Schneider Electric ION7400 Modbus register haritası

Diğer adları: PowerLogic ION7400

Schneider Electric ION7400 için 807 Modbus register: hatta gönderilen adres, 30001 biçimindeki referans, veri tipi, byte sırası, birim ve ölçek. Kaynak: ION7400_Modbus_Map (001.002.14).

PowerLogic ION7400 power quality meter; measurements are 32-bit floats, energies also as 64-bit integers.

Yapay zekâ asistanı · MCP Ürün arayüzü · örnek veri

Harita: schneider-electric/ion7400Yalnızca okuma

MCP · read_named okunuyor… ✓ 4 değer · 38 ms

read_named(device: "ion7400-1", keys: ["voltage_a_b", "current_a", "frequency", "active_power_a"])

voltage_a_b 400,2 V

current_a 12,6 A

frequency 50,00 Hz

active_power_a 8.420 W

Cihaz tipi: Enerji analizörü
Register sayısı: 807
Arayüzler: Modbus RTU, Modbus TCP
Varsayılan unit ID: 1
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

Every register here is a holding register (function code 3).
Addresses are Schneider's register numbers minus one; the workbook numbers registers like the PM5000 lists (Current A = 3000).
Writing needs the meter's Modbus map access security setting enabled (Security Options module, Schneider FAQ FA380992).
Time-of-use, EN50160, IEEE 519, per-harmonic and external-control registers are left out; see the workbook.
Unavailable values read as the N/A pattern of their type, e.g. 0xFFC00000 for FLOAT32.

Register’lar

Üretici dokümanındaki gruplara göre. Ölçüm, enerji ve tanımlama grupları gösteriliyor (219 register); diğer grupları açınca yüklenir. Register adları kaynak dokümandaki gibi İngilizcedir.

Ölçümler 102 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Current A`current_a`	43000	0x0BB7	float32	ABCD	A
Current B`current_b`	43002	0x0BB9	float32	ABCD	A
Current C`current_c`	43004	0x0BBB	float32	ABCD	A
Current N`current_n`	43006	0x0BBD	float32	ABCD	A
Current G`current_g`	43008	0x0BBF	float32	ABCD	A
Current Avg`current_avg`	43010	0x0BC1	float32	ABCD	A
Current Unbalance Worst`current_unbalance_worst`	43018	0x0BC9	float32	ABCD
Voltage A-B`voltage_a_b`	43020	0x0BCB	float32	ABCD	V
Voltage B-C`voltage_b_c`	43022	0x0BCD	float32	ABCD	V
Voltage C-A`voltage_c_a`	43024	0x0BCF	float32	ABCD	V
Voltage L-L Avg`voltage_l_l_avg`	43026	0x0BD1	float32	ABCD	V
Voltage A-N`voltage_a_n`	43028	0x0BD3	float32	ABCD	V
Voltage B-N`voltage_b_n`	43030	0x0BD5	float32	ABCD	V
Voltage C-N`voltage_c_n`	43032	0x0BD7	float32	ABCD	V
Voltage L-N Avg`voltage_l_n_avg`	43036	0x0BDB	float32	ABCD	V
Voltage Unbalance L-N Worst`voltage_unbalance_l_n_worst`	43052	0x0BEB	float32	ABCD
Active Power A`active_power_a`	43054	0x0BED	float32	ABCD	W
Active Power B`active_power_b`	43056	0x0BEF	float32	ABCD	W
Active Power C`active_power_c`	43058	0x0BF1	float32	ABCD	W
Active Power Total`active_power_total`	43060	0x0BF3	float32	ABCD	W
Reactive Power A`reactive_power_a`	43062	0x0BF5	float32	ABCD	VAR
Reactive Power B`reactive_power_b`	43064	0x0BF7	float32	ABCD	VAR
Reactive Power C`reactive_power_c`	43066	0x0BF9	float32	ABCD	VAR
Reactive Power Total`reactive_power_total`	43068	0x0BFB	float32	ABCD	VAR
Apparent Power A`apparent_power_a`	43070	0x0BFD	float32	ABCD	VA
Apparent Power B`apparent_power_b`	43072	0x0BFF	float32	ABCD	VA
Apparent Power C`apparent_power_c`	43074	0x0C01	float32	ABCD	VA
Apparent Power Total`apparent_power_total`	43076	0x0C03	float32	ABCD	VA
Frequency`frequency`	43110	0x0C25	float32	ABCD	Hz
Current Capacity A`current_capacity_a`	43136	0x0C3F	float32	ABCD
Current Capacity B`current_capacity_b`	43138	0x0C41	float32	ABCD
Current Capacity C`current_capacity_c`	43140	0x0C43	float32	ABCD
Current Capacity avg`current_capacity_avg`	43142	0x0C45	float32	ABCD
Power Factor A`power_factor_a`	43144	0x0C47	float32	ABCD
Power Factor B`power_factor_b`	43146	0x0C49	float32	ABCD
Power Factor C`power_factor_c`	43148	0x0C4B	float32	ABCD
Power Factor Total`power_factor_total`	43150	0x0C4D	float32	ABCD
Displacement Power Factor A`displacement_power_factor_a`	43152	0x0C4F	float32	ABCD
Displacement Power Factor B`displacement_power_factor_b`	43154	0x0C51	float32	ABCD
Displacement Power Factor C`displacement_power_factor_c`	43156	0x0C53	float32	ABCD
Displacement Power Factor Total`displacement_power_factor_total`	43158	0x0C55	float32	ABCD
Power Factor A Lagging`power_factor_a_lagging`	43160	0x0C57	float32	ABCD
Power Factor A Leading`power_factor_a_leading`	43162	0x0C59	float32	ABCD
Power Factor B Lagging`power_factor_b_lagging`	43164	0x0C5B	float32	ABCD
Power Factor B Leading`power_factor_b_leading`	43166	0x0C5D	float32	ABCD
Power Factor C Lagging`power_factor_c_lagging`	43168	0x0C5F	float32	ABCD
Power Factor C Leading`power_factor_c_leading`	43170	0x0C61	float32	ABCD
Power Factor Lagging`power_factor_lagging`	43172	0x0C63	float32	ABCD
Power Factor Leading`power_factor_leading`	43174	0x0C65	float32	ABCD
HS Current A`hs_current_a`	421000	0x5207	float32	ABCD	A
HS Current B`hs_current_b`	421002	0x5209	float32	ABCD	A
HS Current C`hs_current_c`	421004	0x520B	float32	ABCD	A
HS Current N`hs_current_n`	421006	0x520D	float32	ABCD	A
HS Current G`hs_current_g`	421008	0x520F	float32	ABCD	A
HS Current Avg`hs_current_avg`	421010	0x5211	float32	ABCD	A
HS Frequency`hs_frequency`	421016	0x5217	float32	ABCD	Hz
HS Voltage, A-B`hs_voltage_a_b`	421018	0x5219	float32	ABCD	V
HS Voltage, B-C`hs_voltage_b_c`	421020	0x521B	float32	ABCD	V
HS Voltage, C-A`hs_voltage_c_a`	421022	0x521D	float32	ABCD	V
HS Voltage, L-L Average`hs_voltage_l_l_average`	421024	0x521F	float32	ABCD	V
HS Voltage, A-N`hs_voltage_a_n`	421026	0x5221	float32	ABCD	V
HS Voltage, B-N`hs_voltage_b_n`	421028	0x5223	float32	ABCD	V
HS Voltage, C-N`hs_voltage_c_n`	421030	0x5225	float32	ABCD	V
HS Voltage, L-N Average`hs_voltage_l_n_average`	421034	0x5229	float32	ABCD	V
Current Unbalance Worst`current_unbalance_worst_21035`	421036	0x522B	float32	ABCD
Voltage Unbalance Worst`voltage_unbalance_worst`	421038	0x522D	float32	ABCD
HS Active Power A`hs_active_power_a`	421040	0x522F	float32	ABCD	W
HS Active Power B`hs_active_power_b`	421042	0x5231	float32	ABCD	W
HS Active Power C`hs_active_power_c`	421044	0x5233	float32	ABCD	W
HS Active Power Total`hs_active_power_total`	421046	0x5235	float32	ABCD	W
HS Reactive Power A`hs_reactive_power_a`	421048	0x5237	float32	ABCD	VAR
HS Reactive Power B`hs_reactive_power_b`	421050	0x5239	float32	ABCD	VAR
HS Reactive Power C`hs_reactive_power_c`	421052	0x523B	float32	ABCD	VAR
HS Reactive Power Total`hs_reactive_power_total`	421054	0x523D	float32	ABCD	VAR
HS Apparent Power A`hs_apparent_power_a`	421056	0x523F	float32	ABCD	VA
HS Apparent Power B`hs_apparent_power_b`	421058	0x5241	float32	ABCD	VA
HS Apparent Power C`hs_apparent_power_c`	421060	0x5243	float32	ABCD	VA
HS Apparent Power Total`hs_apparent_power_total`	421062	0x5245	float32	ABCD	VA
HS Power Factor A`hs_power_factor_a`	421064	0x5247	float32	ABCD
HS Power Factor B`hs_power_factor_b`	421066	0x5249	float32	ABCD
HS Power Factor C`hs_power_factor_c`	421068	0x524B	float32	ABCD
HS Power Factor Total`hs_power_factor_total`	421070	0x524D	float32	ABCD
HS Power Factor A Lagging`hs_power_factor_a_lagging`	421072	0x524F	float32	ABCD
HS Power Factor A Leading`hs_power_factor_a_leading`	421074	0x5251	float32	ABCD
HS Power Factor B Lagging`hs_power_factor_b_lagging`	421076	0x5253	float32	ABCD
HS Power Factor B Leading`hs_power_factor_b_leading`	421078	0x5255	float32	ABCD
HS Power Factor C Lagging`hs_power_factor_c_lagging`	421080	0x5257	float32	ABCD
HS Power Factor C Leading`hs_power_factor_c_leading`	421082	0x5259	float32	ABCD
HS Power Factor Lagging`hs_power_factor_lagging`	421084	0x525B	float32	ABCD
HS Power Factor Leading`hs_power_factor_leading`	421086	0x525D	float32	ABCD
Fundamental Active Power A`fundamental_active_power_a`	421496	0x53F7	float32	ABCD	W
Fundamental Active Power B`fundamental_active_power_b`	421498	0x53F9	float32	ABCD	W
Fundamental Active Power C`fundamental_active_power_c`	421500	0x53FB	float32	ABCD	W
Fundamental Active Power Total`fundamental_active_power_total`	421502	0x53FD	float32	ABCD	W
Fundamental Reactive Power A`fundamental_reactive_power_a`	421504	0x53FF	float32	ABCD	VAR
Fundamental Reactive Power B`fundamental_reactive_power_b`	421506	0x5401	float32	ABCD	VAR
Fundamental Reactive Power C`fundamental_reactive_power_c`	421508	0x5403	float32	ABCD	VAR
Fundamental Reactive Power Total`fundamental_reactive_power_total`	421510	0x5405	float32	ABCD	VAR
Fundamental Apparent Power A`fundamental_apparent_power_a`	421512	0x5407	float32	ABCD	VA
Fundamental Apparent Power B`fundamental_apparent_power_b`	421514	0x5409	float32	ABCD	VA
Fundamental Apparent Power C`fundamental_apparent_power_c`	421516	0x540B	float32	ABCD	VA
Fundamental Apparent Power Total`fundamental_apparent_power_total`	421518	0x540D	float32	ABCD	VA

Enerji 117 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Active Energy Delivered (Into Load)`active_energy_delivered_into_load`	42700	0x0A8B	float32	ABCD	kWh
Active Energy Received (Out of Load)`active_energy_received_out_of_load`	42702	0x0A8D	float32	ABCD	kWh
Active Energy Delivered + Received`active_energy_delivered_plus_received`	42704	0x0A8F	float32	ABCD	kWh
Active Energy Delivered- Received`active_energy_delivered_received`	42706	0x0A91	float32	ABCD	kWh
Reactive Energy Delivered`reactive_energy_delivered`	42708	0x0A93	float32	ABCD	kVARh
Reactive Energy Received`reactive_energy_received`	42710	0x0A95	float32	ABCD	kVARh
Reactive Energy Delivered + Received`reactive_energy_delivered_plus_received`	42712	0x0A97	float32	ABCD	kVARh
Reactive Energy Delivered - Received`reactive_energy_delivered_received`	42714	0x0A99	float32	ABCD	kVARh
Apparent Energy Delivered`apparent_energy_delivered`	42716	0x0A9B	float32	ABCD	kVAh
Apparent Energy Received`apparent_energy_received`	42718	0x0A9D	float32	ABCD	kVAh
Apparent Energy Delivered + Received`apparent_energy_delivered_plus_received`	42720	0x0A9F	float32	ABCD	kVAh
Apparent Energy Delivered - Received`apparent_energy_delivered_received`	42722	0x0AA1	float32	ABCD	kVAh
Active Energy in Quadrant I`active_energy_in_quadrant_i`	42724	0x0AA3	float32	ABCD	kWh
Active Energy in Quadrant II`active_energy_in_quadrant_ii`	42726	0x0AA5	float32	ABCD	kWh
Active Energy in Quadrant III`active_energy_in_quadrant_iii`	42728	0x0AA7	float32	ABCD	kWh
Active Energy in Quadrant IV`active_energy_in_quadrant_iv`	42730	0x0AA9	float32	ABCD	kWh
Reactive Energy in Quadrant I`reactive_energy_in_quadrant_i`	42732	0x0AAB	float32	ABCD	kVARh
Reactive Energy in Quadrant II`reactive_energy_in_quadrant_ii`	42734	0x0AAD	float32	ABCD	kVARh
Reactive Energy in Quadrant III`reactive_energy_in_quadrant_iii`	42736	0x0AAF	float32	ABCD	kVARh
Reactive Energy in Quadrant IV`reactive_energy_in_quadrant_iv`	42738	0x0AB1	float32	ABCD	kVARh
Apparent Energy in Quadrant I`apparent_energy_in_quadrant_i`	42740	0x0AB3	float32	ABCD	kVAh
Apparent Energy in Quadrant II`apparent_energy_in_quadrant_ii`	42742	0x0AB5	float32	ABCD	kVAh
Apparent Energy in Quadrant III`apparent_energy_in_quadrant_iii`	42744	0x0AB7	float32	ABCD	kVAh
Apparent Energy in Quadrant IV`apparent_energy_in_quadrant_iv`	42746	0x0AB9	float32	ABCD	kVAh
Conditional Active Energy Delivered (Into Load)`conditional_active_energy_delivered_into_load`	42748	0x0ABB	float32	ABCD	kWh
Conditional Active Energy Received (Out of Load)`conditional_active_energy_received_out_of_load`	42750	0x0ABD	float32	ABCD	kWh
Active Energy Delivered - Received, Conditional`active_energy_delivered_received_conditional`	42754	0x0AC1	float32	ABCD	kWh
Conditional Reactive Energy In (Delivered)`conditional_reactive_energy_in_delivered`	42756	0x0AC3	float32	ABCD	kVARh
Conditional Reactive Energy Out (Received)`conditional_reactive_energy_out_received`	42758	0x0AC5	float32	ABCD	kVARh
Reactive Energy Delivered - Received, Conditional`reactive_energy_delivered_received_conditional`	42762	0x0AC9	float32	ABCD	kVARh
Apparent Energy Delivered + Received, Conditional`apparent_energy_delivered_plus_received_conditional`	42768	0x0ACF	float32	ABCD	kVAh
Active Energy Delivered , Last Complete Interval`active_energy_delivered_last_complete_interval`	42772	0x0AD3	float32	ABCD	kWh
Active Energy Received , Last Complete Interval`active_energy_received_last_complete_interval`	42774	0x0AD5	float32	ABCD	kWh
Active Energy Delivered - Received , Last Complete Interval`active_energy_delivered_received_last_complete_interval`	42776	0x0AD7	float32	ABCD	kWh
Reactive Energy Delivered , Last Complete Interval`reactive_energy_delivered_last_complete_interval`	42778	0x0AD9	float32	ABCD	kVARh
Reactive Energy Received , Last Complete Interval`reactive_energy_received_last_complete_interval`	42780	0x0ADB	float32	ABCD	kVARh
Reactive Energy Delivered - Received , Last Complete Interval`reactive_energy_delivered_received_last_complete_interval`	42782	0x0ADD	float32	ABCD	kVARh
Apparent Energy Delivered + Received , Last Complete Interval`apparent_energy_delivered_plus_received_last_complete_interval`	42784	0x0ADF	float32	ABCD	kVAh
Active Energy Delivered , Present Interval`active_energy_delivered_present_interval`	42786	0x0AE1	float32	ABCD	kWh
Active Energy Received , Present Interval`active_energy_received_present_interval`	42788	0x0AE3	float32	ABCD	kWh
Active Energy Delivered - Received , Present Interval`active_energy_delivered_received_present_interval`	42790	0x0AE5	float32	ABCD	kWh
Reactive Energy Delivered , Present Interval`reactive_energy_delivered_present_interval`	42792	0x0AE7	float32	ABCD	kVARh
Reactive Energy Received , Present Interval`reactive_energy_received_present_interval`	42794	0x0AE9	float32	ABCD	kVARh
Reactive Energy Delivered - Received , Present Interval`reactive_energy_delivered_received_present_interval`	42796	0x0AEB	float32	ABCD	kVARh
Apparent Energy Delivered + Received , Present Interval`apparent_energy_delivered_plus_received_present_interval`	42798	0x0AED	float32	ABCD	kVAh
Active Energy Delivered Interval`active_energy_delivered_interval`	42800	0x0AEF	float32	ABCD	kWh
Active Energy Received Interval`active_energy_received_interval`	42802	0x0AF1	float32	ABCD	kWh
Reactive Energy Delivered Interval`reactive_energy_delivered_interval`	42804	0x0AF3	float32	ABCD	kVARh
Reactive Energy Received Interval`reactive_energy_received_interval`	42806	0x0AF5	float32	ABCD	kVARh
Apparent Energy Delivered Interval`apparent_energy_delivered_interval`	42808	0x0AF7	float32	ABCD	kVAh
Apparent Energy Received Interval`apparent_energy_received_interval`	42810	0x0AF9	float32	ABCD	kVAh
Active Energy Delivered (Into Load)`active_energy_delivered_into_load_3203`	43204	0x0C83	int64	ABCD	Wh
Active Energy Received (Out of Load)`active_energy_received_out_of_load_3207`	43208	0x0C87	int64	ABCD	Wh
Active Energy Delivered + Received`active_energy_delivered_plus_received_3211`	43212	0x0C8B	int64	ABCD	Wh
Active Energy Delivered- Received`active_energy_delivered_received_3215`	43216	0x0C8F	int64	ABCD	Wh
Reactive Energy Delivered`reactive_energy_delivered_3219`	43220	0x0C93	int64	ABCD	VARh
Reactive Energy Received`reactive_energy_received_3223`	43224	0x0C97	int64	ABCD	VARh
Reactive Energy Delivered + Received`reactive_energy_delivered_plus_received_3227`	43228	0x0C9B	int64	ABCD	VARh
Reactive Energy Delivered - Received`reactive_energy_delivered_received_3231`	43232	0x0C9F	int64	ABCD	VARh
Apparent Energy Delivered`apparent_energy_delivered_3235`	43236	0x0CA3	int64	ABCD	VAh
Apparent Energy Received`apparent_energy_received_3239`	43240	0x0CA7	int64	ABCD	VAh
Apparent Energy Delivered + Received`apparent_energy_delivered_plus_received_3243`	43244	0x0CAB	int64	ABCD	VAh
Apparent Energy Delivered - Received`apparent_energy_delivered_received_3247`	43248	0x0CAF	int64	ABCD	VAh
Active Energy in Quadrant I`active_energy_in_quadrant_i_3255`	43256	0x0CB7	int64	ABCD	Wh
Active Energy in Quadrant II`active_energy_in_quadrant_ii_3259`	43260	0x0CBB	int64	ABCD	Wh
Active Energy in Quadrant III`active_energy_in_quadrant_iii_3263`	43264	0x0CBF	int64	ABCD	Wh
Active Energy in Quadrant IV`active_energy_in_quadrant_iv_3267`	43268	0x0CC3	int64	ABCD	Wh
Reactive Energy in Quadrant I`reactive_energy_in_quadrant_i_3271`	43272	0x0CC7	int64	ABCD	VARh
Reactive Energy in Quadrant II`reactive_energy_in_quadrant_ii_3275`	43276	0x0CCB	int64	ABCD	VARh
Reactive Energy in Quadrant III`reactive_energy_in_quadrant_iii_3279`	43280	0x0CCF	int64	ABCD	VARh
Reactive Energy in Quadrant IV`reactive_energy_in_quadrant_iv_3283`	43284	0x0CD3	int64	ABCD	VARh
Apparent Energy in Quadrant I`apparent_energy_in_quadrant_i_3287`	43288	0x0CD7	int64	ABCD	VAh
Apparent Energy in Quadrant II`apparent_energy_in_quadrant_ii_3291`	43292	0x0CDB	int64	ABCD	VAh
Apparent Energy in Quadrant III`apparent_energy_in_quadrant_iii_3295`	43296	0x0CDF	int64	ABCD	VAh
Apparent Energy in Quadrant IV`apparent_energy_in_quadrant_iv_3299`	43300	0x0CE3	int64	ABCD	VAh
Conditional Active Energy Delivered (Into Load)`conditional_active_energy_delivered_into_load_3357`	43358	0x0D1D	int64	ABCD	Wh
Conditional Active Energy Received (Out of Load)`conditional_active_energy_received_out_of_load_3361`	43362	0x0D21	int64	ABCD	Wh
Active Energy Delivered - Received, Conditional`active_energy_delivered_received_conditional_3369`	43370	0x0D29	int64	ABCD	Wh
Conditional Reactive Energy In (Delivered)`conditional_reactive_energy_in_delivered_3373`	43374	0x0D2D	int64	ABCD	VARh
Conditional Reactive Energy Out (Received)`conditional_reactive_energy_out_received_3377`	43378	0x0D31	int64	ABCD	VARh
Reactive Energy Delivered - Received, Conditional`reactive_energy_delivered_received_conditional_3385`	43386	0x0D39	int64	ABCD	VARh
Apparent Energy Delivered + Received, Conditional`apparent_energy_delivered_plus_received_conditional_3397`	43398	0x0D45	int64	ABCD	VAh
Active Energy Delivered , Last Complete Interval`active_energy_delivered_last_complete_interval_3413`	43414	0x0D55	int64	ABCD	Wh
Active Energy Received , Last Complete Interval`active_energy_received_last_complete_interval_3417`	43418	0x0D59	int64	ABCD	Wh
Active Energy Delivered - Received , Last Complete Interval`active_energy_delivered_received_last_complete_interval_3421`	43422	0x0D5D	int64	ABCD	Wh
Reactive Energy Delivered , Last Complete Interval`reactive_energy_delivered_last_complete_interval_3425`	43426	0x0D61	int64	ABCD	VARh
Reactive Energy Received , Last Complete Interval`reactive_energy_received_last_complete_interval_3429`	43430	0x0D65	int64	ABCD	VARh
Reactive Energy Delivered - Received , Last Complete Interval`reactive_energy_delivered_received_last_complete_interval_3433`	43434	0x0D69	int64	ABCD	VARh
Apparent Energy Delivered + Received , Last Complete Interval`apparent_energy_delivered_plus_received_last_complete_inter_3437`	43438	0x0D6D	int64	ABCD	VAh
Active Energy Delivered , Present Interval`active_energy_delivered_present_interval_3441`	43442	0x0D71	int64	ABCD	Wh
Active Energy Received , Present Interval`active_energy_received_present_interval_3445`	43446	0x0D75	int64	ABCD	Wh
Active Energy Delivered - Received , Present Interval`active_energy_delivered_received_present_interval_3449`	43450	0x0D79	int64	ABCD	Wh
Reactive Energy Delivered , Present Interval`reactive_energy_delivered_present_interval_3453`	43454	0x0D7D	int64	ABCD	VARh
Reactive Energy Received , Present Interval`reactive_energy_received_present_interval_3457`	43458	0x0D81	int64	ABCD	VARh
Reactive Energy Delivered - Received , Present Interval`reactive_energy_delivered_received_present_interval_3461`	43462	0x0D85	int64	ABCD	VARh
Apparent Energy Delivered + Received , Present Interval`apparent_energy_delivered_plus_received_present_interval_3465`	43466	0x0D89	int64	ABCD	VAh
Active Energy Delivered Interval`active_energy_delivered_interval_3469`	43470	0x0D8D	int64	ABCD	Wh
Active Energy Received Interval`active_energy_received_interval_3473`	43474	0x0D91	int64	ABCD	Wh
Reactive Energy Delivered Interval`reactive_energy_delivered_interval_3477`	43478	0x0D95	int64	ABCD	VARh
Reactive Energy Received Interval`reactive_energy_received_interval_3481`	43482	0x0D99	int64	ABCD	VARh
Apparent Energy Delivered Interval`apparent_energy_delivered_interval_3485`	43486	0x0D9D	int64	ABCD	VAh
Apparent Energy Received Interval`apparent_energy_received_interval_3489`	43490	0x0DA1	int64	ABCD	VAh
Current A Squared Hours`current_a_squared_hours`	43650	0x0E41	float32	ABCD	A^2h
Current B Square Hours`current_b_square_hours`	43652	0x0E43	float32	ABCD	A^2h
Current C Square Hours`current_c_square_hours`	43654	0x0E45	float32	ABCD	A^2h
Voltage A-B Square Hours`voltage_a_b_square_hours`	43656	0x0E47	float32	ABCD	V^2h
Voltage B-C Square Hours`voltage_b_c_square_hours`	43658	0x0E49	float32	ABCD	V^2h
Voltage C-A Square Hours`voltage_c_a_square_hours`	43660	0x0E4B	float32	ABCD	V^2h
Current A Squared Hours`current_a_squared_hours_3667`	43668	0x0E53	float32	ABCD	A^2h
Current B Square Hours`current_b_square_hours_3669`	43670	0x0E55	float32	ABCD	A^2h
Current C Square Hours`current_c_square_hours_3671`	43672	0x0E57	float32	ABCD	A^2h
Voltage A-B Square Hours`voltage_a_b_square_hours_3673`	43674	0x0E59	float32	ABCD	V^2h
Voltage B-C Square Hours`voltage_b_c_square_hours_3675`	43676	0x0E5B	float32	ABCD	V^2h
Voltage C-A Square Hours`voltage_c_a_square_hours_3677`	43678	0x0E5D	float32	ABCD	V^2h
Voltage A-N Square Hours`voltage_a_n_square_hours`	43680	0x0E5F	float32	ABCD	V^2h
Voltage B-N Square Hours`voltage_b_n_square_hours`	43682	0x0E61	float32	ABCD	V^2h
Voltage C-N Square Hours`voltage_c_n_square_hours`	43684	0x0E63	float32	ABCD	V^2h

Configuration 11 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Inputs outputs 62 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Input metering and setpoints 45 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Power quality 105 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Min max 114 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Talep değerleri 251 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim	Ölçek

Kaynak dokümanlar

ION7400_Modbus_Map , Schneider Electric, FA244203, 001.002.14 (erişim 2026-11-09) XLSX attachment of the support article (https://se.my.site.com/ckmContent/sfc/servlet.shepherd/document/download/069Kj00000SLrRLIA1); version is the firmware the workbook states.

Bu haritayı GitHub’da inceleyin (YAML)

Adıyla okuyun

ION7400 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": {
    "ion7400-1": {
      "protocol": "modbus-tcp",
      "host": "192.168.10.40",
      "unit_id": 1,
      "map": "schneider-electric/ion7400"
    }
  }
}

Asistanınıza sorun

ion7400-1 cihazından current_a, current_b, current_c değerlerini oku.

Yaptığı araç çağrısı

read_named(device: "ion7400-1", keys: ["current_a", "current_b", "current_c"])

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.