phoenix-contact-ev-charge-control-em-cp-pp-eth

Register map(s) for this device, with a note of how far each has been checked. Addresses are 0-based, as on the wire. Scale and byte order are confirmed only at the hardware-verified rung.

structure-verified

Decode path is structurally sound (addresses, widths, finite values). Does NOT prove word order or scaling.

point	address (0-based)	type	scale	unit
EV status	100	U16	1
Proximity charging current	101	U16	1	A
Charging time	102	U32BE	1	s
DIP switch configuration	104	U16	1
Firmware version	105	U32BE	1
Error codes	107	U16	1
Display meter voltage V1	108	U32BE	1
Display meter voltage V2	110	U32BE	1
Display meter voltage V3	112	U32BE	1
Display meter current I1	114	U32BE	1
Display meter current I2	116	U32BE	1
Display meter current I3	118	U32BE	1
Display meter real power	120	U32BE	1
Display meter reactive power	122	U32BE	1
Display meter apparent power	124	U32BE	1
Display meter power factor	126	U32BE	1
Display meter energy	128	U32BE	1
Display meter maximum power	130	U32BE	1
Energy of current charging process	132	U32BE	1
Display meter mains frequency	134	U32BE	1
Display meter maximum current I1	136	U32BE	1
Display meter maximum current I2	138	U32BE	1
Display meter maximum current I3	140	U32BE	1
Status of overcurrent shutdown	142	U16	1
Digital input EN (Enable)	200	U16	1
Digital input XR (External Release)	201	U16	1
Digital input LD (Lock Detection)	202	U16	1
Digital input ML (Manual Lock)	203	U16	1
Digital output CR (Charger Ready)	204	U16	1
Digital output LR (Locking Request)	205	U16	1
Digital output VR (Vehicle Ready)	206	U16	1
Digital output ER (Error)	207	U16	1
Set charging current (PWM signal)	300	U16	1	A
MAC address	301	U16	1
Serial number	304	U16	1
Device name	310	U16	1
IP address	315	U16	1
Subnet mask	319	U16	1
Gateway	323	U16	1
Definition of output CR	327	U16	1
Definition of output LR	328	U16	1
Definition of output VR	329	U16	1
Definition of output ER	330	U16	1
Voltage V1	331	U16	1
Voltage V2	332	U16	1
Voltage V3	333	U16	1
Current I1	334	U16	1
Current I2	335	U16	1
Current I3	336	U16	1
Real power	337	U16	1
Reactive power	338	U16	1
Apparent power	339	U16	1
Power factor	340	U16	1
Energy meter total	341	U16	1
Maximum power (current charging process)	342	U16	1
Energy meter can be reset	343	U16	1
Mains frequency	344	U16	1
Maximum current I1	345	U16	1
Maximum current I2	346	U16	1
Maximum current I3	347	U16	1
Reset register 1	348	U16	1
Reset value 1	349	U16	1
Reset register 2	350	U16	1
Reset value 2	351	U16	1
Voltage V1	352	F32BE	1
Voltage V2	354	F32BE	1
Voltage V3	356	F32BE	1
Current I1	358	F32BE	1
Current I2	360	F32BE	1
Current I3	362	F32BE	1
Real power	364	F32BE	1
Reactive power	366	F32BE	1
Apparent power	368	F32BE	1
Power factor	370	F32BE	1
Energy meter total	372	F32BE	1
Maximum power (current charging process)	374	F32BE	1
Energy meter can be reset	376	F32BE	1
Mains frequency	378	F32BE	1
Maximum current I1	380	F32BE	1
Maximum current I2	382	F32BE	1
Maximum current I3	384	F32BE	1
Baud rate for communication to energy meter	386	U32BE	1
Modbus address of energy meter	388	U16	1
Polling cycle of energy meter	389	U16	1	ms
Activation of the charging contactor	390	U16	1
Name of energy meter	391	U16	1
Enable charging process	400	U16	1
Request digital communication	401	U16	1
Charging station available	402	U16	1
Manual locking	403	U16	1
Switch DHCP on/off	404	U16	1
Output 1	405	U16	1
Output 2	406	U16	1
Output 3	407	U16	1
Output 4	408	U16	1
Activate overcurrent shutdown	409	U16	1
Byte sequence	410	U16	1
"Voltage in status A/B detected" function activated	411	U16	1
"Status D, reject vehicle" function activated	412	U16	1
Reset charging controller	413	U16	1
Voltage in status A/B detected	414	U16	1
Status D, vehicle rejected	415	U16	1
Configuration of input ML	416	U16	1
Voltage V1	500	U16	1
Voltage V2	501	U16	1
Voltage V3	502	U16	1
Current I1	503	U16	1
Current I2	504	U16	1
Current I3	505	U16	1
Real power	506	U16	1
Reactive power	507	U16	1
Apparent power	508	U16	1
Power factor	509	U16	1
Energy meter total	510	U16	1
Maximum power (current charging process)	511	U16	1
Energy meter can be reset	512	U16	1
Mains frequency	513	U16	1
Maximum current I1	514	U16	1
Maximum current I2	515	U16	1
Maximum current I3	516	U16	1
Reset 1	517	U16	1
Reset 2	518	U16	1
Delay before contactor monitoring after ending the charging process	519	U16	1	ms

The trust ladder

Each rung states what it proved and what it did not. Gray until proven; green is earned by hardware only.

generated — A prompt produced it. Unproven — anyone can regenerate this.
structure-verified — Decode path is structurally sound (addresses, widths, finite values). Does NOT prove word order or scaling.
coherence-checked — Round-trips through a real Modbus stack with no overlapping addresses and a word-order-sensitive codec — the map is internally coherent and wire-decodable. Does NOT prove byte-order or scaling match a real device: the emulator is seeded from the map's own types, so a uniformly wrong byte-order still round-trips. Only hardware-verified confirms byte-order/scale on the wire.
hardware-verified (software-key) x1 — Matched a real device with operator-attested readings as ground truth — the only rung that confirms word order + scaling on the wire.

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