PowerTag Energy Sensors Modbus Registers

Applicable Devices

The code in the Applicable Devices column indicates the types of PowerTag Energy sensors for which the register is available:

A: the register is available for PowerTag Energy ●63 (A9MEM152●, A9MEM154●, A9MEM156●, and A9MEM157●)
M: the register is available for PowerTag Energy M250/M630 (LV43402●)
R: the register is available for PowerTag Energy F160 (A9MEM1580) and Rope (A9MEM159●)

Current Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0BB7	3000	2	R	–	A	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS current on phase A
0x0BB9	3002	2	R	–	A	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS current on phase B
0x0BBB	3004	2	R	–	A	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS current on phase C
0x0BBD	3006	2	R	–	A	Float32	–	0xFFC00000	N	03, 100–4	R	RMS current on Neutral

Voltage Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0BCB	3020	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-phase voltage A-B
0x0BCD	3022	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-phase voltage B-C
0x0BCF	3024	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-phase voltage C-A
0x0BD1	3026	2	–	–	–	–	–	–	–	–	–	Reserved
0x0BD3	3028	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-neutral voltage A-N
0x0BD5	3030	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-neutral voltage B-N
0x0BD7	3032	2	R	–	V	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	RMS phase-to-neutral voltage C-N

Power Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0BED	3054	2	R	–	W	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	Active power on phase A
0x0BEF	3056	2	R	–	W	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	Active power on phase B
0x0BF1	3058	2	R	–	W	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	Active power on phase C
0x0BF3	3060	2	R	–	W	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	total active power
0x0BF5	3062	2	R	–	VAR	Float32	–	0xFFC00000	N	03, 100–4	R	Reactive power on phase A
0x0BF7	3064	2	R	–	VAR	Float32	–	0xFFC00000	N	03, 100–4	R	Reactive power on phase B
0x0BF9	3066	2	R	–	VAR	Float32	–	0xFFC00000	N	03, 100–4	R	Reactive power on phase C
0x0BFB	3068	2	R	-	Var	Float32	-	0xFFC00000	N	03, 100–4	M/R	Total reactive power
0x0BFD	3070	2	R	–	VA	Float32	–	0xFFC00000	N	03, 100–4	R	Apparent power on phase A
0x0BFF	3072	2	R	–	VA	Float32	–	0xFFC00000	N	03, 100–4	R	Apparent power on phase B
0x0C01	3074	2	R	–	VA	Float32	–	0xFFC00000	N	03, 100–4	R	Apparent power on phase C
0x0C03	3076	2	R	-	VA	Float32	-	0xFFC00000	N	03, 100–4	A/M/R	Total apparent power (arithmetric)

Power Factor Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0C05	3078	2	R	–	–	Float32	–	0xFFC00000	N	03, 100–4	R	Power factor on phase A
0x0C07	3080	2	R	–	–	Float32	–	0xFFC00000	N	03, 100–4	R	Power factor on phase B
0x0C09	3082	2	R	–	–	Float32	–	0xFFC00000	N	03, 100–4	R	Power factor on phase C
0x0C0B	3084	2	R	–	–	Float32	–	0xFFC00000	N	03, 100–4	A/M/R	Total power factor
0x0C0D	3086	1	R	–	–	UINT16	–	0xFFFF	N	03, 100–4	R	Power factor sign convention 0 = IEC 1 = IEEE

Frequency Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0C25	3110	2	R	–	Hz	Float32	–	0xFFC00000	N	03, 100–4	M/R	AC frequency

Address

No.

Unit

Type

Range

Invalid Value

Svd

Function Code

Applicable Devices

Description

0x0C25

3110

–

Float32

–

0xFFC00000

03,

100–4

M/R

AC frequency

Device Temperature Metering Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0C3B	3132	2	R	–	°C	Float32	–	0xFFC00000	N	03, 100–4	M/R	Device internal temperature

Address

No.

Unit

Type

Range

Invalid Value

Svd

Function Code

Applicable Devices

Description

0x0C3B

3132

–

°C

Float32

–

0xFFC00000

03,

100–4

M/R

Device internal temperature

Energy Data

Address

No.

Unit

Type

Range

Invalid Value

Svd

Function Code

Applicable Devices

Description

0x0C83

3204

INT64

0x8000000000000000

A/M/R

Total active energy delivered + received (not resettable)

0x0C87

3208

–

INT64

–

0x8000000000000000

A/M/R

Total active energy delivered count positively (not resettable)

0x0C8B

3212

–

INT64

–

0x8000000000000000

A/M/R

Total active energy received (not resettable)

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0C8F	3216	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	M	Active energy on phase A delivered - received (not resettable)
0x0C93	3220	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	M	Active energy on phase B delivered - received (not resettable)
0x0C97	3224	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	M	Active energy on phase C delivered - received (not resettable)
0x09CB	3228	28	–	–	–	–	–	–	–	–	–	Reserved
0x0CB7	3256	4	R	-	Wh	INT64	-	0x8000000000000000	Y	03	A/M/R	Partial active energy delivered + received (resettable)
0x0CBB	3260	4	RW	-	Wh	INT64	-	0x8000000000000000	N	03, 16	A/M/R	Set partial active energy counter. The value returns to zero by PowerTag Link gateway.
0x0CBF	3264	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	A/M/R	Partial active energy delivered (resettable)
0x0CC3	3268	4	RW	–	Wh	INT64	–	0x8000000000000000	N	03, 16	A/M/R	Set partial active energy delivered counter. The value returns to zero by PowerTag Link gateway.
0x0CC7	3272	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	A/M/R	Partial active energy received (resettable)
0x0CCB	3276	4	RW	–	Wh	INT64	–	0x8000000000000000	N	03, 16	A/M/R	Set partial active energy received counter. The value returns to zero by PowerTag Link gateway.
0x0CCF	3280	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	M/R	Partial reactive energy delivered (resettable)
0x0CD3	3284	4	RW	–	VARh	INT64	–	0x8000000000000000	N	03, 16	M/R	Set partial reactive energy delivered counter. The value returns to zero by PowerTag Link gateway.

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0CD7	3288	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	M/R	Partial reactive energy received (resettable)
0x0CDB	3292	4	RW	–	VARh	INT64	–	0x8000000000000000	N	03, 16	M/R	Set partial reactive energy received counter. The value returns to zero by PowerTag Link gateway.
0x1390	5009	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	A/R	Active energy delivered (resettable)
0x1394	5013	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	A/R	Active energy delivered count positively (not resettable)
0x1398	5017	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	A/R	Active energy received (resettable)
0x139C	5021	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	A/R	Active energy received count negatively (not resettable)
0x13A0	5025	24	–	–	–	–	–	–	–	–	–	Reserved
0x13B8	5049	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase A delivered (resettable)
0x13BC	5053	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase A delivered (not resettable)
0x13C0	5057	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase A received (resettable)
0x13C4	5061	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase A received (not resettable)
0x13C8	5065	12	–	–	–	–	–	–	–	–	–	Reserved
0x13D4	5077	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase A delivered + received (not resettable)
0x13D8	5081	8	–	–	–	–	–	–	–	–	–	Reserved

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x13E0	5089	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase B delivered (resettable)
0x13E4	5093	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase B delivered (not resettable)
0x13E8	5097	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase B received (resettable)
0x13EC	5101	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase B received (not resettable)
0x13F0	5105	24	–	–	–	–	–	–	–	–	–	Reserved
0x1408	5129	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase C delivered (resettable)
0x140C	5133	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase C delivered (not resettable)
0x1410	5137	4	RW	–	Wh	INT64	–	0x8000000000000000	Y	03, 16	R	Active energy on phase C received (resettable)
0x1414	5141	4	R	–	Wh	INT64	–	0x8000000000000000	Y	03	R	Active energy on phase C received (not resettable)
0x1418	5145	32	–	–	–	–	–	–	–	–	–	Reserved
0x1438	5177	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy delivered (resettable)
0x143C	5181	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy delivered count positively (not resettable)
0x1440	5185	8	–	–	–	–	–	–	–	–	–	Reserved
0x1488	5193	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy received (resettable)
0x144C	5197	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy received count negatively (not resettable)
0x1450	5201	32	–	–	–	–	–	–	–	–	–	Reserved
0x1470	5233	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase A delivered (resettable)
0x1474	5237	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase A delivered (not resettable)
0x1478	5241	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase A received (resettable)
0x147C	5245	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase A received (not resettable)
0x1480	5249	24	–	–	–	–	–	–	–	–	–	Reserved
0x1498	5273	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase B delivered (resettable)
0x149C	5277	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase B delivered (not resettable)
0x14A0	5281	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase B received (resettable)
0x14A4	5285	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase B received (not resettable)
0x14A8	5289	24	–	–	–	–	–	–	–	–	–	Reserved
0x14C0	5313	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase C delivered (resettable)
0x14C4	5317	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase C delivered (not resettable)
0x14C8	5321	4	RW	–	VARh	INT64	–	0x8000000000000000	Y	03, 16	R	Reactive energy on phase C received (resettable)
0x14CC	5325	4	R	–	VARh	INT64	–	0x8000000000000000	Y	03	R	Reactive energy on phase C received (not resettable)
0x14D0	5329	36	–	–	–	–	–	–	–	–	–	Reserved

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x14F4	5365	4	RW	–	VAh	INT64	–	0x8000000000000000	Y	03, 16	R	Apparent energy delivered + received (resettable)
0x14F8	5369	4	R	–	VAh	INT64	–	0x8000000000000000	Y	03	R	Apparent energy delivered + received (not resettable)
0x14FC	5373	16	–	–	–	–	–	–	–	–	–	Reserved
0x150C	5389	4	RW	–	VAh	INT64	–	0x8000000000000000	Y	03, 16	R	Apparent energy on phase A (resettable)
0x1510	5393	4	R	–	VAh	INT64	–	0x8000000000000000	Y	03	R	Apparent energy on phase A (not resettable)
0x1514	5397	32	–	–	–	–	–	–	–	–	–	Reserved
0x1534	5429	4	RW	–	VAh	INT64	–	0x8000000000000000	Y	03, 16	R	Apparent energy on phase B (resettable)
0x1538	5433	4	R	–	VAh	INT64	–	0x8000000000000000	Y	03	R	Apparent energy on phase B (not resettable)
0x153C	5437	32	–	–	–	–	–	–	–	–	–	Reserved
0x155C	5469	4	RW	–	VAh	INT64	–	0x8000000000000000	Y	03, 16	R	Apparent energy on phase C (resettable)
0x1560	5473	4	R	–	VAh	INT64	–	0x8000000000000000	Y	03	R	Apparent energy on phase C (not resettable)

Power Demand Data

Address	Register	No.	RW	X	Unit	Type	Range	Invalid Value	Svd	Function Code	Applicable Devices	Description
0x0EB5	3766	2	R	–	W	Float32	–	0xFFC00000	N	03, 100–4	A/R	Demand total active power
0x0EB7	3768	2	–	–	–	–	–	–	–	–	–	Reserved
0x0EB9	3770	2	R	–	W	Float32	–	0xFFC00000	Y	03, 100–4	A/R	Maximum Demand total active power
0x0EBA	3771	1	–	–	–	–	–	–	–	–	–	Reserved
0x0EBB	3772	4	R	–	NA	DATETIME	–	0xFFFFFFFFFFFFFFFF	Y	03, 100–4	A/R	Maximum Demand total active power time stamp