User manual

20 MODBUS RTU, ASCII, TCP
English
Parameter
F. code
(Hex)
Sign
INTEGER IEEE
Register
(Hex)
Words M.U.
Register
(Hex)
Words M.U.
TARIFF 2 COUNTER VALUES
-kVAh1-C • Phase 1 exported leading apparent energy 03 / 04 033C 3 0.1 VAh 1328 2 VAh
-kVAh2-C • Phase 2 exported leading apparent energy 03 / 04 033F 3 0.1 VAh 132A 2 VAh
-kVAh3-C • Phase 3 exported leading apparent energy 03 / 04 0342 3 0.1 VAh 132C 2 VAh
-kVAh∑-C • System exported leading apparent energy 03 / 04 0345 3 0.1 VAh 132E 2 VAh
+kvarh1-L • Phase 1 imported lagging reactive energy 03 / 04 0348 3 0.1 varh 1330 2 varh
+kvarh2-L • Phase 2 imported lagging reactive energy 03 / 04 034B 3 0.1 varh 1332 2 varh
+kvarh3-L • Phase 3 imported lagging reactive energy 03 / 04 034E 3 0.1 varh 1334 2 varh
+kvarh∑-L • System imported lagging reactive energy 03 / 04 0351 3 0.1 varh 1336 2 varh
-kvarh1-L • Phase 1 exported lagging reactive energy 03 / 04 0354 3 0.1 varh 1338 2 varh
-kvarh2-L • Phase 2 exported lagging reactive energy 03 / 04 0357 3 0.1 varh 133A 2 varh
-kvarh3-L • Phase 3 exported lagging reactive energy 03 / 04 035A 3 0.1 varh 133C 2 varh
-kvarh∑-L • System exported lagging reactive energy 03 / 04 035D 3 0.1 varh 133E 2 varh
+kvarh1-C • Phase 1 imported leading reactive energy 03 / 04 0360 3 0.1 varh 1340 2 varh
+kvarh2-C • Phase 2 imported leading reactive energy 03 / 04 0363 3 0.1 varh 1342 2 varh
+kvarh3-C • Phase 3 imported leading reactive energy 03 / 04 0366 3 0.1 varh 1344 2 varh
+kvarh∑-C • System imported leading reactive energy 03 / 04 0369 3 0.1 varh 1346 2 varh
-kvarh1-C • Phase 1 exported leading reactive energy 03 / 04 036C 3 0.1 varh 1348 2 varh
-kvarh2-C • Phase 2 exported leading reactive energy 03 / 04 036F 3 0.1 varh 134A 2 varh
-kvarh3-C • Phase 3 exported leading reactive energy 03 / 04 0372 3 0.1 varh 134C 2 varh
-kvarh∑-C • System exported leading reactive energy 03 / 04 0375 3 0.1 varh 134E 2 varh
PARTIAL COUNTER VALUES
+kWh∑ • System imported active energy 03 / 04 0400 3 0.1 Wh 1400 2 Wh
-kWh∑ • System exported active energy 03 / 04 0403 3 0.1 Wh 1402 2 Wh
+kVAh∑-L • System imported lagging apparent energy 03 / 04 0406 3 0.1 VAh 1404 2 VAh
-kVAh∑-L • System exported lagging apparent energy 03 / 04 0409 3 0.1 VAh 1406 2 VAh
+kVAh∑-C • System imported leading apparent energy 03 / 04 040C 3 0.1 VAh 1408 2 VAh
-kVAh∑-C • System exported leading apparent energy 03 / 04 040F 3 0.1 VAh 140A 2 VAh
+kvarh∑-L • System imported lagging reactive energy 03 / 04 0412 3 0.1 varh 140C 2 varh
-kvarh∑-L • System exported lagging reactive energy 03 / 04 0415 3 0.1 varh 140E 2 varh
+kvarh∑-C • System imported leading reactive energy 03 / 04 0418 3 0.1 varh 1410 2 varh
-kvarh∑-C • System exported leading reactive energy 03 / 04 041B 3 0.1 varh 1412 2 varh
BALANCE VALUES
kWh∑ • System active energy 03 / 04 X 041E 3 0.1 Wh 1414 2 Wh
kVAh∑-L • System lagging apparent energy 03 / 04 X 0421 3 0.1 VAh 1416 2 VAh
kVAh∑-C • System leading apparent energy 03 / 04 X 0424 3 0.1 VAh 1418 2 VAh
kvarh∑-L • System lagging reactive energy 03 / 04 X 0427 3 0.1 varh 141A 2 varh
kvarh∑-C • System leading reactive energy 03 / 04 X 042A 3 0.1 varh 141C 2 varh