CK(BK/XK/LK)GKL 10-35KV 200-3000A 500-2000Kvar High Voltage Dry Air Core Reactor Series Parallel Reactor na Yanzu Iyakan Tace Reactor
Bayanin Samfura
An haɗa reactor mai iyakance na yanzu a jeri tare da tsarin wutar lantarki don iyakance gajeriyar kewayawa lokacin da tsarin wutar lantarki ya gaza.Lokacin da layin ya yi gajeriyar kewayawa, injin mai iyakancewa na yanzu yana amfani da halayen reactor don iyakance gajeriyar kewayawar layin a cikin iyaka, ta yadda na'urar za ta iya cire kuskuren da kyau da inganci.Na'urori masu iyakancewa na yanzu gabaɗaya suna amfani da reactors na iska-core tare da mafi kyawun layin ƙimar amsawa.Reactor mai iyakancewa na yanzu yana iya aiki cikin aminci da dogaro a ƙarƙashin ƙimar halin yanzu na dogon lokaci.Idan ya gaza, jujjuyawar ampere na karuwa sau da yawa ko sau da yawa, amma juriya ko iyawar sa na iyakance gajeriyar kewayawa ba za a iya ragewa ba.Don haka, ya kamata a yi reactor mai iyakancewa na yanzu da samfuran ramukan maimakon samfuran ƙarfe na ƙarfe.
Reactor na iska-core na'urar lantarki ce mai ƙyalli mai ƙarfi da aka yi amfani da ita a cikin tsarin wutar lantarki don iyakance gajeriyar kewayawa na yanzu, ramuwar wutar lantarki da daidaitawa daidai.Juyin maganadisu yana samar da madauki ta cikin iska, don haka ake kiransa da iskar-core reactor.
Idan ƙimar ƙarfin lantarki da wadatar wutar lantarki na squirrel-cage AC guda uku asynchronous motor iri ɗaya ne, za a iya haɗa na'urar sarrafa iska tare da adadin jujjuyawar da injin ɗin a jere tsakanin motar da wutar lantarki mai shigowa don haɓakawa. Ƙimar inductance da sarrafa lokacin farawa don kada ya zama babba.
Rarraba reactors galibi sun kasu kashi-kashi na reactors, ramukan tace reactors, m shunt reactors, m halin yanzu iyakance reactors, m tsaga reactors, m fara reactors, da dai sauransu, wanda aka sau da yawa amfani da reactive ikon ramuwa, jituwa tacewa, halin yanzu iyakance da sauran. lokatai.
Siffar Samfura
Siffofin fasaha da girman tsarin
1. Rated aiki ƙarfin lantarki: AC 6kV 10kV 35kV
2. Nau'in ƙimar amsawa: 4% 6% 8% 10% 12%
3. Matsayin da aka ƙididdigewa: AC35LI75
4. Hawan zafin jiki na kowane bangare na reactor: yanayin zafi na coil bai kai ko daidai da 75K ba.
5. Reactor amo: kasa da 65dB (an gwada a 1 mita a kwance nisa daga reactor)
7. Obalodi iya aiki: The reactor iya gudu na dogon lokaci a karkashin ikon mita da jituwa halin yanzu ba fiye da 1.2 sau rated halin yanzu.
8. Reactance darajar ma'auni: bambanci tsakanin duk wani biyu-lokaci reactance dabi'u na uku-lokaci reactor bai fi ± 2%
9. Zazzabi juriya da kuma rufi sa: da overall rufi matakin na reactor ne sama da sa F (155 ℃)
10. Yanayin aiki: amfani da tsayi ≤ 1500 mita, yanayin zafi -25 ℃ ~ + 45 ℃, dangi zafi ≤ 90%
11. Matsayin aiwatar da samfur: GB1094.6-2011 JB/T 5346-2013
Siffofin samfur da iyakar amfani
Siffofin gini:
1. Tsarin da ba shi da man fetur yana kawar da gazawar na'urorin da aka yi amfani da man fetur irin su zubar da man fetur da flammability, kuma yana tabbatar da aiki lafiya.Babu baƙin ƙarfe core, babu ferromagnetic jikewa, da kuma linearity na inductance darajar yana da kyau;
2. Yin amfani da kwamfutar don inganta ƙirar busassun nau'in iska-core reactor, zai iya sauri da kuma daidai tsara mafi kyawun sigogi bisa ga bukatun masu amfani;
3. Yana ɗaukar tsarin cylindrical tare da iska mai yawa-Layer a layi daya, kuma akwai tashar iska tsakanin kowane kunshin, wanda ke da zafi mai kyau da zafi mai zafi;
4. The windings aka yi da kananan giciye-sashe zagaye wayoyi da mahara a layi daya windings, wanda zai iya muhimmanci rage eddy halin yanzu asarar da yayyo asarar;
5. A waje na iskar da aka tam nannade da gilashin fiber impregnated da epoxy guduro, da kuma warke a high zafin jiki, sabõda haka, yana da kyau mutunci, high inji ƙarfi, da kuma karfi da ikon yin tsayayya da gajeren lokaci halin yanzu tasiri;
6. Yin amfani da firam ɗin haɗin tauraron aluminum tare da ƙarfin injina mai ƙarfi, asarar eddy na yanzu yana ƙarami;
7. Dukkanin saman ciki da na waje na reactor maras kyau an lullube su da wani Layer na kariya na anti-ultraviolet na musamman, wanda ke da mannewa mai ƙarfi kuma yana iya jure yanayin yanayi mai tsauri;
8. Hanyar shigarwa na iya zama matsayi uku a tsaye, kuma yana iya zama hali ko cikin layi;amfani da waje zai iya rage yawan zuba jarin ababen more rayuwa;
9. Safe aiki, ƙananan amo, babu buƙatar kulawa akai-akai;
10. Dangane da buƙatun mai amfani, ana iya daidaita inductance, kuma kewayon daidaitawa zai iya kaiwa 5% ko fiye.
Yanayin da ya dace:
1. Tsayin ba ya wuce 2000m;
2. Yanayin zafin jiki -25～+45(℃), dangi zafi bai wuce 90% ba;
3. Tsarin motsi na ƙarfin wutar lantarki yana kama da sine;
4. Babu iskar gas mai cutarwa a kusa, babu kayan wuta da fashewa;
5. Yanayin da ke kewaye ya kamata ya sami yanayi mai kyau na samun iska.Idan an shigar da shi a cikin majalisar, ya kamata a shigar da kayan aikin samun iska.
Sanya samfur da shigarwa
Matsayin Reactor:
1. An haɗa babban ƙarfin wutar lantarki m halin yanzu-iyakance reactor a cikin jerin tare da fitarwa karshen da'irar sakandare na babban gidan wuta ko janareta.
2. A jeri hanyoyin da jerin high-voltage m halin yanzu-iyakance reactors sun kasu zuwa: uku-lokaci kwanciya, biyu stacking da daya kwanciya, da uku-lokaci stacking.
3. Ba'a raba wayoyi na reactor zuwa layi mai shigowa da mai fita, kowane ƙarshen zai iya zama layin da ke shigowa, amma dole ne a daidaita wayoyi masu hawa uku.
4. Hawan ƙafafu na reactor suma suna yin ƙasa.Da fatan za a tabbatar da ingantaccen ƙasa yayin shigarwa.Ƙafafu da yawa ba za su iya yin madauki ba.
5. Ana buƙatar gyara sukurori na ƙafafu don guje wa hayaniya saboda rashin shigarwa.
6. Reactor wani abu ne na maganadisu kuma yakamata a sanya shi nesa da kayan aikin maganadisu, kamar shingen ƙarfe, ginshiƙan ƙarfe, bango, da sauransu.
Kariyar Shiga:
1. Hanyoyin shigarwa masu zuwa ba sa la'akari da sararin samaniya maras ferromagnetic tare da rufaffiyar jujjuya da sauran reactors,
2. Babu wani m karfe abubuwa a cikin 1.1 D na tsakiyar reactor jiki, kuma babu rufaffiyar madauki da za a iya kafa.
(Lura: D shine diamita na waje na jikin reactor).
3. Kada a kasance rufaffiyar sandunan ƙarfe ko abubuwa na ƙarfe a cikin tushe na shigarwa na reactor.
4. Tsakanin nisa tsakanin ƙungiyoyi biyu masu kusa (ko saiti biyu) na reactors bai zama ƙasa da 1.7 D ba.
Umarnin Amfani da Nau'in Samfur
Nau'ukan gama gari da amfani:
a.An haɗa silsilar reactor a cikin jeri tare da capacitor a cikin na'urar ramuwa mai kama da capacitor don murkushe halin yanzu mai jituwa da iyakance halin yanzu na rufewa.
b.An haɗa reactor mai iyakance na yanzu a jere tare da tsarin wutar lantarki don iyakance gajeriyar kewayawa da iyakance gajeriyar kewayawa a cikin kewayon da aka yarda lokacin da tsarin ya gaza.
c.An haɗa reactor shunt a layi daya tare da tsarin wutar lantarki, kuma yana watsa wutar lantarki ta hanyar babban tsarin juyawa don rama ƙarfin halin yanzu na layin watsawa, hana wutar lantarki ta tashar layin wutar lantarki daga tashi, da kuma kula da kwanciyar hankali na ƙarfin lantarki. na tsarin watsawa.
d.Ana amfani da reactor mai tacewa a jeri tare da bankin capacitor na layi daya don samar da madaidaicin madaidaicin don tace ƙayyadaddun jituwa masu girma da kuma tabbatar da ingancin wutar lantarki na grid ɗin wutar lantarki.
Umarnin oda:
1. System rated ƙarfin lantarki
2. Rated halin yanzu na reactor
3. Rated reactance rate
4. rated iya aiki na reactor
5. Hanyar shigarwa (a kwance ko tari)
6. Amfani da muhalli (na gida ko waje)
7. Kusantar mahaukaci a ciki da waje
8. An bayyana buƙatu na musamman a sarari Lura: Bayanan da ke sama don tunani ne kawai, kuma takamaiman sigogi suna ƙarƙashin samfuran masana'anta.
Bayanin samfur
Samfuran harbi na gaske
Kusurwar bitar samarwa
Marufi na samfur
Harshen aikace-aikacen samfur
