Name: F&F Electricity energy meter LE-03MW
Brand: F&F
SKU: 4ca903ae-b124-4b74-9909-c17bb03f2189

Der F&F LE-03MW ist ein MID-konformer 3-Phasen-2-Leiter-Stromzähler für Direktmessung bis 80A. Dieses Modbus RTU Template liest Spannungen, Ströme, Wirk-/Blind-/Scheinleistung, Leistungsfaktor, Frequenz sowie bidirektionale Energie über 4 Tarifzonen.

66 lesen / 0 schreiben

Name	Adresse	Funktion	Typ	Einheit	Zugriff
Consumed active energy	264	FC03	float32	kWh	R
Exported active energy	272	FC03	float32	kWh	R
Total reactive energy	280	FC03	float32	kWh	R
Consumed reactive energy	288	FC03	float32	kWh	R
L2 phase - consumed active energy	268	FC03	float32	kWh	R
L2 phase - exported active energy	276	FC03	float32	kWh	R
L2 phase - reactive energy	284	FC03	float32	kWh	R
Active Energy Σ T2	4147	FC03	float32	kWh	R
L1 phase - consumed active energy	4161	FC03	float32	kWh	R
L1 phase - exported active energy	274	FC03	float32	kWh	R
L1 phase - reactive energy	282	FC03	float32	kWh	R
L1 phase - consumed reactive energy	290	FC03	float32	kWh	R
L3 phase - consumed active energy	270	FC03	float32	kWh	R
L3 phase - exported active energy	278	FC03	float32	kWh	R
L3 phase - reactive energy	286	FC03	float32	kWh	R
Active Energy Σ T2, exp	4189	FC03	float32	kWh	R
Total Active Energy Σ (T1_T2), imp	304	FC03	float32	kWh	R
Total Active Energy Σ (T1_T2), exp	4335	FC03	float32	kWh	R
L1 Phase - active power	30	FC03	float32	kW	R
L2 Phase - active power	32	FC03	float32	kW	R
L3 Phase - active power	34	FC03	float32	kW	R
Active Power Σ	28	FC03	float32	kW	R
Reactive Energy 1st phase T1, imp	4193	FC03	float32	kvarh	R
Reactive Energy 2nd phase T1, imp	4197	FC03	float32	kvarh	R
Reactive Energy 3rd phase T1, imp	4201	FC03	float32	kvarh	R
Reactive Energy Σ T1, imp	4205	FC03	float32	kvarh	R
Reactive Energy 1st phase T2, imp	4209	FC03	float32	kvarh	R
Reactive Energy 2nd phase T2, imp	4213	FC03	float32	kvarh	R
Reactive Energy 3rd phase T2, imp	4217	FC03	float32	kvarh	R
Reactive Energy Σ T2, imp	4221	FC03	float32	kvarh	R
Reactive Energy 1st phase T1, exp	4225	FC03	float32	kvarh	R
Reactive Energy 2nd phase T1, exp	4229	FC03	float32	kvarh	R
Reactive Energy 3rd phase T1, exp	4233	FC03	float32	kvarh	R
Reactive Energy Σ T1, exp	4237	FC03	float32	kvarh	R
Reactive Energy 1st phase T2, exp	4241	FC03	float32	kvarh	R
Reactive Energy 2nd phase T2, exp	4245	FC03	float32	kvarh	R
Reactive Energy 3rd phase T2, exp	4249	FC03	float32	kvarh	R
Reactive Energy Σ T2, exp	4253	FC03	float32	kvarh	R
Reactive Energy Σ T1, capacitive	4305	FC03	uint16	kvarh	R
Reactive Energy Σ T2, capacitive	4309	FC03	uint16	kvarh	R
Reactive Energy Σ T1, inductive	4313	FC03	uint16	kvarh	R
Reactive Energy Σ T2, inductive	4317	FC03	uint16	kvarh	R
L1 phase - reactive power	38	FC03	uint16	kvar	R
L2 Phase - reactive power	40	FC03	uint16	kvar	R
L3 phase - reactive power	42	FC03	uint16	kvar	R
Total reactive power	36	FC03	float32	kvar	R
Apparent Energy Σ T1	4321	FC03	float32	kVAh	R
Apparent Energy Σ T2	4325	FC03	float32	kVAh	R
L2 Phase - apparent power	48	FC03	float32	kVA	R
L3 Phase - apparent power	50	FC03	float32	kVA	R
Total apparent power	44	FC03	float32	kVA	R
L1 Phase Voltage	14	FC03	float32	V	R
L2 Phase Voltage	16	FC03	float32	V	R
L3 Phase Voltage	18	FC03	float32	V	R
L1 Phase Current	22	FC03	float32	A	R
L2 Phase Current	24	FC03	float32	A	R
L3 Phase Current	26	FC03	float32	A	R
L1 phase - power factor	54	FC03	float32		R
L2 phase - power factor	56	FC03	float32		R
L3 phase - power factor	58	FC03	float32		R
Total power factor	52	FC03	float32		R
Frequency	20	FC03	float32	Hz	R
Total Active Energy	256	FC03	float32		R
L1 phase - total active energy	258	FC03	float32		R
L2 phase - total active energy	260	FC03	float32		R
L3 phase - total active energy	262	FC03	float32		R