Nau'in TBBX 1000kvar Fiexd Reactive Compensation Switchgear Panel

Babban Mai Canja Wutar Lantarki

Yueqing Aiso 1000kvar Fiexd Reactive Compensation Switchgear Panel (wanda ake magana da shi azaman na'urar) ya dace da tsarin wutar lantarki 6-36kV AC tare da mitar 50Hz.An fi amfani dashi a cikin tsarin wutar lantarki don daidaita wutar lantarki na bas da wutar lantarki, inganta yanayin wutar lantarki, inganta ingancin wutar lantarki da rage asarar cibiyar sadarwa.

Za mu iya amfani da sassa na daban-daban iri bisa ga bukatun ku.Da fatan za a gaya mana buƙatun kwamitin ku na switchgear, kuma injiniyoyinmu za su samar da tsarin gaba ɗaya da farashin samfurin a cikin sa'a ɗaya yayin lokutan aiki, lokacin amsawa mai sauri, saboda muna da isasshen ƙwarewa a cikin masana'antar.Muna da ikon zama mafi amintaccen mai samar da kayan wutan lantarki.

Matsayin zartarwa na Ƙungiyar Switchgear

GB50227-2008 "Lambar don ƙirar shunt capacitor na'urar

JB/T7111-1993 "High ƙarfin lantarki shunt capacitor na'urar"

JB/T10557-2006 "Na'urar ramuwa mai ƙarfi mai ƙarfi"

DL/T 604-1996 "Bayyana yanayin fasaha don babban ƙarfin lantarki shunt capacitors"

Sauya kayan aikiBabban jigon aikin fasaha

1.Capacitance karkacewa

1.1Bambanci tsakanin ainihin ƙarfin ƙarfin da ƙimar ƙarfin na'urar yana tsakanin kewayon 0- + 5% na ƙimar ƙarfin da aka ƙima.Ma'auni ya fi sauran masana'antu girma

1.2Ragon madaidaicin zuwa mafi ƙarancin ƙarfin aiki tsakanin kowane tashoshi biyu na na'urar ba zai wuce 1.02 ba.

2.Inductance sabawa

2.1Karƙashin ƙididdigewa na halin yanzu, ƙimar da aka yarda da ƙimar amsawa shine 0 ~ + 5%.

2.2Kimar amsawar kowane lokaci ba za ta wuce ± 2% na matsakaicin ƙimar matakai uku ba.

Tsarin tsari da ƙa'idar aiki

1.The na'urar ne a majalisar ministocin tsarin ko wani frame tsarin, wanda zai iya canza capacitor banki da hannu, kuma za a iya sanye take da irin ƙarfin lantarki da reactive ikon atomatik mai kula zuwa auto -matically canza capacitor banki.

2.The majalisar tsarin na'urar kunshi wani mai shigowa warewa switchgear, jerin reactor hukumance, shunt capacitor hukuma da kuma alaka bas.The capacitor majalisar za ta iya ƙayyade adadin kabad bisa ga iyawar diyya da kuma saitin makirci, wanda gaba daya hada da mahara kabad.Jikin majalisar da aka yi da babban ingancin sanyi -birgima karfe farantin lankwasawa waldi ko aluminum-zinc farantin lankwasawa taro.

3.Structure layout: lokacin da rated iya aiki na daya capacitor ne 30 kilowatts, da capacitor banki ya hada da uku-Layer tsarin (daya) biyu-jere tsarin, lokacin da rated iya aiki ne fiye da 100 kilowatts, biyu-Layer (daya) tsarin layi biyu, kuma lokacin da ƙarfin da aka ƙididdigewa ya fi 200 kilowatts, tsarin layi ɗaya (ɗaya) guda biyu.

4.Frame tsarin na'urar ne hada da disconnector frame, bushe iska co reactor, shunt capacitor frame da shinge.Ya haɗa da mai kama zinc oxide, shunt capacitor, fuse mai kariya guda ɗaya, cikakkiyar madaidaicin jujjuyawar fitarwa, mai insulator, sandar motar bas ta ƙarfe (aluminum) da firam ɗin ƙarfe.

• Ana ajiye saitin capacitor akan firam ɗin ƙarfe, kuma ana haɗa bas ɗin haɗin kai da insulators na ginshiƙai don samar da da'ira ta farko bisa yanayin haɗin da aka saita.

• Tsarin bankin capacitor yawanci ana haɗa nau'in nau'in, tare da tsayayyen tsari mai tsayi, adana ƙarfe da shigarwa mai dacewa da sufuri.

• Ana iya raba nau'ikan shigarwa na capacitor zuwa nau'in nau'in nau'in Layer uku, nau'in Layer guda biyu da tsarin layi biyu.

•Kowace lokaci capacitor yawanci ana haɗa shi a layi daya sannan kuma a jere.Fuskar firam ɗin ƙarfe yana da galvanized mai zafi-tsoma ko fesa da filastik.

• Za a iya saita shinge (tsawo 1.8m) a kusa da duk na'urar kamar yadda ake buƙata.Ana fesa saman shinge da filastik.Kayan firam ɗin an yi shi da manyan bayanan martaba.Duba hoto na 11-Fig.17 don fa'ida da ra'ayi na tsari.

5.Zabi jerin reactor

A jerin reactors shigar a kan tsaka tsaki gefe kullum zabi bushe core reactor;da jerin reactors shigar a kan ikon gefe kullum zabi iska-core reactor, wanda za a iya stacked cikin uku matakai ko shigar a cikin font.

6.Kariya na biyu da sarrafawa

Bankin capacitor yana ɗaukar na'urar sa ido na kariyar capacitor na microcomputer, wanda aka sanya akan babban maɓalli mai ƙarfi na gaba.Yana da nau'ikan sarrafawa guda biyu: manual da kuma nesa ta atomatik, kuma biyun suna toshe juna.

Don bankin capacitor wanda ke buƙatar sarrafawa ta atomatik, ƙarfin lantarki da na'urar sarrafa wutar lantarki ana amfani da na'urar sarrafawa ta atomatik don canza bankin capacitor ta atomatik ta hanyar samfuri, nazarin dabaru da sauya umarni.Mai sarrafawa yana ɗaukar hanyar sadarwa ta RS232 ko RS485, wanda za'a iya haɗa shi tare da sauran kayan aikin sa ido a cikin tashar don samar da tsarin haɗakarwa ta atomatik don biyan buƙatun ayyuka daban-daban da hanyoyin gudanarwa irin su tashar da ba a kula da su ba ko rashin kulawa da kulawa ta tsakiya.

7.Interlock bukata

Ministocin da ke shigowa an sanye su da maɓalli na ƙasa da na'ura mai ba da hanya tsakanin hanyoyin sadarwa da haɗa wutar lantarki, kuma kowane capacitor yana ba da kulli na lantarki da kulle kofa, yana taka rawar kariya ta aminci.Lokacin da duk kofofin majalisar ba a yarda su rufe ko buɗe yadda suke so yayin aiki ba, babban maɓalli zai yi tafiya nan da nan;don tsarin firam ɗin, mai amfani dole ne ya shigar da makullin coding na inji akan tsarin aiki na keɓancewar canji a cikin na'urar capacitor da ƙofar shinge don ƙirƙirar aikin da ya ɓace tare da mai watsewar gaba.Dole ne a kulle ƙofar shinge kafin aiki kuma kada a buɗe yayin aiki, don hana afkuwar kowane irin ɓarna.

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