Eastron SDM630-Modbus Modbus register haritası

Diğer adları: SDM630 · SDM630 V2 · SDM630Modbus

Eastron SDM630-Modbus için 97 Modbus register: hatta gönderilen adres, 30001 biçimindeki referans, veri tipi, byte sırası, birim ve ölçek. Kaynak: Eastron SDM630Modbus Smart Meter Modbus Protocol Implementation (V1.8).

Three-phase DIN-rail energy meter with RS485 Modbus RTU; every value is a 32-bit float.

Cihaz tipi: Enerji sayacı
Register sayısı: 97
Arayüzler: Modbus RTU
Varsayılan unit ID: 1
Byte sırası (çok register’lı değerler): ABCD
Seri port ayarları: 9600 baud, 8 data bits, no parity, 1 stop bit
Okuma başına register: 80

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

Read and write registers in pairs; an odd start address or count returns an exception.
Up to 40 values (80 registers) per request.
Float word order can be reversed through the meter's register order setting; ABCD is the default.
Parameters marked for other wiring modes read as zero.

Register’lar

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

Gerilim 9 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Phase 1 line to neutral voltage`voltage_l1_n`	30001	0x0000	float32	ABCD	V
Phase 2 line to neutral voltage`voltage_l2_n`	30003	0x0002	float32	ABCD	V
Phase 3 line to neutral voltage`voltage_l3_n`	30005	0x0004	float32	ABCD	V
Average line to neutral voltage`voltage_ln_avg`	30043	0x002A	float32	ABCD	V
Supply frequency`frequency`	30071	0x0046	float32	ABCD	Hz
Line 1 to line 2 voltage`voltage_l1_l2`	30201	0x00C8	float32	ABCD	V
Line 2 to line 3 voltage`voltage_l2_l3`	30203	0x00CA	float32	ABCD	V
Line 3 to line 1 voltage`voltage_l3_l1`	30205	0x00CC	float32	ABCD	V
Average line to line voltage`voltage_ll_avg`	30207	0x00CE	float32	ABCD	V

Akım 6 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Phase 1 current`current_l1`	30007	0x0006	float32	ABCD	A
Phase 2 current`current_l2`	30009	0x0008	float32	ABCD	A
Phase 3 current`current_l3`	30011	0x000A	float32	ABCD	A
Average line current`current_avg`	30047	0x002E	float32	ABCD	A
Sum of line currents`current_sum`	30049	0x0030	float32	ABCD	A
Neutral current`current_neutral`	30225	0x00E0	float32	ABCD	A

Güç 20 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Phase 1 active power`active_power_l1`	30013	0x000C	float32	ABCD	W
Phase 2 active power`active_power_l2`	30015	0x000E	float32	ABCD	W
Phase 3 active power`active_power_l3`	30017	0x0010	float32	ABCD	W
Phase 1 apparent power`apparent_power_l1`	30019	0x0012	float32	ABCD	VA
Phase 2 apparent power`apparent_power_l2`	30021	0x0014	float32	ABCD	VA
Phase 3 apparent power`apparent_power_l3`	30023	0x0016	float32	ABCD	VA
Phase 1 reactive power`reactive_power_l1`	30025	0x0018	float32	ABCD	var
Phase 2 reactive power`reactive_power_l2`	30027	0x001A	float32	ABCD	var
Phase 3 reactive power`reactive_power_l3`	30029	0x001C	float32	ABCD	var
Phase 1 power factor`power_factor_l1`	30031	0x001E	float32	ABCD
Phase 2 power factor`power_factor_l2`	30033	0x0020	float32	ABCD
Phase 3 power factor`power_factor_l3`	30035	0x0022	float32	ABCD
Phase 1 phase angle`phase_angle_l1`	30037	0x0024	float32	ABCD	deg
Phase 2 phase angle`phase_angle_l2`	30039	0x0026	float32	ABCD	deg
Phase 3 phase angle`phase_angle_l3`	30041	0x0028	float32	ABCD	deg
Total system active power`active_power_total`	30053	0x0034	float32	ABCD	W
Total system apparent power`apparent_power_total`	30057	0x0038	float32	ABCD	VA
Total system reactive power`reactive_power_total`	30061	0x003C	float32	ABCD	var
Total system power factor`power_factor_total`	30063	0x003E	float32	ABCD
Total system phase angle`phase_angle_total`	30067	0x0042	float32	ABCD	deg

Enerji 26 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Total import active energy`import_active_energy`	30073	0x0048	float32	ABCD	kWh
Total export active energy`export_active_energy`	30075	0x004A	float32	ABCD	kWh
Total import reactive energy`import_reactive_energy`	30077	0x004C	float32	ABCD	kvarh
Total export reactive energy`export_reactive_energy`	30079	0x004E	float32	ABCD	kvarh
Total apparent energy`apparent_energy_total`	30081	0x0050	float32	ABCD	kVAh
Ampere-hours`charge_total`	30083	0x0052	float32	ABCD	Ah
Total active energy (import + export)`active_energy_total`	30343	0x0156	float32	ABCD	kWh
Total reactive energy (import + export)`reactive_energy_total`	30345	0x0158	float32	ABCD	kvarh
Phase 1 import active energy`import_active_energy_l1`	30347	0x015A	float32	ABCD	kWh
Phase 2 import active energy`import_active_energy_l2`	30349	0x015C	float32	ABCD	kWh
Phase 3 import active energy`import_active_energy_l3`	30351	0x015E	float32	ABCD	kWh
Phase 1 export active energy`export_active_energy_l1`	30353	0x0160	float32	ABCD	kWh
Phase 2 export active energy`export_active_energy_l2`	30355	0x0162	float32	ABCD	kWh
Phase 3 export active energy`export_active_energy_l3`	30357	0x0164	float32	ABCD	kWh
Phase 1 total active energy (import + export)`active_energy_total_l1`	30359	0x0166	float32	ABCD	kWh
Phase 2 total active energy (import + export)`active_energy_total_l2`	30361	0x0168	float32	ABCD	kWh
Phase 3 total active energy (import + export)`active_energy_total_l3`	30363	0x016A	float32	ABCD	kWh
Phase 1 import reactive energy`import_reactive_energy_l1`	30365	0x016C	float32	ABCD	kvarh
Phase 2 import reactive energy`import_reactive_energy_l2`	30367	0x016E	float32	ABCD	kvarh
Phase 3 import reactive energy`import_reactive_energy_l3`	30369	0x0170	float32	ABCD	kvarh
Phase 1 export reactive energy`export_reactive_energy_l1`	30371	0x0172	float32	ABCD	kvarh
Phase 2 export reactive energy`export_reactive_energy_l2`	30373	0x0174	float32	ABCD	kvarh
Phase 3 export reactive energy`export_reactive_energy_l3`	30375	0x0176	float32	ABCD	kvarh
Phase 1 total reactive energy (import + export)`reactive_energy_total_l1`	30377	0x0178	float32	ABCD	kvarh
Phase 2 total reactive energy (import + export)`reactive_energy_total_l2`	30379	0x017A	float32	ABCD	kvarh
Phase 3 total reactive energy (import + export)`reactive_energy_total_l3`	30381	0x017C	float32	ABCD	kvarh

Talep değerleri 12 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Total system active power demand`active_power_demand`	30085	0x0054	float32	ABCD	W
Maximum total system active power demand`active_power_demand_max`	30087	0x0056	float32	ABCD	W
Total system apparent power demand`apparent_power_demand`	30101	0x0064	float32	ABCD	VA
Maximum total system apparent power demand`apparent_power_demand_max`	30103	0x0066	float32	ABCD	VA
Neutral current demand`neutral_current_demand`	30105	0x0068	float32	ABCD	A
Maximum neutral current demand`neutral_current_demand_max`	30107	0x006A	float32	ABCD	A
Phase 1 current demand`current_demand_l1`	30259	0x0102	float32	ABCD	A
Phase 2 current demand`current_demand_l2`	30261	0x0104	float32	ABCD	A
Phase 3 current demand`current_demand_l3`	30263	0x0106	float32	ABCD	A
Maximum phase 1 current demand`current_demand_max_l1`	30265	0x0108	float32	ABCD	A
Maximum phase 2 current demand`current_demand_max_l2`	30267	0x010A	float32	ABCD	A
Maximum phase 3 current demand`current_demand_max_l3`	30269	0x010C	float32	ABCD	A

Harmonikler 12 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Phase 1 line to neutral voltage THD`thd_voltage_l1_n`	30235	0x00EA	float32	ABCD	%
Phase 2 line to neutral voltage THD`thd_voltage_l2_n`	30237	0x00EC	float32	ABCD	%
Phase 3 line to neutral voltage THD`thd_voltage_l3_n`	30239	0x00EE	float32	ABCD	%
Phase 1 current THD`thd_current_l1`	30241	0x00F0	float32	ABCD	%
Phase 2 current THD`thd_current_l2`	30243	0x00F2	float32	ABCD	%
Phase 3 current THD`thd_current_l3`	30245	0x00F4	float32	ABCD	%
Average line to neutral voltage THD`thd_voltage_ln_avg`	30249	0x00F8	float32	ABCD	%
Average line current THD`thd_current_avg`	30251	0x00FA	float32	ABCD	%
Line 1 to line 2 voltage THD`thd_voltage_l1_l2`	30335	0x014E	float32	ABCD	%
Line 2 to line 3 voltage THD`thd_voltage_l2_l3`	30337	0x0150	float32	ABCD	%
Line 3 to line 1 voltage THD`thd_voltage_l3_l1`	30339	0x0152	float32	ABCD	%
Average line to line voltage THD`thd_voltage_ll_avg`	30341	0x0154	float32	ABCD	%

Ayarlar 12 register

Ad ve anahtar	Referans	Adres	Tip	Byte sırası	Birim
Demand period`demand_period`	40003	0x0002	float32	ABCD	min
System type`system_type`	40011	0x000A	float32	ABCD
Pulse 1 width`pulse1_width`	40013	0x000C	float32	ABCD	ms
Password lock`password_lock`	40015	0x000E	float32	ABCD
Network parity and stop bits`network_parity_stop`	40019	0x0012	float32	ABCD
Modbus node address`network_node`	40021	0x0014	float32	ABCD
Pulse 1 divisor`pulse1_divisor`	40023	0x0016	float32	ABCD
Password`password`	40025	0x0018	float32	ABCD
Network baud rate`network_baud_rate`	40029	0x001C	float32	ABCD
Pulse 1 energy type`pulse1_energy_type`	40087	0x0056	float32	ABCD
Reset maximum demand`reset_max_demand`	461457	0xF010	uint16
Serial number`serial_number`	464513	0xFC00	uint32	ABCD

Kaynak dokümanlar

Eastron SDM630Modbus Smart Meter Modbus Protocol Implementation , Eastron, V1.8 (erişim 2026-10-31) Copy hosted by the Victron community archive; Eastron publishes no copy that can be downloaded without a request.

Bu haritayı GitHub’da inceleyin (YAML)

Adıyla okuyun

SDM630-Modbus 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.

Bu cihaz Modbus RTU konuşur: bir Modbus TCP ağ geçidi üzerinden bağlanın; ağ geçidinin adresini ve cihazın unit ID’sini kullanın.

MCP sunucusunu edinin

proxus-mcp.json

{
  "devices": {
    "sdm630-1": {
      "protocol": "modbus-tcp",
      "host": "192.168.10.40",
      "unit_id": 1,
      "map": "eastron/sdm630-modbus"
    }
  }
}

Asistanınıza sorun

sdm630-1 cihazından voltage_l1_n, voltage_l2_n, voltage_l3_n değerlerini oku.

Yaptığı araç çağrısı

read_named(device: "sdm630-1", 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.