3.3 Accumulated Output Quantities

The start address is 0x20088190. All values are integrated at an equivalent sampling rate of 4000 KHz. The Metrology module generates the following primary output measurement quantities for each measurement interval, per-phase quantities with each phase designated by the subscript “_x” (where x = [A, B, or C] 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	Num Bytes	Min Value	Max Value	Default	Units
0	0x20088190	I_A	R	Amp-squared-samples, phase-A, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
1	0x20088198	I_B	R	Amp-squared-samples, phase-B, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
2	0x200881A0	I_C	R	Amp-squared-samples, phase-B, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
3	0x200881A8	I_Ni	R	Amp-squared-samples, phase-N imputed, fundamental + harmonics	uQ44.20	8	—	—	—	Amp²samp
4	0x200881B0	I_Nm	R	Amp-squared-samples, phase-N measured, fundamental + harmonics	uQ24.40	8	—	—	—	Amp²samp scaled
5	0x200881B8	I_A_F	R	Amp-squared-samples, phase-A, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
6	0x200881C0	I_B_F	R	Amp-squared-samples, phase-B, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
7	0x200881C8	I_C_F	R	Amp-squared-samples, phase-C, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
8	0x200881D0	I_Nmi	R	Amp-squared-samples, raw phase-N measured minus imputed, fundamental + harmonics	uQ44.20	8	—	—	—	Amp²samp
9	0x200881D8	I_Nm_F	R	Amp-squared-samples, phase-N measured, fundamental only	uQ24.40	8	—	—	—	Amp²samp scaled
10	0x200881E0	RESERVED	R	—	—	8	—	—	—	—
11	0x200881E8	RESERVED	R	—	—	8	—	—	—	—
12	0x200881F0	RESERVED	R	—	—	8	—	—	—	—
13	0x200881F8	RESERVED	R	—	—	8	—	—	—	—
14	0x20088200	RESERVED	R	—	—	8	—	—	—	—
15	0x20088208	P_A	R	Watt-samples, phase-A, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
16	0x20088210	P_B	R	Watt-samples, phase-B, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
17	0x20088218	P_C	R	Watt-samples, phase-C, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
18	0x20088220	P_A_F	R	Watt-samples, phase-A, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
19	0x20088228	P_B_F	R	Watt-samples, phase-B, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
20	0x20088230	P_C_F	R	Watt-samples, phase-C, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
21	0x20088238	P_N	R	Watt-samples, phase-N, fundamental + harmonics	sQ23.40	8	—	—	—	W-samp scaled
22	0x20088240	P_N_F	R	Watt-samples, phase-N, fundamental only	sQ23.40	8	—	—	—	W-samp scaled
23	0x20088248	RESERVED	—	—	—	8	—	—	—	—
24	0x20088250	Q_A	R	VAR-samples, phase-A, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
25	0x20088258	Q_B	R	VAR-samples, phase-B, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
26	0x20088260	Q_C	R	VAR-samples, phase-C, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
27	0x20088268	Q_A_F	R	VAR-samples, phase-A, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
28	0x20088270	Q_B_F	R	VAR-samples, phase-B, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
29	0x20088278	Q_C_F	R	VAR-samples, phase-C, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
30	0x20088280	Q_N	R	VAR-samples, phase-N, fundamental + harmonics	sQ23.40	8	—	—	—	VAR-samp scaled
31	0x20088288	Q_N_F	R	VAR-samples, phase-N, fundamental only	sQ23.40	8	—	—	—	VAR-samp scaled
32	0x20088290	RESERVED	R	—	—	8	—	—	—	—
33	0x20088298	V_A	R	Volt-squared-samples, phase-A, fundamental + harmonics	sQ24.40	8	—	—	—	Volt²samp scaled
34	0x200882A0	V_B	R	Volt-squared-samples, phase-B, fundamental + harmonics	sQ24.40	8	—	—	—	Volt²samp scaled
35	0x200882A8	V_C	R	Volt-squared-samples, phase-C, fundamental + harmonics	sQ24.40	8	—	—	—	Volt²samp scaled
36	0x200882B0	RESERVED	R	—	—	8	—	—	—	—
37	0x200882B8	V_A_F	R	Volt-squared-samples, phase-A, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
38	0x200882C0	V_B_F	R	Volt-squared-samples, phase-B, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
39	0x200882C8	V_C_F	R	Volt-squared-samples, phase-C, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
40	0x200882D0	RESERVED	R	—	—	8	—	—	—	—
41	0x200882D8	V_AB	R	Volt-squared-samples, VA – VB, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
42	0x200882E0	V_BC	R	Volt-squared-samples, VB – VC, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
43	0x200882E8	V_CA	R	Volt-squared-samples, VC – VA, fundamental + harmonics	uQ24.40	8	—	—	—	Volt²samp scaled
44	0x200882F0	V_AB_F	R	Volt-squared-samples, VA – VB, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
45	0x200882F8	V_BC_F	R	Volt-squared-samples, VB – VC, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
46	0x20088300	V_CA_F	R	Volt-squared-samples, VC – VA, fundamental only	uQ24.40	8	—	—	—	Volt²samp scaled
47	0x20088308	RESERVED	R	—	—	8	—	—	—	—
48	0x20088310	RESERVED	R	—	—	8	—	—	—	—
49	0x20088318	RESERVED	R	—	—	8	—	—	—	—
50	0x20088320	ACC_T0	R	Total accumulated quantities specified by PC0_TYPE	sQ33.30	8	—	—	—	Wh, VArh, Amp₂h, VAh
51	0x20088328	ACC_T1	R	Total accumulated quantities specified by PC1_TYPE	sQ33.30	8	—	—	—	Wh, VArh, Amp₂h, VAh
52	0x20088330	ACC_T2	R	Total accumulated quantities specified by PC2_TYPE	sQ33.30	8	—	—	—	Wh, VArh, Amp₂h, VAh
53	0x20088338	RESERVED	R	—	—	8	—	—	—	—
54	0x20088340	RESERVED	R	—	—	8	—	—	—	—