16785	0x4191	2	Maximum Active power : P2	W	S32
16787	0x4193	2	Date of maximum P2	-	DATETIME
16789	0x4195	2	Maximum Active power : P3	W	S32
16791	0x4197	2	Date of maximum P3	-	DATETIME
16793	0x4199	2	Maximum Reactive power : Q1	var	S32
16795	0x419B	2	Date of maximum Q1	-	DATETIME
16797	0x419D	2	Maximum Reactive power : Q2	var	S32
16799	0x419F	2	Date of maximum Q2	-	DATETIME
16801	0x41A1	2	Maximum Reactive power : Q3	var	S32
16803	0x41A3	2	Date of maximum Q3	-	DATETIME
16805	0x41A5	2	Maximum Apparent power : S1	VA	U32
16807	0x41A7	2	Date of maximum S1	-	DATETIME
16809	0x41A9	2	Maximum Apparent power : S2	VA	U32
16811	0x41AB	2	Date of maximum S2	-	DATETIME
16813	0x41AD	2	Maximum Apparent power : S3	VA	U32
16815	0x41AF	2	Date of maximum S3	-	DATETIME
16817	0x41B1	1	Maximum Power factor : PF1	0.001	S16
16818	0x41B2	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16819	0x41B3	2	Date of maximum PF1	-	DATETIME
16821	0x41B5	1	Maximum Power factor : PF2	0.001	S16
16822	0x41B6	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16823	0x41B7	2	Date of maximum PF2	-	DATETIME
16825	0x41B9	1	Maximum Power factor : PF3	0.001	S16
16826	0x41BA	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16827	0x41BB	2	Date of maximum PF3	-	DATETIME
16829	0x41BD	2	Reserved	-	-
16831	0x41BF	2	Reserved	-	-
16833	0x41C1	2	Reserved	-	-
16835	0x41C3	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16840	0x41C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
16841	0x41C9	2	Maximum Frequency	mHz	U32
16843	0x41CB	2	Date of maximum F	-	DATETIME
16845	0x41CD	2	Maximum Ph-N Voltage : V1	0.01 V	U32
16847	0x41CF	2	Date of maximum V1	-	DATETIME
16849	0x41D1	2	Maximum Ph-N Voltage : V2	0.01 V	U32
16851	0x41D3	2	Date of maximum V2	-	DATETIME
16853	0x41D5	2	Maximum Ph-N Voltage : V3	0.01 V	U32
16855	0x41D7	2	Date of maximum V3	-	DATETIME
16857	0x41D9	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
16859	0x41DB	2	Date of maximum Vn	-	DATETIME
16861	0x41DD	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
16863	0x41DF	2	Date of maximum U12	-	DATETIME
16865	0x41E1	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
16867	0x41E3	2	Date of maximum U23	-	DATETIME
16869	0x41E5	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
16871	0x41E7	2	Date of maximum U31	-	DATETIME
16873	0x41E9	2	Maximum Current : I1	mA	U32
16875	0x41EB	2	Date of maximum I1	-	DATETIME
16877	0x41ED	2	Maximum Current : I2	mA	U32
16879	0x41EF	2	Date of maximum I2	-	DATETIME
16881	0x41F1	2	Maximum Current : I3	mA	U32
16883	0x41F3	2	Date of maximum I3	-	DATETIME
16885	0x41F5	2	Maximum Current : In	mA	U32
16887	0x41F7	2	Date of maximum In	-	DATETIME
16889	0x41F9	2	Maximum Total active power	W	S32
16891	0x41FB	2	Date of maximum Ptot	-	DATETIME
16893	0x41FD	2	Maximum Total reactive power	var	S32
16895	0x41FF	2	Date of maximum Qtot	-	DATETIME
16897	0x4201	2	Maximum Total apparent power	VA	U32
16899	0x4203	2	Date of maximum Stot	-	DATETIME
16901	0x4205	1	Maximum Total power factor	0.001	S16
16902	0x4206	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
16903	0x4207	2	Date of maximum Total power factor	-	DATETIME
16905	0x4209	2	Maximum Active power : P1	W	S32
16907	0x420B	2	Date of maximum P1	-	DATETIME
16909	0x420D	2	Maximum Active power : P2	W	S32
16911	0x420F	2	Date of maximum P2	-	DATETIME
16913	0x4211	2	Maximum Active power : P3	W	S32
16915	0x4213	2	Date of maximum P3	-	DATETIME
16917	0x4215	2	Maximum Reactive power : Q1	var	S32
16919	0x4217	2	Date of maximum Q1	-	DATETIME
16921	0x4219	2	Maximum Reactive power : Q2	var	S32
16923	0x421B	2	Date of maximum Q2	-	DATETIME
16925	0x421D	2	Maximum Reactive power : Q3	var	S32
16927	0x421F	2	Date of maximum Q3	-	DATETIME
16929	0x4221	2	Maximum Apparent power : S1	VA	U32
16931	0x4223	2	Date of maximum S1	-	DATETIME
16933	0x4225	2	Maximum Apparent power : S2	VA	U32
16935	0x4227	2	Date of maximum S2	-	DATETIME
16937	0x4229	2	Maximum Apparent power : S3	VA	U32
16939	0x422B	2	Date of maximum S3	-	DATETIME
16941	0x422D	1	Maximum Power factor : PF1	0.001	S16
16942	0x422E	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
16943	0x422F	2	Date of maximum PF1	-	DATETIME
16945	0x4231	1	Maximum Power factor : PF2	0.001	S16
16946	0x4232	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
16947	0x4233	2	Date of maximum PF2	-	DATETIME
16949	0x4235	1	Maximum Power factor : PF3	0.001	S16
16950	0x4236	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
16951	0x4237	2	Date of maximum PF3	-	DATETIME
16953	0x4239	2	Reserved	-	-
16955	0x423B	2	Reserved	-	-
16957	0x423D	2	Reserved	-	-
16959	0x423F	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
16964	0x4244	1	Load status 0 : Disabled 1 : Enabled	-	U8
16965	0x4245	2	Maximum Frequency	mHz	U32
16967	0x4247	2	Date of maximum F	-	DATETIME
16969	0x4249	2	Maximum Ph-N Voltage : V1	0.01 V	U32
16971	0x424B	2	Date of maximum V1	-	DATETIME
16973	0x424D	2	Maximum Ph-N Voltage : V2	0.01 V	U32
16975	0x424F	2	Date of maximum V2	-	DATETIME
16977	0x4251	2	Maximum Ph-N Voltage : V3	0.01 V	U32
16979	0x4253	2	Date of maximum V3	-	DATETIME
16981	0x4255	2	Maximum Ph-N Voltage : Vn	0.01 V	U32
16983	0x4257	2	Date of maximum Vn	-	DATETIME
16985	0x4259	2	Maximum Ph-Ph Voltage : U12	0.01 V	U32
16987	0x425B	2	Date of maximum U12	-	DATETIME
16989	0x425D	2	Maximum Ph-Ph Voltage : U23	0.01 V	U32
16991	0x425F	2	Date of maximum U23	-	DATETIME
16993	0x4261	2	Maximum Ph-Ph Voltage : U31	0.01 V	U32
16995	0x4263	2	Date of maximum U31	-	DATETIME
16997	0x4265	2	Maximum Current : I1	mA	U32
16999	0x4267	2	Date of maximum I1	-	DATETIME
17001	0x4269	2	Maximum Current : I2	mA	U32
17003	0x426B	2	Date of maximum I2	-	DATETIME
17005	0x426D	2	Maximum Current : I3	mA	U32
17007	0x426F	2	Date of maximum I3	-	DATETIME
17009	0x4271	2	Maximum Current : In	mA	U32
17011	0x4273	2	Date of maximum In	-	DATETIME
17013	0x4275	2	Maximum Total active power	W	S32
17015	0x4277	2	Date of maximum Ptot	-	DATETIME
17017	0x4279	2	Maximum Total reactive power	var	S32
17019	0x427B	2	Date of maximum Qtot	-	DATETIME
17021	0x427D	2	Maximum Total apparent power	VA	U32
17023	0x427F	2	Date of maximum Stot	-	DATETIME
17025	0x4281	1	Maximum Total power factor	0.001	S16
17026	0x4282	1	Maximum Total Power factor type 0 : undefined 1 : leading 2 : lagging	-	U8
17027	0x4283	2	Date of maximum Total power factor	-	DATETIME
17029	0x4285	2	Maximum Active power : P1	W	S32
17031	0x4287	2	Date of maximum P1	-	DATETIME
17033	0x4289	2	Maximum Active power : P2	W	S32
17035	0x428B	2	Date of maximum P2	-	DATETIME
17037	0x428D	2	Maximum Active power : P3	W	S32
17039	0x428F	2	Date of maximum P3	-	DATETIME
17041	0x4291	2	Maximum Reactive power : Q1	var	S32
17043	0x4293	2	Date of maximum Q1	-	DATETIME
17045	0x4295	2	Maximum Reactive power : Q2	var	S32
17047	0x4297	2	Date of maximum Q2	-	DATETIME
17049	0x4299	2	Maximum Reactive power : Q3	var	S32
17051	0x429B	2	Date of maximum Q3	-	DATETIME
17053	0x429D	2	Maximum Apparent power : S1	VA	U32
17055	0x429F	2	Date of maximum S1	-	DATETIME
17057	0x42A1	2	Maximum Apparent power : S2	VA	U32
17059	0x42A3	2	Date of maximum S2	-	DATETIME
17061	0x42A5	2	Maximum Apparent power : S3	VA	U32
17063	0x42A7	2	Date of maximum S3	-	DATETIME
17065	0x42A9	1	Maximum Power factor : PF1	0.001	S16
17066	0x42AA	1	Maximum Power factor type : sPF1 0 : undefined 1 : leading 2 : lagging	-	U8
17067	0x42AB	2	Date of maximum PF1	-	DATETIME
17069	0x42AD	1	Maximum Power factor : PF2	0.001	S16
17070	0x42AE	1	Maximum Power factor type : sPF2 0 : undefined 1 : leading 2 : lagging	-	U8
17071	0x42AF	2	Date of maximum PF2	-	DATETIME
17073	0x42B1	1	Maximum Power factor : PF3	0.001	S16
17074	0x42B2	1	Maximum Power factor type : sPF3 0 : undefined 1 : leading 2 : lagging	-	U8
17075	0x42B3	2	Date of maximum PF3	-	DATETIME
17077	0x42B5	2	Reserved	-	-
17079	0x42B7	2	Reserved	-	-
17081	0x42B9	2	Reserved	-	-
17083	0x42BB	2	Reserved	-	-

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17104	0x42D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
17105	0x42D1	1	Maximum total harmonic distortion : THD I1	0.01 %	U16
17106	0x42D2	2	Date of last maximum THD I1	-	DATETIME
17108	0x42D4	1	Maximum total harmonic distortion : THD I2	0.01 %	U16
17109	0x42D5	2	Date of last maximum THD I2	-	DATETIME
17111	0x42D7	1	Maximum total harmonic distortion : THD I3	0.01 %	U16
17112	0x42D8	2	Date of last maximum THD I3	-	DATETIME
17114	0x42DA	1	Maximum total harmonic distortion : THD In	0.01 %	U16
17115	0x42DB	2	Date of last maximum THD In	-	DATETIME
17117	0x42DD	1	Maximum Inba	0.01 %	U16
17118	0x42DE	2	Date of maximum Inba	-	DATETIME
17120	0x42E0	1	Maximum Inb	0.01 %	U16
17121	0x42E1	2	Date of maximum Inb	-	DATETIME
17123	0x42E3	1	Maximum Phi I1 / V1	0.01 °	S16
17124	0x42E4	2	Date of maximum Phi I1 / V1	-	DATETIME
17126	0x42E6	1	Maximum Phi I2 / V2	0.01 °	S16
17127	0x42E7	2	Date of maximum Phi I2 / V2	-	DATETIME
17129	0x42E9	1	Maximum Phi I3 / V3	0.01 °	S16
17130	0x42EA	2	Date of maximum Phi I3 / V3	-	DATETIME
17132	0x42EC	1	Maximum Phi In / Vn	0.01	S16
17133	0x42ED	2	Date of maximum Phi In / Vn	-	DATETIME
17135	0x42EF	1	Minimum total harmonic distortion : THD I1	0.01 %	U16
17136	0x42F0	2	Date of last minimum THD I1	-	DATETIME
17138	0x42F2	1	Minimum total harmonic distortion : THD I2	0.01 %	U16
17139	0x42F3	2	Date of last minimum THD I2	-	DATETIME
17141	0x42F5	1	Minimum total harmonic distortion : THD I3	0.01 %	U16
17142	0x42F6	2	Date of last minimum THD I3	-	DATETIME
17144	0x42F8	1	Minimum total harmonic distortion : THD In	0.01 %	U16
17145	0x42F9	2	Date of last minimum THD In	-	DATETIME
17147	0x42FB	1	Minimum Inba	0.01 %	U16
17148	0x42FC	2	Date of minimum Inba	-	DATETIME
17150	0x42FE	1	Minimum Inb	0.01 %	U16
17151	0x42FF	2	Date of minimum Inb	-	DATETIME
17153	0x4301	1	Minimum Phi I1 / V1	0.01 °	S16
17154	0x4302	2	Date of minimum Phi I1 / V1	-	DATETIME
17156	0x4304	1	Minimum Phi I2 / V2	0.01 °	S16
17157	0x4305	2	Date of minimum Phi I2 / V2	-	DATETIME
17159	0x4307	1	Minimum Phi I3 / V3	0.01 °	S16
17160	0x4308	2	Date of minimum Phi I3 / V3	-	DATETIME
17162	0x430A	1	Minimum Phi In / Vn	0.01	S16
17163	0x430B	2	Date of minimum Phi In / Vn	-	DATETIME
17165	0x430D	1	Maximum total harmonic distortion : THD Isys	0.01 %	U16
17166	0x430E	2	Date of last maximum THD Isys	-	DATETIME
17168	0x4310	1	Maximum crest factor I1	0.001	U16
17169	0x4311	2	Date of maximum crest factor I1	-	DATETIME
17171	0x4313	1	Maximum crest factor I2	0.001	U16
17172	0x4314	2	Date of maximum crest factor I2	-	DATETIME
17174	0x4316	1	Maximum crest factor I3	0.001	U16
17175	0x4317	2	Date of maximum crest factor I3	-	DATETIME
17177	0x4319	1	Maximum crest factor In	0.001	U16
17178	0x431A	2	Date of maximum crest factor In	-	DATETIME
17180	0x431C	1	Minimum crest factor I1	0.001	U16
17181	0x431D	2	Date of minimum crest factor I1	-	DATETIME
17183	0x431F	1	Minimum crest factor I2	0.001	U16
17184	0x4320	2	Date of minimum crest factor I2	-	DATETIME
17186	0x4322	1	Minimum crest factor I3	0.001	U16
17187	0x4323	2	Date of minimum crest factor I3	-	DATETIME
17189	0x4325	1	Minimum crest factor In	0.001	U16
17190	0x4326	2	Date of minimum crest factor In	-	DATETIME
17192	0x4328	1	Minimum total harmonic distortion : THD Isys	0.01 %	U16
17193	0x4329	2	Date of last minimum THD Isys	-	DATETIME
17195	0x432B	1	Maximum total demand distortion : TDD I1	0.01 %	U16
17196	0x432C	2	Date of last maximum TDD I1	-	DATETIME
17198	0x432E	1	Maximum total demand distortion : TDD I2	0.01 %	U16
17199	0x432F	2	Date of last maximum TDD I2	-	DATETIME
17201	0x4331	1	Maximum total demand distortion : TDD I3	0.01 %	U16
17202	0x4332	2	Date of last maximum TDD I3	-	DATETIME
17204	0x4334	1	Maximum total demand distortion : TDD In	0.01 %	U16
17205	0x4335	2	Date of last maximum TDD In	-	DATETIME
17207	0x4337	1	Maximum total demand distortion : TDD Isys	0.01 %	U16
17208	0x4338	2	Date of last maximum TDD Isys	-	DATETIME
17210	0x433A	1	Minimum total demand distortion : TDD I1	0.01 %	U16
17211	0x433B	2	Date of last minimum TDD I1	-	DATETIME
17213	0x433D	1	Minimum total demand distortion : TDD I2	0.01 %	U16
17214	0x433E	2	Date of last minimum TDD I2	-	DATETIME
17216	0x4340	1	Minimum total demand distortion : TDD I3	0.01 %	U16
17217	0x4341	2	Date of last minimum TDD I3	-	DATETIME
17219	0x4343	1	Minimum total demand distortion : TDD In	0.01 %	U16
17220	0x4344	2	Date of last minimum TDD In	-	DATETIME
17222	0x4346	1	Minimum total demand distortion : TDD Isys	0.01 %	U16
17223	0x4347	2	Date of last minimum TDD Isys	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17228	0x434C	1	Load status 0 : Disabled 1 : Enabled	-	U8
17229	0x434D	1	Maximum total harmonic distortion : THD I1	0.01 %	U16
17230	0x434E	2	Date of last maximum THD I1	-	DATETIME
17232	0x4350	1	Maximum total harmonic distortion : THD I2	0.01 %	U16
17233	0x4351	2	Date of last maximum THD I2	-	DATETIME
17235	0x4353	1	Maximum total harmonic distortion : THD I3	0.01 %	U16
17236	0x4354	2	Date of last maximum THD I3	-	DATETIME
17238	0x4356	1	Maximum total harmonic distortion : THD In	0.01 %	U16
17239	0x4357	2	Date of last maximum THD In	-	DATETIME
17241	0x4359	1	Maximum Inba	0.01 %	U16
17242	0x435A	2	Date of maximum Inba	-	DATETIME
17244	0x435C	1	Maximum Inb	0.01 %	U16
17245	0x435D	2	Date of maximum Inb	-	DATETIME
17247	0x435F	1	Maximum Phi I1 / V1	0.01 °	S16
17248	0x4360	2	Date of maximum Phi I1 / V1	-	DATETIME
17250	0x4362	1	Maximum Phi I2 / V2	0.01 °	S16
17251	0x4363	2	Date of maximum Phi I2 / V2	-	DATETIME
17253	0x4365	1	Maximum Phi I3 / V3	0.01 °	S16
17254	0x4366	2	Date of maximum Phi I3 / V3	-	DATETIME
17256	0x4368	1	Maximum Phi In / Vn	0.01	S16
17257	0x4369	2	Date of maximum Phi In / Vn	-	DATETIME
17259	0x436B	1	Minimum total harmonic distortion : THD I1	0.01 %	U16
17260	0x436C	2	Date of last minimum THD I1	-	DATETIME
17262	0x436E	1	Minimum total harmonic distortion : THD I2	0.01 %	U16
17263	0x436F	2	Date of last minimum THD I2	-	DATETIME
17265	0x4371	1	Minimum total harmonic distortion : THD I3	0.01 %	U16
17266	0x4372	2	Date of last minimum THD I3	-	DATETIME
17268	0x4374	1	Minimum total harmonic distortion : THD In	0.01 %	U16
17269	0x4375	2	Date of last minimum THD In	-	DATETIME
17271	0x4377	1	Minimum Inba	0.01 %	U16
17272	0x4378	2	Date of minimum Inba	-	DATETIME
17274	0x437A	1	Minimum Inb	0.01 %	U16
17275	0x437B	2	Date of minimum Inb	-	DATETIME
17277	0x437D	1	Minimum Phi I1 / V1	0.01 °	S16
17278	0x437E	2	Date of minimum Phi I1 / V1	-	DATETIME
17280	0x4380	1	Minimum Phi I2 / V2	0.01 °	S16
17281	0x4381	2	Date of minimum Phi I2 / V2	-	DATETIME
17283	0x4383	1	Minimum Phi I3 / V3	0.01 °	S16
17284	0x4384	2	Date of minimum Phi I3 / V3	-	DATETIME
17286	0x4386	1	Minimum Phi In / Vn	0.01	S16
17287	0x4387	2	Date of minimum Phi In / Vn	-	DATETIME
17289	0x4389	1	Maximum total harmonic distortion : THD Isys	0.01 %	U16
17290	0x438A	2	Date of last maximum THD Isys	-	DATETIME
17292	0x438C	1	Maximum crest factor I1	0.001	U16
17293	0x438D	2	Date of maximum crest factor I1	-	DATETIME
17295	0x438F	1	Maximum crest factor I2	0.001	U16
17296	0x4390	2	Date of maximum crest factor I2	-	DATETIME
17298	0x4392	1	Maximum crest factor I3	0.001	U16
17299	0x4393	2	Date of maximum crest factor I3	-	DATETIME
17301	0x4395	1	Maximum crest factor In	0.001	U16
17302	0x4396	2	Date of maximum crest factor In	-	DATETIME
17304	0x4398	1	Minimum crest factor I1	0.001	U16
17305	0x4399	2	Date of minimum crest factor I1	-	DATETIME
17307	0x439B	1	Minimum crest factor I2	0.001	U16
17308	0x439C	2	Date of minimum crest factor I2	-	DATETIME
17310	0x439E	1	Minimum crest factor I3	0.001	U16
17311	0x439F	2	Date of minimum crest factor I3	-	DATETIME
17313	0x43A1	1	Minimum crest factor In	0.001	U16
17314	0x43A2	2	Date of minimum crest factor In	-	DATETIME
17316	0x43A4	1	Minimum total harmonic distortion : THD Isys	0.01 %	U16
17317	0x43A5	2	Date of last minimum THD Isys	-	DATETIME
17319	0x43A7	1	Maximum total demand distortion : TDD I1	0.01 %	U16
17320	0x43A8	2	Date of last maximum TDD I1	-	DATETIME
17322	0x43AA	1	Maximum total demand distortion : TDD I2	0.01 %	U16
17323	0x43AB	2	Date of last maximum TDD I2	-	DATETIME
17325	0x43AD	1	Maximum total demand distortion : TDD I3	0.01 %	U16
17326	0x43AE	2	Date of last maximum TDD I3	-	DATETIME
17328	0x43B0	1	Maximum total demand distortion : TDD In	0.01 %	U16
17329	0x43B1	2	Date of last maximum TDD In	-	DATETIME
17331	0x43B3	1	Maximum total demand distortion : TDD Isys	0.01 %	U16
17332	0x43B4	2	Date of last maximum TDD Isys	-	DATETIME
17334	0x43B6	1	Minimum total demand distortion : TDD I1	0.01 %	U16
17335	0x43B7	2	Date of last minimum TDD I1	-	DATETIME
17337	0x43B9	1	Minimum total demand distortion : TDD I2	0.01 %	U16
17338	0x43BA	2	Date of last minimum TDD I2	-	DATETIME
17340	0x43BC	1	Minimum total demand distortion : TDD I3	0.01 %	U16
17341	0x43BD	2	Date of last minimum TDD I3	-	DATETIME
17343	0x43BF	1	Minimum total demand distortion : TDD In	0.01 %	U16
17344	0x43C0	2	Date of last minimum TDD In	-	DATETIME
17346	0x43C2	1	Minimum total demand distortion : TDD Isys	0.01 %	U16
17347	0x43C3	2	Date of last minimum TDD Isys	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17352	0x43C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
17353	0x43C9	1	Maximum total harmonic distortion : THD I1	0.01 %	U16
17354	0x43CA	2	Date of last maximum THD I1	-	DATETIME
17356	0x43CC	1	Maximum total harmonic distortion : THD I2	0.01 %	U16
17357	0x43CD	2	Date of last maximum THD I2	-	DATETIME
17359	0x43CF	1	Maximum total harmonic distortion : THD I3	0.01 %	U16
17360	0x43D0	2	Date of last maximum THD I3	-	DATETIME
17362	0x43D2	1	Maximum total harmonic distortion : THD In	0.01 %	U16
17363	0x43D3	2	Date of last maximum THD In	-	DATETIME
17365	0x43D5	1	Maximum Inba	0.01 %	U16
17366	0x43D6	2	Date of maximum Inba	-	DATETIME
17368	0x43D8	1	Maximum Inb	0.01 %	U16
17369	0x43D9	2	Date of maximum Inb	-	DATETIME
17371	0x43DB	1	Maximum Phi I1 / V1	0.01 °	S16
17372	0x43DC	2	Date of maximum Phi I1 / V1	-	DATETIME
17374	0x43DE	1	Maximum Phi I2 / V2	0.01 °	S16
17375	0x43DF	2	Date of maximum Phi I2 / V2	-	DATETIME
17377	0x43E1	1	Maximum Phi I3 / V3	0.01 °	S16
17378	0x43E2	2	Date of maximum Phi I3 / V3	-	DATETIME
17380	0x43E4	1	Maximum Phi In / Vn	0.01	S16
17381	0x43E5	2	Date of maximum Phi In / Vn	-	DATETIME
17383	0x43E7	1	Minimum total harmonic distortion : THD I1	0.01 %	U16
17384	0x43E8	2	Date of last minimum THD I1	-	DATETIME
17386	0x43EA	1	Minimum total harmonic distortion : THD I2	0.01 %	U16
17387	0x43EB	2	Date of last minimum THD I2	-	DATETIME
17389	0x43ED	1	Minimum total harmonic distortion : THD I3	0.01 %	U16
17390	0x43EE	2	Date of last minimum THD I3	-	DATETIME
17392	0x43F0	1	Minimum total harmonic distortion : THD In	0.01 %	U16
17393	0x43F1	2	Date of last minimum THD In	-	DATETIME
17395	0x43F3	1	Minimum Inba	0.01 %	U16
17396	0x43F4	2	Date of minimum Inba	-	DATETIME
17398	0x43F6	1	Minimum Inb	0.01 %	U16
17399	0x43F7	2	Date of minimum Inb	-	DATETIME
17401	0x43F9	1	Minimum Phi I1 / V1	0.01 °	S16
17402	0x43FA	2	Date of minimum Phi I1 / V1	-	DATETIME
17404	0x43FC	1	Minimum Phi I2 / V2	0.01 °	S16
17405	0x43FD	2	Date of minimum Phi I2 / V2	-	DATETIME
17407	0x43FF	1	Minimum Phi I3 / V3	0.01 °	S16
17408	0x4400	2	Date of minimum Phi I3 / V3	-	DATETIME
17410	0x4402	1	Minimum Phi In / Vn	0.01	S16
17411	0x4403	2	Date of minimum Phi In / Vn	-	DATETIME
17413	0x4405	1	Maximum total harmonic distortion : THD Isys	0.01 %	U16
17414	0x4406	2	Date of last maximum THD Isys	-	DATETIME
17416	0x4408	1	Maximum crest factor I1	0.001	U16
17417	0x4409	2	Date of maximum crest factor I1	-	DATETIME
17419	0x440B	1	Maximum crest factor I2	0.001	U16
17420	0x440C	2	Date of maximum crest factor I2	-	DATETIME
17422	0x440E	1	Maximum crest factor I3	0.001	U16
17423	0x440F	2	Date of maximum crest factor I3	-	DATETIME
17425	0x4411	1	Maximum crest factor In	0.001	U16
17426	0x4412	2	Date of maximum crest factor In	-	DATETIME
17428	0x4414	1	Minimum crest factor I1	0.001	U16
17429	0x4415	2	Date of minimum crest factor I1	-	DATETIME
17431	0x4417	1	Minimum crest factor I2	0.001	U16
17432	0x4418	2	Date of minimum crest factor I2	-	DATETIME
17434	0x441A	1	Minimum crest factor I3	0.001	U16
17435	0x441B	2	Date of minimum crest factor I3	-	DATETIME
17437	0x441D	1	Minimum crest factor In	0.001	U16
17438	0x441E	2	Date of minimum crest factor In	-	DATETIME
17440	0x4420	1	Minimum total harmonic distortion : THD Isys	0.01 %	U16
17441	0x4421	2	Date of last minimum THD Isys	-	DATETIME
17443	0x4423	1	Maximum total demand distortion : TDD I1	0.01 %	U16
17444	0x4424	2	Date of last maximum TDD I1	-	DATETIME
17446	0x4426	1	Maximum total demand distortion : TDD I2	0.01 %	U16
17447	0x4427	2	Date of last maximum TDD I2	-	DATETIME
17449	0x4429	1	Maximum total demand distortion : TDD I3	0.01 %	U16
17450	0x442A	2	Date of last maximum TDD I3	-	DATETIME
17452	0x442C	1	Maximum total demand distortion : TDD In	0.01 %	U16
17453	0x442D	2	Date of last maximum TDD In	-	DATETIME
17455	0x442F	1	Maximum total demand distortion : TDD Isys	0.01 %	U16
17456	0x4430	2	Date of last maximum TDD Isys	-	DATETIME
17458	0x4432	1	Minimum total demand distortion : TDD I1	0.01 %	U16
17459	0x4433	2	Date of last minimum TDD I1	-	DATETIME
17461	0x4435	1	Minimum total demand distortion : TDD I2	0.01 %	U16
17462	0x4436	2	Date of last minimum TDD I2	-	DATETIME
17464	0x4438	1	Minimum total demand distortion : TDD I3	0.01 %	U16
17465	0x4439	2	Date of last minimum TDD I3	-	DATETIME
17467	0x443B	1	Minimum total demand distortion : TDD In	0.01 %	U16
17468	0x443C	2	Date of last minimum TDD In	-	DATETIME
17470	0x443E	1	Minimum total demand distortion : TDD Isys	0.01 %	U16
17471	0x443F	2	Date of last minimum TDD Isys	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17476	0x4444	1	Load status 0 : Disabled 1 : Enabled	-	U8
17477	0x4445	1	Maximum total harmonic distortion : THD I1	0.01 %	U16
17478	0x4446	2	Date of last maximum THD I1	-	DATETIME
17480	0x4448	1	Maximum total harmonic distortion : THD I2	0.01 %	U16
17481	0x4449	2	Date of last maximum THD I2	-	DATETIME
17483	0x444B	1	Maximum total harmonic distortion : THD I3	0.01 %	U16
17484	0x444C	2	Date of last maximum THD I3	-	DATETIME
17486	0x444E	1	Maximum total harmonic distortion : THD In	0.01 %	U16
17487	0x444F	2	Date of last maximum THD In	-	DATETIME
17489	0x4451	1	Maximum Inba	0.01 %	U16
17490	0x4452	2	Date of maximum Inba	-	DATETIME
17492	0x4454	1	Maximum Inb	0.01 %	U16
17493	0x4455	2	Date of maximum Inb	-	DATETIME
17495	0x4457	1	Maximum Phi I1 / V1	0.01 °	S16
17496	0x4458	2	Date of maximum Phi I1 / V1	-	DATETIME
17498	0x445A	1	Maximum Phi I2 / V2	0.01 °	S16
17499	0x445B	2	Date of maximum Phi I2 / V2	-	DATETIME
17501	0x445D	1	Maximum Phi I3 / V3	0.01 °	S16
17502	0x445E	2	Date of maximum Phi I3 / V3	-	DATETIME
17504	0x4460	1	Maximum Phi In / Vn	0.01	S16
17505	0x4461	2	Date of maximum Phi In / Vn	-	DATETIME
17507	0x4463	1	Minimum total harmonic distortion : THD I1	0.01 %	U16
17508	0x4464	2	Date of last minimum THD I1	-	DATETIME
17510	0x4466	1	Minimum total harmonic distortion : THD I2	0.01 %	U16
17511	0x4467	2	Date of last minimum THD I2	-	DATETIME
17513	0x4469	1	Minimum total harmonic distortion : THD I3	0.01 %	U16
17514	0x446A	2	Date of last minimum THD I3	-	DATETIME
17516	0x446C	1	Minimum total harmonic distortion : THD In	0.01 %	U16
17517	0x446D	2	Date of last minimum THD In	-	DATETIME
17519	0x446F	1	Minimum Inba	0.01 %	U16
17520	0x4470	2	Date of minimum Inba	-	DATETIME
17522	0x4472	1	Minimum Inb	0.01 %	U16
17523	0x4473	2	Date of minimum Inb	-	DATETIME
17525	0x4475	1	Minimum Phi I1 / V1	0.01 °	S16
17526	0x4476	2	Date of minimum Phi I1 / V1	-	DATETIME
17528	0x4478	1	Minimum Phi I2 / V2	0.01 °	S16
17529	0x4479	2	Date of minimum Phi I2 / V2	-	DATETIME
17531	0x447B	1	Minimum Phi I3 / V3	0.01 °	S16
17532	0x447C	2	Date of minimum Phi I3 / V3	-	DATETIME
17534	0x447E	1	Minimum Phi In / Vn	0.01	S16
17535	0x447F	2	Date of minimum Phi In / Vn	-	DATETIME
17537	0x4481	1	Maximum total harmonic distortion : THD Isys	0.01 %	U16
17538	0x4482	2	Date of last maximum THD Isys	-	DATETIME
17540	0x4484	1	Maximum crest factor I1	0.001	U16
17541	0x4485	2	Date of maximum crest factor I1	-	DATETIME
17543	0x4487	1	Maximum crest factor I2	0.001	U16
17544	0x4488	2	Date of maximum crest factor I2	-	DATETIME
17546	0x448A	1	Maximum crest factor I3	0.001	U16
17547	0x448B	2	Date of maximum crest factor I3	-	DATETIME
17549	0x448D	1	Maximum crest factor In	0.001	U16
17550	0x448E	2	Date of maximum crest factor In	-	DATETIME
17552	0x4490	1	Minimum crest factor I1	0.001	U16
17553	0x4491	2	Date of minimum crest factor I1	-	DATETIME
17555	0x4493	1	Minimum crest factor I2	0.001	U16
17556	0x4494	2	Date of minimum crest factor I2	-	DATETIME
17558	0x4496	1	Minimum crest factor I3	0.001	U16
17559	0x4497	2	Date of minimum crest factor I3	-	DATETIME
17561	0x4499	1	Minimum crest factor In	0.001	U16
17562	0x449A	2	Date of minimum crest factor In	-	DATETIME
17564	0x449C	1	Minimum total harmonic distortion : THD Isys	0.01 %	U16
17565	0x449D	2	Date of last minimum THD Isys	-	DATETIME
17567	0x449F	1	Maximum total demand distortion : TDD I1	0.01 %	U16
17568	0x44A0	2	Date of last maximum TDD I1	-	DATETIME
17570	0x44A2	1	Maximum total demand distortion : TDD I2	0.01 %	U16
17571	0x44A3	2	Date of last maximum TDD I2	-	DATETIME
17573	0x44A5	1	Maximum total demand distortion : TDD I3	0.01 %	U16
17574	0x44A6	2	Date of last maximum TDD I3	-	DATETIME
17576	0x44A8	1	Maximum total demand distortion : TDD In	0.01 %	U16
17577	0x44A9	2	Date of last maximum TDD In	-	DATETIME
17579	0x44AB	1	Maximum total demand distortion : TDD Isys	0.01 %	U16
17580	0x44AC	2	Date of last maximum TDD Isys	-	DATETIME
17582	0x44AE	1	Minimum total demand distortion : TDD I1	0.01 %	U16
17583	0x44AF	2	Date of last minimum TDD I1	-	DATETIME
17585	0x44B1	1	Minimum total demand distortion : TDD I2	0.01 %	U16
17586	0x44B2	2	Date of last minimum TDD I2	-	DATETIME
17588	0x44B4	1	Minimum total demand distortion : TDD I3	0.01 %	U16
17589	0x44B5	2	Date of last minimum TDD I3	-	DATETIME
17591	0x44B7	1	Minimum total demand distortion : TDD In	0.01 %	U16
17592	0x44B8	2	Date of last minimum TDD In	-	DATETIME
17594	0x44BA	1	Minimum total demand distortion : TDD Isys	0.01 %	U16
17595	0x44BB	2	Date of last minimum TDD Isys	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17616	0x44D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
17617	0x44D1	1	harmonic I1 row 2	0.01 %	U16
17618	0x44D2	1	harmonic I2 row 2	0.01 %	U16
17619	0x44D3	1	harmonic I3 row 2	0.01 %	U16
17620	0x44D4	1	harmonic In row 2	0.01 %	U16
17621	0x44D5	1	harmonic I1 row 3	0.01 %	U16
17622	0x44D6	1	harmonic I2 row 3	0.01 %	U16
17623	0x44D7	1	harmonic I3 row 3	0.01 %	U16
17624	0x44D8	1	harmonic In row 3	0.01 %	U16
17625	0x44D9	1	harmonic I1 row 4	0.01 %	U16
17626	0x44DA	1	harmonic I2 row 4	0.01 %	U16
17627	0x44DB	1	harmonic I3 row 4	0.01 %	U16
17628	0x44DC	1	harmonic In row 4	0.01 %	U16
17629	0x44DD	1	harmonic I1 row 5	0.01 %	U16
17630	0x44DE	1	harmonic I2 row 5	0.01 %	U16
17631	0x44DF	1	harmonic I3 row 5	0.01 %	U16
17632	0x44E0	1	harmonic In row 5	0.01 %	U16
17633	0x44E1	1	harmonic I1 row 6	0.01 %	U16
17634	0x44E2	1	harmonic I2 row 6	0.01 %	U16
17635	0x44E3	1	harmonic I3 row 6	0.01 %	U16
17636	0x44E4	1	harmonic In row 6	0.01 %	U16
17637	0x44E5	1	harmonic I1 row 7	0.01 %	U16
17638	0x44E6	1	harmonic I2 row 7	0.01 %	U16
17639	0x44E7	1	harmonic I3 row 7	0.01 %	U16
17640	0x44E8	1	harmonic In row 7	0.01 %	U16
17641	0x44E9	1	harmonic I1 row 8	0.01 %	U16
17642	0x44EA	1	harmonic I2 row 8	0.01 %	U16
17643	0x44EB	1	harmonic I3 row 8	0.01 %	U16
17644	0x44EC	1	harmonic In row 8	0.01 %	U16
17645	0x44ED	1	harmonic I1 row 9	0.01 %	U16
17646	0x44EE	1	harmonic I2 row 9	0.01 %	U16
17647	0x44EF	1	harmonic I3 row 9	0.01 %	U16
17648	0x44F0	1	harmonic In row 9	0.01 %	U16
17649	0x44F1	1	harmonic I1 row 10	0.01 %	U16
17650	0x44F2	1	harmonic I2 row 10	0.01 %	U16
17651	0x44F3	1	harmonic I3 row 10	0.01 %	U16
17652	0x44F4	1	harmonic In row 10	0.01 %	U16
17653	0x44F5	1	harmonic I1 row 11	0.01 %	U16
17654	0x44F6	1	harmonic I2 row 11	0.01 %	U16
17655	0x44F7	1	harmonic I3 row 11	0.01 %	U16
17656	0x44F8	1	harmonic In row 11	0.01 %	U16
17657	0x44F9	1	harmonic I1 row 12	0.01 %	U16
17658	0x44FA	1	harmonic I2 row 12	0.01 %	U16
17659	0x44FB	1	harmonic I3 row 12	0.01 %	U16
17660	0x44FC	1	harmonic In row 12	0.01 %	U16
17661	0x44FD	1	harmonic I1 row 13	0.01 %	U16
17662	0x44FE	1	harmonic I2 row 13	0.01 %	U16
17663	0x44FF	1	harmonic I3 row 13	0.01 %	U16
17664	0x4500	1	harmonic In row 13	0.01 %	U16
17665	0x4501	1	harmonic I1 row 14	0.01 %	U16
17666	0x4502	1	harmonic I2 row 14	0.01 %	U16
17667	0x4503	1	harmonic I3 row 14	0.01 %	U16
17668	0x4504	1	harmonic In row 14	0.01 %	U16
17669	0x4505	1	harmonic I1 row 15	0.01 %	U16
17670	0x4506	1	harmonic I2 row 15	0.01 %	U16
17671	0x4507	1	harmonic I3 row 15	0.01 %	U16
17672	0x4508	1	harmonic In row 15	0.01 %	U16
17673	0x4509	1	harmonic I1 row 16	0.01 %	U16
17674	0x450A	1	harmonic I2 row 16	0.01 %	U16
17675	0x450B	1	harmonic I3 row 16	0.01 %	U16
17676	0x450C	1	harmonic In row 16	0.01 %	U16
17677	0x450D	1	harmonic I1 row 17	0.01 %	U16
17678	0x450E	1	harmonic I2 row 17	0.01 %	U16
17679	0x450F	1	harmonic I3 row 17	0.01 %	U16
17680	0x4510	1	harmonic In row 17	0.01 %	U16
17681	0x4511	1	harmonic I1 row 18	0.01 %	U16
17682	0x4512	1	harmonic I2 row 18	0.01 %	U16
17683	0x4513	1	harmonic I3 row 18	0.01 %	U16
17684	0x4514	1	harmonic In row 18	0.01 %	U16
17685	0x4515	1	harmonic I1 row 19	0.01 %	U16
17686	0x4516	1	harmonic I2 row 19	0.01 %	U16
17687	0x4517	1	harmonic I3 row 19	0.01 %	U16
17688	0x4518	1	harmonic In row 19	0.01 %	U16
17689	0x4519	1	harmonic I1 row 20	0.01 %	U16
17690	0x451A	1	harmonic I2 row 20	0.01 %	U16
17691	0x451B	1	harmonic I3 row 20	0.01 %	U16
17692	0x451C	1	harmonic In row 20	0.01 %	U16
17693	0x451D	1	harmonic I1 row 21	0.01 %	U16
17694	0x451E	1	harmonic I2 row 21	0.01 %	U16
17695	0x451F	1	harmonic I3 row 21	0.01 %	U16
17696	0x4520	1	harmonic In row 21	0.01 %	U16
17697	0x4521	1	harmonic I1 row 22	0.01 %	U16
17698	0x4522	1	harmonic I2 row 22	0.01 %	U16
17699	0x4523	1	harmonic I3 row 22	0.01 %	U16
17700	0x4524	1	harmonic In row 22	0.01 %	U16
17701	0x4525	1	harmonic I1 row 23	0.01 %	U16
17702	0x4526	1	harmonic I2 row 23	0.01 %	U16
17703	0x4527	1	harmonic I3 row 23	0.01 %	U16
17704	0x4528	1	harmonic In row 23	0.01 %	U16
17705	0x4529	1	harmonic I1 row 24	0.01 %	U16
17706	0x452A	1	harmonic I2 row 24	0.01 %	U16
17707	0x452B	1	harmonic I3 row 24	0.01 %	U16
17708	0x452C	1	harmonic In row 24	0.01 %	U16
17709	0x452D	1	harmonic I1 row 25	0.01 %	U16
17710	0x452E	1	harmonic I2 row 25	0.01 %	U16
17711	0x452F	1	harmonic I3 row 25	0.01 %	U16
17712	0x4530	1	harmonic In row 25	0.01 %	U16
17713	0x4531	1	harmonic I1 row 26 to 34	0.01 %	U16
17714	0x4532	1	harmonic I2 row 26 to 34	0.01 %	U16
17715	0x4533	1	harmonic I3 row 26 to 34	0.01 %	U16
17716	0x4534	1	harmonic In row 26 to 34	0.01 %	U16
17717	0x4535	1	harmonic I1 row 35 to 50	0.01 %	U16
17718	0x4536	1	harmonic I2 row 35 to 50	0.01 %	U16
17719	0x4537	1	harmonic I3 row 35 to 50	0.01 %	U16
17720	0x4538	1	harmonic In row 35 to 50	0.01 %	U16
17721	0x4539	1	harmonic I1 row 51 to 63	0.01 %	U16
17722	0x453A	1	harmonic I2 row 51 to 63	0.01 %	U16
17723	0x453B	1	harmonic I3 row 51 to 63	0.01 %	U16
17724	0x453C	1	harmonic In row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17740	0x454C	1	Load status 0 : Disabled 1 : Enabled	-	U8
17741	0x454D	1	harmonic I1 row 2	0.01 %	U16
17742	0x454E	1	harmonic I2 row 2	0.01 %	U16
17743	0x454F	1	harmonic I3 row 2	0.01 %	U16
17744	0x4550	1	harmonic In row 2	0.01 %	U16
17745	0x4551	1	harmonic I1 row 3	0.01 %	U16
17746	0x4552	1	harmonic I2 row 3	0.01 %	U16
17747	0x4553	1	harmonic I3 row 3	0.01 %	U16
17748	0x4554	1	harmonic In row 3	0.01 %	U16
17749	0x4555	1	harmonic I1 row 4	0.01 %	U16
17750	0x4556	1	harmonic I2 row 4	0.01 %	U16
17751	0x4557	1	harmonic I3 row 4	0.01 %	U16
17752	0x4558	1	harmonic In row 4	0.01 %	U16
17753	0x4559	1	harmonic I1 row 5	0.01 %	U16
17754	0x455A	1	harmonic I2 row 5	0.01 %	U16
17755	0x455B	1	harmonic I3 row 5	0.01 %	U16
17756	0x455C	1	harmonic In row 5	0.01 %	U16
17757	0x455D	1	harmonic I1 row 6	0.01 %	U16
17758	0x455E	1	harmonic I2 row 6	0.01 %	U16
17759	0x455F	1	harmonic I3 row 6	0.01 %	U16
17760	0x4560	1	harmonic In row 6	0.01 %	U16
17761	0x4561	1	harmonic I1 row 7	0.01 %	U16
17762	0x4562	1	harmonic I2 row 7	0.01 %	U16
17763	0x4563	1	harmonic I3 row 7	0.01 %	U16
17764	0x4564	1	harmonic In row 7	0.01 %	U16
17765	0x4565	1	harmonic I1 row 8	0.01 %	U16
17766	0x4566	1	harmonic I2 row 8	0.01 %	U16
17767	0x4567	1	harmonic I3 row 8	0.01 %	U16
17768	0x4568	1	harmonic In row 8	0.01 %	U16
17769	0x4569	1	harmonic I1 row 9	0.01 %	U16
17770	0x456A	1	harmonic I2 row 9	0.01 %	U16
17771	0x456B	1	harmonic I3 row 9	0.01 %	U16
17772	0x456C	1	harmonic In row 9	0.01 %	U16
17773	0x456D	1	harmonic I1 row 10	0.01 %	U16
17774	0x456E	1	harmonic I2 row 10	0.01 %	U16
17775	0x456F	1	harmonic I3 row 10	0.01 %	U16
17776	0x4570	1	harmonic In row 10	0.01 %	U16
17777	0x4571	1	harmonic I1 row 11	0.01 %	U16
17778	0x4572	1	harmonic I2 row 11	0.01 %	U16
17779	0x4573	1	harmonic I3 row 11	0.01 %	U16
17780	0x4574	1	harmonic In row 11	0.01 %	U16
17781	0x4575	1	harmonic I1 row 12	0.01 %	U16
17782	0x4576	1	harmonic I2 row 12	0.01 %	U16
17783	0x4577	1	harmonic I3 row 12	0.01 %	U16
17784	0x4578	1	harmonic In row 12	0.01 %	U16
17785	0x4579	1	harmonic I1 row 13	0.01 %	U16
17786	0x457A	1	harmonic I2 row 13	0.01 %	U16
17787	0x457B	1	harmonic I3 row 13	0.01 %	U16
17788	0x457C	1	harmonic In row 13	0.01 %	U16
17789	0x457D	1	harmonic I1 row 14	0.01 %	U16
17790	0x457E	1	harmonic I2 row 14	0.01 %	U16
17791	0x457F	1	harmonic I3 row 14	0.01 %	U16
17792	0x4580	1	harmonic In row 14	0.01 %	U16
17793	0x4581	1	harmonic I1 row 15	0.01 %	U16
17794	0x4582	1	harmonic I2 row 15	0.01 %	U16
17795	0x4583	1	harmonic I3 row 15	0.01 %	U16
17796	0x4584	1	harmonic In row 15	0.01 %	U16
17797	0x4585	1	harmonic I1 row 16	0.01 %	U16
17798	0x4586	1	harmonic I2 row 16	0.01 %	U16
17799	0x4587	1	harmonic I3 row 16	0.01 %	U16
17800	0x4588	1	harmonic In row 16	0.01 %	U16
17801	0x4589	1	harmonic I1 row 17	0.01 %	U16
17802	0x458A	1	harmonic I2 row 17	0.01 %	U16
17803	0x458B	1	harmonic I3 row 17	0.01 %	U16
17804	0x458C	1	harmonic In row 17	0.01 %	U16
17805	0x458D	1	harmonic I1 row 18	0.01 %	U16
17806	0x458E	1	harmonic I2 row 18	0.01 %	U16
17807	0x458F	1	harmonic I3 row 18	0.01 %	U16
17808	0x4590	1	harmonic In row 18	0.01 %	U16
17809	0x4591	1	harmonic I1 row 19	0.01 %	U16
17810	0x4592	1	harmonic I2 row 19	0.01 %	U16
17811	0x4593	1	harmonic I3 row 19	0.01 %	U16
17812	0x4594	1	harmonic In row 19	0.01 %	U16
17813	0x4595	1	harmonic I1 row 20	0.01 %	U16
17814	0x4596	1	harmonic I2 row 20	0.01 %	U16
17815	0x4597	1	harmonic I3 row 20	0.01 %	U16
17816	0x4598	1	harmonic In row 20	0.01 %	U16
17817	0x4599	1	harmonic I1 row 21	0.01 %	U16
17818	0x459A	1	harmonic I2 row 21	0.01 %	U16
17819	0x459B	1	harmonic I3 row 21	0.01 %	U16
17820	0x459C	1	harmonic In row 21	0.01 %	U16
17821	0x459D	1	harmonic I1 row 22	0.01 %	U16
17822	0x459E	1	harmonic I2 row 22	0.01 %	U16
17823	0x459F	1	harmonic I3 row 22	0.01 %	U16
17824	0x45A0	1	harmonic In row 22	0.01 %	U16
17825	0x45A1	1	harmonic I1 row 23	0.01 %	U16
17826	0x45A2	1	harmonic I2 row 23	0.01 %	U16
17827	0x45A3	1	harmonic I3 row 23	0.01 %	U16
17828	0x45A4	1	harmonic In row 23	0.01 %	U16
17829	0x45A5	1	harmonic I1 row 24	0.01 %	U16
17830	0x45A6	1	harmonic I2 row 24	0.01 %	U16
17831	0x45A7	1	harmonic I3 row 24	0.01 %	U16
17832	0x45A8	1	harmonic In row 24	0.01 %	U16
17833	0x45A9	1	harmonic I1 row 25	0.01 %	U16
17834	0x45AA	1	harmonic I2 row 25	0.01 %	U16
17835	0x45AB	1	harmonic I3 row 25	0.01 %	U16
17836	0x45AC	1	harmonic In row 25	0.01 %	U16
17837	0x45AD	1	harmonic I1 row 26 to 34	0.01 %	U16
17838	0x45AE	1	harmonic I2 row 26 to 34	0.01 %	U16
17839	0x45AF	1	harmonic I3 row 26 to 34	0.01 %	U16
17840	0x45B0	1	harmonic In row 26 to 34	0.01 %	U16
17841	0x45B1	1	harmonic I1 row 35 to 50	0.01 %	U16
17842	0x45B2	1	harmonic I2 row 35 to 50	0.01 %	U16
17843	0x45B3	1	harmonic I3 row 35 to 50	0.01 %	U16
17844	0x45B4	1	harmonic In row 35 to 50	0.01 %	U16
17845	0x45B5	1	harmonic I1 row 51 to 63	0.01 %	U16
17846	0x45B6	1	harmonic I2 row 51 to 63	0.01 %	U16
17847	0x45B7	1	harmonic I3 row 51 to 63	0.01 %	U16
17848	0x45B8	1	harmonic In row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17864	0x45C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
17865	0x45C9	1	harmonic I1 row 2	0.01 %	U16
17866	0x45CA	1	harmonic I2 row 2	0.01 %	U16
17867	0x45CB	1	harmonic I3 row 2	0.01 %	U16
17868	0x45CC	1	harmonic In row 2	0.01 %	U16
17869	0x45CD	1	harmonic I1 row 3	0.01 %	U16
17870	0x45CE	1	harmonic I2 row 3	0.01 %	U16
17871	0x45CF	1	harmonic I3 row 3	0.01 %	U16
17872	0x45D0	1	harmonic In row 3	0.01 %	U16
17873	0x45D1	1	harmonic I1 row 4	0.01 %	U16
17874	0x45D2	1	harmonic I2 row 4	0.01 %	U16
17875	0x45D3	1	harmonic I3 row 4	0.01 %	U16
17876	0x45D4	1	harmonic In row 4	0.01 %	U16
17877	0x45D5	1	harmonic I1 row 5	0.01 %	U16
17878	0x45D6	1	harmonic I2 row 5	0.01 %	U16
17879	0x45D7	1	harmonic I3 row 5	0.01 %	U16
17880	0x45D8	1	harmonic In row 5	0.01 %	U16
17881	0x45D9	1	harmonic I1 row 6	0.01 %	U16
17882	0x45DA	1	harmonic I2 row 6	0.01 %	U16
17883	0x45DB	1	harmonic I3 row 6	0.01 %	U16
17884	0x45DC	1	harmonic In row 6	0.01 %	U16
17885	0x45DD	1	harmonic I1 row 7	0.01 %	U16
17886	0x45DE	1	harmonic I2 row 7	0.01 %	U16
17887	0x45DF	1	harmonic I3 row 7	0.01 %	U16
17888	0x45E0	1	harmonic In row 7	0.01 %	U16
17889	0x45E1	1	harmonic I1 row 8	0.01 %	U16
17890	0x45E2	1	harmonic I2 row 8	0.01 %	U16
17891	0x45E3	1	harmonic I3 row 8	0.01 %	U16
17892	0x45E4	1	harmonic In row 8	0.01 %	U16
17893	0x45E5	1	harmonic I1 row 9	0.01 %	U16
17894	0x45E6	1	harmonic I2 row 9	0.01 %	U16
17895	0x45E7	1	harmonic I3 row 9	0.01 %	U16
17896	0x45E8	1	harmonic In row 9	0.01 %	U16
17897	0x45E9	1	harmonic I1 row 10	0.01 %	U16
17898	0x45EA	1	harmonic I2 row 10	0.01 %	U16
17899	0x45EB	1	harmonic I3 row 10	0.01 %	U16
17900	0x45EC	1	harmonic In row 10	0.01 %	U16
17901	0x45ED	1	harmonic I1 row 11	0.01 %	U16
17902	0x45EE	1	harmonic I2 row 11	0.01 %	U16
17903	0x45EF	1	harmonic I3 row 11	0.01 %	U16
17904	0x45F0	1	harmonic In row 11	0.01 %	U16
17905	0x45F1	1	harmonic I1 row 12	0.01 %	U16
17906	0x45F2	1	harmonic I2 row 12	0.01 %	U16
17907	0x45F3	1	harmonic I3 row 12	0.01 %	U16
17908	0x45F4	1	harmonic In row 12	0.01 %	U16
17909	0x45F5	1	harmonic I1 row 13	0.01 %	U16
17910	0x45F6	1	harmonic I2 row 13	0.01 %	U16
17911	0x45F7	1	harmonic I3 row 13	0.01 %	U16
17912	0x45F8	1	harmonic In row 13	0.01 %	U16
17913	0x45F9	1	harmonic I1 row 14	0.01 %	U16
17914	0x45FA	1	harmonic I2 row 14	0.01 %	U16
17915	0x45FB	1	harmonic I3 row 14	0.01 %	U16
17916	0x45FC	1	harmonic In row 14	0.01 %	U16
17917	0x45FD	1	harmonic I1 row 15	0.01 %	U16
17918	0x45FE	1	harmonic I2 row 15	0.01 %	U16
17919	0x45FF	1	harmonic I3 row 15	0.01 %	U16
17920	0x4600	1	harmonic In row 15	0.01 %	U16
17921	0x4601	1	harmonic I1 row 16	0.01 %	U16
17922	0x4602	1	harmonic I2 row 16	0.01 %	U16
17923	0x4603	1	harmonic I3 row 16	0.01 %	U16
17924	0x4604	1	harmonic In row 16	0.01 %	U16
17925	0x4605	1	harmonic I1 row 17	0.01 %	U16
17926	0x4606	1	harmonic I2 row 17	0.01 %	U16
17927	0x4607	1	harmonic I3 row 17	0.01 %	U16
17928	0x4608	1	harmonic In row 17	0.01 %	U16
17929	0x4609	1	harmonic I1 row 18	0.01 %	U16
17930	0x460A	1	harmonic I2 row 18	0.01 %	U16
17931	0x460B	1	harmonic I3 row 18	0.01 %	U16
17932	0x460C	1	harmonic In row 18	0.01 %	U16
17933	0x460D	1	harmonic I1 row 19	0.01 %	U16
17934	0x460E	1	harmonic I2 row 19	0.01 %	U16
17935	0x460F	1	harmonic I3 row 19	0.01 %	U16
17936	0x4610	1	harmonic In row 19	0.01 %	U16
17937	0x4611	1	harmonic I1 row 20	0.01 %	U16
17938	0x4612	1	harmonic I2 row 20	0.01 %	U16
17939	0x4613	1	harmonic I3 row 20	0.01 %	U16
17940	0x4614	1	harmonic In row 20	0.01 %	U16
17941	0x4615	1	harmonic I1 row 21	0.01 %	U16
17942	0x4616	1	harmonic I2 row 21	0.01 %	U16
17943	0x4617	1	harmonic I3 row 21	0.01 %	U16
17944	0x4618	1	harmonic In row 21	0.01 %	U16
17945	0x4619	1	harmonic I1 row 22	0.01 %	U16
17946	0x461A	1	harmonic I2 row 22	0.01 %	U16
17947	0x461B	1	harmonic I3 row 22	0.01 %	U16
17948	0x461C	1	harmonic In row 22	0.01 %	U16
17949	0x461D	1	harmonic I1 row 23	0.01 %	U16
17950	0x461E	1	harmonic I2 row 23	0.01 %	U16
17951	0x461F	1	harmonic I3 row 23	0.01 %	U16
17952	0x4620	1	harmonic In row 23	0.01 %	U16
17953	0x4621	1	harmonic I1 row 24	0.01 %	U16
17954	0x4622	1	harmonic I2 row 24	0.01 %	U16
17955	0x4623	1	harmonic I3 row 24	0.01 %	U16
17956	0x4624	1	harmonic In row 24	0.01 %	U16
17957	0x4625	1	harmonic I1 row 25	0.01 %	U16
17958	0x4626	1	harmonic I2 row 25	0.01 %	U16
17959	0x4627	1	harmonic I3 row 25	0.01 %	U16
17960	0x4628	1	harmonic In row 25	0.01 %	U16
17961	0x4629	1	harmonic I1 row 26 to 34	0.01 %	U16
17962	0x462A	1	harmonic I2 row 26 to 34	0.01 %	U16
17963	0x462B	1	harmonic I3 row 26 to 34	0.01 %	U16
17964	0x462C	1	harmonic In row 26 to 34	0.01 %	U16
17965	0x462D	1	harmonic I1 row 35 to 50	0.01 %	U16
17966	0x462E	1	harmonic I2 row 35 to 50	0.01 %	U16
17967	0x462F	1	harmonic I3 row 35 to 50	0.01 %	U16
17968	0x4630	1	harmonic In row 35 to 50	0.01 %	U16
17969	0x4631	1	harmonic I1 row 51 to 63	0.01 %	U16
17970	0x4632	1	harmonic I2 row 51 to 63	0.01 %	U16
17971	0x4633	1	harmonic I3 row 51 to 63	0.01 %	U16
17972	0x4634	1	harmonic In row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
17988	0x4644	1	Load status 0 : Disabled 1 : Enabled	-	U8
17989	0x4645	1	harmonic I1 row 2	0.01 %	U16
17990	0x4646	1	harmonic I2 row 2	0.01 %	U16
17991	0x4647	1	harmonic I3 row 2	0.01 %	U16
17992	0x4648	1	harmonic In row 2	0.01 %	U16
17993	0x4649	1	harmonic I1 row 3	0.01 %	U16
17994	0x464A	1	harmonic I2 row 3	0.01 %	U16
17995	0x464B	1	harmonic I3 row 3	0.01 %	U16
17996	0x464C	1	harmonic In row 3	0.01 %	U16
17997	0x464D	1	harmonic I1 row 4	0.01 %	U16
17998	0x464E	1	harmonic I2 row 4	0.01 %	U16
17999	0x464F	1	harmonic I3 row 4	0.01 %	U16
18000	0x4650	1	harmonic In row 4	0.01 %	U16
18001	0x4651	1	harmonic I1 row 5	0.01 %	U16
18002	0x4652	1	harmonic I2 row 5	0.01 %	U16
18003	0x4653	1	harmonic I3 row 5	0.01 %	U16
18004	0x4654	1	harmonic In row 5	0.01 %	U16
18005	0x4655	1	harmonic I1 row 6	0.01 %	U16
18006	0x4656	1	harmonic I2 row 6	0.01 %	U16
18007	0x4657	1	harmonic I3 row 6	0.01 %	U16
18008	0x4658	1	harmonic In row 6	0.01 %	U16
18009	0x4659	1	harmonic I1 row 7	0.01 %	U16
18010	0x465A	1	harmonic I2 row 7	0.01 %	U16
18011	0x465B	1	harmonic I3 row 7	0.01 %	U16
18012	0x465C	1	harmonic In row 7	0.01 %	U16
18013	0x465D	1	harmonic I1 row 8	0.01 %	U16
18014	0x465E	1	harmonic I2 row 8	0.01 %	U16
18015	0x465F	1	harmonic I3 row 8	0.01 %	U16
18016	0x4660	1	harmonic In row 8	0.01 %	U16
18017	0x4661	1	harmonic I1 row 9	0.01 %	U16
18018	0x4662	1	harmonic I2 row 9	0.01 %	U16
18019	0x4663	1	harmonic I3 row 9	0.01 %	U16
18020	0x4664	1	harmonic In row 9	0.01 %	U16
18021	0x4665	1	harmonic I1 row 10	0.01 %	U16
18022	0x4666	1	harmonic I2 row 10	0.01 %	U16
18023	0x4667	1	harmonic I3 row 10	0.01 %	U16
18024	0x4668	1	harmonic In row 10	0.01 %	U16
18025	0x4669	1	harmonic I1 row 11	0.01 %	U16
18026	0x466A	1	harmonic I2 row 11	0.01 %	U16
18027	0x466B	1	harmonic I3 row 11	0.01 %	U16
18028	0x466C	1	harmonic In row 11	0.01 %	U16
18029	0x466D	1	harmonic I1 row 12	0.01 %	U16
18030	0x466E	1	harmonic I2 row 12	0.01 %	U16
18031	0x466F	1	harmonic I3 row 12	0.01 %	U16
18032	0x4670	1	harmonic In row 12	0.01 %	U16
18033	0x4671	1	harmonic I1 row 13	0.01 %	U16
18034	0x4672	1	harmonic I2 row 13	0.01 %	U16
18035	0x4673	1	harmonic I3 row 13	0.01 %	U16
18036	0x4674	1	harmonic In row 13	0.01 %	U16
18037	0x4675	1	harmonic I1 row 14	0.01 %	U16
18038	0x4676	1	harmonic I2 row 14	0.01 %	U16
18039	0x4677	1	harmonic I3 row 14	0.01 %	U16
18040	0x4678	1	harmonic In row 14	0.01 %	U16
18041	0x4679	1	harmonic I1 row 15	0.01 %	U16
18042	0x467A	1	harmonic I2 row 15	0.01 %	U16
18043	0x467B	1	harmonic I3 row 15	0.01 %	U16
18044	0x467C	1	harmonic In row 15	0.01 %	U16
18045	0x467D	1	harmonic I1 row 16	0.01 %	U16
18046	0x467E	1	harmonic I2 row 16	0.01 %	U16
18047	0x467F	1	harmonic I3 row 16	0.01 %	U16
18048	0x4680	1	harmonic In row 16	0.01 %	U16
18049	0x4681	1	harmonic I1 row 17	0.01 %	U16
18050	0x4682	1	harmonic I2 row 17	0.01 %	U16
18051	0x4683	1	harmonic I3 row 17	0.01 %	U16
18052	0x4684	1	harmonic In row 17	0.01 %	U16
18053	0x4685	1	harmonic I1 row 18	0.01 %	U16
18054	0x4686	1	harmonic I2 row 18	0.01 %	U16
18055	0x4687	1	harmonic I3 row 18	0.01 %	U16
18056	0x4688	1	harmonic In row 18	0.01 %	U16
18057	0x4689	1	harmonic I1 row 19	0.01 %	U16
18058	0x468A	1	harmonic I2 row 19	0.01 %	U16
18059	0x468B	1	harmonic I3 row 19	0.01 %	U16
18060	0x468C	1	harmonic In row 19	0.01 %	U16
18061	0x468D	1	harmonic I1 row 20	0.01 %	U16
18062	0x468E	1	harmonic I2 row 20	0.01 %	U16
18063	0x468F	1	harmonic I3 row 20	0.01 %	U16
18064	0x4690	1	harmonic In row 20	0.01 %	U16
18065	0x4691	1	harmonic I1 row 21	0.01 %	U16
18066	0x4692	1	harmonic I2 row 21	0.01 %	U16
18067	0x4693	1	harmonic I3 row 21	0.01 %	U16
18068	0x4694	1	harmonic In row 21	0.01 %	U16
18069	0x4695	1	harmonic I1 row 22	0.01 %	U16
18070	0x4696	1	harmonic I2 row 22	0.01 %	U16
18071	0x4697	1	harmonic I3 row 22	0.01 %	U16
18072	0x4698	1	harmonic In row 22	0.01 %	U16
18073	0x4699	1	harmonic I1 row 23	0.01 %	U16
18074	0x469A	1	harmonic I2 row 23	0.01 %	U16
18075	0x469B	1	harmonic I3 row 23	0.01 %	U16
18076	0x469C	1	harmonic In row 23	0.01 %	U16
18077	0x469D	1	harmonic I1 row 24	0.01 %	U16
18078	0x469E	1	harmonic I2 row 24	0.01 %	U16
18079	0x469F	1	harmonic I3 row 24	0.01 %	U16
18080	0x46A0	1	harmonic In row 24	0.01 %	U16
18081	0x46A1	1	harmonic I1 row 25	0.01 %	U16
18082	0x46A2	1	harmonic I2 row 25	0.01 %	U16
18083	0x46A3	1	harmonic I3 row 25	0.01 %	U16
18084	0x46A4	1	harmonic In row 25	0.01 %	U16
18085	0x46A5	1	harmonic I1 row 26 to 34	0.01 %	U16
18086	0x46A6	1	harmonic I2 row 26 to 34	0.01 %	U16
18087	0x46A7	1	harmonic I3 row 26 to 34	0.01 %	U16
18088	0x46A8	1	harmonic In row 26 to 34	0.01 %	U16
18089	0x46A9	1	harmonic I1 row 35 to 50	0.01 %	U16
18090	0x46AA	1	harmonic I2 row 35 to 50	0.01 %	U16
18091	0x46AB	1	harmonic I3 row 35 to 50	0.01 %	U16
18092	0x46AC	1	harmonic In row 35 to 50	0.01 %	U16
18093	0x46AD	1	harmonic I1 row 51 to 63	0.01 %	U16
18094	0x46AE	1	harmonic I2 row 51 to 63	0.01 %	U16
18095	0x46AF	1	harmonic I3 row 51 to 63	0.01 %	U16
18096	0x46B0	1	harmonic In row 51 to 63	0.01 %	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18128	0x46D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
18129	0x46D1	2	Total Hour meter	s	U32
18131	0x46D3	2	Total Positive active Energy : Ea+	kWh	U32
18133	0x46D5	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
18134	0x46D6	2	Total Negative active Energy : Ea-	kWh	U32
18136	0x46D8	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
18137	0x46D9	2	Total Positive reactive Energy : Er+	kvarh	U32
18139	0x46DB	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
18140	0x46DC	2	Total Negative reactive Energy : Er-	kvarh	U32
18142	0x46DE	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
18143	0x46DF	2	Total Apparent Energy : Eap	kVAh	U32
18145	0x46E1	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
18146	0x46E2	2	Total positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18148	0x46E4	1	Total residual positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18149	0x46E5	2	Total negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18151	0x46E7	1	Total residual negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18152	0x46E8	2	Total positive leading reactive Energy : Er+ (leading)	kvarh	U32
18154	0x46EA	1	Total residual positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18155	0x46EB	2	Total negative leading reactive Energy : Er- (leading)	kvarh	U32
18157	0x46ED	1	Total residual negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18158	0x46EE	2	Partial Hour meter	s	U32
18160	0x46F0	2	Partial Positive active Energy : Ea+	kWh	U32
18162	0x46F2	1	Partial Residual Positive active Energy : rEa+	0.1 Wh	U16
18163	0x46F3	2	Partial Negative active Energy : Ea-	kWh	U32
18165	0x46F5	1	Partial Residual Negative active Energy : rEa-	0.1 Wh	U16
18166	0x46F6	2	Partial Positive reactive Energy : Er+	kvarh	U32
18168	0x46F8	1	Partial Residual Positive reactive Energy : rEr+	0.1 varh	U16
18169	0x46F9	2	Partial Negative reactive Energy : Er-	kvarh	U32
18171	0x46FB	1	Partial Residual Negative reactive Energy : rEr-	0.1 varh	U16
18172	0x46FC	2	Partial Apparent Energy : Eap	kVAh	U32
18174	0x46FE	1	Partial Residual Apparent Energy : rEap	0.1 VAh	U16
18175	0x46FF	2	Partial Positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18177	0x4701	1	Partial Residual Positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18178	0x4702	2	Partial Negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18180	0x4704	1	Partial Residual Negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18181	0x4705	2	Partial Positive leading reactive Energy : Er+ (leading)	kvarh	U32
18183	0x4707	1	Partial Residual Positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18184	0x4708	2	Partial Negative leading reactive Energy : Er- (leading)	kvarh	U32
18186	0x470A	1	Partial Residual Negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18187	0x470B	2	Last Partial Reset date	-	DATETIME
18189	0x470D	2	Last Partial Hour meter	s	U32
18191	0x470F	2	Last Partial positive active Energy : Ea+	kWh	U32
18193	0x4711	1	Last Partial residual positive active Energy : rEa+	0.1 Wh	U16
18194	0x4712	2	Last Partial negative active Energy : Ea-	kWh	U32
18196	0x4714	1	Last Partial residual negative active Energy : rEa-	0.1 Wh	U16
18197	0x4715	2	Last Partial positive reactive Energy : Er+	kvarh	U32
18199	0x4717	1	Last Partial residual positive reactive Energy : rEr+	0.1 varh	U16
18200	0x4718	2	Last Partial negative reactive Energy : Er-	kvarh	U32
18202	0x471A	1	Last Partial residual negative reactive Energy : rEr-	0.1 varh	U16
18203	0x471B	2	Last Partial Apparent Energy : Eap	kVAh	U32
18205	0x471D	1	Last Partial residual apparent Energy : rEap	0.1 VAh	U16
18206	0x471E	2	Last Partial Positive Lagging Reactive Energy : Er+ (lagging)	kvarh	U32
18208	0x4720	1	Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging)	0.1 varh	U16
18209	0x4721	2	Last Partial Negative Lagging Reactive Energy : Er- (lagging)	kvarh	U32
18211	0x4723	1	Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging)	0.1 varh	U16
18212	0x4724	2	Last Partial Positive Leading Reactive Energy : Er+ (leading)	kvarh	U32
18214	0x4726	1	Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading)	0.1 varh	U16
18215	0x4727	2	Last Partial Negative Leading Reactive Energy : Er- (leading)	kvarh	U32
18217	0x4729	1	Last Partial Residual Negative Leading Reactive Energy : rEr- (leading)	0.1 varh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18252	0x474C	1	Load status 0 : Disabled 1 : Enabled	-	U8
18253	0x474D	2	Total Hour meter	s	U32
18255	0x474F	2	Total Positive active Energy : Ea+	kWh	U32
18257	0x4751	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
18258	0x4752	2	Total Negative active Energy : Ea-	kWh	U32
18260	0x4754	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
18261	0x4755	2	Total Positive reactive Energy : Er+	kvarh	U32
18263	0x4757	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
18264	0x4758	2	Total Negative reactive Energy : Er-	kvarh	U32
18266	0x475A	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
18267	0x475B	2	Total Apparent Energy : Eap	kVAh	U32
18269	0x475D	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
18270	0x475E	2	Total positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18272	0x4760	1	Total residual positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18273	0x4761	2	Total negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18275	0x4763	1	Total residual negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18276	0x4764	2	Total positive leading reactive Energy : Er+ (leading)	kvarh	U32
18278	0x4766	1	Total residual positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18279	0x4767	2	Total negative leading reactive Energy : Er- (leading)	kvarh	U32
18281	0x4769	1	Total residual negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18282	0x476A	2	Partial Hour meter	s	U32
18284	0x476C	2	Partial Positive active Energy : Ea+	kWh	U32
18286	0x476E	1	Partial Residual Positive active Energy : rEa+	0.1 Wh	U16
18287	0x476F	2	Partial Negative active Energy : Ea-	kWh	U32
18289	0x4771	1	Partial Residual Negative active Energy : rEa-	0.1 Wh	U16
18290	0x4772	2	Partial Positive reactive Energy : Er+	kvarh	U32
18292	0x4774	1	Partial Residual Positive reactive Energy : rEr+	0.1 varh	U16
18293	0x4775	2	Partial Negative reactive Energy : Er-	kvarh	U32
18295	0x4777	1	Partial Residual Negative reactive Energy : rEr-	0.1 varh	U16
18296	0x4778	2	Partial Apparent Energy : Eap	kVAh	U32
18298	0x477A	1	Partial Residual Apparent Energy : rEap	0.1 VAh	U16
18299	0x477B	2	Partial Positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18301	0x477D	1	Partial Residual Positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18302	0x477E	2	Partial Negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18304	0x4780	1	Partial Residual Negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18305	0x4781	2	Partial Positive leading reactive Energy : Er+ (leading)	kvarh	U32
18307	0x4783	1	Partial Residual Positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18308	0x4784	2	Partial Negative leading reactive Energy : Er- (leading)	kvarh	U32
18310	0x4786	1	Partial Residual Negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18311	0x4787	2	Last Partial Reset date	-	DATETIME
18313	0x4789	2	Last Partial Hour meter	s	U32
18315	0x478B	2	Last Partial positive active Energy : Ea+	kWh	U32
18317	0x478D	1	Last Partial residual positive active Energy : rEa+	0.1 Wh	U16
18318	0x478E	2	Last Partial negative active Energy : Ea-	kWh	U32
18320	0x4790	1	Last Partial residual negative active Energy : rEa-	0.1 Wh	U16
18321	0x4791	2	Last Partial positive reactive Energy : Er+	kvarh	U32
18323	0x4793	1	Last Partial residual positive reactive Energy : rEr+	0.1 varh	U16
18324	0x4794	2	Last Partial negative reactive Energy : Er-	kvarh	U32
18326	0x4796	1	Last Partial residual negative reactive Energy : rEr-	0.1 varh	U16
18327	0x4797	2	Last Partial Apparent Energy : Eap	kVAh	U32
18329	0x4799	1	Last Partial residual apparent Energy : rEap	0.1 VAh	U16
18330	0x479A	2	Last Partial Positive Lagging Reactive Energy : Er+ (lagging)	kvarh	U32
18332	0x479C	1	Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging)	0.1 varh	U16
18333	0x479D	2	Last Partial Negative Lagging Reactive Energy : Er- (lagging)	kvarh	U32
18335	0x479F	1	Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging)	0.1 varh	U16
18336	0x47A0	2	Last Partial Positive Leading Reactive Energy : Er+ (leading)	kvarh	U32
18338	0x47A2	1	Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading)	0.1 varh	U16
18339	0x47A3	2	Last Partial Negative Leading Reactive Energy : Er- (leading)	kvarh	U32
18341	0x47A5	1	Last Partial Residual Negative Leading Reactive Energy : rEr- (leading)	0.1 varh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18376	0x47C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
18377	0x47C9	2	Total Hour meter	s	U32
18379	0x47CB	2	Total Positive active Energy : Ea+	kWh	U32
18381	0x47CD	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
18382	0x47CE	2	Total Negative active Energy : Ea-	kWh	U32
18384	0x47D0	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
18385	0x47D1	2	Total Positive reactive Energy : Er+	kvarh	U32
18387	0x47D3	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
18388	0x47D4	2	Total Negative reactive Energy : Er-	kvarh	U32
18390	0x47D6	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
18391	0x47D7	2	Total Apparent Energy : Eap	kVAh	U32
18393	0x47D9	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
18394	0x47DA	2	Total positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18396	0x47DC	1	Total residual positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18397	0x47DD	2	Total negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18399	0x47DF	1	Total residual negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18400	0x47E0	2	Total positive leading reactive Energy : Er+ (leading)	kvarh	U32
18402	0x47E2	1	Total residual positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18403	0x47E3	2	Total negative leading reactive Energy : Er- (leading)	kvarh	U32
18405	0x47E5	1	Total residual negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18406	0x47E6	2	Partial Hour meter	s	U32
18408	0x47E8	2	Partial Positive active Energy : Ea+	kWh	U32
18410	0x47EA	1	Partial Residual Positive active Energy : rEa+	0.1 Wh	U16
18411	0x47EB	2	Partial Negative active Energy : Ea-	kWh	U32
18413	0x47ED	1	Partial Residual Negative active Energy : rEa-	0.1 Wh	U16
18414	0x47EE	2	Partial Positive reactive Energy : Er+	kvarh	U32
18416	0x47F0	1	Partial Residual Positive reactive Energy : rEr+	0.1 varh	U16
18417	0x47F1	2	Partial Negative reactive Energy : Er-	kvarh	U32
18419	0x47F3	1	Partial Residual Negative reactive Energy : rEr-	0.1 varh	U16
18420	0x47F4	2	Partial Apparent Energy : Eap	kVAh	U32
18422	0x47F6	1	Partial Residual Apparent Energy : rEap	0.1 VAh	U16
18423	0x47F7	2	Partial Positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18425	0x47F9	1	Partial Residual Positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18426	0x47FA	2	Partial Negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18428	0x47FC	1	Partial Residual Negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18429	0x47FD	2	Partial Positive leading reactive Energy : Er+ (leading)	kvarh	U32
18431	0x47FF	1	Partial Residual Positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18432	0x4800	2	Partial Negative leading reactive Energy : Er- (leading)	kvarh	U32
18434	0x4802	1	Partial Residual Negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18435	0x4803	2	Last Partial Reset date	-	DATETIME
18437	0x4805	2	Last Partial Hour meter	s	U32
18439	0x4807	2	Last Partial positive active Energy : Ea+	kWh	U32
18441	0x4809	1	Last Partial residual positive active Energy : rEa+	0.1 Wh	U16
18442	0x480A	2	Last Partial negative active Energy : Ea-	kWh	U32
18444	0x480C	1	Last Partial residual negative active Energy : rEa-	0.1 Wh	U16
18445	0x480D	2	Last Partial positive reactive Energy : Er+	kvarh	U32
18447	0x480F	1	Last Partial residual positive reactive Energy : rEr+	0.1 varh	U16
18448	0x4810	2	Last Partial negative reactive Energy : Er-	kvarh	U32
18450	0x4812	1	Last Partial residual negative reactive Energy : rEr-	0.1 varh	U16
18451	0x4813	2	Last Partial Apparent Energy : Eap	kVAh	U32
18453	0x4815	1	Last Partial residual apparent Energy : rEap	0.1 VAh	U16
18454	0x4816	2	Last Partial Positive Lagging Reactive Energy : Er+ (lagging)	kvarh	U32
18456	0x4818	1	Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging)	0.1 varh	U16
18457	0x4819	2	Last Partial Negative Lagging Reactive Energy : Er- (lagging)	kvarh	U32
18459	0x481B	1	Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging)	0.1 varh	U16
18460	0x481C	2	Last Partial Positive Leading Reactive Energy : Er+ (leading)	kvarh	U32
18462	0x481E	1	Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading)	0.1 varh	U16
18463	0x481F	2	Last Partial Negative Leading Reactive Energy : Er- (leading)	kvarh	U32
18465	0x4821	1	Last Partial Residual Negative Leading Reactive Energy : rEr- (leading)	0.1 varh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18500	0x4844	1	Load status 0 : Disabled 1 : Enabled	-	U8
18501	0x4845	2	Total Hour meter	s	U32
18503	0x4847	2	Total Positive active Energy : Ea+	kWh	U32
18505	0x4849	1	Total Residual positive active Energy : rEa+	0.1 Wh	U16
18506	0x484A	2	Total Negative active Energy : Ea-	kWh	U32
18508	0x484C	1	Total Residual negative active Energy : rEa-	0.1 Wh	U16
18509	0x484D	2	Total Positive reactive Energy : Er+	kvarh	U32
18511	0x484F	1	Total Residual positive reactive Energy : rEr+	0.1 varh	U16
18512	0x4850	2	Total Negative reactive Energy : Er-	kvarh	U32
18514	0x4852	1	Total Residual negative reactive Energy : rEr-	0.1 varh	U16
18515	0x4853	2	Total Apparent Energy : Eap	kVAh	U32
18517	0x4855	1	Total Residual apparent Energy : rEap	0.1 VAh	U16
18518	0x4856	2	Total positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18520	0x4858	1	Total residual positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18521	0x4859	2	Total negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18523	0x485B	1	Total residual negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18524	0x485C	2	Total positive leading reactive Energy : Er+ (leading)	kvarh	U32
18526	0x485E	1	Total residual positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18527	0x485F	2	Total negative leading reactive Energy : Er- (leading)	kvarh	U32
18529	0x4861	1	Total residual negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18530	0x4862	2	Partial Hour meter	s	U32
18532	0x4864	2	Partial Positive active Energy : Ea+	kWh	U32
18534	0x4866	1	Partial Residual Positive active Energy : rEa+	0.1 Wh	U16
18535	0x4867	2	Partial Negative active Energy : Ea-	kWh	U32
18537	0x4869	1	Partial Residual Negative active Energy : rEa-	0.1 Wh	U16
18538	0x486A	2	Partial Positive reactive Energy : Er+	kvarh	U32
18540	0x486C	1	Partial Residual Positive reactive Energy : rEr+	0.1 varh	U16
18541	0x486D	2	Partial Negative reactive Energy : Er-	kvarh	U32
18543	0x486F	1	Partial Residual Negative reactive Energy : rEr-	0.1 varh	U16
18544	0x4870	2	Partial Apparent Energy : Eap	kVAh	U32
18546	0x4872	1	Partial Residual Apparent Energy : rEap	0.1 VAh	U16
18547	0x4873	2	Partial Positive lagging reactive Energy : Er+ (lagging)	kvarh	U32
18549	0x4875	1	Partial Residual Positive lagging reactive Energy : rEr+ (lagging)	0.1 varh	U16
18550	0x4876	2	Partial Negative lagging reactive Energy : Er- (lagging)	kvarh	U32
18552	0x4878	1	Partial Residual Negative lagging reactive Energy : rEr- (lagging)	0.1 varh	U16
18553	0x4879	2	Partial Positive leading reactive Energy : Er+ (leading)	kvarh	U32
18555	0x487B	1	Partial Residual Positive leading reactive Energy : rEr+ (leading)	0.1 varh	U16
18556	0x487C	2	Partial Negative leading reactive Energy : Er- (leading)	kvarh	U32
18558	0x487E	1	Partial Residual Negative leading reactive Energy : rEr- (leading)	0.1 varh	U16
18559	0x487F	2	Last Partial Reset date	-	DATETIME
18561	0x4881	2	Last Partial Hour meter	s	U32
18563	0x4883	2	Last Partial positive active Energy : Ea+	kWh	U32
18565	0x4885	1	Last Partial residual positive active Energy : rEa+	0.1 Wh	U16
18566	0x4886	2	Last Partial negative active Energy : Ea-	kWh	U32
18568	0x4888	1	Last Partial residual negative active Energy : rEa-	0.1 Wh	U16
18569	0x4889	2	Last Partial positive reactive Energy : Er+	kvarh	U32
18571	0x488B	1	Last Partial residual positive reactive Energy : rEr+	0.1 varh	U16
18572	0x488C	2	Last Partial negative reactive Energy : Er-	kvarh	U32
18574	0x488E	1	Last Partial residual negative reactive Energy : rEr-	0.1 varh	U16
18575	0x488F	2	Last Partial Apparent Energy : Eap	kVAh	U32
18577	0x4891	1	Last Partial residual apparent Energy : rEap	0.1 VAh	U16
18578	0x4892	2	Last Partial Positive Lagging Reactive Energy : Er+ (lagging)	kvarh	U32
18580	0x4894	1	Last Partial Residual Positive Lagging Reactive Energy : rEr+ (lagging)	0.1 varh	U16
18581	0x4895	2	Last Partial Negative Lagging Reactive Energy : Er- (lagging)	kvarh	U32
18583	0x4897	1	Last Partial Residual Negative Lagging Reactive Energy : rEr- (lagging)	0.1 varh	U16
18584	0x4898	2	Last Partial Positive Leading Reactive Energy : Er+ (leading)	kvarh	U32
18586	0x489A	1	Last Partial Residual Positive Leading Reactive Energy : rEr+ (leading)	0.1 varh	U16
18587	0x489B	2	Last Partial Negative Leading Reactive Energy : Er- (leading)	kvarh	U32
18589	0x489D	1	Last Partial Residual Negative Leading Reactive Energy : rEr- (leading)	0.1 varh	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18640	0x48D0	1	Load status 0 : Disabled 1 : Enabled	-	U8
18641	0x48D1	2	Predictive positive active Power : pP+	W	U32
18643	0x48D3	2	Predictive negative active Power : pP-	W	U32
18645	0x48D5	2	Predictive positive reactive Power : pQ+	var	U32
18647	0x48D7	2	Predictive negative reactive Power : pQ-	var	U32
18649	0x48D9	2	Predictive apparent Power : pS	VA	U32
18651	0x48DB	2	Predictive power countdown	s	U32
18653	0x48DD	2	Load curve previous : Date (n-1)	-	DATETIME
18655	0x48DF	1	Load curve previous : Flag (n-1) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18656	0x48E0	2	Load curve previous : P+ (n-1)	W	U32
18658	0x48E2	2	Load curve previous : P- (n-1)	W	U32
18660	0x48E4	2	Load curve previous : Q+ (n-1)	var	U32
18662	0x48E6	2	Load curve previous : Q- (n-1)	var	U32
18664	0x48E8	2	Load curve previous : S (n-1)	VA	U32
18666	0x48EA	2	Load curve previous : Date (n-2)	-	DATETIME
18668	0x48EC	1	Load curve previous : Flag (n-2) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18669	0x48ED	2	Load curve previous : P+ (n-2)	W	U32
18671	0x48EF	2	Load curve previous : P- (n-2)	W	U32
18673	0x48F1	2	Load curve previous : Q+ (n-2)	var	U32
18675	0x48F3	2	Load curve previous : Q- (n-2)	var	U32
18677	0x48F5	2	Load curve previous : S (n-2)	VA	U32
18679	0x48F7	2	Load curve previous : Date (n-3)	-	DATETIME
18681	0x48F9	1	Load curve previous : Flag (n-3) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18682	0x48FA	2	Load curve previous : P+ (n-3)	W	U32
18684	0x48FC	2	Load curve previous : P- (n-3)	W	U32
18686	0x48FE	2	Load curve previous : Q+ (n-3)	var	U32
18688	0x4900	2	Load curve previous : Q- (n-3)	var	U32
18690	0x4902	2	Load curve previous : S (n-3)	VA	U32
18692	0x4904	2	Load curve previous : Date (n-4)	-	DATETIME
18694	0x4906	1	Load curve previous : Flag (n-4) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18695	0x4907	2	Load curve previous : P+ (n-4)	W	U32
18697	0x4909	2	Load curve previous : P- (n-4)	W	U32
18699	0x490B	2	Load curve previous : Q+ (n-4)	var	U32
18701	0x490D	2	Load curve previous : Q- (n-4)	var	U32
18703	0x490F	2	Load curve previous : S (n-4)	VA	U32
18705	0x4911	2	Load curve previous : Date (n-5)	-	DATETIME
18707	0x4913	1	Load curve previous : Flag (n-5) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18708	0x4914	2	Load curve previous : P+ (n-5)	W	U32
18710	0x4916	2	Load curve previous : P- (n-5)	W	U32
18712	0x4918	2	Load curve previous : Q+ (n-5)	var	U32
18714	0x491A	2	Load curve previous : Q- (n-5)	var	U32
18716	0x491C	2	Load curve previous : S (n-5)	VA	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18764	0x494C	1	Load status 0 : Disabled 1 : Enabled	-	U8
18765	0x494D	2	Predictive positive active Power : pP+	W	U32
18767	0x494F	2	Predictive negative active Power : pP-	W	U32
18769	0x4951	2	Predictive positive reactive Power : pQ+	var	U32
18771	0x4953	2	Predictive negative reactive Power : pQ-	var	U32
18773	0x4955	2	Predictive apparent Power : pS	VA	U32
18775	0x4957	2	Predictive power countdown	s	U32
18777	0x4959	2	Load curve previous : Date (n-1)	-	DATETIME
18779	0x495B	1	Load curve previous : Flag (n-1) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18780	0x495C	2	Load curve previous : P+ (n-1)	W	U32
18782	0x495E	2	Load curve previous : P- (n-1)	W	U32
18784	0x4960	2	Load curve previous : Q+ (n-1)	var	U32
18786	0x4962	2	Load curve previous : Q- (n-1)	var	U32
18788	0x4964	2	Load curve previous : S (n-1)	VA	U32
18790	0x4966	2	Load curve previous : Date (n-2)	-	DATETIME
18792	0x4968	1	Load curve previous : Flag (n-2) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18793	0x4969	2	Load curve previous : P+ (n-2)	W	U32
18795	0x496B	2	Load curve previous : P- (n-2)	W	U32
18797	0x496D	2	Load curve previous : Q+ (n-2)	var	U32
18799	0x496F	2	Load curve previous : Q- (n-2)	var	U32
18801	0x4971	2	Load curve previous : S (n-2)	VA	U32
18803	0x4973	2	Load curve previous : Date (n-3)	-	DATETIME
18805	0x4975	1	Load curve previous : Flag (n-3) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18806	0x4976	2	Load curve previous : P+ (n-3)	W	U32
18808	0x4978	2	Load curve previous : P- (n-3)	W	U32
18810	0x497A	2	Load curve previous : Q+ (n-3)	var	U32
18812	0x497C	2	Load curve previous : Q- (n-3)	var	U32
18814	0x497E	2	Load curve previous : S (n-3)	VA	U32
18816	0x4980	2	Load curve previous : Date (n-4)	-	DATETIME
18818	0x4982	1	Load curve previous : Flag (n-4) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18819	0x4983	2	Load curve previous : P+ (n-4)	W	U32
18821	0x4985	2	Load curve previous : P- (n-4)	W	U32
18823	0x4987	2	Load curve previous : Q+ (n-4)	var	U32
18825	0x4989	2	Load curve previous : Q- (n-4)	var	U32
18827	0x498B	2	Load curve previous : S (n-4)	VA	U32
18829	0x498D	2	Load curve previous : Date (n-5)	-	DATETIME
18831	0x498F	1	Load curve previous : Flag (n-5) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18832	0x4990	2	Load curve previous : P+ (n-5)	W	U32
18834	0x4992	2	Load curve previous : P- (n-5)	W	U32
18836	0x4994	2	Load curve previous : Q+ (n-5)	var	U32
18838	0x4996	2	Load curve previous : Q- (n-5)	var	U32
18840	0x4998	2	Load curve previous : S (n-5)	VA	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
18888	0x49C8	1	Load status 0 : Disabled 1 : Enabled	-	U8
18889	0x49C9	2	Predictive positive active Power : pP+	W	U32
18891	0x49CB	2	Predictive negative active Power : pP-	W	U32
18893	0x49CD	2	Predictive positive reactive Power : pQ+	var	U32
18895	0x49CF	2	Predictive negative reactive Power : pQ-	var	U32
18897	0x49D1	2	Predictive apparent Power : pS	VA	U32
18899	0x49D3	2	Predictive power countdown	s	U32
18901	0x49D5	2	Load curve previous : Date (n-1)	-	DATETIME
18903	0x49D7	1	Load curve previous : Flag (n-1) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18904	0x49D8	2	Load curve previous : P+ (n-1)	W	U32
18906	0x49DA	2	Load curve previous : P- (n-1)	W	U32
18908	0x49DC	2	Load curve previous : Q+ (n-1)	var	U32
18910	0x49DE	2	Load curve previous : Q- (n-1)	var	U32
18912	0x49E0	2	Load curve previous : S (n-1)	VA	U32
18914	0x49E2	2	Load curve previous : Date (n-2)	-	DATETIME
18916	0x49E4	1	Load curve previous : Flag (n-2) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18917	0x49E5	2	Load curve previous : P+ (n-2)	W	U32
18919	0x49E7	2	Load curve previous : P- (n-2)	W	U32
18921	0x49E9	2	Load curve previous : Q+ (n-2)	var	U32
18923	0x49EB	2	Load curve previous : Q- (n-2)	var	U32
18925	0x49ED	2	Load curve previous : S (n-2)	VA	U32
18927	0x49EF	2	Load curve previous : Date (n-3)	-	DATETIME
18929	0x49F1	1	Load curve previous : Flag (n-3) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18930	0x49F2	2	Load curve previous : P+ (n-3)	W	U32
18932	0x49F4	2	Load curve previous : P- (n-3)	W	U32
18934	0x49F6	2	Load curve previous : Q+ (n-3)	var	U32
18936	0x49F8	2	Load curve previous : Q- (n-3)	var	U32
18938	0x49FA	2	Load curve previous : S (n-3)	VA	U32
18940	0x49FC	2	Load curve previous : Date (n-4)	-	DATETIME
18942	0x49FE	1	Load curve previous : Flag (n-4) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18943	0x49FF	2	Load curve previous : P+ (n-4)	W	U32
18945	0x4A01	2	Load curve previous : P- (n-4)	W	U32
18947	0x4A03	2	Load curve previous : Q+ (n-4)	var	U32
18949	0x4A05	2	Load curve previous : Q- (n-4)	var	U32
18951	0x4A07	2	Load curve previous : S (n-4)	VA	U32
18953	0x4A09	2	Load curve previous : Date (n-5)	-	DATETIME
18955	0x4A0B	1	Load curve previous : Flag (n-5) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
18956	0x4A0C	2	Load curve previous : P+ (n-5)	W	U32
18958	0x4A0E	2	Load curve previous : P- (n-5)	W	U32
18960	0x4A10	2	Load curve previous : Q+ (n-5)	var	U32
18962	0x4A12	2	Load curve previous : Q- (n-5)	var	U32
18964	0x4A14	2	Load curve previous : S (n-5)	VA	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19012	0x4A44	1	Load status 0 : Disabled 1 : Enabled	-	U8
19013	0x4A45	2	Predictive positive active Power : pP+	W	U32
19015	0x4A47	2	Predictive negative active Power : pP-	W	U32
19017	0x4A49	2	Predictive positive reactive Power : pQ+	var	U32
19019	0x4A4B	2	Predictive negative reactive Power : pQ-	var	U32
19021	0x4A4D	2	Predictive apparent Power : pS	VA	U32
19023	0x4A4F	2	Predictive power countdown	s	U32
19025	0x4A51	2	Load curve previous : Date (n-1)	-	DATETIME
19027	0x4A53	1	Load curve previous : Flag (n-1) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
19028	0x4A54	2	Load curve previous : P+ (n-1)	W	U32
19030	0x4A56	2	Load curve previous : P- (n-1)	W	U32
19032	0x4A58	2	Load curve previous : Q+ (n-1)	var	U32
19034	0x4A5A	2	Load curve previous : Q- (n-1)	var	U32
19036	0x4A5C	2	Load curve previous : S (n-1)	VA	U32
19038	0x4A5E	2	Load curve previous : Date (n-2)	-	DATETIME
19040	0x4A60	1	Load curve previous : Flag (n-2) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
19041	0x4A61	2	Load curve previous : P+ (n-2)	W	U32
19043	0x4A63	2	Load curve previous : P- (n-2)	W	U32
19045	0x4A65	2	Load curve previous : Q+ (n-2)	var	U32
19047	0x4A67	2	Load curve previous : Q- (n-2)	var	U32
19049	0x4A69	2	Load curve previous : S (n-2)	VA	U32
19051	0x4A6B	2	Load curve previous : Date (n-3)	-	DATETIME
19053	0x4A6D	1	Load curve previous : Flag (n-3) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
19054	0x4A6E	2	Load curve previous : P+ (n-3)	W	U32
19056	0x4A70	2	Load curve previous : P- (n-3)	W	U32
19058	0x4A72	2	Load curve previous : Q+ (n-3)	var	U32
19060	0x4A74	2	Load curve previous : Q- (n-3)	var	U32
19062	0x4A76	2	Load curve previous : S (n-3)	VA	U32
19064	0x4A78	2	Load curve previous : Date (n-4)	-	DATETIME
19066	0x4A7A	1	Load curve previous : Flag (n-4) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
19067	0x4A7B	2	Load curve previous : P+ (n-4)	W	U32
19069	0x4A7D	2	Load curve previous : P- (n-4)	W	U32
19071	0x4A7F	2	Load curve previous : Q+ (n-4)	var	U32
19073	0x4A81	2	Load curve previous : Q- (n-4)	var	U32
19075	0x4A83	2	Load curve previous : S (n-4)	VA	U32
19077	0x4A85	2	Load curve previous : Date (n-5)	-	DATETIME
19079	0x4A87	1	Load curve previous : Flag (n-5) 0 : full integration period and date/time set 1 : incomplete integration period and date/time set 2 : full integration period and date/time not set 3 : incomplete integration period and date/time not set	-	U16
19080	0x4A88	2	Load curve previous : P+ (n-5)	W	U32
19082	0x4A8A	2	Load curve previous : P- (n-5)	W	U32
19084	0x4A8C	2	Load curve previous : Q+ (n-5)	var	U32
19086	0x4A8E	2	Load curve previous : Q- (n-5)	var	U32
19088	0x4A90	2	Load curve previous : S (n-5)	VA	U32

$product$

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.

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
S64	Signed 64-bit integer	4	Value = (int64_t)((reg[0] < < 48) + (reg[1] << 32) + (reg[2] << 16) + reg[3])	0x7FFF FFFF FFFF FFFF
F32	32-bit single-precision floating point number (IEEE 754)	2	Value = (float32_t)((reg[0] << 16) + reg[1])	0xFFFF 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	Unsigned 32-bit integer as the number of seconds since January 1st 2000 (01/01/2000 00:00:00)	2	Nb of seconds = (uint32_t)((reg[0] << 16) + reg[1])	0xFFFF FFFF
DATETIME_3	Unsigned 48-bit integer representing a date in BCD format: [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
F32[]	Array of N 32-bit single-precision floating point numbers (IEEE 754)	N x 2	See F32	-

* 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.)

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
10784	0x2A20	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
10785	0x2A21	2	T1 - Ea+	kWh	U32
10787	0x2A23	2	T2 - Ea+	kWh	U32
10789	0x2A25	2	T3 - Ea+	kWh	U32
10791	0x2A27	2	T4 - Ea+	kWh	U32
10793	0x2A29	2	T1 - Ea-	kWh	U32
10795	0x2A2B	2	T2 - Ea-	kWh	U32
10797	0x2A2D	2	T3 - Ea-	kWh	U32
10799	0x2A2F	2	T4 - Ea-	kWh	U32
10801	0x2A31	2	T1 - Er+ (lagging)	kvarh	U32
10803	0x2A33	2	T2 - Er+ (lagging)	kvarh	U32
10805	0x2A35	2	T3 - Er+ (lagging)	kvarh	U32
10807	0x2A37	2	T4 - Er+ (lagging)	kvarh	U32
10809	0x2A39	2	T1 - Er+ (leading)	kvarh	U32
10811	0x2A3B	2	T2 - Er+ (leading)	kvarh	U32
10813	0x2A3D	2	T3 - Er+ (leading)	kvarh	U32
10815	0x2A3F	2	T4 - Er+ (leading)	kvarh	U32
10817	0x2A41	2	T1 - Er-	kvarh	U32
10819	0x2A43	2	T2 - Er-	kvarh	U32
10821	0x2A45	2	T3 - Er-	kvarh	U32
10823	0x2A47	2	T4 - Er-	kvarh	U32
10825	0x2A49	2	T1 - Eap	kVAh	U32
10827	0x2A4B	2	T2 - Eap	kVAh	U32
10829	0x2A4D	2	T3 - Eap	kVAh	U32
10831	0x2A4F	2	T4 - Eap	kVAh	U32
10833	0x2A51	2	T1 - Er+	kvarh	U32
10835	0x2A53	2	T2 - Er+	kvarh	U32
10837	0x2A55	2	T3 - Er+	kvarh	U32
10839	0x2A57	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
10904	0x2A98	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
10905	0x2A99	2	T1 - Ea+	kWh	U32
10907	0x2A9B	2	T2 - Ea+	kWh	U32
10909	0x2A9D	2	T3 - Ea+	kWh	U32
10911	0x2A9F	2	T4 - Ea+	kWh	U32
10913	0x2AA1	2	T1 - Ea-	kWh	U32
10915	0x2AA3	2	T2 - Ea-	kWh	U32
10917	0x2AA5	2	T3 - Ea-	kWh	U32
10919	0x2AA7	2	T4 - Ea-	kWh	U32
10921	0x2AA9	2	T1 - Er+ (lagging)	kvarh	U32
10923	0x2AAB	2	T2 - Er+ (lagging)	kvarh	U32
10925	0x2AAD	2	T3 - Er+ (lagging)	kvarh	U32
10927	0x2AAF	2	T4 - Er+ (lagging)	kvarh	U32
10929	0x2AB1	2	T1 - Er+ (leading)	kvarh	U32
10931	0x2AB3	2	T2 - Er+ (leading)	kvarh	U32
10933	0x2AB5	2	T3 - Er+ (leading)	kvarh	U32
10935	0x2AB7	2	T4 - Er+ (leading)	kvarh	U32
10937	0x2AB9	2	T1 - Er-	kvarh	U32
10939	0x2ABB	2	T2 - Er-	kvarh	U32
10941	0x2ABD	2	T3 - Er-	kvarh	U32
10943	0x2ABF	2	T4 - Er-	kvarh	U32
10945	0x2AC1	2	T1 - Eap	kVAh	U32
10947	0x2AC3	2	T2 - Eap	kVAh	U32
10949	0x2AC5	2	T3 - Eap	kVAh	U32
10951	0x2AC7	2	T4 - Eap	kVAh	U32
10953	0x2AC9	2	T1 - Er+	kvarh	U32
10955	0x2ACB	2	T2 - Er+	kvarh	U32
10957	0x2ACD	2	T3 - Er+	kvarh	U32
10959	0x2ACF	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11024	0x2B10	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11025	0x2B11	2	T1 - Ea+	kWh	U32
11027	0x2B13	2	T2 - Ea+	kWh	U32
11029	0x2B15	2	T3 - Ea+	kWh	U32
11031	0x2B17	2	T4 - Ea+	kWh	U32
11033	0x2B19	2	T1 - Ea-	kWh	U32
11035	0x2B1B	2	T2 - Ea-	kWh	U32
11037	0x2B1D	2	T3 - Ea-	kWh	U32
11039	0x2B1F	2	T4 - Ea-	kWh	U32
11041	0x2B21	2	T1 - Er+ (lagging)	kvarh	U32
11043	0x2B23	2	T2 - Er+ (lagging)	kvarh	U32
11045	0x2B25	2	T3 - Er+ (lagging)	kvarh	U32
11047	0x2B27	2	T4 - Er+ (lagging)	kvarh	U32
11049	0x2B29	2	T1 - Er+ (leading)	kvarh	U32
11051	0x2B2B	2	T2 - Er+ (leading)	kvarh	U32
11053	0x2B2D	2	T3 - Er+ (leading)	kvarh	U32
11055	0x2B2F	2	T4 - Er+ (leading)	kvarh	U32
11057	0x2B31	2	T1 - Er-	kvarh	U32
11059	0x2B33	2	T2 - Er-	kvarh	U32
11061	0x2B35	2	T3 - Er-	kvarh	U32
11063	0x2B37	2	T4 - Er-	kvarh	U32
11065	0x2B39	2	T1 - Eap	kVAh	U32
11067	0x2B3B	2	T2 - Eap	kVAh	U32
11069	0x2B3D	2	T3 - Eap	kVAh	U32
11071	0x2B3F	2	T4 - Eap	kVAh	U32
11073	0x2B41	2	T1 - Er+	kvarh	U32
11075	0x2B43	2	T2 - Er+	kvarh	U32
11077	0x2B45	2	T3 - Er+	kvarh	U32
11079	0x2B47	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11144	0x2B88	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11145	0x2B89	2	T1 - Ea+	kWh	U32
11147	0x2B8B	2	T2 - Ea+	kWh	U32
11149	0x2B8D	2	T3 - Ea+	kWh	U32
11151	0x2B8F	2	T4 - Ea+	kWh	U32
11153	0x2B91	2	T1 - Ea-	kWh	U32
11155	0x2B93	2	T2 - Ea-	kWh	U32
11157	0x2B95	2	T3 - Ea-	kWh	U32
11159	0x2B97	2	T4 - Ea-	kWh	U32
11161	0x2B99	2	T1 - Er+ (lagging)	kvarh	U32
11163	0x2B9B	2	T2 - Er+ (lagging)	kvarh	U32
11165	0x2B9D	2	T3 - Er+ (lagging)	kvarh	U32
11167	0x2B9F	2	T4 - Er+ (lagging)	kvarh	U32
11169	0x2BA1	2	T1 - Er+ (leading)	kvarh	U32
11171	0x2BA3	2	T2 - Er+ (leading)	kvarh	U32
11173	0x2BA5	2	T3 - Er+ (leading)	kvarh	U32
11175	0x2BA7	2	T4 - Er+ (leading)	kvarh	U32
11177	0x2BA9	2	T1 - Er-	kvarh	U32
11179	0x2BAB	2	T2 - Er-	kvarh	U32
11181	0x2BAD	2	T3 - Er-	kvarh	U32
11183	0x2BAF	2	T4 - Er-	kvarh	U32
11185	0x2BB1	2	T1 - Eap	kVAh	U32
11187	0x2BB3	2	T2 - Eap	kVAh	U32
11189	0x2BB5	2	T3 - Eap	kVAh	U32
11191	0x2BB7	2	T4 - Eap	kVAh	U32
11193	0x2BB9	2	T1 - Er+	kvarh	U32
11195	0x2BBB	2	T2 - Er+	kvarh	U32
11197	0x2BBD	2	T3 - Er+	kvarh	U32
11199	0x2BBF	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11280	0x2C10	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11281	0x2C11	2	Last Tariff Partial Reset date	-	DATETIME
11283	0x2C13	2	T1 - Ea+	kWh	U32
11285	0x2C15	2	T2 - Ea+	kWh	U32
11287	0x2C17	2	T3 - Ea+	kWh	U32
11289	0x2C19	2	T4 - Ea+	kWh	U32
11291	0x2C1B	2	T1 - Ea-	kWh	U32
11293	0x2C1D	2	T2 - Ea-	kWh	U32
11295	0x2C1F	2	T3 - Ea-	kWh	U32
11297	0x2C21	2	T4 - Ea-	kWh	U32
11299	0x2C23	2	T1 - Er+ (lagging)	kvarh	U32
11301	0x2C25	2	T2 - Er+ (lagging)	kvarh	U32
11303	0x2C27	2	T3 - Er+ (lagging)	kvarh	U32
11305	0x2C29	2	T4 - Er+ (lagging)	kvarh	U32
11307	0x2C2B	2	T1 - Er+ (leading)	kvarh	U32
11309	0x2C2D	2	T2 - Er+ (leading)	kvarh	U32
11311	0x2C2F	2	T3 - Er+ (leading)	kvarh	U32
11313	0x2C31	2	T4 - Er+ (leading)	kvarh	U32
11315	0x2C33	2	T1 - Er-	kvarh	U32
11317	0x2C35	2	T2 - Er-	kvarh	U32
11319	0x2C37	2	T3 - Er-	kvarh	U32
11321	0x2C39	2	T4 - Er-	kvarh	U32
11323	0x2C3B	2	T1 - Eap	kVAh	U32
11325	0x2C3D	2	T2 - Eap	kVAh	U32
11327	0x2C3F	2	T3 - Eap	kVAh	U32
11329	0x2C41	2	T4 - Eap	kVAh	U32
11331	0x2C43	2	T1 - Er+	kvarh	U32
11333	0x2C45	2	T2 - Er+	kvarh	U32
11335	0x2C47	2	T3 - Er+	kvarh	U32
11337	0x2C49	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11400	0x2C88	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11401	0x2C89	2	Last Tariff Partial Reset date	-	DATETIME
11403	0x2C8B	2	T1 - Ea+	kWh	U32
11405	0x2C8D	2	T2 - Ea+	kWh	U32
11407	0x2C8F	2	T3 - Ea+	kWh	U32
11409	0x2C91	2	T4 - Ea+	kWh	U32
11411	0x2C93	2	T1 - Ea-	kWh	U32
11413	0x2C95	2	T2 - Ea-	kWh	U32
11415	0x2C97	2	T3 - Ea-	kWh	U32
11417	0x2C99	2	T4 - Ea-	kWh	U32
11419	0x2C9B	2	T1 - Er+ (lagging)	kvarh	U32
11421	0x2C9D	2	T2 - Er+ (lagging)	kvarh	U32
11423	0x2C9F	2	T3 - Er+ (lagging)	kvarh	U32
11425	0x2CA1	2	T4 - Er+ (lagging)	kvarh	U32
11427	0x2CA3	2	T1 - Er+ (leading)	kvarh	U32
11429	0x2CA5	2	T2 - Er+ (leading)	kvarh	U32
11431	0x2CA7	2	T3 - Er+ (leading)	kvarh	U32
11433	0x2CA9	2	T4 - Er+ (leading)	kvarh	U32
11435	0x2CAB	2	T1 - Er-	kvarh	U32
11437	0x2CAD	2	T2 - Er-	kvarh	U32
11439	0x2CAF	2	T3 - Er-	kvarh	U32
11441	0x2CB1	2	T4 - Er-	kvarh	U32
11443	0x2CB3	2	T1 - Eap	kVAh	U32
11445	0x2CB5	2	T2 - Eap	kVAh	U32
11447	0x2CB7	2	T3 - Eap	kVAh	U32
11449	0x2CB9	2	T4 - Eap	kVAh	U32
11451	0x2CBB	2	T1 - Er+	kvarh	U32
11453	0x2CBD	2	T2 - Er+	kvarh	U32
11455	0x2CBF	2	T3 - Er+	kvarh	U32
11457	0x2CC1	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11520	0x2D00	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11521	0x2D01	2	Last Tariff Partial Reset date	-	DATETIME
11523	0x2D03	2	T1 - Ea+	kWh	U32
11525	0x2D05	2	T2 - Ea+	kWh	U32
11527	0x2D07	2	T3 - Ea+	kWh	U32
11529	0x2D09	2	T4 - Ea+	kWh	U32
11531	0x2D0B	2	T1 - Ea-	kWh	U32
11533	0x2D0D	2	T2 - Ea-	kWh	U32
11535	0x2D0F	2	T3 - Ea-	kWh	U32
11537	0x2D11	2	T4 - Ea-	kWh	U32
11539	0x2D13	2	T1 - Er+ (lagging)	kvarh	U32
11541	0x2D15	2	T2 - Er+ (lagging)	kvarh	U32
11543	0x2D17	2	T3 - Er+ (lagging)	kvarh	U32
11545	0x2D19	2	T4 - Er+ (lagging)	kvarh	U32
11547	0x2D1B	2	T1 - Er+ (leading)	kvarh	U32
11549	0x2D1D	2	T2 - Er+ (leading)	kvarh	U32
11551	0x2D1F	2	T3 - Er+ (leading)	kvarh	U32
11553	0x2D21	2	T4 - Er+ (leading)	kvarh	U32
11555	0x2D23	2	T1 - Er-	kvarh	U32
11557	0x2D25	2	T2 - Er-	kvarh	U32
11559	0x2D27	2	T3 - Er-	kvarh	U32
11561	0x2D29	2	T4 - Er-	kvarh	U32
11563	0x2D2B	2	T1 - Eap	kVAh	U32
11565	0x2D2D	2	T2 - Eap	kVAh	U32
11567	0x2D2F	2	T3 - Eap	kVAh	U32
11569	0x2D31	2	T4 - Eap	kVAh	U32
11571	0x2D33	2	T1 - Er+	kvarh	U32
11573	0x2D35	2	T2 - Er+	kvarh	U32
11575	0x2D37	2	T3 - Er+	kvarh	U32
11577	0x2D39	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
11640	0x2D78	1	Tariff number in progress 0 : Tariff 1 1 : Tariff 2 2 : Tariff 3 3 : Tariff 4	-	U16
11641	0x2D79	2	Last Tariff Partial Reset date	-	DATETIME
11643	0x2D7B	2	T1 - Ea+	kWh	U32
11645	0x2D7D	2	T2 - Ea+	kWh	U32
11647	0x2D7F	2	T3 - Ea+	kWh	U32
11649	0x2D81	2	T4 - Ea+	kWh	U32
11651	0x2D83	2	T1 - Ea-	kWh	U32
11653	0x2D85	2	T2 - Ea-	kWh	U32
11655	0x2D87	2	T3 - Ea-	kWh	U32
11657	0x2D89	2	T4 - Ea-	kWh	U32
11659	0x2D8B	2	T1 - Er+ (lagging)	kvarh	U32
11661	0x2D8D	2	T2 - Er+ (lagging)	kvarh	U32
11663	0x2D8F	2	T3 - Er+ (lagging)	kvarh	U32
11665	0x2D91	2	T4 - Er+ (lagging)	kvarh	U32
11667	0x2D93	2	T1 - Er+ (leading)	kvarh	U32
11669	0x2D95	2	T2 - Er+ (leading)	kvarh	U32
11671	0x2D97	2	T3 - Er+ (leading)	kvarh	U32
11673	0x2D99	2	T4 - Er+ (leading)	kvarh	U32
11675	0x2D9B	2	T1 - Er-	kvarh	U32
11677	0x2D9D	2	T2 - Er-	kvarh	U32
11679	0x2D9F	2	T3 - Er-	kvarh	U32
11681	0x2DA1	2	T4 - Er-	kvarh	U32
11683	0x2DA3	2	T1 - Eap	kVAh	U32
11685	0x2DA5	2	T2 - Eap	kVAh	U32
11687	0x2DA7	2	T3 - Eap	kVAh	U32
11689	0x2DA9	2	T4 - Eap	kVAh	U32
11691	0x2DAB	2	T1 - Er+	kvarh	U32
11693	0x2DAD	2	T2 - Er+	kvarh	U32
11695	0x2DAF	2	T3 - Er+	kvarh	U32
11697	0x2DB1	2	T4 - Er+	kvarh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19638	0x4CB6	2	Max Demand Period start date	-	DATETIME
19640	0x4CB8	2	Max Demand Period end date	-	DATETIME
19642	0x4CBA	2	Maximum Total active power	W	S32
19644	0x4CBC	2	Date of maximum Ptot	-	DATETIME
19646	0x4CBE	2	Maximum Total reactive power	var	S32
19648	0x4CC0	2	Date of maximum Qtot	-	DATETIME
19650	0x4CC2	2	Maximum Total apparent power	VA	U32
19652	0x4CC4	2	Date of maximum Stot	-	DATETIME
19654	0x4CC6	2	Maximum Current : ISys	mA	U32
19656	0x4CC8	2	Date of maximum ISys	-	DATETIME
19658	0x4CCA	2	Max Demand Period start date (n-1)	-	DATETIME
19660	0x4CCC	2	Max Demand Period end date (n-1)	-	DATETIME
19662	0x4CCE	2	Maximum Total active power (n-1)	W	S32
19664	0x4CD0	2	Date of maximum Ptot (n-1)	-	DATETIME
19666	0x4CD2	2	Maximum Total reactive power (n-1)	var	S32
19668	0x4CD4	2	Date of maximum Qtot (n-1)	-	DATETIME
19670	0x4CD6	2	Maximum Total apparent power (n-1)	VA	U32
19672	0x4CD8	2	Date of maximum Stot (n-1)	-	DATETIME
19674	0x4CDA	2	Maximum Current : ISys (n-1)	mA	U32
19676	0x4CDC	2	Date of maximum ISys (n-1)	-	DATETIME
19678	0x4CDE	2	Max Demand Period start date (n-2)	-	DATETIME
19680	0x4CE0	2	Max Demand Period end date (n-2)	-	DATETIME
19682	0x4CE2	2	Maximum Total active power (n-2)	W	S32
19684	0x4CE4	2	Date of maximum Ptot (n-2)	-	DATETIME
19686	0x4CE6	2	Maximum Total reactive power (n-2)	var	S32
19688	0x4CE8	2	Date of maximum Qtot (n-2)	-	DATETIME
19690	0x4CEA	2	Maximum Total apparent power (n-2)	VA	U32
19692	0x4CEC	2	Date of maximum Stot (n-2)	-	DATETIME
19694	0x4CEE	2	Maximum Current : ISys (n-2)	mA	U32
19696	0x4CF0	2	Date of maximum ISys (n-2)	-	DATETIME
19698	0x4CF2	2	Max Demand Period start date (n-3)	-	DATETIME
19700	0x4CF4	2	Max Demand Period end date (n-3)	-	DATETIME
19702	0x4CF6	2	Maximum Total active power (n-3)	W	S32
19704	0x4CF8	2	Date of maximum Ptot (n-3)	-	DATETIME
19706	0x4CFA	2	Maximum Total reactive power (n-3)	var	S32
19708	0x4CFC	2	Date of maximum Qtot (n-3)	-	DATETIME
19710	0x4CFE	2	Maximum Total apparent power (n-3)	VA	U32
19712	0x4D00	2	Date of maximum Stot (n-3)	-	DATETIME
19714	0x4D02	2	Maximum Current : ISys (n-3)	mA	U32
19716	0x4D04	2	Date of maximum ISys (n-3)	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19763	0x4D33	2	Max Demand Period start date	-	DATETIME
19765	0x4D35	2	Max Demand Period end date	-	DATETIME
19767	0x4D37	2	Maximum Total active power	W	S32
19769	0x4D39	2	Date of maximum Ptot	-	DATETIME
19771	0x4D3B	2	Maximum Total reactive power	var	S32
19773	0x4D3D	2	Date of maximum Qtot	-	DATETIME
19775	0x4D3F	2	Maximum Total apparent power	VA	U32
19777	0x4D41	2	Date of maximum Stot	-	DATETIME
19779	0x4D43	2	Maximum Current : ISys	mA	U32
19781	0x4D45	2	Date of maximum ISys	-	DATETIME
19783	0x4D47	2	Max Demand Period start date (n-1)	-	DATETIME
19785	0x4D49	2	Max Demand Period end date (n-1)	-	DATETIME
19787	0x4D4B	2	Maximum Total active power (n-1)	W	S32
19789	0x4D4D	2	Date of maximum Ptot (n-1)	-	DATETIME
19791	0x4D4F	2	Maximum Total reactive power (n-1)	var	S32
19793	0x4D51	2	Date of maximum Qtot (n-1)	-	DATETIME
19795	0x4D53	2	Maximum Total apparent power (n-1)	VA	U32
19797	0x4D55	2	Date of maximum Stot (n-1)	-	DATETIME
19799	0x4D57	2	Maximum Current : ISys (n-1)	mA	U32
19801	0x4D59	2	Date of maximum ISys (n-1)	-	DATETIME
19803	0x4D5B	2	Max Demand Period start date (n-2)	-	DATETIME
19805	0x4D5D	2	Max Demand Period end date (n-2)	-	DATETIME
19807	0x4D5F	2	Maximum Total active power (n-2)	W	S32
19809	0x4D61	2	Date of maximum Ptot (n-2)	-	DATETIME
19811	0x4D63	2	Maximum Total reactive power (n-2)	var	S32
19813	0x4D65	2	Date of maximum Qtot (n-2)	-	DATETIME
19815	0x4D67	2	Maximum Total apparent power (n-2)	VA	U32
19817	0x4D69	2	Date of maximum Stot (n-2)	-	DATETIME
19819	0x4D6B	2	Maximum Current : ISys (n-2)	mA	U32
19821	0x4D6D	2	Date of maximum ISys (n-2)	-	DATETIME
19823	0x4D6F	2	Max Demand Period start date (n-3)	-	DATETIME
19825	0x4D71	2	Max Demand Period end date (n-3)	-	DATETIME
19827	0x4D73	2	Maximum Total active power (n-3)	W	S32
19829	0x4D75	2	Date of maximum Ptot (n-3)	-	DATETIME
19831	0x4D77	2	Maximum Total reactive power (n-3)	var	S32
19833	0x4D79	2	Date of maximum Qtot (n-3)	-	DATETIME
19835	0x4D7B	2	Maximum Total apparent power (n-3)	VA	U32
19837	0x4D7D	2	Date of maximum Stot (n-3)	-	DATETIME
19839	0x4D7F	2	Maximum Current : ISys (n-3)	mA	U32
19841	0x4D81	2	Date of maximum ISys (n-3)	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
19888	0x4DB0	2	Max Demand Period start date	-	DATETIME
19890	0x4DB2	2	Max Demand Period end date	-	DATETIME
19892	0x4DB4	2	Maximum Total active power	W	S32
19894	0x4DB6	2	Date of maximum Ptot	-	DATETIME
19896	0x4DB8	2	Maximum Total reactive power	var	S32
19898	0x4DBA	2	Date of maximum Qtot	-	DATETIME
19900	0x4DBC	2	Maximum Total apparent power	VA	U32
19902	0x4DBE	2	Date of maximum Stot	-	DATETIME
19904	0x4DC0	2	Maximum Current : ISys	mA	U32
19906	0x4DC2	2	Date of maximum ISys	-	DATETIME
19908	0x4DC4	2	Max Demand Period start date (n-1)	-	DATETIME
19910	0x4DC6	2	Max Demand Period end date (n-1)	-	DATETIME
19912	0x4DC8	2	Maximum Total active power (n-1)	W	S32
19914	0x4DCA	2	Date of maximum Ptot (n-1)	-	DATETIME
19916	0x4DCC	2	Maximum Total reactive power (n-1)	var	S32
19918	0x4DCE	2	Date of maximum Qtot (n-1)	-	DATETIME
19920	0x4DD0	2	Maximum Total apparent power (n-1)	VA	U32
19922	0x4DD2	2	Date of maximum Stot (n-1)	-	DATETIME
19924	0x4DD4	2	Maximum Current : ISys (n-1)	mA	U32
19926	0x4DD6	2	Date of maximum ISys (n-1)	-	DATETIME
19928	0x4DD8	2	Max Demand Period start date (n-2)	-	DATETIME
19930	0x4DDA	2	Max Demand Period end date (n-2)	-	DATETIME
19932	0x4DDC	2	Maximum Total active power (n-2)	W	S32
19934	0x4DDE	2	Date of maximum Ptot (n-2)	-	DATETIME
19936	0x4DE0	2	Maximum Total reactive power (n-2)	var	S32
19938	0x4DE2	2	Date of maximum Qtot (n-2)	-	DATETIME
19940	0x4DE4	2	Maximum Total apparent power (n-2)	VA	U32
19942	0x4DE6	2	Date of maximum Stot (n-2)	-	DATETIME
19944	0x4DE8	2	Maximum Current : ISys (n-2)	mA	U32
19946	0x4DEA	2	Date of maximum ISys (n-2)	-	DATETIME
19948	0x4DEC	2	Max Demand Period start date (n-3)	-	DATETIME
19950	0x4DEE	2	Max Demand Period end date (n-3)	-	DATETIME
19952	0x4DF0	2	Maximum Total active power (n-3)	W	S32
19954	0x4DF2	2	Date of maximum Ptot (n-3)	-	DATETIME
19956	0x4DF4	2	Maximum Total reactive power (n-3)	var	S32
19958	0x4DF6	2	Date of maximum Qtot (n-3)	-	DATETIME
19960	0x4DF8	2	Maximum Total apparent power (n-3)	VA	U32
19962	0x4DFA	2	Date of maximum Stot (n-3)	-	DATETIME
19964	0x4DFC	2	Maximum Current : ISys (n-3)	mA	U32
19966	0x4DFE	2	Date of maximum ISys (n-3)	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
20013	0x4E2D	2	Max Demand Period start date	-	DATETIME
20015	0x4E2F	2	Max Demand Period end date	-	DATETIME
20017	0x4E31	2	Maximum Total active power	W	S32
20019	0x4E33	2	Date of maximum Ptot	-	DATETIME
20021	0x4E35	2	Maximum Total reactive power	var	S32
20023	0x4E37	2	Date of maximum Qtot	-	DATETIME
20025	0x4E39	2	Maximum Total apparent power	VA	U32
20027	0x4E3B	2	Date of maximum Stot	-	DATETIME
20029	0x4E3D	2	Maximum Current : ISys	mA	U32
20031	0x4E3F	2	Date of maximum ISys	-	DATETIME
20033	0x4E41	2	Max Demand Period start date (n-1)	-	DATETIME
20035	0x4E43	2	Max Demand Period end date (n-1)	-	DATETIME
20037	0x4E45	2	Maximum Total active power (n-1)	W	S32
20039	0x4E47	2	Date of maximum Ptot (n-1)	-	DATETIME
20041	0x4E49	2	Maximum Total reactive power (n-1)	var	S32
20043	0x4E4B	2	Date of maximum Qtot (n-1)	-	DATETIME
20045	0x4E4D	2	Maximum Total apparent power (n-1)	VA	U32
20047	0x4E4F	2	Date of maximum Stot (n-1)	-	DATETIME
20049	0x4E51	2	Maximum Current : ISys (n-1)	mA	U32
20051	0x4E53	2	Date of maximum ISys (n-1)	-	DATETIME
20053	0x4E55	2	Max Demand Period start date (n-2)	-	DATETIME
20055	0x4E57	2	Max Demand Period end date (n-2)	-	DATETIME
20057	0x4E59	2	Maximum Total active power (n-2)	W	S32
20059	0x4E5B	2	Date of maximum Ptot (n-2)	-	DATETIME
20061	0x4E5D	2	Maximum Total reactive power (n-2)	var	S32
20063	0x4E5F	2	Date of maximum Qtot (n-2)	-	DATETIME
20065	0x4E61	2	Maximum Total apparent power (n-2)	VA	U32
20067	0x4E63	2	Date of maximum Stot (n-2)	-	DATETIME
20069	0x4E65	2	Maximum Current : ISys (n-2)	mA	U32
20071	0x4E67	2	Date of maximum ISys (n-2)	-	DATETIME
20073	0x4E69	2	Max Demand Period start date (n-3)	-	DATETIME
20075	0x4E6B	2	Max Demand Period end date (n-3)	-	DATETIME
20077	0x4E6D	2	Maximum Total active power (n-3)	W	S32
20079	0x4E6F	2	Date of maximum Ptot (n-3)	-	DATETIME
20081	0x4E71	2	Maximum Total reactive power (n-3)	var	S32
20083	0x4E73	2	Date of maximum Qtot (n-3)	-	DATETIME
20085	0x4E75	2	Maximum Total apparent power (n-3)	VA	U32
20087	0x4E77	2	Date of maximum Stot (n-3)	-	DATETIME
20089	0x4E79	2	Maximum Current : ISys (n-3)	mA	U32
20091	0x4E7B	2	Date of maximum ISys (n-3)	-	DATETIME

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3200	0x0C80	2	Start Time	s	DATETIME
3202	0x0C82	1	Start Delta Time	min	S16
3203	0x0C83	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3204	0x0C84	2	End Time	s	DATETIME
3206	0x0C86	1	End Delta Time	min	S16
3207	0x0C87	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3208	0x0C88	2	T1 - Ea+	Wh	F32
3210	0x0C8A	2	T2 - Ea+	Wh	F32
3212	0x0C8C	2	T3 - Ea+	Wh	F32
3214	0x0C8E	2	T4 - Ea+	Wh	F32
3216	0x0C90	2	T1 - Ea-	Wh	F32
3218	0x0C92	2	T2 - Ea-	Wh	F32
3220	0x0C94	2	T3 - Ea-	Wh	F32
3222	0x0C96	2	T4 - Ea-	Wh	F32
3224	0x0C98	2	T1 - Er+	varh	F32
3226	0x0C9A	2	T2 - Er+	varh	F32
3228	0x0C9C	2	T3 - Er+	varh	F32
3230	0x0C9E	2	T4 - Er+	varh	F32
3232	0x0CA0	2	T1 - Er-	varh	F32
3234	0x0CA2	2	T2 - Er-	varh	F32
3236	0x0CA4	2	T3 - Er-	varh	F32
3238	0x0CA6	2	T4 - Er-	varh	F32
3240	0x0CA8	2	T1 - Eap	VAh	F32
3242	0x0CAA	2	T2 - Eap	VAh	F32
3244	0x0CAC	2	T3 - Eap	VAh	F32
3246	0x0CAE	2	T4 - Eap	VAh	F32
3248	0x0CB0	2	T1 - P pos avg	W	F32
3250	0x0CB2	2	T2 - P pos avg	W	F32
3252	0x0CB4	2	T3 - P pos avg	W	F32
3254	0x0CB6	2	T4 - P pos avg	W	F32
3256	0x0CB8	2	T1 - P neg avg	W	F32
3258	0x0CBA	2	T2 - P neg avg	W	F32
3260	0x0CBC	2	T3 - P neg avg	W	F32
3262	0x0CBE	2	T4 - P neg avg	W	F32
3264	0x0CC0	2	T1 - Q pos avg	var	F32
3266	0x0CC2	2	T2 - Q pos avg	var	F32
3268	0x0CC4	2	T3 - Q pos avg	var	F32
3270	0x0CC6	2	T4 - Q pos avg	var	F32
3272	0x0CC8	2	T1 - Q neg avg	var	F32
3274	0x0CCA	2	T2 - Q neg avg	var	F32
3276	0x0CCC	2	T3 - Q neg avg	var	F32
3278	0x0CCE	2	T4 - Q neg avg	var	F32
3280	0x0CD0	2	T1 - S avg	VA	F32
3282	0x0CD2	2	T2 - S avg	VA	F32
3284	0x0CD4	2	T3 - S avg	VA	F32
3286	0x0CD6	2	T4 - S avg	VA	F32
3288	0x0CD8	2	T1 - PF avg	-	F32
3290	0x0CDA	2	T2 - PF avg	-	F32
3292	0x0CDC	2	T3 - PF avg	-	F32
3294	0x0CDE	2	T4 - PF avg	-	F32
3296	0x0CE0	2	T1 - Demand avg	W	F32
3298	0x0CE2	2	T2 - Demand avg	W	F32
3300	0x0CE4	2	T3 - Demand avg	W	F32
3302	0x0CE6	2	T4 - Demand avg	W	F32
3304	0x0CE8	2	T1 - Demand Peak	W	F32
3306	0x0CEA	2	T2 - Demand Peak	W	F32
3308	0x0CEC	2	T3 - Demand Peak	W	F32
3310	0x0CEE	2	T4 - Demand Peak	W	F32
3312	0x0CF0	2	T1 - Demand Peak time	s	DATETIME
3314	0x0CF2	1	T1 - Demand Peak Delta Time	min	S16
3315	0x0CF3	2	T2 - Demand Peak time	s	DATETIME
3317	0x0CF5	1	T2 - Demand Peak Delta Time	min	S16
3318	0x0CF6	2	T3 - Demand Peak time	s	DATETIME
3320	0x0CF8	1	T3 - Demand Peak Delta Time	min	S16
3321	0x0CF9	2	T4 - Demand Peak time	s	DATETIME
3323	0x0CFB	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3328	0x0D00	2	Start Time	s	DATETIME
3330	0x0D02	1	Start Delta Time	min	S16
3331	0x0D03	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3332	0x0D04	2	End Time	s	DATETIME
3334	0x0D06	1	End Delta Time	min	S16
3335	0x0D07	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3336	0x0D08	2	T1 - Ea+	Wh	F32
3338	0x0D0A	2	T2 - Ea+	Wh	F32
3340	0x0D0C	2	T3 - Ea+	Wh	F32
3342	0x0D0E	2	T4 - Ea+	Wh	F32
3344	0x0D10	2	T1 - Ea-	Wh	F32
3346	0x0D12	2	T2 - Ea-	Wh	F32
3348	0x0D14	2	T3 - Ea-	Wh	F32
3350	0x0D16	2	T4 - Ea-	Wh	F32
3352	0x0D18	2	T1 - Er+	varh	F32
3354	0x0D1A	2	T2 - Er+	varh	F32
3356	0x0D1C	2	T3 - Er+	varh	F32
3358	0x0D1E	2	T4 - Er+	varh	F32
3360	0x0D20	2	T1 - Er-	varh	F32
3362	0x0D22	2	T2 - Er-	varh	F32
3364	0x0D24	2	T3 - Er-	varh	F32
3366	0x0D26	2	T4 - Er-	varh	F32
3368	0x0D28	2	T1 - Eap	VAh	F32
3370	0x0D2A	2	T2 - Eap	VAh	F32
3372	0x0D2C	2	T3 - Eap	VAh	F32
3374	0x0D2E	2	T4 - Eap	VAh	F32
3376	0x0D30	2	T1 - P pos avg	W	F32
3378	0x0D32	2	T2 - P pos avg	W	F32
3380	0x0D34	2	T3 - P pos avg	W	F32
3382	0x0D36	2	T4 - P pos avg	W	F32
3384	0x0D38	2	T1 - P neg avg	W	F32
3386	0x0D3A	2	T2 - P neg avg	W	F32
3388	0x0D3C	2	T3 - P neg avg	W	F32
3390	0x0D3E	2	T4 - P neg avg	W	F32
3392	0x0D40	2	T1 - Q pos avg	var	F32
3394	0x0D42	2	T2 - Q pos avg	var	F32
3396	0x0D44	2	T3 - Q pos avg	var	F32
3398	0x0D46	2	T4 - Q pos avg	var	F32
3400	0x0D48	2	T1 - Q neg avg	var	F32
3402	0x0D4A	2	T2 - Q neg avg	var	F32
3404	0x0D4C	2	T3 - Q neg avg	var	F32
3406	0x0D4E	2	T4 - Q neg avg	var	F32
3408	0x0D50	2	T1 - S avg	VA	F32
3410	0x0D52	2	T2 - S avg	VA	F32
3412	0x0D54	2	T3 - S avg	VA	F32
3414	0x0D56	2	T4 - S avg	VA	F32
3416	0x0D58	2	T1 - PF avg	-	F32
3418	0x0D5A	2	T2 - PF avg	-	F32
3420	0x0D5C	2	T3 - PF avg	-	F32
3422	0x0D5E	2	T4 - PF avg	-	F32
3424	0x0D60	2	T1 - Demand avg	W	F32
3426	0x0D62	2	T2 - Demand avg	W	F32
3428	0x0D64	2	T3 - Demand avg	W	F32
3430	0x0D66	2	T4 - Demand avg	W	F32
3432	0x0D68	2	T1 - Demand Peak	W	F32
3434	0x0D6A	2	T2 - Demand Peak	W	F32
3436	0x0D6C	2	T3 - Demand Peak	W	F32
3438	0x0D6E	2	T4 - Demand Peak	W	F32
3440	0x0D70	2	T1 - Demand Peak time	s	DATETIME
3442	0x0D72	1	T1 - Demand Peak Delta Time	min	S16
3443	0x0D73	2	T2 - Demand Peak time	s	DATETIME
3445	0x0D75	1	T2 - Demand Peak Delta Time	min	S16
3446	0x0D76	2	T3 - Demand Peak time	s	DATETIME
3448	0x0D78	1	T3 - Demand Peak Delta Time	min	S16
3449	0x0D79	2	T4 - Demand Peak time	s	DATETIME
3451	0x0D7B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3456	0x0D80	2	Start Time	s	DATETIME
3458	0x0D82	1	Start Delta Time	min	S16
3459	0x0D83	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3460	0x0D84	2	End Time	s	DATETIME
3462	0x0D86	1	End Delta Time	min	S16
3463	0x0D87	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3464	0x0D88	2	T1 - Ea+	Wh	F32
3466	0x0D8A	2	T2 - Ea+	Wh	F32
3468	0x0D8C	2	T3 - Ea+	Wh	F32
3470	0x0D8E	2	T4 - Ea+	Wh	F32
3472	0x0D90	2	T1 - Ea-	Wh	F32
3474	0x0D92	2	T2 - Ea-	Wh	F32
3476	0x0D94	2	T3 - Ea-	Wh	F32
3478	0x0D96	2	T4 - Ea-	Wh	F32
3480	0x0D98	2	T1 - Er+	varh	F32
3482	0x0D9A	2	T2 - Er+	varh	F32
3484	0x0D9C	2	T3 - Er+	varh	F32
3486	0x0D9E	2	T4 - Er+	varh	F32
3488	0x0DA0	2	T1 - Er-	varh	F32
3490	0x0DA2	2	T2 - Er-	varh	F32
3492	0x0DA4	2	T3 - Er-	varh	F32
3494	0x0DA6	2	T4 - Er-	varh	F32
3496	0x0DA8	2	T1 - Eap	VAh	F32
3498	0x0DAA	2	T2 - Eap	VAh	F32
3500	0x0DAC	2	T3 - Eap	VAh	F32
3502	0x0DAE	2	T4 - Eap	VAh	F32
3504	0x0DB0	2	T1 - P pos avg	W	F32
3506	0x0DB2	2	T2 - P pos avg	W	F32
3508	0x0DB4	2	T3 - P pos avg	W	F32
3510	0x0DB6	2	T4 - P pos avg	W	F32
3512	0x0DB8	2	T1 - P neg avg	W	F32
3514	0x0DBA	2	T2 - P neg avg	W	F32
3516	0x0DBC	2	T3 - P neg avg	W	F32
3518	0x0DBE	2	T4 - P neg avg	W	F32
3520	0x0DC0	2	T1 - Q pos avg	var	F32
3522	0x0DC2	2	T2 - Q pos avg	var	F32
3524	0x0DC4	2	T3 - Q pos avg	var	F32
3526	0x0DC6	2	T4 - Q pos avg	var	F32
3528	0x0DC8	2	T1 - Q neg avg	var	F32
3530	0x0DCA	2	T2 - Q neg avg	var	F32
3532	0x0DCC	2	T3 - Q neg avg	var	F32
3534	0x0DCE	2	T4 - Q neg avg	var	F32
3536	0x0DD0	2	T1 - S avg	VA	F32
3538	0x0DD2	2	T2 - S avg	VA	F32
3540	0x0DD4	2	T3 - S avg	VA	F32
3542	0x0DD6	2	T4 - S avg	VA	F32
3544	0x0DD8	2	T1 - PF avg	-	F32
3546	0x0DDA	2	T2 - PF avg	-	F32
3548	0x0DDC	2	T3 - PF avg	-	F32
3550	0x0DDE	2	T4 - PF avg	-	F32
3552	0x0DE0	2	T1 - Demand avg	W	F32
3554	0x0DE2	2	T2 - Demand avg	W	F32
3556	0x0DE4	2	T3 - Demand avg	W	F32
3558	0x0DE6	2	T4 - Demand avg	W	F32
3560	0x0DE8	2	T1 - Demand Peak	W	F32
3562	0x0DEA	2	T2 - Demand Peak	W	F32
3564	0x0DEC	2	T3 - Demand Peak	W	F32
3566	0x0DEE	2	T4 - Demand Peak	W	F32
3568	0x0DF0	2	T1 - Demand Peak time	s	DATETIME
3570	0x0DF2	1	T1 - Demand Peak Delta Time	min	S16
3571	0x0DF3	2	T2 - Demand Peak time	s	DATETIME
3573	0x0DF5	1	T2 - Demand Peak Delta Time	min	S16
3574	0x0DF6	2	T3 - Demand Peak time	s	DATETIME
3576	0x0DF8	1	T3 - Demand Peak Delta Time	min	S16
3577	0x0DF9	2	T4 - Demand Peak time	s	DATETIME
3579	0x0DFB	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3584	0x0E00	2	Start Time	s	DATETIME
3586	0x0E02	1	Start Delta Time	min	S16
3587	0x0E03	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3588	0x0E04	2	End Time	s	DATETIME
3590	0x0E06	1	End Delta Time	min	S16
3591	0x0E07	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3592	0x0E08	2	T1 - Ea+	Wh	F32
3594	0x0E0A	2	T2 - Ea+	Wh	F32
3596	0x0E0C	2	T3 - Ea+	Wh	F32
3598	0x0E0E	2	T4 - Ea+	Wh	F32
3600	0x0E10	2	T1 - Ea-	Wh	F32
3602	0x0E12	2	T2 - Ea-	Wh	F32
3604	0x0E14	2	T3 - Ea-	Wh	F32
3606	0x0E16	2	T4 - Ea-	Wh	F32
3608	0x0E18	2	T1 - Er+	varh	F32
3610	0x0E1A	2	T2 - Er+	varh	F32
3612	0x0E1C	2	T3 - Er+	varh	F32
3614	0x0E1E	2	T4 - Er+	varh	F32
3616	0x0E20	2	T1 - Er-	varh	F32
3618	0x0E22	2	T2 - Er-	varh	F32
3620	0x0E24	2	T3 - Er-	varh	F32
3622	0x0E26	2	T4 - Er-	varh	F32
3624	0x0E28	2	T1 - Eap	VAh	F32
3626	0x0E2A	2	T2 - Eap	VAh	F32
3628	0x0E2C	2	T3 - Eap	VAh	F32
3630	0x0E2E	2	T4 - Eap	VAh	F32
3632	0x0E30	2	T1 - P pos avg	W	F32
3634	0x0E32	2	T2 - P pos avg	W	F32
3636	0x0E34	2	T3 - P pos avg	W	F32
3638	0x0E36	2	T4 - P pos avg	W	F32
3640	0x0E38	2	T1 - P neg avg	W	F32
3642	0x0E3A	2	T2 - P neg avg	W	F32
3644	0x0E3C	2	T3 - P neg avg	W	F32
3646	0x0E3E	2	T4 - P neg avg	W	F32
3648	0x0E40	2	T1 - Q pos avg	var	F32
3650	0x0E42	2	T2 - Q pos avg	var	F32
3652	0x0E44	2	T3 - Q pos avg	var	F32
3654	0x0E46	2	T4 - Q pos avg	var	F32
3656	0x0E48	2	T1 - Q neg avg	var	F32
3658	0x0E4A	2	T2 - Q neg avg	var	F32
3660	0x0E4C	2	T3 - Q neg avg	var	F32
3662	0x0E4E	2	T4 - Q neg avg	var	F32
3664	0x0E50	2	T1 - S avg	VA	F32
3666	0x0E52	2	T2 - S avg	VA	F32
3668	0x0E54	2	T3 - S avg	VA	F32
3670	0x0E56	2	T4 - S avg	VA	F32
3672	0x0E58	2	T1 - PF avg	-	F32
3674	0x0E5A	2	T2 - PF avg	-	F32
3676	0x0E5C	2	T3 - PF avg	-	F32
3678	0x0E5E	2	T4 - PF avg	-	F32
3680	0x0E60	2	T1 - Demand avg	W	F32
3682	0x0E62	2	T2 - Demand avg	W	F32
3684	0x0E64	2	T3 - Demand avg	W	F32
3686	0x0E66	2	T4 - Demand avg	W	F32
3688	0x0E68	2	T1 - Demand Peak	W	F32
3690	0x0E6A	2	T2 - Demand Peak	W	F32
3692	0x0E6C	2	T3 - Demand Peak	W	F32
3694	0x0E6E	2	T4 - Demand Peak	W	F32
3696	0x0E70	2	T1 - Demand Peak time	s	DATETIME
3698	0x0E72	1	T1 - Demand Peak Delta Time	min	S16
3699	0x0E73	2	T2 - Demand Peak time	s	DATETIME
3701	0x0E75	1	T2 - Demand Peak Delta Time	min	S16
3702	0x0E76	2	T3 - Demand Peak time	s	DATETIME
3704	0x0E78	1	T3 - Demand Peak Delta Time	min	S16
3705	0x0E79	2	T4 - Demand Peak time	s	DATETIME
3707	0x0E7B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3744	0x0EA0	2	Start Time	s	DATETIME
3746	0x0EA2	1	Start Delta Time	min	S16
3747	0x0EA3	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3748	0x0EA4	2	End Time	s	DATETIME
3750	0x0EA6	1	End Delta Time	min	S16
3751	0x0EA7	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3752	0x0EA8	2	T1 - Ea+	Wh	F32
3754	0x0EAA	2	T2 - Ea+	Wh	F32
3756	0x0EAC	2	T3 - Ea+	Wh	F32
3758	0x0EAE	2	T4 - Ea+	Wh	F32
3760	0x0EB0	2	T1 - Ea-	Wh	F32
3762	0x0EB2	2	T2 - Ea-	Wh	F32
3764	0x0EB4	2	T3 - Ea-	Wh	F32
3766	0x0EB6	2	T4 - Ea-	Wh	F32
3768	0x0EB8	2	T1 - Er+	varh	F32
3770	0x0EBA	2	T2 - Er+	varh	F32
3772	0x0EBC	2	T3 - Er+	varh	F32
3774	0x0EBE	2	T4 - Er+	varh	F32
3776	0x0EC0	2	T1 - Er-	varh	F32
3778	0x0EC2	2	T2 - Er-	varh	F32
3780	0x0EC4	2	T3 - Er-	varh	F32
3782	0x0EC6	2	T4 - Er-	varh	F32
3784	0x0EC8	2	T1 - Eap	VAh	F32
3786	0x0ECA	2	T2 - Eap	VAh	F32
3788	0x0ECC	2	T3 - Eap	VAh	F32
3790	0x0ECE	2	T4 - Eap	VAh	F32
3792	0x0ED0	2	T1 - P pos avg	W	F32
3794	0x0ED2	2	T2 - P pos avg	W	F32
3796	0x0ED4	2	T3 - P pos avg	W	F32
3798	0x0ED6	2	T4 - P pos avg	W	F32
3800	0x0ED8	2	T1 - P neg avg	W	F32
3802	0x0EDA	2	T2 - P neg avg	W	F32
3804	0x0EDC	2	T3 - P neg avg	W	F32
3806	0x0EDE	2	T4 - P neg avg	W	F32
3808	0x0EE0	2	T1 - Q pos avg	var	F32
3810	0x0EE2	2	T2 - Q pos avg	var	F32
3812	0x0EE4	2	T3 - Q pos avg	var	F32
3814	0x0EE6	2	T4 - Q pos avg	var	F32
3816	0x0EE8	2	T1 - Q neg avg	var	F32
3818	0x0EEA	2	T2 - Q neg avg	var	F32
3820	0x0EEC	2	T3 - Q neg avg	var	F32
3822	0x0EEE	2	T4 - Q neg avg	var	F32
3824	0x0EF0	2	T1 - S avg	VA	F32
3826	0x0EF2	2	T2 - S avg	VA	F32
3828	0x0EF4	2	T3 - S avg	VA	F32
3830	0x0EF6	2	T4 - S avg	VA	F32
3832	0x0EF8	2	T1 - PF avg	-	F32
3834	0x0EFA	2	T2 - PF avg	-	F32
3836	0x0EFC	2	T3 - PF avg	-	F32
3838	0x0EFE	2	T4 - PF avg	-	F32
3840	0x0F00	2	T1 - Demand avg	W	F32
3842	0x0F02	2	T2 - Demand avg	W	F32
3844	0x0F04	2	T3 - Demand avg	W	F32
3846	0x0F06	2	T4 - Demand avg	W	F32
3848	0x0F08	2	T1 - Demand Peak	W	F32
3850	0x0F0A	2	T2 - Demand Peak	W	F32
3852	0x0F0C	2	T3 - Demand Peak	W	F32
3854	0x0F0E	2	T4 - Demand Peak	W	F32
3856	0x0F10	2	T1 - Demand Peak time	s	DATETIME
3858	0x0F12	1	T1 - Demand Peak Delta Time	min	S16
3859	0x0F13	2	T2 - Demand Peak time	s	DATETIME
3861	0x0F15	1	T2 - Demand Peak Delta Time	min	S16
3862	0x0F16	2	T3 - Demand Peak time	s	DATETIME
3864	0x0F18	1	T3 - Demand Peak Delta Time	min	S16
3865	0x0F19	2	T4 - Demand Peak time	s	DATETIME
3867	0x0F1B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
3872	0x0F20	2	Start Time	s	DATETIME
3874	0x0F22	1	Start Delta Time	min	S16
3875	0x0F23	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
3876	0x0F24	2	End Time	s	DATETIME
3878	0x0F26	1	End Delta Time	min	S16
3879	0x0F27	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
3880	0x0F28	2	T1 - Ea+	Wh	F32
3882	0x0F2A	2	T2 - Ea+	Wh	F32
3884	0x0F2C	2	T3 - Ea+	Wh	F32
3886	0x0F2E	2	T4 - Ea+	Wh	F32
3888	0x0F30	2	T1 - Ea-	Wh	F32
3890	0x0F32	2	T2 - Ea-	Wh	F32
3892	0x0F34	2	T3 - Ea-	Wh	F32
3894	0x0F36	2	T4 - Ea-	Wh	F32
3896	0x0F38	2	T1 - Er+	varh	F32
3898	0x0F3A	2	T2 - Er+	varh	F32
3900	0x0F3C	2	T3 - Er+	varh	F32
3902	0x0F3E	2	T4 - Er+	varh	F32
3904	0x0F40	2	T1 - Er-	varh	F32
3906	0x0F42	2	T2 - Er-	varh	F32
3908	0x0F44	2	T3 - Er-	varh	F32
3910	0x0F46	2	T4 - Er-	varh	F32
3912	0x0F48	2	T1 - Eap	VAh	F32
3914	0x0F4A	2	T2 - Eap	VAh	F32
3916	0x0F4C	2	T3 - Eap	VAh	F32
3918	0x0F4E	2	T4 - Eap	VAh	F32
3920	0x0F50	2	T1 - P pos avg	W	F32
3922	0x0F52	2	T2 - P pos avg	W	F32
3924	0x0F54	2	T3 - P pos avg	W	F32
3926	0x0F56	2	T4 - P pos avg	W	F32
3928	0x0F58	2	T1 - P neg avg	W	F32
3930	0x0F5A	2	T2 - P neg avg	W	F32
3932	0x0F5C	2	T3 - P neg avg	W	F32
3934	0x0F5E	2	T4 - P neg avg	W	F32
3936	0x0F60	2	T1 - Q pos avg	var	F32
3938	0x0F62	2	T2 - Q pos avg	var	F32
3940	0x0F64	2	T3 - Q pos avg	var	F32
3942	0x0F66	2	T4 - Q pos avg	var	F32
3944	0x0F68	2	T1 - Q neg avg	var	F32
3946	0x0F6A	2	T2 - Q neg avg	var	F32
3948	0x0F6C	2	T3 - Q neg avg	var	F32
3950	0x0F6E	2	T4 - Q neg avg	var	F32
3952	0x0F70	2	T1 - S avg	VA	F32
3954	0x0F72	2	T2 - S avg	VA	F32
3956	0x0F74	2	T3 - S avg	VA	F32
3958	0x0F76	2	T4 - S avg	VA	F32
3960	0x0F78	2	T1 - PF avg	-	F32
3962	0x0F7A	2	T2 - PF avg	-	F32
3964	0x0F7C	2	T3 - PF avg	-	F32
3966	0x0F7E	2	T4 - PF avg	-	F32
3968	0x0F80	2	T1 - Demand avg	W	F32
3970	0x0F82	2	T2 - Demand avg	W	F32
3972	0x0F84	2	T3 - Demand avg	W	F32
3974	0x0F86	2	T4 - Demand avg	W	F32
3976	0x0F88	2	T1 - Demand Peak	W	F32
3978	0x0F8A	2	T2 - Demand Peak	W	F32
3980	0x0F8C	2	T3 - Demand Peak	W	F32
3982	0x0F8E	2	T4 - Demand Peak	W	F32
3984	0x0F90	2	T1 - Demand Peak time	s	DATETIME
3986	0x0F92	1	T1 - Demand Peak Delta Time	min	S16
3987	0x0F93	2	T2 - Demand Peak time	s	DATETIME
3989	0x0F95	1	T2 - Demand Peak Delta Time	min	S16
3990	0x0F96	2	T3 - Demand Peak time	s	DATETIME
3992	0x0F98	1	T3 - Demand Peak Delta Time	min	S16
3993	0x0F99	2	T4 - Demand Peak time	s	DATETIME
3995	0x0F9B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
4000	0x0FA0	2	Start Time	s	DATETIME
4002	0x0FA2	1	Start Delta Time	min	S16
4003	0x0FA3	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
4004	0x0FA4	2	End Time	s	DATETIME
4006	0x0FA6	1	End Delta Time	min	S16
4007	0x0FA7	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
4008	0x0FA8	2	T1 - Ea+	Wh	F32
4010	0x0FAA	2	T2 - Ea+	Wh	F32
4012	0x0FAC	2	T3 - Ea+	Wh	F32
4014	0x0FAE	2	T4 - Ea+	Wh	F32
4016	0x0FB0	2	T1 - Ea-	Wh	F32
4018	0x0FB2	2	T2 - Ea-	Wh	F32
4020	0x0FB4	2	T3 - Ea-	Wh	F32
4022	0x0FB6	2	T4 - Ea-	Wh	F32
4024	0x0FB8	2	T1 - Er+	varh	F32
4026	0x0FBA	2	T2 - Er+	varh	F32
4028	0x0FBC	2	T3 - Er+	varh	F32
4030	0x0FBE	2	T4 - Er+	varh	F32
4032	0x0FC0	2	T1 - Er-	varh	F32
4034	0x0FC2	2	T2 - Er-	varh	F32
4036	0x0FC4	2	T3 - Er-	varh	F32
4038	0x0FC6	2	T4 - Er-	varh	F32
4040	0x0FC8	2	T1 - Eap	VAh	F32
4042	0x0FCA	2	T2 - Eap	VAh	F32
4044	0x0FCC	2	T3 - Eap	VAh	F32
4046	0x0FCE	2	T4 - Eap	VAh	F32
4048	0x0FD0	2	T1 - P pos avg	W	F32
4050	0x0FD2	2	T2 - P pos avg	W	F32
4052	0x0FD4	2	T3 - P pos avg	W	F32
4054	0x0FD6	2	T4 - P pos avg	W	F32
4056	0x0FD8	2	T1 - P neg avg	W	F32
4058	0x0FDA	2	T2 - P neg avg	W	F32
4060	0x0FDC	2	T3 - P neg avg	W	F32
4062	0x0FDE	2	T4 - P neg avg	W	F32
4064	0x0FE0	2	T1 - Q pos avg	var	F32
4066	0x0FE2	2	T2 - Q pos avg	var	F32
4068	0x0FE4	2	T3 - Q pos avg	var	F32
4070	0x0FE6	2	T4 - Q pos avg	var	F32
4072	0x0FE8	2	T1 - Q neg avg	var	F32
4074	0x0FEA	2	T2 - Q neg avg	var	F32
4076	0x0FEC	2	T3 - Q neg avg	var	F32
4078	0x0FEE	2	T4 - Q neg avg	var	F32
4080	0x0FF0	2	T1 - S avg	VA	F32
4082	0x0FF2	2	T2 - S avg	VA	F32
4084	0x0FF4	2	T3 - S avg	VA	F32
4086	0x0FF6	2	T4 - S avg	VA	F32
4088	0x0FF8	2	T1 - PF avg	-	F32
4090	0x0FFA	2	T2 - PF avg	-	F32
4092	0x0FFC	2	T3 - PF avg	-	F32
4094	0x0FFE	2	T4 - PF avg	-	F32
4096	0x1000	2	T1 - Demand avg	W	F32
4098	0x1002	2	T2 - Demand avg	W	F32
4100	0x1004	2	T3 - Demand avg	W	F32
4102	0x1006	2	T4 - Demand avg	W	F32
4104	0x1008	2	T1 - Demand Peak	W	F32
4106	0x100A	2	T2 - Demand Peak	W	F32
4108	0x100C	2	T3 - Demand Peak	W	F32
4110	0x100E	2	T4 - Demand Peak	W	F32
4112	0x1010	2	T1 - Demand Peak time	s	DATETIME
4114	0x1012	1	T1 - Demand Peak Delta Time	min	S16
4115	0x1013	2	T2 - Demand Peak time	s	DATETIME
4117	0x1015	1	T2 - Demand Peak Delta Time	min	S16
4118	0x1016	2	T3 - Demand Peak time	s	DATETIME
4120	0x1018	1	T3 - Demand Peak Delta Time	min	S16
4121	0x1019	2	T4 - Demand Peak time	s	DATETIME
4123	0x101B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
4128	0x1020	2	Start Time	s	DATETIME
4130	0x1022	1	Start Delta Time	min	S16
4131	0x1023	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
4132	0x1024	2	End Time	s	DATETIME
4134	0x1026	1	End Delta Time	min	S16
4135	0x1027	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
4136	0x1028	2	T1 - Ea+	Wh	F32
4138	0x102A	2	T2 - Ea+	Wh	F32
4140	0x102C	2	T3 - Ea+	Wh	F32
4142	0x102E	2	T4 - Ea+	Wh	F32
4144	0x1030	2	T1 - Ea-	Wh	F32
4146	0x1032	2	T2 - Ea-	Wh	F32
4148	0x1034	2	T3 - Ea-	Wh	F32
4150	0x1036	2	T4 - Ea-	Wh	F32
4152	0x1038	2	T1 - Er+	varh	F32
4154	0x103A	2	T2 - Er+	varh	F32
4156	0x103C	2	T3 - Er+	varh	F32
4158	0x103E	2	T4 - Er+	varh	F32
4160	0x1040	2	T1 - Er-	varh	F32
4162	0x1042	2	T2 - Er-	varh	F32
4164	0x1044	2	T3 - Er-	varh	F32
4166	0x1046	2	T4 - Er-	varh	F32
4168	0x1048	2	T1 - Eap	VAh	F32
4170	0x104A	2	T2 - Eap	VAh	F32
4172	0x104C	2	T3 - Eap	VAh	F32
4174	0x104E	2	T4 - Eap	VAh	F32
4176	0x1050	2	T1 - P pos avg	W	F32
4178	0x1052	2	T2 - P pos avg	W	F32
4180	0x1054	2	T3 - P pos avg	W	F32
4182	0x1056	2	T4 - P pos avg	W	F32
4184	0x1058	2	T1 - P neg avg	W	F32
4186	0x105A	2	T2 - P neg avg	W	F32
4188	0x105C	2	T3 - P neg avg	W	F32
4190	0x105E	2	T4 - P neg avg	W	F32
4192	0x1060	2	T1 - Q pos avg	var	F32
4194	0x1062	2	T2 - Q pos avg	var	F32
4196	0x1064	2	T3 - Q pos avg	var	F32
4198	0x1066	2	T4 - Q pos avg	var	F32
4200	0x1068	2	T1 - Q neg avg	var	F32
4202	0x106A	2	T2 - Q neg avg	var	F32
4204	0x106C	2	T3 - Q neg avg	var	F32
4206	0x106E	2	T4 - Q neg avg	var	F32
4208	0x1070	2	T1 - S avg	VA	F32
4210	0x1072	2	T2 - S avg	VA	F32
4212	0x1074	2	T3 - S avg	VA	F32
4214	0x1076	2	T4 - S avg	VA	F32
4216	0x1078	2	T1 - PF avg	-	F32
4218	0x107A	2	T2 - PF avg	-	F32
4220	0x107C	2	T3 - PF avg	-	F32
4222	0x107E	2	T4 - PF avg	-	F32
4224	0x1080	2	T1 - Demand avg	W	F32
4226	0x1082	2	T2 - Demand avg	W	F32
4228	0x1084	2	T3 - Demand avg	W	F32
4230	0x1086	2	T4 - Demand avg	W	F32
4232	0x1088	2	T1 - Demand Peak	W	F32
4234	0x108A	2	T2 - Demand Peak	W	F32
4236	0x108C	2	T3 - Demand Peak	W	F32
4238	0x108E	2	T4 - Demand Peak	W	F32
4240	0x1090	2	T1 - Demand Peak time	s	DATETIME
4242	0x1092	1	T1 - Demand Peak Delta Time	min	S16
4243	0x1093	2	T2 - Demand Peak time	s	DATETIME
4245	0x1095	1	T2 - Demand Peak Delta Time	min	S16
4246	0x1096	2	T3 - Demand Peak time	s	DATETIME
4248	0x1098	1	T3 - Demand Peak Delta Time	min	S16
4249	0x1099	2	T4 - Demand Peak time	s	DATETIME
4251	0x109B	1	T4 - Demand Peak Delta Time	min	S16

MODBUS TABLESDIRIS A-100 RJ12 v 1.3.0

Visualization > Measurement > Network Instantaneous

Visualization > Measurement > Load Instantaneous #1 Load Instantaneous #2 Load Instantaneous #3 Load Instantaneous #4

Visualization > Measurement > Network > Average

Visualization > Measurement > Network > Instantaneous fundamental

Visualization > Measurement > Network > Instantaneous min/max

Visualization > Measurement > Network > Instantaneous Ph-N harmonics

Visualization > Measurement > Network > Instantaneous Ph-Ph harmonics

Visualization > Measurement > Loads > Average #1 Average #2 Average #3 Average #4

Visualization > Measurement > Loads > Instantaneous fundamental #1 Instantaneous fundamental #2 Instantaneous fundamental #3 Instantaneous fundamental #4

Visualization > Measurement > Loads > Instantaneous min #1 Instantaneous min #2 Instantaneous min #3 Instantaneous min #4

Visualization > Measurement > Loads > Instantaneous max #1 Instantaneous max #2 Instantaneous max #3 Instantaneous max #4

Visualization > Measurement > Loads > Average min #1 Average min #2 Average min #3 Average min #4

Visualization > Measurement > Loads > Average max #1 Average max #2 Average max #3 Average max #4

Visualization > Measurement > Loads > Quality min/max #1 Quality min/max #2 Quality min/max #3 Quality min/max #4

Visualization > Measurement > Loads > Instantaneous harmonics #1 Instantaneous harmonics #2 Instantaneous harmonics #3 Instantaneous harmonics #4

Visualization > Measurement > Loads > Energy meters #1 Energy meters #2 Energy meters #3 Energy meters #4

Visualization > Measurement > Loads > Energy meters historical #1 Energy meters historical #2 Energy meters historical #3 Energy meters historical #4

Visualization > Measurement > Loads > Total energy meter per tariff #1 Total energy meter per tariff #2 Total energy meter per tariff #3 Total energy meter per tariff #4

Visualization > Measurement > Loads > Partial energy meter per tariff #1 Partial energy meter per tariff #2 Partial energy meter per tariff #3 Partial energy meter per tariff #4

Visualization > Measurement > Loads > Max Demand #1 Max Demand #2 Max Demand #3 Max Demand #4

Visualization > Measurement > Loads > Time of Use Tariff Partial Daily per load #1 Time of Use Tariff Partial Daily per load #2 Time of Use Tariff Partial Daily per load #3 Time of Use Tariff Partial Daily per load #4

Visualization > Measurement > Loads > Time of Use Tariff Partial Weekly per load #1 Time of Use Tariff Partial Weekly per load #2 Time of Use Tariff Partial Weekly per load #3 Time of Use Tariff Partial Weekly per load #4

Visualization > Measurement > Loads > Time of Use Tariff Partial Monthly per load #1 Time of Use Tariff Partial Monthly per load #2 Time of Use Tariff Partial Monthly per load #3 Time of Use Tariff Partial Monthly per load #4

Visualization > Measurement > Loads > Date Energy Meters #1 Date Energy Meters #2 Date Energy Meters #3 Date Energy Meters #4

Visualization > Measurement > SunSpec > Common Model

Visualization > Measurement > SunSpec > Model 203

Visualization > Measurement > SunSpec > Model 213 (1/2)

Visualization > Measurement > SunSpec > Model 213 (2/2)

Visualization > Measurement > SunSpec > Vendor Model

Visualization > Logical I/O > Logical inputs states #1 Logical inputs states #2 Logical inputs states #3

Visualization > Logical I/O > Logical outputs states

Visualization > Multi fluids > Multi fluid feeders #1 Multi fluid feeders #2 Multi fluid feeders #3

Visualization > Multi fluids > Multi fluid tariff total meter #1 Multi fluid tariff total meter #2 Multi fluid tariff total meter #3

Visualization > Multi fluids > Multi fluid partial meter #1 Multi fluid partial meter #2 Multi fluid partial meter #3

Visualization > Monitoring > Protection Device > Protection device status #1 Protection device status #2 Protection device status #3 Protection device status #4

Visualization > Monitoring > Customisable Table > Customisable Table Display

Identification > Product

Settings > Modbus slave > General slave connection

Settings > Modbus slave > RS485 slave connection

Settings > Time management > Date and time

Commands > Tariff in progress set

Commands > System > Action system

Commands > System > Lock system

Commands > System > Identification by blinking LED

Commands > System > Alarms acknowledgment

Commands > Reset > Network Min/max reset

Maintenance > Operating hours counters

Documentation

Modbus protocol

Supported functions

Deviation from protocol

Data encoding/decoding

Reserved registers

Types

MODBUS TABLES - DIRIS A-100 RJ12 - v 1.3.0

MODBUS TABLES
DIRIS A-100 RJ12
v 1.3.0

Visualization > Measurement >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Measurement > Loads >

Visualization > Logical I/O >

Visualization > Multi fluids >

Visualization > Multi fluids >

Visualization > Multi fluids >

Visualization > Monitoring > Protection Device >

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8192	0x2000	2	Start Time	s	DATETIME
8194	0x2002	1	Start Delta Time	min	S16
8195	0x2003	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
8196	0x2004	2	End Time	s	DATETIME
8198	0x2006	1	End Delta Time	min	S16
8199	0x2007	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
8200	0x2008	2	T1 - Ea+	Wh	F32
8202	0x200A	2	T2 - Ea+	Wh	F32
8204	0x200C	2	T3 - Ea+	Wh	F32
8206	0x200E	2	T4 - Ea+	Wh	F32
8208	0x2010	2	T1 - Ea-	Wh	F32
8210	0x2012	2	T2 - Ea-	Wh	F32
8212	0x2014	2	T3 - Ea-	Wh	F32
8214	0x2016	2	T4 - Ea-	Wh	F32
8216	0x2018	2	T1 - Er+	varh	F32
8218	0x201A	2	T2 - Er+	varh	F32
8220	0x201C	2	T3 - Er+	varh	F32
8222	0x201E	2	T4 - Er+	varh	F32
8224	0x2020	2	T1 - Er-	varh	F32
8226	0x2022	2	T2 - Er-	varh	F32
8228	0x2024	2	T3 - Er-	varh	F32
8230	0x2026	2	T4 - Er-	varh	F32
8232	0x2028	2	T1 - Eap	VAh	F32
8234	0x202A	2	T2 - Eap	VAh	F32
8236	0x202C	2	T3 - Eap	VAh	F32
8238	0x202E	2	T4 - Eap	VAh	F32
8240	0x2030	2	T1 - P pos avg	W	F32
8242	0x2032	2	T2 - P pos avg	W	F32
8244	0x2034	2	T3 - P pos avg	W	F32
8246	0x2036	2	T4 - P pos avg	W	F32
8248	0x2038	2	T1 - P neg avg	W	F32
8250	0x203A	2	T2 - P neg avg	W	F32
8252	0x203C	2	T3 - P neg avg	W	F32
8254	0x203E	2	T4 - P neg avg	W	F32
8256	0x2040	2	T1 - Q pos avg	var	F32
8258	0x2042	2	T2 - Q pos avg	var	F32
8260	0x2044	2	T3 - Q pos avg	var	F32
8262	0x2046	2	T4 - Q pos avg	var	F32
8264	0x2048	2	T1 - Q neg avg	var	F32
8266	0x204A	2	T2 - Q neg avg	var	F32
8268	0x204C	2	T3 - Q neg avg	var	F32
8270	0x204E	2	T4 - Q neg avg	var	F32
8272	0x2050	2	T1 - S avg	VA	F32
8274	0x2052	2	T2 - S avg	VA	F32
8276	0x2054	2	T3 - S avg	VA	F32
8278	0x2056	2	T4 - S avg	VA	F32
8280	0x2058	2	T1 - PF avg	-	F32
8282	0x205A	2	T2 - PF avg	-	F32
8284	0x205C	2	T3 - PF avg	-	F32
8286	0x205E	2	T4 - PF avg	-	F32
8288	0x2060	2	T1 - Demand avg	W	F32
8290	0x2062	2	T2 - Demand avg	W	F32
8292	0x2064	2	T3 - Demand avg	W	F32
8294	0x2066	2	T4 - Demand avg	W	F32
8296	0x2068	2	T1 - Demand Peak	W	F32
8298	0x206A	2	T2 - Demand Peak	W	F32
8300	0x206C	2	T3 - Demand Peak	W	F32
8302	0x206E	2	T4 - Demand Peak	W	F32
8304	0x2070	2	T1 - Demand Peak time	s	DATETIME
8306	0x2072	1	T1 - Demand Peak Delta Time	min	S16
8307	0x2073	2	T2 - Demand Peak time	s	DATETIME
8309	0x2075	1	T2 - Demand Peak Delta Time	min	S16
8310	0x2076	2	T3 - Demand Peak time	s	DATETIME
8312	0x2078	1	T3 - Demand Peak Delta Time	min	S16
8313	0x2079	2	T4 - Demand Peak time	s	DATETIME
8315	0x207B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8320	0x2080	2	Start Time	s	DATETIME
8322	0x2082	1	Start Delta Time	min	S16
8323	0x2083	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
8324	0x2084	2	End Time	s	DATETIME
8326	0x2086	1	End Delta Time	min	S16
8327	0x2087	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
8328	0x2088	2	T1 - Ea+	Wh	F32
8330	0x208A	2	T2 - Ea+	Wh	F32
8332	0x208C	2	T3 - Ea+	Wh	F32
8334	0x208E	2	T4 - Ea+	Wh	F32
8336	0x2090	2	T1 - Ea-	Wh	F32
8338	0x2092	2	T2 - Ea-	Wh	F32
8340	0x2094	2	T3 - Ea-	Wh	F32
8342	0x2096	2	T4 - Ea-	Wh	F32
8344	0x2098	2	T1 - Er+	varh	F32
8346	0x209A	2	T2 - Er+	varh	F32
8348	0x209C	2	T3 - Er+	varh	F32
8350	0x209E	2	T4 - Er+	varh	F32
8352	0x20A0	2	T1 - Er-	varh	F32
8354	0x20A2	2	T2 - Er-	varh	F32
8356	0x20A4	2	T3 - Er-	varh	F32
8358	0x20A6	2	T4 - Er-	varh	F32
8360	0x20A8	2	T1 - Eap	VAh	F32
8362	0x20AA	2	T2 - Eap	VAh	F32
8364	0x20AC	2	T3 - Eap	VAh	F32
8366	0x20AE	2	T4 - Eap	VAh	F32
8368	0x20B0	2	T1 - P pos avg	W	F32
8370	0x20B2	2	T2 - P pos avg	W	F32
8372	0x20B4	2	T3 - P pos avg	W	F32
8374	0x20B6	2	T4 - P pos avg	W	F32
8376	0x20B8	2	T1 - P neg avg	W	F32
8378	0x20BA	2	T2 - P neg avg	W	F32
8380	0x20BC	2	T3 - P neg avg	W	F32
8382	0x20BE	2	T4 - P neg avg	W	F32
8384	0x20C0	2	T1 - Q pos avg	var	F32
8386	0x20C2	2	T2 - Q pos avg	var	F32
8388	0x20C4	2	T3 - Q pos avg	var	F32
8390	0x20C6	2	T4 - Q pos avg	var	F32
8392	0x20C8	2	T1 - Q neg avg	var	F32
8394	0x20CA	2	T2 - Q neg avg	var	F32
8396	0x20CC	2	T3 - Q neg avg	var	F32
8398	0x20CE	2	T4 - Q neg avg	var	F32
8400	0x20D0	2	T1 - S avg	VA	F32
8402	0x20D2	2	T2 - S avg	VA	F32
8404	0x20D4	2	T3 - S avg	VA	F32
8406	0x20D6	2	T4 - S avg	VA	F32
8408	0x20D8	2	T1 - PF avg	-	F32
8410	0x20DA	2	T2 - PF avg	-	F32
8412	0x20DC	2	T3 - PF avg	-	F32
8414	0x20DE	2	T4 - PF avg	-	F32
8416	0x20E0	2	T1 - Demand avg	W	F32
8418	0x20E2	2	T2 - Demand avg	W	F32
8420	0x20E4	2	T3 - Demand avg	W	F32
8422	0x20E6	2	T4 - Demand avg	W	F32
8424	0x20E8	2	T1 - Demand Peak	W	F32
8426	0x20EA	2	T2 - Demand Peak	W	F32
8428	0x20EC	2	T3 - Demand Peak	W	F32
8430	0x20EE	2	T4 - Demand Peak	W	F32
8432	0x20F0	2	T1 - Demand Peak time	s	DATETIME
8434	0x20F2	1	T1 - Demand Peak Delta Time	min	S16
8435	0x20F3	2	T2 - Demand Peak time	s	DATETIME
8437	0x20F5	1	T2 - Demand Peak Delta Time	min	S16
8438	0x20F6	2	T3 - Demand Peak time	s	DATETIME
8440	0x20F8	1	T3 - Demand Peak Delta Time	min	S16
8441	0x20F9	2	T4 - Demand Peak time	s	DATETIME
8443	0x20FB	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8448	0x2100	2	Start Time	s	DATETIME
8450	0x2102	1	Start Delta Time	min	S16
8451	0x2103	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
8452	0x2104	2	End Time	s	DATETIME
8454	0x2106	1	End Delta Time	min	S16
8455	0x2107	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
8456	0x2108	2	T1 - Ea+	Wh	F32
8458	0x210A	2	T2 - Ea+	Wh	F32
8460	0x210C	2	T3 - Ea+	Wh	F32
8462	0x210E	2	T4 - Ea+	Wh	F32
8464	0x2110	2	T1 - Ea-	Wh	F32
8466	0x2112	2	T2 - Ea-	Wh	F32
8468	0x2114	2	T3 - Ea-	Wh	F32
8470	0x2116	2	T4 - Ea-	Wh	F32
8472	0x2118	2	T1 - Er+	varh	F32
8474	0x211A	2	T2 - Er+	varh	F32
8476	0x211C	2	T3 - Er+	varh	F32
8478	0x211E	2	T4 - Er+	varh	F32
8480	0x2120	2	T1 - Er-	varh	F32
8482	0x2122	2	T2 - Er-	varh	F32
8484	0x2124	2	T3 - Er-	varh	F32
8486	0x2126	2	T4 - Er-	varh	F32
8488	0x2128	2	T1 - Eap	VAh	F32
8490	0x212A	2	T2 - Eap	VAh	F32
8492	0x212C	2	T3 - Eap	VAh	F32
8494	0x212E	2	T4 - Eap	VAh	F32
8496	0x2130	2	T1 - P pos avg	W	F32
8498	0x2132	2	T2 - P pos avg	W	F32
8500	0x2134	2	T3 - P pos avg	W	F32
8502	0x2136	2	T4 - P pos avg	W	F32
8504	0x2138	2	T1 - P neg avg	W	F32
8506	0x213A	2	T2 - P neg avg	W	F32
8508	0x213C	2	T3 - P neg avg	W	F32
8510	0x213E	2	T4 - P neg avg	W	F32
8512	0x2140	2	T1 - Q pos avg	var	F32
8514	0x2142	2	T2 - Q pos avg	var	F32
8516	0x2144	2	T3 - Q pos avg	var	F32
8518	0x2146	2	T4 - Q pos avg	var	F32
8520	0x2148	2	T1 - Q neg avg	var	F32
8522	0x214A	2	T2 - Q neg avg	var	F32
8524	0x214C	2	T3 - Q neg avg	var	F32
8526	0x214E	2	T4 - Q neg avg	var	F32
8528	0x2150	2	T1 - S avg	VA	F32
8530	0x2152	2	T2 - S avg	VA	F32
8532	0x2154	2	T3 - S avg	VA	F32
8534	0x2156	2	T4 - S avg	VA	F32
8536	0x2158	2	T1 - PF avg	-	F32
8538	0x215A	2	T2 - PF avg	-	F32
8540	0x215C	2	T3 - PF avg	-	F32
8542	0x215E	2	T4 - PF avg	-	F32
8544	0x2160	2	T1 - Demand avg	W	F32
8546	0x2162	2	T2 - Demand avg	W	F32
8548	0x2164	2	T3 - Demand avg	W	F32
8550	0x2166	2	T4 - Demand avg	W	F32
8552	0x2168	2	T1 - Demand Peak	W	F32
8554	0x216A	2	T2 - Demand Peak	W	F32
8556	0x216C	2	T3 - Demand Peak	W	F32
8558	0x216E	2	T4 - Demand Peak	W	F32
8560	0x2170	2	T1 - Demand Peak time	s	DATETIME
8562	0x2172	1	T1 - Demand Peak Delta Time	min	S16
8563	0x2173	2	T2 - Demand Peak time	s	DATETIME
8565	0x2175	1	T2 - Demand Peak Delta Time	min	S16
8566	0x2176	2	T3 - Demand Peak time	s	DATETIME
8568	0x2178	1	T3 - Demand Peak Delta Time	min	S16
8569	0x2179	2	T4 - Demand Peak time	s	DATETIME
8571	0x217B	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8576	0x2180	2	Start Time	s	DATETIME
8578	0x2182	1	Start Delta Time	min	S16
8579	0x2183	1	Start Time DST Active 0 : FALSE 1 : TRUE	-	U8
8580	0x2184	2	End Time	s	DATETIME
8582	0x2186	1	End Delta Time	min	S16
8583	0x2187	1	End Time DST Active 0 : FALSE 1 : TRUE	-	U8
8584	0x2188	2	T1 - Ea+	Wh	F32
8586	0x218A	2	T2 - Ea+	Wh	F32
8588	0x218C	2	T3 - Ea+	Wh	F32
8590	0x218E	2	T4 - Ea+	Wh	F32
8592	0x2190	2	T1 - Ea-	Wh	F32
8594	0x2192	2	T2 - Ea-	Wh	F32
8596	0x2194	2	T3 - Ea-	Wh	F32
8598	0x2196	2	T4 - Ea-	Wh	F32
8600	0x2198	2	T1 - Er+	varh	F32
8602	0x219A	2	T2 - Er+	varh	F32
8604	0x219C	2	T3 - Er+	varh	F32
8606	0x219E	2	T4 - Er+	varh	F32
8608	0x21A0	2	T1 - Er-	varh	F32
8610	0x21A2	2	T2 - Er-	varh	F32
8612	0x21A4	2	T3 - Er-	varh	F32
8614	0x21A6	2	T4 - Er-	varh	F32
8616	0x21A8	2	T1 - Eap	VAh	F32
8618	0x21AA	2	T2 - Eap	VAh	F32
8620	0x21AC	2	T3 - Eap	VAh	F32
8622	0x21AE	2	T4 - Eap	VAh	F32
8624	0x21B0	2	T1 - P pos avg	W	F32
8626	0x21B2	2	T2 - P pos avg	W	F32
8628	0x21B4	2	T3 - P pos avg	W	F32
8630	0x21B6	2	T4 - P pos avg	W	F32
8632	0x21B8	2	T1 - P neg avg	W	F32
8634	0x21BA	2	T2 - P neg avg	W	F32
8636	0x21BC	2	T3 - P neg avg	W	F32
8638	0x21BE	2	T4 - P neg avg	W	F32
8640	0x21C0	2	T1 - Q pos avg	var	F32
8642	0x21C2	2	T2 - Q pos avg	var	F32
8644	0x21C4	2	T3 - Q pos avg	var	F32
8646	0x21C6	2	T4 - Q pos avg	var	F32
8648	0x21C8	2	T1 - Q neg avg	var	F32
8650	0x21CA	2	T2 - Q neg avg	var	F32
8652	0x21CC	2	T3 - Q neg avg	var	F32
8654	0x21CE	2	T4 - Q neg avg	var	F32
8656	0x21D0	2	T1 - S avg	VA	F32
8658	0x21D2	2	T2 - S avg	VA	F32
8660	0x21D4	2	T3 - S avg	VA	F32
8662	0x21D6	2	T4 - S avg	VA	F32
8664	0x21D8	2	T1 - PF avg	-	F32
8666	0x21DA	2	T2 - PF avg	-	F32
8668	0x21DC	2	T3 - PF avg	-	F32
8670	0x21DE	2	T4 - PF avg	-	F32
8672	0x21E0	2	T1 - Demand avg	W	F32
8674	0x21E2	2	T2 - Demand avg	W	F32
8676	0x21E4	2	T3 - Demand avg	W	F32
8678	0x21E6	2	T4 - Demand avg	W	F32
8680	0x21E8	2	T1 - Demand Peak	W	F32
8682	0x21EA	2	T2 - Demand Peak	W	F32
8684	0x21EC	2	T3 - Demand Peak	W	F32
8686	0x21EE	2	T4 - Demand Peak	W	F32
8688	0x21F0	2	T1 - Demand Peak time	s	DATETIME
8690	0x21F2	1	T1 - Demand Peak Delta Time	min	S16
8691	0x21F3	2	T2 - Demand Peak time	s	DATETIME
8693	0x21F5	1	T2 - Demand Peak Delta Time	min	S16
8694	0x21F6	2	T3 - Demand Peak time	s	DATETIME
8696	0x21F8	1	T3 - Demand Peak Delta Time	min	S16
8697	0x21F9	2	T4 - Demand Peak time	s	DATETIME
8699	0x21FB	1	T4 - Demand Peak Delta Time	min	S16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8000	0x1F40	2	Ea+ Current Hour	Wh	U32
8002	0x1F42	2	Ea- Current Hour	Wh	U32
8004	0x1F44	2	Er+ Current Hour	varh	U32
8006	0x1F46	2	Er- Current Hour	varh	U32
8008	0x1F48	2	Eap Current Hour	VAh	U32
8010	0x1F4A	2	Ea+ Current Day	Wh	U32
8012	0x1F4C	2	Ea- Current Day	Wh	U32
8014	0x1F4E	2	Er+ Current Day	varh	U32
8016	0x1F50	2	Er- Current Day	varh	U32
8018	0x1F52	2	Eap Current Day	VAh	U32
8020	0x1F54	2	Ea+ Current Week	Wh	U32
8022	0x1F56	2	Ea- Current Week	Wh	U32
8024	0x1F58	2	Er+ Current Week	varh	U32
8026	0x1F5A	2	Er- Current Week	varh	U32
8028	0x1F5C	2	Eap Current Week	VAh	U32
8030	0x1F5E	2	Ea+ Current Month	Wh	U32
8032	0x1F60	2	Ea- Current Month	Wh	U32
8034	0x1F62	2	Er+ Current Month	varh	U32
8036	0x1F64	2	Er- Current Month	varh	U32
8038	0x1F66	2	Eap Current Month	VAh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8040	0x1F68	2	Ea+ Current Hour	Wh	U32
8042	0x1F6A	2	Ea- Current Hour	Wh	U32
8044	0x1F6C	2	Er+ Current Hour	varh	U32
8046	0x1F6E	2	Er- Current Hour	varh	U32
8048	0x1F70	2	Eap Current Hour	VAh	U32
8050	0x1F72	2	Ea+ Current Day	Wh	U32
8052	0x1F74	2	Ea- Current Day	Wh	U32
8054	0x1F76	2	Er+ Current Day	varh	U32
8056	0x1F78	2	Er- Current Day	varh	U32
8058	0x1F7A	2	Eap Current Day	VAh	U32
8060	0x1F7C	2	Ea+ Current Week	Wh	U32
8062	0x1F7E	2	Ea- Current Week	Wh	U32
8064	0x1F80	2	Er+ Current Week	varh	U32
8066	0x1F82	2	Er- Current Week	varh	U32
8068	0x1F84	2	Eap Current Week	VAh	U32
8070	0x1F86	2	Ea+ Current Month	Wh	U32
8072	0x1F88	2	Ea- Current Month	Wh	U32
8074	0x1F8A	2	Er+ Current Month	varh	U32
8076	0x1F8C	2	Er- Current Month	varh	U32
8078	0x1F8E	2	Eap Current Month	VAh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8080	0x1F90	2	Ea+ Current Hour	Wh	U32
8082	0x1F92	2	Ea- Current Hour	Wh	U32
8084	0x1F94	2	Er+ Current Hour	varh	U32
8086	0x1F96	2	Er- Current Hour	varh	U32
8088	0x1F98	2	Eap Current Hour	VAh	U32
8090	0x1F9A	2	Ea+ Current Day	Wh	U32
8092	0x1F9C	2	Ea- Current Day	Wh	U32
8094	0x1F9E	2	Er+ Current Day	varh	U32
8096	0x1FA0	2	Er- Current Day	varh	U32
8098	0x1FA2	2	Eap Current Day	VAh	U32
8100	0x1FA4	2	Ea+ Current Week	Wh	U32
8102	0x1FA6	2	Ea- Current Week	Wh	U32
8104	0x1FA8	2	Er+ Current Week	varh	U32
8106	0x1FAA	2	Er- Current Week	varh	U32
8108	0x1FAC	2	Eap Current Week	VAh	U32
8110	0x1FAE	2	Ea+ Current Month	Wh	U32
8112	0x1FB0	2	Ea- Current Month	Wh	U32
8114	0x1FB2	2	Er+ Current Month	varh	U32
8116	0x1FB4	2	Er- Current Month	varh	U32
8118	0x1FB6	2	Eap Current Month	VAh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
8120	0x1FB8	2	Ea+ Current Hour	Wh	U32
8122	0x1FBA	2	Ea- Current Hour	Wh	U32
8124	0x1FBC	2	Er+ Current Hour	varh	U32
8126	0x1FBE	2	Er- Current Hour	varh	U32
8128	0x1FC0	2	Eap Current Hour	VAh	U32
8130	0x1FC2	2	Ea+ Current Day	Wh	U32
8132	0x1FC4	2	Ea- Current Day	Wh	U32
8134	0x1FC6	2	Er+ Current Day	varh	U32
8136	0x1FC8	2	Er- Current Day	varh	U32
8138	0x1FCA	2	Eap Current Day	VAh	U32
8140	0x1FCC	2	Ea+ Current Week	Wh	U32
8142	0x1FCE	2	Ea- Current Week	Wh	U32
8144	0x1FD0	2	Er+ Current Week	varh	U32
8146	0x1FD2	2	Er- Current Week	varh	U32
8148	0x1FD4	2	Eap Current Week	VAh	U32
8150	0x1FD6	2	Ea+ Current Month	Wh	U32
8152	0x1FD8	2	Ea- Current Month	Wh	U32
8154	0x1FDA	2	Er+ Current Month	varh	U32
8156	0x1FDC	2	Er- Current Month	varh	U32
8158	0x1FDE	2	Eap Current Month	VAh	U32

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40000	0x9C40	2	SunSpec ID	-	U32
40002	0x9C42	1	Common model ID	-	U16
40003	0x9C43	1	Model Length (register count)	-	U16
40004	0x9C44	16	Manufacturer	-	STRING_NORM
40020	0x9C54	16	Model	-	STRING_NORM
40036	0x9C64	8	Options	-	STRING_NORM
40044	0x9C6C	8	Version	-	STRING_NORM
40052	0x9C74	16	Serial Number	-	STRING_NORM
40068	0x9C84	1	Modbus Device Address	-	U16
40069	0x9C85	1	Padding register	-	U16

Address (decimal)	Address (hex)	Size (registers)	Description	Unit	Data type
40070	0x9C86	1	Model ID	-	U16
40071	0x9C87	1	Model Length (register count)	-	U16
40072	0x9C88	1	A	-	S16
40073	0x9C89	1	AphA	-	S16
40074	0x9C8A	1	AphB	-	S16
40075	0x9C8B	1	AphC	-	S16
40076	0x9C8C	1	A_SF	-	S16
40077	0x9C8D	1	PhV	-	S16
40078	0x9C8E	1	PhVphA	-	S16
40079	0x9C8F	1	PhVphB	-	S16
40080	0x9C90	1	PhVphC	-	S16
40081	0x9C91	1	PPV	-	S16
40082	0x9C92	1	PhVphAB	-	S16
40083	0x9C93	1	PhVphBC	-	S16
40084	0x9C94	1	PhVphCA	-	S16
40085	0x9C95	1	V_SF	-	S16
40086	0x9C96	1	Hz	-	S16
40087	0x9C97	1	Hz_SF	-	S16
40088	0x9C98	1	W	-	S16
40089	0x9C99	1	WphA	-	S16
40090	0x9C9A	1	WphB	-	S16
40091	0x9C9B	1	WphC	-	S16
40092	0x9C9C	1	W_SF	-	S16
40093	0x9C9D	1	VA	-	S16
40094	0x9C9E	1	VAphA	-	S16
40095	0x9C9F	1	VAphB	-	S16
40096	0x9CA0	1	VAphC	-	S16
40097	0x9CA1	1	VA_SF	-	S16
40098	0x9CA2	1	VAR	-	S16
40099	0x9CA3	1	VARphA	-	S16
40100	0x9CA4	1	VARphB	-	S16
40101	0x9CA5	1	VARphC	-	S16
40102	0x9CA6	1	VAR_SF	-	S16
40103	0x9CA7	1	PF	-	S16
40104	0x9CA8	1	PFphA	-	S16
40105	0x9CA9	1	PFphB	-	S16
40106	0x9CAA	1	PFphC	-	S16
40107	0x9CAB	1	PF_SF	-	S16
40108	0x9CAC	2	TotWhExp	-	U32
40110	0x9CAE	2	TotWhExpPhA	-	U32
40112	0x9CB0	2	TotWhExpPhB	-	U32
40114	0x9CB2	2	TotWhExpPhC	-	U32
40116	0x9CB4	2	TotWhImp	-	U32
40118	0x9CB6	2	TotWhImpPhA	-	U32
40120	0x9CB8	2	TotWhImpPhB	-	U32
40122	0x9CBA	2	TotWhImpPhC	-	U32
40124	0x9CBC	1	TotWh_SF	-	S16
40125	0x9CBD	2	TotVAhExp	-	U32
40127	0x9CBF	2	TotVAhExpPhA	-	U32
40129	0x9CC1	2	TotVAhExpPhB	-	U32
40131	0x9CC3	2	TotVAhExpPhC	-	U32
40133	0x9CC5	2	TotVAhImp	-	U32
40135	0x9CC7	2	TotVAhImpPhA	-	U32
40137	0x9CC9	2	TotVAhImpPhB	-	U32
40139	0x9CCB	2	TotVAhImpPhC	-	U32
40141	0x9CCD	1	TotVAh_SF	-	S16
40142	0x9CCE	2	TotVArhImpQ1	-	U32
40144	0x9CD0	2	TotVArhImpQ1PhA	-	U32
40146	0x9CD2	2	TotVArhImpQ1PhB	-	U32
40148	0x9CD4	2	TotVArhImpQ1PhC	-	U32
40150	0x9CD6	2	TotVArhImpQ2	-	U32
40152	0x9CD8	2	TotVArhImpQ2PhA	-	U32
40154	0x9CDA	2	TotVArhImpQ2PhB	-	U32
40156	0x9CDC	2	TotVArhImpQ2PhC	-	U32
40158	0x9CDE	2	TotVArhExpQ3	-	U32
40160	0x9CE0	2	TotVArhExpQ3PhA	-	U32
40162	0x9CE2	2	TotVArhExpQ3PhB	-	U32
40164	0x9CE4	2	TotVArhExpQ3PhC	-	U32
40166	0x9CE6	2	TotVArhExpQ4	-	U32
40168	0x9CE8	2	TotVArhExpQ4PhA	-	U32
40170	0x9CEA	2	TotVArhExpQ4PhB	-	U32
40172	0x9CEC	2	TotVArhExpQ4PhC	-	U32
40174	0x9CEE	1	TotVArh_SF	-	S16
40175	0x9CEF	2	Evt	-	U32