SC (B) 10/11/12/13 10-35KV epoxy resin cast dry-type transformer yana da tsaro, yana jure wuta kuma yana da kariya daga gobara, kuma ana iya shigar da shi kai tsaye a cikin cibiyar lodin. Babu bukatar kulawa, mai sauƙin shigarwa, ƙaramin farashin aiki gaba ɗaya, ƙaramin asara, kyakkyawan juriya ga danshi, yana iya aiki da kyau a cikin danshi 100%, kuma ana iya fara aiki ba tare da bushewa kafin a kashe ba. Ƙaramin ƙarfin fitarwa na ɓangare, ƙaramin hayaniya, ƙarfin fitar da zafi mai ƙarfi, kuma yana iya aiki a ƙarƙashin yanayin sanyaya iska mai ƙarfi a ƙarƙashin nauyin da aka ƙayyade na 120%. An haɗa shi da tsarin kulawa na kariya daga zafi mai inganci, yana ba da tabbaci mai inganci ga aikin amintaccen na'urorin canjin wutar lantarki, tare da babban amincin. Bisa ga binciken aiki akan sama da kayayyaki 10000 da aka riga aka fara aiki, alamomin amincin kayayyakin sun kai matakin ci gaba.
Fa'idodin na'urorin canjin wutar lantarki na bushe
1. Manyan wutan lantarki suna da waya tagulla, ƙaramin wutan lantarki suna da waya tagulla ko kuma takardar tagulla, an cika kuma an nade da fata na fiber na gilashi, kuma an zuba da resin epoxy mara cika a cikin yanayin vacuum. Bayan an bushe, yana samar da wani karfi mai jujjuyawa da rectangular tare da karfi mai kyau na inji, ƙaramin fitarwa na ɓangare, da kuma babban amincin.
2. Mai hana wuta, mai hana fashewa, da kuma ba ya gurbata muhalli. Kayan insulashan kamar fiber na gilashi da aka yi amfani da su don nadin coils suna da halaye na kashe kansu kuma ba za su haifar da arcs ba saboda gajeriyar hanya. A ƙarƙashin zafi mai yawa, resin ba zai samar da gawayi masu guba ko masu cutarwa ba.
3. Coil ba ta sha danshi, kuma clamp na ƙarfe yana da wani takamaiman rufin kariya daga lalacewa, wanda zai iya aiki a cikin 100% danshi na dangi da sauran mawuyacin yanayi. Aiki na lokaci-lokaci ba ya buƙatar maganin rage danshi.
4. Babban juriya ga gajeriyar hanya da harbin lightning.
5. Layer na resin a cikin ciki da wajen coil yana da kauri kadan kuma yana da kyakkyawan aikin fitar da zafi. Hanyar sanyaya - yawanci ana amfani da sanyaya iska ta halitta (AN). Don transformers na kowanne matakin kariya, za a iya tsara tsarin sanyaya iska (AF) don inganta ƙarfin ɗaukar nauyi na ɗan lokaci da tabbatar da aikin lafiya.
6. Karancin asara, kyakkyawan tasirin adana makamashi, aiki mai araha, da kuma ba tare da kulawa ba.
7. Karamin girma, nauyi mai sauƙi, ƙaramin fili, ƙarancin farashin shigarwa, ba a buƙatar la'akari da tankunan fitar da mai, kayan kariya daga wuta da kuma kayan aikin kashe wuta, da kuma tushen wutar ajiyar.
8. Saboda rashin haɗarin wuta ko fashewa, za a iya shigar da shi a cikin hanyar rarraba a cikin cibiyar nauyi, sosai kusa da wurin amfani da wutar, ta haka yana rage farashin layukan wuta da adana kayan aikin ƙarancin wuta masu tsada.
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