Name: Shelly Pro 3EM
Brand: Shelly
SKU: b098eddb-6a0f-4b09-bb4f-9c73cc2146a0

Modbus TCP template voor de Shelly Pro 3EM driefasige energiemeter. Het leest spanning, stroom, actief vermogen, schijnbaar vermogen, vermogensfactor en gecumuleerde energie op alle drie de fasen en nul. Er zijn geen schrijfbare besturingsregisters opgenomen.

Registers (61)

61 lezen / 0 schrijven

Naam	Adres	Functie	Type	Eenheid	Toegang
Phase A meter error	1002	FC04	uint16		R
Phase B meter error	1003	FC04	uint16		R
Phase C meter error	1004	FC04	uint16		R
Neutral meter error	1005	FC04	uint16		R
Phase sequence error	1006	FC04	uint16		R
Neutral current	1007	FC04	float32	A	R
Neutral current mismatch	1009	FC04	uint16		R
Neutral overcurrent error	1010	FC04	uint16		R
Total current	1011	FC04	float32	A	R
Total active power	1013	FC04	float32	kW	R
Total apparent power	1015	FC04	float32	VA	R
Phase A voltage	1020	FC04	float32	V	R
Phase A current	1022	FC04	float32	A	R
Phase A active power	1024	FC04	float32	kW	R
Phase A apparent power	1026	FC04	float32	VA	R
Phase A power factor	1028	FC04	float32		R
Phase A overpower error	1030	FC04	uint16		R
Phase A overvoltage error	1031	FC04	uint16		R
Phase A overcurrent error	1032	FC04	uint16		R
Phase B voltage	1040	FC04	float32	V	R
Phase B current	1042	FC04	float32	A	R
Phase B active power	1044	FC04	float32	kW	R
Phase B apparent power	1046	FC04	float32	VA	R
Phase B power factor	1048	FC04	float32		R
Phase B overpower error	1050	FC04	uint16		R
Phase B overvoltage error	1051	FC04	uint16		R
Phase B overcurrent error	1052	FC04	uint16		R
Phase C voltage	1060	FC04	float32	V	R
Phase C current	1062	FC04	float32	A	R
Phase C active power	1064	FC04	float32	kW	R
Phase C apparent power	1066	FC04	float32	VA	R
Phase C power factor	1068	FC04	float32		R
Phase C overpower error	1070	FC04	uint16		R
Phase C overvoltage error	1071	FC04	uint16		R
Phase C overcurrent error	1072	FC04	uint16		R
Total active energy accumulated for all phases - perpetual count	1162	FC04	float32	kWh	R
Total active returned energy accumulated for all phases - perpetual count	1164	FC04	float32	kWh	R
Phase A total active energy	1170	FC04	float32	kWh	R
Phase A fundamental active energy	1172	FC04	float32	kWh	R
Phase A total active returned energy	1174	FC04	float32	kWh	R
Phase A fundamental active returned energy	1176	FC04	float32	kWh	R
Phase A lagging reactive energy	1178	FC04	float32	VARh	R
Phase A leading reactive energy	1180	FC04	float32	VARh	R
Phase A total active energy - perpetual count	1182	FC04	float32	kWh	R
Phase A total active returned energy - perpetual count	1184	FC04	float32	kWh	R
Phase B total active energy	1190	FC04	float32	kWh	R
Phase B fundamental active energy	1192	FC04	float32	kWh	R
Phase B total active returned energy	1194	FC04	float32	kWh	R
Phase B fundamental active returned energy	1196	FC04	float32	kWh	R
Phase B lagging reactive energy	1198	FC04	float32	VARh	R
Phase B leading reactive energy	1200	FC04	float32	VARh	R
Phase B total active energy - perpetual count	1202	FC04	float32	kWh	R
Phase B total active returned energy - perpetual count	1204	FC04	float32	kWh	R
Phase C total active energy	1210	FC04	float32	kWh	R
Phase C fundamental active energy	1212	FC04	float32	kWh	R
Phase C total active returned energy	1214	FC04	float32	kWh	R
Phase C fundamental active returned energy	1216	FC04	float32	kWh	R
Phase C lagging reactive energy	1218	FC04	float32	VARh	R
Phase C leading reactive energy	1220	FC04	float32	VARh	R
Phase C total active energy - perpetual count	1222	FC04	float32	kWh	R
Phase C total active returned energy - perpetual count	1224	FC04	float32	kWh	R