FD2 6.3/10/11√3KV 1.7-3.4Mvar waje high irin ƙarfin lantarki layi daya capacitor musamman sallama nada

FD2 6.3/10/11√3KV 1.7-3.4Mvar waje high irin ƙarfin lantarki layi daya capacitor na musamman fitarwa nada Featured Image

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Bayanin Samfura

Ana amfani da irin wannan nau'in coil ɗin fitarwa a cikin tsarin wutar lantarki na 6-10KV AC 50Hz, daidai da bankin capacitor na wutar lantarki, kuma ana amfani dashi don fitarwa lokacin da aka yanke wutar don tabbatar da amincin kayan aiki da amincin ma'aikatan kulawa.
Wannan nau'in nada mai fitar da ruwa yana da jiki a cikin tankin mai.Ƙarfe na jiki nau'in ƙarfe ne na waje, wanda aka lika tare da zanen karfe na silicon.Ana sanya coils na farko da na sakandare akan tushe don auna layi ko kariya.Akwai manyan bushings guda biyu masu ƙarfi da ƙananan bushings huɗu akan murfin tanki.An gyara jiki a kan murfin akwatin, kuma an ba da murfin akwatin tare da bawul ɗin sakin iska, duk tsarin yana da kyau kuma yana da kyau.

Siffar Samfura

Siffofin fasaha da girman tsarin

Siffofin samfur da iyakar amfani

1. Wannan nau'in coil ɗin fitarwa yana ɗaukar cikakken tsari na tsaye tare da ingantaccen aikin hatimi.Yana ɗaukar cikakkiyar bushewa da allurar mai don tabbatar da cewa mai ya keɓe gaba ɗaya daga iskar waje.Hanyar biyan diyya na mai mai rufewa yana ɗaukar fasaha na diyya na musamman.A lokacin aiki na nadar fitarwa a duk shekara, akwatin koyaushe yana riƙe da ɗan ƙaramin matsi mai kyau (mafi girman bai wuce 0.05Mpa ba, kuma mafi ƙarancin bai gaza 0.001Mpa ba)
2. Duk sassa suna da kyakkyawan aikin rufewa.Ba a buƙatar kulawa ko maye gurbin sassa yayin rayuwar da ake tsammani, kuma yana da aikin tabbatar da fashewa, wanda shine samfurin da ba shi da kulawa.
3. Siffofin ƙira suna da babban wurin farawa da babban matakin daidaito.An ba da tabbacin matakin daidaito a sau 0.9-1.3 ƙimar ƙarfin lantarki da 0-50VA da aka ƙididdige nauyin sakandare (cos shine lag 0.8).Duk tsarin yana da ma'ana, aikin yana da kyau, ƙarar ƙarami ne, kuma siffar yana da kyau.
4. Bankin capacitor mai daidaitawa yana rufe nau'i mai yawa, wanda ya sauƙaƙa zaɓin madaidaicin madaidaicin baya da aiki.

Yanayin aiki:

1. Yanayin zafin jiki shine + 40 ° C da -40 ° C, yanayin zafi shine 85%, tsayin daka ba zai wuce mita 1000 ba, kuma an shigar dashi a waje.
2. Wurin shigarwa ya kamata ya kasance ba tare da lalata gas, tururi, adibas sunadarai, ƙura, datti da wurare ba tare da girgiza mai karfi ba.
3. Dole ne a yi ƙasa harsashin kwandon naɗaɗɗen ruwa.

Bayanin oda

Zaɓin ƙimar ƙarfin lantarki na capacitor dole ne ya dogara da ƙarfin lantarki na cibiyar sadarwa.Idan akai la'akari da cewa shigar da capacitor zai ƙara ƙarfin lantarki, don haka lokacin da zabar ƙarfin lantarki na capacitor, yana da akalla 5% mafi girma fiye da wutar lantarki na cibiyar sadarwa;lokacin da akwai reactor a cikin da'irar capacitor, wutar lantarki ta ƙarshe na capacitor Ƙasa yana ƙaruwa tare da ƙimar reactance na reactor a cikin jerin, don haka lokacin zabar ƙimar ƙarfin wutar lantarki na capacitor, ya kamata a ƙayyade bayan lissafi bisa ga ƙimar amsawa. na reactor a cikin kirtani.Capacitors ƙananan tashoshi ne na masu jituwa.Ƙarƙashin jituwa, za a yi allura mai yawa na masu jituwa a cikin capacitors don sanya capacitors su yi girma ko wuce gona da iri.Bugu da kari, capacitors za su kara girman jituwa da kuma haifar da resonance lokacin da suka ƙare, yi barazana da amincin grid da ikon yin capacitors rayuwa tsawon.Don haka, dole ne a yi amfani da capacitors tare da manyan masu jituwa a ƙarƙashin reactors waɗanda ke murkushe masu jituwa.Matsakaicin halin da ake ciki lokacin da capacitor ke rufe zai iya kaiwa sau ɗarurruwan ƙimar halin yanzu na capacitor.Don haka, mai canzawa don sauya capacitor ya kamata ya zaɓi mai canzawa ba tare da sake rushewa ba.Domin murkushe inrush halin yanzu, na'urar da ke hana inrush halin yanzu ana iya haɗa shi a jere.Bayan an cire haɗin capacitor tare da juriya na fitarwa na ciki daga wutar lantarki, zai iya saukewa daga ƙimar ƙimar ƙarfin lantarki zuwa ƙasa da 75V a cikin mintuna 10.a yi bayanin lokacin.Capacitors da aka yi amfani da su don biyan diyya ya kamata a shigar da su a 150 ~ 200kvar a wuri guda, kuma a kula kada a shigar da capacitors a kan mataki ɗaya da na'ura mai ba da wutar lantarki, kuma kada ku yi amfani da rukuni ɗaya na dropouts don hana overshooting lalacewa ta hanyar ferromagnetic resonance lokacin da layi baya gudana a duk matakai.Ƙarfin wutar lantarki na yanzu yana iya lalata capacitors da masu canza wuta.Ya kamata a zaɓi mai ɗaukar nauyin hawan zinc oxide don kariyar yawan ƙarfin aiki don mai ɗaukar nauyin zinc oxide wanda aka keɓe ga capacitor, kuma yana da kyau a sanya shi tsakanin sandunan capacitor.An zaɓi fis ɗin da aka yi amfani da shi musamman don capacitor don hutu mai sauri, kuma yakamata a zaɓi ƙimar halin yanzu bisa ga lokutan 1.42 ~ 1.5 na ƙimar halin yanzu na capacitor.Lokacin da aka haɗa capacitor kai tsaye zuwa babban injin mai ƙarfin lantarki a layi daya, don hana haɓakar kai lokacin da aka cire haɗin motar daga wutar lantarki, yana haifar da ƙarfin wutar lantarki na tashar capacitor ya tashi sama da ƙimar da aka ƙima, ƙimar halin yanzu. na capacitor dole ne ya zama kasa da 90% na babu-load halin yanzu na mota;Lokacin amfani da wiring Y/△, ba a ba da izinin haɗa capacitor kai tsaye zuwa motar a layi daya ba, kuma yakamata a yi amfani da hanyar waya ta musamman.Lokacin da aka yi amfani da capacitor a tsayi sama da mita 1000 ko kuma ana amfani da capacitor a cikin yanki na wurare masu zafi, ya kamata a bayyana lokacin yin oda.Takaddun shaida na musamman ko buƙatu na musamman don capacitors yakamata a ƙayyade lokacin yin oda.