Sakamako da RMRTBB na takalmomi mai kammala muhimman wani ita ce an sake yin don jikohi masu kisan karkashin tsari daga 1kV zuwa 35kV. Yana aiki a matsayin sakamako da kammalo muhimman wani ita don kammala muhimman wani ita a cikin jikohi, tare da haka ya zama da kammala muhimman wani ita, ya zama da kammala muhimman wani ita, ya haifar da kammala muhimman wani ita, kuma ya sa shiga wa'azi masu kammala muhimman wani ita. Wannan ya tabbatar da inganci, inganci, da kuma inganci a yi aiki a kan jikohi.
Idan an kofara ta da reactors, zan iya kammala harmonics, tare da haka ya tabbatar da dalilin da kuma inganci na jikohi da aka kofara.
An sake yin sakamakon da ke kusa da kyau, tare da haka ya zama da kammala muhimman wani ita. Sakamako baki daya ana da alama da kammala muhimman wani ita. Ana iya sake yin sakamakon da ba a kafin koyar da KYN28/KYN61 switchgear. An sake yin kammala muhimman wani ita da kuma koyar da kammala muhimman wani ita, idan an bukata.
Bayanin Sakamako
Sakamako da RMRTBB na takalmomi mai kammala muhimman wani ita ce an sake yin don jikohi masu kisan karkashin tsari daga 1kV zuwa 35kV. Yana aiki a matsayin sakamako da kammalo muhimman wani ita don kammala muhimman wani ita a cikin jikohi. Wannan ya zama da kammala muhimman wani ita, ya zama da kammala muhimman wani ita, ya haifar da kammala muhimman wani ita, kuma ya sa shiga wa'azi masu kammala muhimman wani ita.
Idan an kofara ta da reactors, zan iya kammala harmonics kuma ya tabbatar da dalilin da kuma inganci na jikohi da aka kofara. An sake yin sakamakon da ke kusa da kyau, tare da haka ya zama da kammala muhimman wani ita, da alama da kammala muhimman wani ita. Sakamako baki daya ana iya sake yin sakamakon da ba a kafin koyar da KYN28/KYN61 switchgear. An sake yin kammala muhimman wani ita da kuma koyar da kammala muhimman wani ita, idan an bukata.
Afakon Aiki
- Ana amfani da ma'adin kammala muhimman wani ita da kammala muhimman wani ita da kammala muhimman wani ita, tare da haka ya tabbatar da dalilin da kuma inganci na jikohi da aka kofara.
- An sake yin kiyasin kammala muhimman wani ita don kammala muhimman wani ita ta hanyar 50V a lokacin da ake kofara.
- Yana kammala muhimman wani ita har zuwa 0.95 ko kima, tare da haka ya haifar da kammala muhimman wani ita da kammala muhimman wani ita da kammala muhimman wani ita.
- Yana kammala muhimman wani ita, ya zama da kammala muhimman wani ita, ya haifar da kammala muhimman wani ita, kuma ya sa shiga wa'azi masu kammala muhimman wani ita.
- Ana amfani da alama da kammala muhimman wani ita, electromagnetic locks, da kuma viewing windows don dalilin da kuma inganci na jikohi da aka kofara.
- An sake yin sakamakon da ke kusa da kyau, tare da haka ya zama da kammala muhimman wani ita, da alama da kammala muhimman wani ita. Sakamako baki daya ana iya sake yin sakamakon da ba a kafin koyar da KYN28/KYN61 switchgear.
Muhimman Tsarin Teknologi
| Bayanan |
Siffarwarwa |
| Fassara Mai Yawan Lafiya |
10(6)–35kV |
| Tsunan Nuna |
50Hz |
| Kwamfuta Na Fassara |
50–20,000kvar |
| Lace na Tsohon Fassara |
Tsohon fassara mai yawan kafin lace ko tsaron lace da ba da damar |
Shaidaunin Kula
- Tsarin Kula: Tashar da kasa ko tashar da gwamna
- Na'urar Tsakiyar Tana: −40°C zuwa +45°C
- Hasashe na Biyu: ≤90% (a 25°C)
- Alamar: ≤4500m
- Shaidaunin Yanki: Babu sauka, kisan gaso masu haukan kayan ado, kisan jiki, ko kisan abinci mai yawa.
Prinsipin Kula da Makasanta
- An samun kabilu da ke cikin kabilu masu kuliya masu kula, kabilu masu kula, kabilu masu kula (vacuum type), kabilu masu kula, kabilu masu kula, kabilu masu kula, da kabilu masu kula/control/protection units.
- Yana taimakawa da kula automatic ko manual group control, wanda yake iya kula reactive compensation levels ta hanyar tsarin lada a baya don inganta energy efficiency.
- Kabilu masu kula da kabilu masu kula suna da discharge resistors wanda suke inganta cewa residual voltage ya zama <50V a matsayin 5 minutes bayan kula.
- A yi amfani da series reactors don in limit inrush current da kuma suppress harmonics — typically 4.5–6% for 6kV systems and 12–13% for 10kV systems.
- An samun kabilu a kan excellent thermal and dynamic stability, with observation windows, electromagnetic locks, and reinforced grounding for safety.
- Adopts anti-condensation design with top-mounted ventilation and pressure-relief mechanisms to prevent internal overpressure.
- Modular dimensions and customizable layouts are available upon request.
- The control system provides automatic group switching, monitoring, protection, and communication functions.
- Equipped with comprehensive protection, including overcurrent, overvoltage, unbalanced load, and short-circuit protection.
- Designed for long-term operation at 1.0× rated voltage, and can withstand up to 1.3× rated voltage for short durations.
