1. Dalilan corona
Corona ana haifar da ita ne saboda filin lantarki da bai yi daidai ba yana samuwa ta hanyar madugu mara daidaituwa.Lokacin da ƙarfin lantarki ya tashi zuwa wani ƙima a kusa da lantarki tare da ƙaramin radius mai lanƙwasa a kusa da filin lantarki mara daidaituwa, fitarwa zai faru saboda iska mai kyauta, yana samar da korona.Domin filin lantarki da ke gefen korona yana da rauni sosai kuma ba a sami rarrabuwar kawuna ba, abubuwan da aka caje a gefen korona ainihin ions ne na lantarki, kuma waɗannan ions suna haifar da fitar da korona.A taƙaice, korona yana haifar da wutar lantarki lokacin da madubin lantarki mai ƙaramin radius na lanƙwasa ya fita cikin iska.
2. Abubuwan da ke haifar da korona a cikin manyan injina
Filin wutar lantarki na iskar stator na babban injin mai ƙarfin lantarki yana mai da hankali ne a wuraren samun iska, ramukan fita na linzamin kwamfuta, da ƙarewar iska.Lokacin da ƙarfin filin ya kai wani ƙima a wani wuri na gida, iskar gas ɗin yana fuskantar ionization na gida, kuma shuɗi mai haske yana bayyana a wurin ionized.Wannan shine lamarin corona..
3. Hatsarin corona
Korona yana samar da tasirin thermal da ozone da nitrogen oxides, wanda ke ƙara yawan zafin gida a cikin nada, yana haifar da mannewa ya lalace da carbonize, da insulation na strand da mica su zama fari, wanda hakan ya sa igiyoyin su zama sako-sako, gajere. circuited, da kuma rufi shekaru.
Bugu da ƙari, saboda rashin daidaituwa ko rashin daidaituwa tsakanin ma'aunin zafin jiki na thermosetting da bangon tanki, za a haifar da fitarwa a cikin rata a cikin tanki a ƙarƙashin aikin girgizar lantarki na lantarki.Haushin zafin gida da wannan fiddawar walƙiya ke haifarwa zai lalata saman rufin.Duk wannan zai haifar da babbar illa ga rufin motar.
4. Matakan rigakafin corona
(1) Gabaɗaya, kayan rufewar motar an yi su ne da kayan da ba za su iya jure wa korona ba, kuma fentin ɗin da ake tsomawa ana yin shi da fenti mai juriya.Lokacin zayyana motar, dole ne a yi la'akari da matsananciyar yanayin aiki don rage nauyin lantarki.
(2) Lokacin yin coil, kunsa tef ɗin anti-rana ko shafa fentin anti-rana.
(3) Ana fesa ramukan core tare da fenti mai ƙarancin juriya, kuma ramukan an yi su ne da laminates na semiconductor.
(4) Bayan jiyya na iskar iska, da farko a yi amfani da fenti mai ƙarancin juriya a madaidaiciyar ɓangaren iskar.Tsawon fenti ya kamata ya zama tsayin 25mm a kowane gefe fiye da tsayin ainihin.Ƙananan juriya semiconductor fenti gabaɗaya yana amfani da fenti 5150 epoxy resin semiconductor fenti, wanda juriyawar samansa shine 103 ~ 105Ω.
(5) Tun da mafi yawan capacitive halin yanzu gudana daga semiconductor Layer zuwa cikin core kanti, domin kauce wa gida dumama a kanti, da surface resistivity dole ne a hankali karuwa daga winding kanti zuwa karshen.Sabili da haka, yi amfani da fenti mai tsayi mai tsayi sau ɗaya daga kusa da ƙaƙƙarfan fitowar iska zuwa ƙarshen 200-250mm, kuma matsayinsa yakamata ya mamaye fenti mai ƙarancin juriya ta 10-15mm.Babban juriya na semiconductor fenti gabaɗaya yana amfani da fenti 5145 alkyd semiconductor fenti, wanda tsayin daka ya kasance 109 zuwa 1011.
(6) Yayin da fenti na semiconductor har yanzu yana jike, kunsa rabin Layer na ribbon gilashi mai kauri mai kauri 0.1mm kewaye da shi.Hanyar dewaxing ita ce sanya kintinkirin gilashin da ba shi da alkali a cikin tanda kuma a gasa shi zuwa 180 ~ 220 ℃ na 3 ~ 4 hours.
(7) A wajen kintinkirin gilashin, a yi amfani da wani Layer na fenti mai ƙarancin juriya da fenti mai tsayi mai tsayi.Sassan daidai suke da matakai (1) da (2).
(8) Bugu da ƙari ga maganin hana halation don iska, ainihin kuma yana buƙatar fesa da ƙananan juriya na semiconductor kafin ya fito daga layin taro.Ya kamata a yi maƙallan tsagi da sandunan tsagi da allunan zane na gilashin gilashin semiconductor.
Lokacin aikawa: Satumba-17-2023