Eastron SDM630MCT Modbus register haritası
Diğer adları: SDM630MCT-Modbus · SDM630MCT-MOD · SDM630MCT V2
Eastron SDM630MCT için 83 Modbus register: hatta gönderilen adres, 30001 biçimindeki referans, veri tipi, byte sırası, birim ve ölçek. Kaynak: SDM630MCT Smart Meter Modbus Protocol Implementation (November 2014).
Three-phase CT-connected DIN-rail energy meter with RS485 Modbus RTU; every value is a 32-bit float.
- Cihaz tipi
- Enerji sayacı
- Register sayısı
- 83
- Arayüzler
- Modbus RTU
- Varsayılan unit ID
- 1
- Byte sırası (çok register’lı değerler)
- ABCD
- 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.
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 Register Order holding register; high word first is the default.
- Broadcast (address 0) is not supported. Write one holding parameter per message with function 16.
- Parameters not valid for the selected wiring read as zero.
- Energy registers follow the energy unit prefix setting (k or M); amp-hours follow it as none or k.
- System Current, System Type and Relay Pulse Width are left out; the document's hex addresses for them disagree with their register numbers.
- The SDM630MCT 40 mA, ML, 2T and LoRaWAN variants use other documents.
Register’lar
Üretici dokümanındaki gruplara göre. Register adları kaynak dokümandaki gibi İngilizcedir.
Gerilim 9 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Phase 1 line to neutral voltagevoltage_l1_n | 30001 | 0x0000 | float32 | ABCD | V | |
Phase 2 line to neutral voltagevoltage_l2_n | 30003 | 0x0002 | float32 | ABCD | V | |
Phase 3 line to neutral voltagevoltage_l3_n | 30005 | 0x0004 | float32 | ABCD | V | |
Average line to neutral voltagevoltage_l_n_avg | 30043 | 0x002A | float32 | ABCD | V | |
Frequencyfrequency | 30071 | 0x0046 | float32 | ABCD | Hz | |
Line 1 to line 2 voltagevoltage_l1_l2 | 30201 | 0x00C8 | float32 | ABCD | V | |
Line 2 to line 3 voltagevoltage_l2_l3 | 30203 | 0x00CA | float32 | ABCD | V | |
Line 3 to line 1 voltagevoltage_l3_l1 | 30205 | 0x00CC | float32 | ABCD | V | |
Average line to line voltagevoltage_l_l_avg | 30207 | 0x00CE | float32 | ABCD | V |
Akım 6 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Phase 1 currentcurrent_l1 | 30007 | 0x0006 | float32 | ABCD | A | |
Phase 2 currentcurrent_l2 | 30009 | 0x0008 | float32 | ABCD | A | |
Phase 3 currentcurrent_l3 | 30011 | 0x000A | float32 | ABCD | A | |
Average line currentcurrent_avg | 30047 | 0x002E | float32 | ABCD | A | |
Sum of line currentscurrent_sum | 30049 | 0x0030 | float32 | ABCD | A | |
Neutral currentcurrent_n | 30225 | 0x00E0 | float32 | ABCD | A |
Güç 21 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Phase 1 active poweractive_power_l1 | 30013 | 0x000C | float32 | ABCD | W | |
Phase 2 active poweractive_power_l2 | 30015 | 0x000E | float32 | ABCD | W | |
Phase 3 active poweractive_power_l3 | 30017 | 0x0010 | float32 | ABCD | W | |
Phase 1 apparent powerapparent_power_l1 | 30019 | 0x0012 | float32 | ABCD | VA | |
Phase 2 apparent powerapparent_power_l2 | 30021 | 0x0014 | float32 | ABCD | VA | |
Phase 3 apparent powerapparent_power_l3 | 30023 | 0x0016 | float32 | ABCD | VA | |
Phase 1 reactive powerreactive_power_l1 | 30025 | 0x0018 | float32 | ABCD | var | |
Phase 2 reactive powerreactive_power_l2 | 30027 | 0x001A | float32 | ABCD | var | |
Phase 3 reactive powerreactive_power_l3 | 30029 | 0x001C | float32 | ABCD | var | |
Phase 1 power factorpower_factor_l1 | 30031 | 0x001E | float32 | ABCD | ||
Phase 2 power factorpower_factor_l2 | 30033 | 0x0020 | float32 | ABCD | ||
Phase 3 power factorpower_factor_l3 | 30035 | 0x0022 | float32 | ABCD | ||
Phase 1 phase anglephase_angle_l1 | 30037 | 0x0024 | float32 | ABCD | ° | |
Phase 2 phase anglephase_angle_l2 | 30039 | 0x0026 | float32 | ABCD | ° | |
Phase 3 phase anglephase_angle_l3 | 30041 | 0x0028 | float32 | ABCD | ° | |
Total system active poweractive_power_total | 30053 | 0x0034 | float32 | ABCD | W | |
Total system apparent powerapparent_power_total | 30057 | 0x0038 | float32 | ABCD | VA | |
Total system reactive powerreactive_power_total | 30061 | 0x003C | float32 | ABCD | var | |
Total system power factorpower_factor_total | 30063 | 0x003E | float32 | ABCD | ||
Total system phase anglephase_angle_total | 30067 | 0x0042 | float32 | ABCD | ° | |
Total system power factor, sign invertedpower_factor_total_inverted | 30255 | 0x00FE | float32 | ABCD |
Enerji 8 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Import active energyimport_active_energy | 30073 | 0x0048 | float32 | ABCD | kWh | |
Export active energyexport_active_energy | 30075 | 0x004A | float32 | ABCD | kWh | |
Import reactive energyimport_reactive_energy | 30077 | 0x004C | float32 | ABCD | kvarh | |
Export reactive energyexport_reactive_energy | 30079 | 0x004E | float32 | ABCD | kvarh | |
Apparent energyapparent_energy | 30081 | 0x0050 | float32 | ABCD | kVAh | |
Ampere hoursampere_hours | 30083 | 0x0052 | float32 | ABCD | Ah | |
Total active energytotal_active_energy | 30343 | 0x0156 | float32 | ABCD | kWh | |
Total reactive energytotal_reactive_energy | 30345 | 0x0158 | float32 | ABCD | kvarh |
Talep değerleri 12 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Total system power demandactive_power_demand | 30085 | 0x0054 | float32 | ABCD | W | |
Maximum total system power demandactive_power_demand_max | 30087 | 0x0056 | float32 | ABCD | W | |
Total system VA demandapparent_power_demand | 30101 | 0x0064 | float32 | ABCD | VA | |
Maximum total system VA demandapparent_power_demand_max | 30103 | 0x0066 | float32 | ABCD | VA | |
Neutral current demandcurrent_n_demand | 30105 | 0x0068 | float32 | ABCD | A | |
Maximum neutral current demandcurrent_n_demand_max | 30107 | 0x006A | float32 | ABCD | A | |
Phase 1 current demandcurrent_demand_l1 | 30259 | 0x0102 | float32 | ABCD | A | |
Phase 2 current demandcurrent_demand_l2 | 30261 | 0x0104 | float32 | ABCD | A | |
Phase 3 current demandcurrent_demand_l3 | 30263 | 0x0106 | float32 | ABCD | A | |
Maximum phase 1 current demandcurrent_demand_max_l1 | 30265 | 0x0108 | float32 | ABCD | A | |
Maximum phase 2 current demandcurrent_demand_max_l2 | 30267 | 0x010A | float32 | ABCD | A | |
Maximum phase 3 current demandcurrent_demand_max_l3 | 30269 | 0x010C | float32 | ABCD | A |
Harmonikler 12 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Phase 1 line to neutral voltage THDthd_voltage_l1_n | 30235 | 0x00EA | float32 | ABCD | % | |
Phase 2 line to neutral voltage THDthd_voltage_l2_n | 30237 | 0x00EC | float32 | ABCD | % | |
Phase 3 line to neutral voltage THDthd_voltage_l3_n | 30239 | 0x00EE | float32 | ABCD | % | |
Phase 1 current THDthd_current_l1 | 30241 | 0x00F0 | float32 | ABCD | % | |
Phase 2 current THDthd_current_l2 | 30243 | 0x00F2 | float32 | ABCD | % | |
Phase 3 current THDthd_current_l3 | 30245 | 0x00F4 | float32 | ABCD | % | |
Average line to neutral voltage THDthd_voltage_l_n_avg | 30249 | 0x00F8 | float32 | ABCD | % | |
Average line current THDthd_current_avg | 30251 | 0x00FA | float32 | ABCD | % | |
Line 1 to line 2 voltage THDthd_voltage_l1_l2 | 30335 | 0x014E | float32 | ABCD | % | |
Line 2 to line 3 voltage THDthd_voltage_l2_l3 | 30337 | 0x0150 | float32 | ABCD | % | |
Line 3 to line 1 voltage THDthd_voltage_l3_l1 | 30339 | 0x0152 | float32 | ABCD | % | |
Average line to line voltage THDthd_voltage_l_l_avg | 30341 | 0x0154 | float32 | ABCD | % |
Ayarlar 15 register
| Ad ve anahtar | Referans | Adres | Tip | Byte sırası | Birim | Ölçek |
|---|---|---|---|---|---|---|
Demand timedemand_time | 40001 | 0x0000 | float32 | ABCD | min | |
Demand perioddemand_period | 40003 | 0x0002 | float32 | ABCD | min | |
System voltagesystem_voltage | 40007 | 0x0006 | float32 | ABCD | V | |
Password lockpassword_lock | 40015 | 0x000E | float32 | ABCD | ||
Network parity and stop bitsparity_stop | 40019 | 0x0012 | float32 | ABCD | ||
Network node (Modbus address)modbus_address | 40021 | 0x0014 | float32 | ABCD | ||
Pulse divisorpulse_divisor | 40023 | 0x0016 | float32 | ABCD | ||
Passwordpassword | 40025 | 0x0018 | float32 | ABCD | ||
Network baud ratebaud_rate | 40029 | 0x001C | float32 | ABCD | ||
Energy units prefixenergy_prefix | 40031 | 0x001E | float32 | ABCD | ||
System powersystem_power | 40037 | 0x0024 | float32 | ABCD | W | |
Register orderregister_order | 40041 | 0x0028 | float32 | ABCD | ||
Relay 1 energy typerelay1_energy_type | 40087 | 0x0056 | float32 | ABCD | ||
Relay 2 energy typerelay2_energy_type | 40089 | 0x0058 | float32 | ABCD | ||
Reset logged datareset_logged_data | 40217 | 0x00D8 | float32 | ABCD |
Kaynak dokümanlar
- SDM630MCT Smart Meter Modbus Protocol Implementation , Eastron Europe, November 2014 (erişim 2026-11-09) Copy hosted by Bimble Solar, an Eastron reseller; Eastron publishes no copy that can be downloaded without a login. The version is taken from the file name.
Adıyla okuyun
SDM630MCT 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.
proxus-mcp.json
{
"devices": {
"sdm630mct-1": {
"protocol": "modbus-tcp",
"host": "192.168.10.40",
"unit_id": 1,
"map": "eastron/sdm630mct"
}
}
} Asistanınıza sorun
sdm630mct-1 cihazından voltage_l1_n, voltage_l2_n, voltage_l3_n değerlerini oku.
Yaptığı araç çağrısı
read_named(device: "sdm630mct-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.
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.