Siemens PAC4200 Modbus register haritası

Diğer adları: SENTRON PAC4200 · 7KM4212-0BA00-3AA0 · 7KM4211-1BA00-3AA0

Siemens PAC4200 için 222 Modbus register: hatta gönderilen adres, 30001 biçimindeki referans, veri tipi, byte sırası, birim ve ölçek. Kaynak: SENTRON PAC4200 Power Monitoring Device System Manual (05/2019).

SENTRON PAC4200 power monitoring device; measurements are 32-bit floats, energy counters 64-bit floats.

Cihaz tipi: Enerji analizörü
Register sayısı: 222
Arayüzler: Modbus TCP, Modbus RTU
Byte sırası (çok register’lı değerler): ABCD

Cihazda doğrulama

Henüz cihazda doğrulanmadı. Harita üretici dokümanından aktarıldı ve bir betikle dokümana karşı kontrol edildi; ilk okumaları cihazın ekranıyla karşılaştırın.

Kendi cihazınızda doğrulayın Seviyeler ne anlama geliyor

Bağlantı notları

Addresses are the manual's offsets, sent unchanged (the convention mbmd's working PAC2200 driver uses).
Function code 3 or 4 reads the same registers; reading from the middle of a multi-register value is refused.
Modbus TCP is built in; Modbus RTU needs the PAC RS485 expansion module.
Measured variables with a time stamp, minimum/maximum logs and the configuration settings are not in this map yet.

Register’lar

Üretici dokümanındaki gruplara göre. Register adları kaynak dokümandaki gibi İngilizcedir.

Ölçümler 188 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Voltage L1-N`voltage_l1_n`	40002	0x0001	float32	ABCD	V
Voltage L2-N`voltage_l2_n`	40004	0x0003	float32	ABCD	V
Voltage L3-N`voltage_l3_n`	40006	0x0005	float32	ABCD	V
Voltage L1-L2`voltage_l1_l2`	40008	0x0007	float32	ABCD	V
Voltage L2-L3`voltage_l2_l3`	40010	0x0009	float32	ABCD	V
Voltage L3-L1`voltage_l3_l1`	40012	0x000B	float32	ABCD	V
Current L1`current_l1`	40014	0x000D	float32	ABCD	A
Current L2`current_l2`	40016	0x000F	float32	ABCD	A
Current L3`current_l3`	40018	0x0011	float32	ABCD	A
Apparent power L1`apparent_power_l1`	40020	0x0013	float32	ABCD	VA
Apparent power L2`apparent_power_l2`	40022	0x0015	float32	ABCD	VA
Apparent power L3`apparent_power_l3`	40024	0x0017	float32	ABCD	VA
Active power L1`active_power_l1`	40026	0x0019	float32	ABCD	W
Active power L2`active_power_l2`	40028	0x001B	float32	ABCD	W
Active power L3`active_power_l3`	40030	0x001D	float32	ABCD	W
Reactive Power L1 (Qn)`reactive_power_l1_qn`	40032	0x001F	float32	ABCD	VAR
Reactive power L2 (Qn)`reactive_power_l2_qn`	40034	0x0021	float32	ABCD	VAR
Reactive power L3 (Qn)`reactive_power_l3_qn`	40036	0x0023	float32	ABCD	VAR
Power factor L1`power_factor_l1`	40038	0x0025	float32	ABCD
Power factor L2`power_factor_l2`	40040	0x0027	float32	ABCD
Power factor L3`power_factor_l3`	40042	0x0029	float32	ABCD
THD voltage L1-L2`thd_voltage_l1_l2`	40044	0x002B	float32	ABCD	%
THD voltage L2-L3`thd_voltage_l2_l3`	40046	0x002D	float32	ABCD	%
THD voltage L3-L1`thd_voltage_l3_l1`	40048	0x002F	float32	ABCD	%
Line Frequency`line_frequency`	40056	0x0037	float32	ABCD	Hz
3-phase average voltage L-N`three_phase_average_voltage_l_n`	40058	0x0039	float32	ABCD	V
3-phase average voltage L-L`three_phase_average_voltage_l_l`	40060	0x003B	float32	ABCD	V
3-Phase Average Current L-L`three_phase_average_current_l_l`	40062	0x003D	float32	ABCD	A
Total Apparent Power`total_apparent_power`	40064	0x003F	float32	ABCD	VA
Total Active Power`total_active_power`	40066	0x0041	float32	ABCD	W
Total Reactive Power (Qn)`total_reactive_power_qn`	40068	0x0043	float32	ABCD	VAR
Total Power Factor`total_power_factor`	40070	0x0045	float32	ABCD
Amplitude Unbalance Voltage`amplitude_unbalance_voltage`	40072	0x0047	float32	ABCD	%
Amplitude Unbalance Current`amplitude_unbalance_current`	40074	0x0049	float32	ABCD	%
Maximum voltage L1-N`maximum_voltage_l1_n`	40076	0x004B	float32	ABCD	V
Maximum voltage L2-N`maximum_voltage_l2_n`	40078	0x004D	float32	ABCD	V
Maximum voltage L3-N`maximum_voltage_l3_n`	40080	0x004F	float32	ABCD	V
Maximum voltage L1-L2`maximum_voltage_l1_l2`	40082	0x0051	float32	ABCD	V
Maximum voltage L2-L3`maximum_voltage_l2_l3`	40084	0x0053	float32	ABCD	V
Maximum voltage L3-L1`maximum_voltage_l3_l1`	40086	0x0055	float32	ABCD	V
Maximum Current L1`maximum_current_l1`	40088	0x0057	float32	ABCD	A
Maximum Current L2`maximum_current_l2`	40090	0x0059	float32	ABCD	A
Maximum Current L3`maximum_current_l3`	40092	0x005B	float32	ABCD	A
Maximum Apparent Power L1`maximum_apparent_power_l1`	40094	0x005D	float32	ABCD	VA
Maximum Apparent Power L2`maximum_apparent_power_l2`	40096	0x005F	float32	ABCD	VA
Maximum Apparent Power L3`maximum_apparent_power_l3`	40098	0x0061	float32	ABCD	VA
Maximum Active Power L1`maximum_active_power_l1`	40100	0x0063	float32	ABCD	W
Maximum Active Power L2`maximum_active_power_l2`	40102	0x0065	float32	ABCD	W
Maximum Active Power L3`maximum_active_power_l3`	40104	0x0067	float32	ABCD	W
Maximum Reactive Power L1 (Qn)`maximum_reactive_power_l1_qn`	40106	0x0069	float32	ABCD	VAR
Maximum Reactive Power L2 (Qn)`maximum_reactive_power_l2_qn`	40108	0x006B	float32	ABCD	VAR
Maximum Reactive Power L3 (Qn)`maximum_reactive_power_l3_qn`	40110	0x006D	float32	ABCD	VAR
Maximum Power Factor L1`maximum_power_factor_l1`	40112	0x006F	float32	ABCD
Maximum Power Factor L2`maximum_power_factor_l2`	40114	0x0071	float32	ABCD
Maximum Power Factor L3`maximum_power_factor_l3`	40116	0x0073	float32	ABCD
Maximum THD Voltage L1-L2`maximum_thd_voltage_l1_l2`	40118	0x0075	float32	ABCD	%
Maximum THD Voltage L2-L3`maximum_thd_voltage_l2_l3`	40120	0x0077	float32	ABCD	%
Maximum THD Voltage L3-L1`maximum_thd_voltage_l3_l1`	40122	0x0079	float32	ABCD	%
Maximum Line Frequency`maximum_line_frequency`	40130	0x0081	float32	ABCD	Hz
Maximum 3-Phase Average Voltage L-N`maximum_three_phase_average_voltage_l_n`	40132	0x0083	float32	ABCD	V
Maximum 3-Phase Average Voltage L-L`maximum_three_phase_average_voltage_l_l`	40134	0x0085	float32	ABCD	V
Maximum 3-Phase Average Voltage L-L`maximum_three_phase_average_voltage_l_l_135`	40136	0x0087	float32	ABCD	A
Maximum Total Apparent Power`maximum_total_apparent_power`	40138	0x0089	float32	ABCD	VA
Maximum Total Active Power`maximum_total_active_power`	40140	0x008B	float32	ABCD	W
Maximum Total Reactive Power (Qn)`maximum_total_reactive_power_qn`	40142	0x008D	float32	ABCD	VAR
Maximum Total Power Factor`maximum_total_power_factor`	40144	0x008F	float32	ABCD
Minimum voltage L1-N`minimum_voltage_l1_n`	40146	0x0091	float32	ABCD	V
Minimum voltage L2 -N`minimum_voltage_l2_n`	40148	0x0093	float32	ABCD	V
Minimum Voltage L3-N`minimum_voltage_l3_n`	40150	0x0095	float32	ABCD	V
Minimum voltage L1-L2`minimum_voltage_l1_l2`	40152	0x0097	float32	ABCD	V
Minimum Voltage L2-L3`minimum_voltage_l2_l3`	40154	0x0099	float32	ABCD	V
Minimum Voltage L3-L1`minimum_voltage_l3_l1`	40156	0x009B	float32	ABCD	V
Minimum Current L1`minimum_current_l1`	40158	0x009D	float32	ABCD	A
Minimum Current L2`minimum_current_l2`	40160	0x009F	float32	ABCD	A
Minimum Current L3`minimum_current_l3`	40162	0x00A1	float32	ABCD	A
Minimum Apparent Power L1`minimum_apparent_power_l1`	40164	0x00A3	float32	ABCD	VA
Minimum Apparent Power L2`minimum_apparent_power_l2`	40166	0x00A5	float32	ABCD	VA
Minimum Apparent Power L3`minimum_apparent_power_l3`	40168	0x00A7	float32	ABCD	VA
Minimum Active Power L1`minimum_active_power_l1`	40170	0x00A9	float32	ABCD	W
Minimum Active Power L2`minimum_active_power_l2`	40172	0x00AB	float32	ABCD	W
Minimum Active Power L3`minimum_active_power_l3`	40174	0x00AD	float32	ABCD	W
Minimum Reactive Power L1 (Qn)`minimum_reactive_power_l1_qn`	40176	0x00AF	float32	ABCD	VAR
Minimum Reactive Power L2 (Qn)`minimum_reactive_power_l2_qn`	40178	0x00B1	float32	ABCD	VAR
Minimum Reactive Power L3 (Qn)`minimum_reactive_power_l3_qn`	40180	0x00B3	float32	ABCD	VAR
Minimum Power Factor L1`minimum_power_factor_l1`	40182	0x00B5	float32	ABCD
Minimum Power Factor L2`minimum_power_factor_l2`	40184	0x00B7	float32	ABCD
Minimum Power Factor L3`minimum_power_factor_l3`	40186	0x00B9	float32	ABCD
Minimum Line Frequency`minimum_line_frequency`	40188	0x00BB	float32	ABCD	Hz
Minimum 3-Phase Average Voltage L-N`minimum_three_phase_average_voltage_l_n`	40190	0x00BD	float32	ABCD	V
Minimum 3-Phase Average Voltage L-L`minimum_three_phase_average_voltage_l_l`	40192	0x00BF	float32	ABCD	V
Minimum 3-Phase Average Current L-L`minimum_three_phase_average_current_l_l`	40194	0x00C1	float32	ABCD	A
Minimum Total Apparent Power`minimum_total_apparent_power`	40196	0x00C3	float32	ABCD	VA
Minimum Total Active Power`minimum_total_active_power`	40198	0x00C5	float32	ABCD	W
Minimum Total Reactive Power (VARn)`minimum_total_reactive_power_varn`	40200	0x00C7	float32	ABCD	var
Minimum Total Power Factor`minimum_total_power_factor`	40202	0x00C9	float32	ABCD	VAR
Limit Violations*`limit_violations`	40204	0x00CB	uint32	ABCD
PMD Diagnostics and Status*`pmd_diagnostics_and_status`	40206	0x00CD	uint32	ABCD
Digital Outputs* Status`digital_outputs_status`	40208	0x00CF	uint32	ABCD
Digital Inputs* Status`digital_inputs_status`	40210	0x00D1	uint32	ABCD
Active Tariff`active_tariff`	40212	0x00D3	uint32	ABCD
Operating hours counter2`operating_hours_counter2`	40214	0x00D5	uint32	ABCD	s
Universal counter2`universal_counter2`	40216	0x00D7	uint32	ABCD
Relevant Parameter Changes Counter`relevant_parameter_changes_counter`	40218	0x00D9	uint32	ABCD
Counter All Parameter Changes`counter_all_parameter_changes`	40220	0x00DB	uint32	ABCD
Counter Limit Violations`counter_limit_violations`	40222	0x00DD	uint32	ABCD
Event Counter`event_counter`	40224	0x00DF	uint32	ABCD
Alarm Counter`alarm_counter`	40226	0x00E1	uint32	ABCD
Load Profile Counter`load_profile_counter`	40228	0x00E3	uint32	ABCD
Misc. Counter`misc_counter`	40230	0x00E5	uint32	ABCD
Status Digital Outputs Module 11)`status_digital_outputs_module_11`	40232	0x00E7	uint32	ABCD
Status Digital Inputs Module 11)`status_digital_inputs_module_11`	40234	0x00E9	uint32	ABCD
Status Digital Outputs Module 21)`status_digital_outputs_module_21`	40236	0x00EB	uint32	ABCD
Status Digital Inputs Module 21)`status_digital_inputs_module_21`	40238	0x00ED	uint32	ABCD
Cos φ L1`cos_l1`	40244	0x00F3	float32	ABCD
Cos φ L2`cos_l2`	40246	0x00F5	float32	ABCD
Cos φ L3`cos_l3`	40248	0x00F7	float32	ABCD
Displacement Angle L1`displacement_angle_l1`	40250	0x00F9	float32	ABCD	°
Displacement Angle L2`displacement_angle_l2`	40252	0x00FB	float32	ABCD	°
Displacement Angle L3`displacement_angle_l3`	40254	0x00FD	float32	ABCD	°
Phase Angle L1-L1`phase_angle_l1_l1`	40256	0x00FF	float32	ABCD	°
Phase Angle L1-L2`phase_angle_l1_l2`	40258	0x0101	float32	ABCD	°
Phase Angle L1-L3`phase_angle_l1_l3`	40260	0x0103	float32	ABCD	°
THD voltage L1`thd_voltage_l1`	40262	0x0105	float32	ABCD	%
THD voltage L2`thd_voltage_l2`	40264	0x0107	float32	ABCD	%
THD voltage L3`thd_voltage_l3`	40266	0x0109	float32	ABCD	%
THD current L1`thd_current_l1`	40268	0x010B	float32	ABCD	%
THD current L2`thd_current_l2`	40270	0x010D	float32	ABCD	%
THD current L3`thd_current_l3`	40272	0x010F	float32	ABCD	%
Distortion current L1`distortion_current_l1`	40274	0x0111	float32	ABCD	A
Distortion current L2`distortion_current_l2`	40276	0x0113	float32	ABCD	A
Distortion current L3`distortion_current_l3`	40278	0x0115	float32	ABCD	A
Total Reactive Power L1 (Qtot)`total_reactive_power_l1_qtot`	40280	0x0117	float32	ABCD	VAR
Total Reactive Power L2 (Qtot)`total_reactive_power_l2_qtot`	40282	0x0119	float32	ABCD	VAR
Total Reactive Power L3 (Qtot)`total_reactive_power_l3_qtot`	40284	0x011B	float32	ABCD	VAR
Reactive power L1 (Q1)`reactive_power_l1_q1`	40286	0x011D	float32	ABCD	VAR
Reactive power L1 (Q1)`reactive_power_l1_q1_287`	40288	0x011F	float32	ABCD	VAR
Reactive power L1 (Q1)`reactive_power_l1_q1_289`	40290	0x0121	float32	ABCD	VAR
Unbalance Voltage`unbalance_voltage`	40292	0x0123	float32	ABCD	%
Unbalance Current`unbalance_current`	40294	0x0125	float32	ABCD	%
Neutral Current`neutral_current`	40296	0x0127	float32	ABCD	A
Total Reactive Power (Qtot)`total_reactive_power_qtot`	40298	0x0129	float32	ABCD	VAR
Total Reactive Power (VAR1)`total_reactive_power_var1`	40300	0x012B	float32	ABCD	VAR
Sliding Window Demand Voltage L1-N`sliding_window_demand_voltage_l1_n`	40302	0x012D	float32	ABCD	V
Sliding Window Demand Voltage L2-N`sliding_window_demand_voltage_l2_n`	40304	0x012F	float32	ABCD	V
Sliding Window Demand Voltage L3-N`sliding_window_demand_voltage_l3_n`	40306	0x0131	float32	ABCD	V
Sliding Window Demand Voltage L1-L2`sliding_window_demand_voltage_l1_l2`	40308	0x0133	float32	ABCD	V
Sliding Window Demand Voltage L2-L3`sliding_window_demand_voltage_l2_l3`	40310	0x0135	float32	ABCD	V
Sliding Window Demand Voltage L3-L1`sliding_window_demand_voltage_l3_l1`	40312	0x0137	float32	ABCD	V
Sliding Window Demand Current L1`sliding_window_demand_current_l1`	40314	0x0139	float32	ABCD	A
Sliding Window Demand Current L2`sliding_window_demand_current_l2`	40316	0x013B	float32	ABCD	A
Sliding Window Demand Current L3`sliding_window_demand_current_l3`	40318	0x013D	float32	ABCD	A
Sliding Window Demand Apparent Power L1`sliding_window_demand_apparent_power_l1`	40320	0x013F	float32	ABCD	VA
Sliding Window Demand Apparent Power L2`sliding_window_demand_apparent_power_l2`	40322	0x0141	float32	ABCD	VA
Sliding Window Demand Apparent Power L3`sliding_window_demand_apparent_power_l3`	40324	0x0143	float32	ABCD	VA
Sliding Window Demand Active Power L1`sliding_window_demand_active_power_l1`	40326	0x0145	float32	ABCD	W
Sliding Window Demand Active Power L2`sliding_window_demand_active_power_l2`	40328	0x0147	float32	ABCD	W
Sliding Window Demand Active Power L3`sliding_window_demand_active_power_l3`	40330	0x0149	float32	ABCD	W
Sliding Window Demand Reactive Power L1 (Qn)`sliding_window_demand_reactive_power_l1_qn`	40332	0x014B	float32	ABCD	VAR
Sliding Window Demand Reactive Power L2 (Qn)`sliding_window_demand_reactive_power_l2_qn`	40334	0x014D	float32	ABCD	VAR
Sliding Window Demand Reactive Power L3 (Qn)`sliding_window_demand_reactive_power_l3_qn`	40336	0x014F	float32	ABCD	VAR
Sliding Window Demand Total Reactive Power L1 (Qtot)`sliding_window_demand_total_reactive_power_l1_qtot`	40338	0x0151	float32	ABCD	VAR
Sliding Window Demand Total Reactive Power L2 (Qtot)`sliding_window_demand_total_reactive_power_l2_qtot`	40340	0x0153	float32	ABCD	VAR
Sliding Window Demand Total Reactive Power L3 (Qtot)`sliding_window_demand_total_reactive_power_l3_qtot`	40342	0x0155	float32	ABCD	VAR
Sliding Window Demand Reactive Power L1 (Q1)`sliding_window_demand_reactive_power_l1_q1`	40344	0x0157	float32	ABCD	VAR
Sliding Window Demand Reactive Power L2 (Q1)`sliding_window_demand_reactive_power_l2_q1`	40346	0x0159	float32	ABCD	VAR
Sliding Window Demand Reactive Power L3 (Q1)`sliding_window_demand_reactive_power_l3_q1`	40348	0x015B	float32	ABCD	VAR
Sliding Window Demand Power Factor L1`sliding_window_demand_power_factor_l1`	40350	0x015D	float32	ABCD
Sliding Window Demand Power Factor L2`sliding_window_demand_power_factor_l2`	40352	0x015F	float32	ABCD
Sliding Window Demand Power Factor L3`sliding_window_demand_power_factor_l3`	40354	0x0161	float32	ABCD
Sliding Window Demand Total Apparent Power`sliding_window_demand_total_apparent_power`	40356	0x0163	float32	ABCD	VA
Sliding Window Demand Total Active Power`sliding_window_demand_total_active_power`	40358	0x0165	float32	ABCD	W
Sliding Window Demand Total Reactive Power (Qn)`sliding_window_demand_total_reactive_power_qn`	40360	0x0167	float32	ABCD	VAR
Sliding Window Demand Total Reactive Power (Qtot)`sliding_window_demand_total_reactive_power_qtot`	40362	0x0169	float32	ABCD	VAR
Sliding Window Demand Total Reactive Power (Q1)`sliding_window_demand_total_reactive_power_q1`	40364	0x016B	float32	ABCD	VAR
Sliding Window Demand Total Power Factor`sliding_window_demand_total_power_factor`	40366	0x016D	float32	ABCD
Sliding Window Demand Neutral Current`sliding_window_demand_neutral_current`	40368	0x016F	float32	ABCD	A
Process operating hours counter2)`process_operating_hours_counter2`	40370	0x0171	uint32	ABCD	s
Universal counter 22)`universal_counter_22`	40372	0x0173	uint32	ABCD
Pulse counter 02)`pulse_counter_02`	40374	0x0175	uint32	ABCD
Pulse counter 022)`pulse_counter_022`	40376	0x0177	uint32	ABCD
Pulse counter 032)`pulse_counter_032`	40378	0x0179	uint32	ABCD
Pulse counter 042)`pulse_counter_042`	40380	0x017B	uint32	ABCD
Pulse counter 052)`pulse_counter_052`	40382	0x017D	uint32	ABCD
Pulse counter 062)`pulse_counter_062`	40384	0x017F	uint32	ABCD
Pulse counter 072)`pulse_counter_072`	40386	0x0181	uint32	ABCD
Pulse counter 082)`pulse_counter_082`	40388	0x0183	uint32	ABCD
Pulse counter 092)`pulse_counter_092`	40390	0x0185	uint32	ABCD
Pulse counter 102)`pulse_counter_102`	40392	0x0187	uint32	ABCD

Enerji 34 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Date/time`date_time_797`	40798	0x031D	raw
Active Energy Import Tariff 1`active_energy_import_tariff_1`	40802	0x0321	float64	ABCD	Wh
Active Energy Import Tariff 2`active_energy_import_tariff_2`	40806	0x0325	float64	ABCD	Wh
Active Energy Export Tariff 1`active_energy_export_tariff_1`	40810	0x0329	float64	ABCD	Wh
Active Energy Export Tariff 2`active_energy_export_tariff_2`	40814	0x032D	float64	ABCD	Wh
Reactive Energy Import Tariff 1`reactive_energy_import_tariff_1`	40818	0x0331	float64	ABCD	VARh
Reactive Energy Import Tariff 2`reactive_energy_import_tariff_2`	40822	0x0335	float64	ABCD	VARh
Reactive Energy Export Tariff 1`reactive_energy_export_tariff_1`	40826	0x0339	float64	ABCD	VARh
Reactive Energy Export Tariff 2`reactive_energy_export_tariff_2`	40830	0x033D	float64	ABCD	VARh
Apparent Energy Tariff 1`apparent_energy_tariff_1`	40834	0x0341	float64	ABCD	VAh
Apparent Energy Tariff 2`apparent_energy_tariff_2`	40838	0x0345	float64	ABCD	VAh
Process active energy`process_active_energy`	40842	0x0349	float64	ABCD	Wh
Process reactive energy`process_reactive_energy`	40846	0x034D	float64	ABCD	VARh
Process apparent energy`process_apparent_energy`	40850	0x0351	float64	ABCD	VAh
Process active energy – previous measurement`process_active_energy_previous_measurement`	40854	0x0355	float64	ABCD	Wh
Process reactive energy – previous measurement`process_reactive_energy_previous_measurement`	40858	0x0359	float64	ABCD	VARh
Process apparent energy – previous measurement`process_apparent_energy_previous_measurement`	40862	0x035D	float64	ABCD	VAh
Date/time`date_time`	42800	0x0AEF	uint32	ABCD
Active Energy Import Tariff 1`active_energy_import_tariff_1_2801`	42802	0x0AF1	float32	ABCD	Wh
Active Energy Import Tariff 2`active_energy_import_tariff_2_2803`	42804	0x0AF3	float32	ABCD	Wh
Active Energy Export Tariff 1`active_energy_export_tariff_1_2805`	42806	0x0AF5	float32	ABCD	Wh
Active Energy Export Tariff 2`active_energy_export_tariff_2_2807`	42808	0x0AF7	float32	ABCD	Wh
Reactive Energy Import Tariff 1`reactive_energy_import_tariff_1_2809`	42810	0x0AF9	float32	ABCD	VARh
Reactive Energy Import Tariff 2`reactive_energy_import_tariff_2_2811`	42812	0x0AFB	float32	ABCD	VARh
Reactive Energy Export Tariff 1`reactive_energy_export_tariff_1_2813`	42814	0x0AFD	float32	ABCD	VARh
Reactive Energy Export Tariff 2`reactive_energy_export_tariff_2_2815`	42816	0x0AFF	float32	ABCD	VARh
Apparent Energy Tariff 1`apparent_energy_tariff_1_2817`	42818	0x0B01	float32	ABCD	VAh
Apparent Energy Tariff 2`apparent_energy_tariff_2_2819`	42820	0x0B03	float32	ABCD	VAh
Process active energy`process_active_energy_2821`	42822	0x0B05	float32	ABCD	Wh
Process reactive energy`process_reactive_energy_2823`	42824	0x0B07	float32	ABCD	VARh
Process apparent energy`process_apparent_energy_2825`	42826	0x0B09	float32	ABCD	VAh
Process active energy – previous measurement`process_active_energy_previous_measurement_2827`	42828	0x0B0B	float32	ABCD	Wh
Process reactive energy – previous measurement`process_reactive_energy_previous_measurement_2829`	42830	0x0B0D	float32	ABCD	VARh
Process apparent energy – previous measurement`process_apparent_energy_previous_measurement_2831`	42832	0x0B0F	float32	ABCD	VAh

Kaynak dokümanlar

SENTRON PAC4200 Power Monitoring Device System Manual , Siemens, A5E02316180B-05, 05/2019 (erişim 2026-10-31) Appendix A, tables A-1, A-2 (measured variables) and A-12 to A-16 (tariff-specific energy).

Bu haritayı GitHub’da inceleyin (YAML)

Adıyla okuyun

PAC4200 cihazını yapay zekâ asistanıyla okuyun

Proxus Industrial MCP Server bu haritayı içerir. Haritayı cihaza tanımlayın; Claude, Cursor ya da VS Code register’ları anahtarıyla, doğru veri tipi, byte sırası, ölçek ve birimle okur. Yalnızca okur.

MCP sunucusunu edinin

proxus-mcp.json

{
  "devices": {
    "pac4200-1": {
      "protocol": "modbus-tcp",
      "host": "192.168.10.40",
      "unit_id": 1,
      "map": "siemens/pac4200"
    }
  }
}

Asistanınıza sorun

pac4200-1 cihazından voltage_l1_n, voltage_l2_n, voltage_l3_n değerlerini oku.

Yaptığı araç çağrısı

read_named(device: "pac4200-1", keys: ["voltage_l1_n", "voltage_l2_n", "voltage_l3_n"])

Bu cihaz sizde mi? Haritayı doğrulayın.

Asistanınızdan verify_device_map çalıştırmasını isteyin. Her register’ı yalnızca okuyarak bir kez okur, değerlerin makul olup olmadığını kontrol eder ve iki değeri ekranla karşılaştırmanızı ister. Bir rapor ve doldurulmuş bir GitHub kaydı hazırlar, siz gönderirsiniz; adınız bu haritanın doğrulayanlar listesine eklenir.

Doğrulama nasıl çalışır

Çok sayıda cihazdan mı veri topluyorsunuz?

Proxus, Modbus TCP ve RTU cihazlarını makinelerin yanında okur, geçmiş veriyi saklar ve değerleri panolara, veritabanlarına ve yapay zekâya aktarır.

Proxus’ta Modbus Endüstriyel bağlantı

Veri: Modbus Register Maps by Proxus contributors, CC BY 4.0.