3.3 Accumulated Output Quantities

The starting address is 0x200881E0. All values are integrated at an equivalent sampling rate of 4 kHz. The Metrology module generates the following primary output measurement quantities for each measurement interval. Each per-phase quantity is designated by the subscript “_x” (where x = [A, B, C, D] for voltage channels and x = [A, B, C or N] for current channels).

Table 3-5. Accumulated Output Quantities
Index	Address	Variable	Access Mode	Name	Format	No. Bytes	Min Value	Max Value	Default	Units
0	0x200881E0	V_A	R	Volt-squared-samples, phase-A, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
1	0x200881E8	V_B	R	Volt-squared-samples, phase-B, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
2	0x200881F0	V_C	R	Volt-squared-samples, phase-C, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
3	0x200881F8	V_D	R	Volt-squared-samples, phase-D, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
4	0x20088200	V_A_F	R	Volt-squared-samples, phase-A, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
5	0x20088208	V_B_F	R	Volt-squared-samples, phase-B, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
6	0x20088210	V_C_F	R	Volt-squared-samples, phase-C, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
7	0x20088218	V_D_F	R	Volt-squared-samples, phase-D, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
8	0x20088220	V_AB	R	Volt-squared-samples, VA – VB, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
9	0x20088228	V_BC	R	Volt-squared-samples, VB – VC, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
10	0x20088230	V_CA	R	Volt-squared-samples, VC – VA, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
11	0x20088238	V_AB_F	R	Volt-squared-samples, VA – VB, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
12	0x20088240	V_BC_F	R	Volt-squared-samples, VB – VC, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
13	0x20088248	V_CA_F	R	Volt-squared-samples, VC – VA, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
14	0x20088250	RESERVED	R	—	—	8	—	—	—	—
15	0x20088258	RESERVED	R	—	—	8	—	—	—	—
16	0x20088260	RESERVED	R	—	—	8	—	—	—	—
17	0x20088268	I_A	R	Amp-squared-samples, phase-A, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
18	0x20088270	I_B	R	Amp-squared-samples, phase-B, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
19	0x20088278	I_C	R	Amp-squared-samples, phase-C, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
20	0x20088280	I_Ni	R	Amp-squared-samples, phase-N imputed, fundamental + harmonics	uQ44.20	8	—	—	—	Amp²samp
21	0x20088288	I_Nm	R	Amp-squared-samples, phase-N measured, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
22	0x20088290	I_A_F	R	Amp-squared-samples, phase-A, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
23	0x20088298	I_B_F	R	Amp-squared-samples, phase-B, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
24	0x200882A0	I_C_F	R	Amp-squared-samples, phase-C, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
25	0x200882A8	I_Nmi	R	Amp-squared-samples, raw phase-N measured minus imputed, fundamental + harmonics	uQ44.20	8	—	—	—	Amp²samp
26	0x200882B0	I_Nm_F	R	Amp-squared-samples, phase-N, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
27	0x200882B8	RESERVED	R	—	—	8	—	—	—	—
28	0x200882C0	RESERVED	R	—	—	8	—	—	—	—
29	0x200882C8	RESERVED	R	—	—	8	—	—	—	—
30	0x200882D0	RESERVED	R	—	—	8	—	—	—	—
31	0x200882D8	RESERVED	R	—	—	8	—	—	—	—
32	0x200882E0	P_A	R	Watt-samples, phase-A, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
33	0x200882E8	P_B	R	Watt-samples, phase-B, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
34	0x200882F0	P_C	R	Watt-samples, phase-C, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
35	0x200882F8	P_A_F	R	Watt-samples, phase-A, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
36	0x20088300	P_B_F	R	Watt-samples, phase-B, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
37	0x20088308	P_C_F	R	Watt-samples, phase-C, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
38	0x20088310	P_N	R	Watt-samples, phase-N, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
39	0x20088318	P_N_F	R	Watt-samples, phase-N, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
40	0x20088320	RESERVED	R	—	—	8	—	—	—	—
41	0x20088328	Q_A	R	VAR-samples, phase-A, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
42	0x20088330	Q_B	R	VAR-samples, phase-B, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
43	0x20088338	Q_C	R	VAR-samples, phase-C, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
44	0x20088340	Q_A_F	R	VAR-samples, phase-A, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
45	0x20088348	Q_B_F	R	VAR-samples, phase-B, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
46	0x20088350	Q_C_F	R	VAR-samples, phase-C, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
47	0x20088358	Q_N	R	VAR-samples, phase-N, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
48	0x20088360	Q_N_F	R	VAR-samples, phase-N, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
49	0x20088368	RESERVED	R	—	—	8	—	—	—	—
50	0x20088370	ACC_T0	R	Total accumulated quantities specified by PC0_TYPE	sQ33.30	8	—	—	—	Wh, VArh, VAh, Amp²h
51	0x20088378	ACC_T1	R	Total accumulated quantities specified by PC1_TYPE	sQ33.30	8	—	—	—	Wh, VArh, VAh, Amp²h
52	0x20088380	ACC_T2	R	Total accumulated quantities specified by PC2_TYPE	sQ33.30	8	—	—	—	Wh, VArh, VAh, Amp²h
53	0x20088388	RESERVED	R	—	—	8	—	—	—	—
54	0x20088390	RESERVED	R	—	—	8	—	—	—	—