Fasahar Tashin Kafin Mabu: Me Ya Zama Yanzu A Dukanshin Kafa

Tsarin kuma na transformer ya ƙara yawa a cikin loss na no-load, current na excitation, noise, stability na mechanical, da reliability na long-term. A cikin duk variable na manufacturing, design na joint na core tana da mahimmanci saboda kowane joint yana zama discontinuity mai yawa a cikin magnetic path.

Daga wajen zaɓa material na core na maimakon, amfani da step-lap joint na optimized, da control na lamination accuracy, masu manufacture suna iya gyara magnetic reluctance da localized flux distortion, yayyata performance na transformer a kowanne yanki.

Menene TRANSFORMER Kuma na Core?

Kuma na transformer shine tsari na samun laminations na electrical steel mai ƙarfi da insulation, suka dora su zuwa kuma mai gaskiya. Tsari na typical na production yana da:

1. Tayarawa da inspection na material
2. Cutting da notching na lamination
3. Inspection na burr da dimensions
4. Stacking na lamination a koma-koma
5. Alignment da clamping na joint
6. Inspection na dimensions da insulation na core
7. Kammal aikin kuma yadda ake sanya kudun kudun

Kullum kudun kudun dole ne ya kashe daidai. Kuskusen kudun kudun, kuskusen kudun kudun da kuskusen kudun kudun, kuskusen kudun kudun da kuskusen kudun kudun, ko kuskusen kudun kudun ba su daidai, zasu iya haifar da kuskusen kudun kudun, kuskusen kudun kudun, kuskusen kudun kudun, da kuskusen kudun kudun.

Yaya ne kudun kudun suka fi kyau?

Kudun kudun na transformer ba za a iya gurasa ta hanyar kudun kudun mai sau daya ba. Kudun kudun da kudun kudun su ne dole ne su kashe da kudun kudun, kuma su haifar da kudun kudun a cikin kudun kudun na magnetic.

Idan kudun kudun suka fi kyau ko suka kashe da kuskusen kudun kudun, kudun kudun na magnetic dole ne ya tashi da kudun kudun mai sau daya ko kudun kudun ba su daidai. Wannan zai iya haifar da kuskusen kudun kudun na magnetic da kuskusen kudun kudun na magnetic a wani kudun kudun.

Kudun kudun na transformer mai sau daya zai iya taimaka:

• Kashe da kudun kudun mai sau daya na magnetic
• Kuskusen kudun kudun na magnetic na kudun kudun
• Kuskusen kudun kudun na kudun kudun da kudun kudun na kudun kudun
• Kuskusen kudun kudun da kudun kudun na transformer
• Farma kuma gudunmawa na tsakarar da karami
• Taimaka wani aiki mai zuwa ta yau da kullum

Wani farko na farma ya ke taka kuma daga cikin tsarin transformer, darajar steel na elektriko, karamin flux, sifin cuttin, karamin stacking, da shugaban clamping.

Sukuku na tsarin da karami na transformer

Butt-Lap Joint

A cikin tsarin Butt-Lap, karamin lamination suka samu a karamin daidai. Tsarin zai iya samun kamar yadda aka so, amma karamin gap zai bukatar tattalin arziki. Karamin gap mai yawa ko ba daidai zai iya zama mafi yawa na magnetic reluctance da karamin distortion na flux a lokaci na yawa.

Mitred Joint

Mitred Joint yana amfani da karamin lamination mai karami, kamar yadda aka samu a karamin daidai wanda karamin limb suka samu da karamin yoke. Wannan tsarin yana karamin karamin joint da karamin direction na magnetic flux kuma yana iya farma karamin performance na magnetic don haka da square joint mai yawa.

Step-Lap Joint

Kore na step-lap yana ba da kuma ta hanyar laminaɗi guda uku don fuskanta, a cikin kuma ta ƙauna a wani baki. Laminaɗi sun ƙara daga baya da baya a tsari na alama, wanda ke ba da imkani ga flux na maganetik su yi raba a cikin kuma ta fuskanta.

Idan ana sauya da sanya da kyakkyawa, kuma ana samun kuma ta step-lap zai iya:

• Yi karin kuma ta fuskanta na flux a kusurori
• Yi karin kuma ta saturasi na kusurori
• Taimaka wajen yin aiki na transformer a lokacin da ba shi da beban
• Yi karin kuma ta nawa na audibila
• Za ta haɗa kuma ta tsari na maganetik mai ƙarfi

Aiki na step-lap tana iya yin amfani da tsarin kuma ta kadan na kadan, kuma ta ƙara da kadan, kuma ta ƙara da kadan na kadan, kuma da tsarin kuma ta yin amfani da kadan na kadan.

Yadda kuma ta fuskanta ta tabbata aiki na transformer

1. Karin kuma ta magnetic reluctance

Karama na karkara suka cuta gaba na maganin. Kula da saizi da kuma fannin su ya zama mafi kyakkyawan karama na gaba na maganin kuma ya taimaka wajen yin tsarin maganin da mafi kyakkyawan.

2. Tsanani na lossi a lokacin da ba a carga ba

Lossi na gaba na maganin ta kashe ƙarshen lossi na hysteresis da lossi na eddy-current. Fannin karama ba ta karɓa lossi su, amma fannin mafi kyakkyawan na karama zai iya tsanani karama na maganin da ba a gaba da karama na maganin da ke taimaka wajen yin lossi na lokacin da ba a carga ba.

3. Tsanani na current na excitation

Gaba na maganin da mafi kyakkyawan zai nuna mafi kyakkyawan force na magnetizing. Wannan zai taimaka wajen kula da current da transformer ya ci a lokacin da ba a carga ba karama na secondary.

4. Mafi kyakkyawan kula da noise

Karama na maganin da karama na karama ba a gaba da karama zai taimaka wajen yin vibration a gaba na maganin. Fannin mafi kyakkyawan na step-lap stacking da kuma uniform clamping zai taimaka wajen tsanani yin rarraba a tsari na laminations da kuma tsanani yin karama na noise na transformer.

5. Mafi kyakkyawan kula da mechanical stability

Dole ne ƙwayoyin da aka tara da kyau su kasance da ƙarfi a lokacin da ake kai su, sa su, da kuma yin amfani da su. Daidaitaccen haɗuwa da matsi mai sarrafawa yana taimakawa wajen kiyaye yanayin da aka nufa ba tare da lalata rufin rufin ba.

Mahimman dabarun ingantawa na tsakiya

Zaɓi Karfe Mai Kyau na Wutar Lantarki

Kwayoyin masu canzawa suna amfani da ƙarfe na lantarki mai daidaitaccen gari tare da:

• Ƙananan hasara na musamman
• Babban magnetic permeability a cikin shugabanci na Rolling
• Abubuwan halaye masu dacewa
• Ƙarfin rufi mai tsayayye
• Ƙarfin lamination mai dacewa

Zaɓin kayan ya kamata ya dace da aji mai ƙarfin lantarki, ƙarfin, manufa mai inganci, iyakar zafin jiki, da ƙayyadaddun amo.

Kontrola Tashin Kuskuren da Tsawon Bura

Kuskuren na cuttun zai iya canza tsarin kuma yanzu na kuma. Bura mai yawa zai iya gaba daya na kuma na kuma da kuma na kuma, kuma zai iya haɗa kuma da kuma na kuma da kuma na kuma, wanda ke bada damar kuma da kuma na kuma da kuma na kuma.

Kontrolin na kuma zai kasance a cikin wadannan:

• Taswira na kuma da kuma na kuma
• Sakon kuma na kuma
• Kontrola na tsawon bura
• Taswira na kuma na kuma
• Nemo da kuma da kuma da kuma da kuma

Amfani da kuma na kuma na kuma

Kuma na kuma zai kamata ta taba kuma na kuma. Kuma na kuma mai kusanci, kuma na kuma mai kusanci, ko kuma na kuma mai kusanci zai iya canza kuma na kuma da kuma da kuma na kuma.

Bayani mai kyau game da aikin, yadda za a san ko wane sashe ne ake yi, da kayan aiki da za su taimaka wajen saka shi a inda ya dace, da kuma bincika aikin da ake yi a kai a kai.

Ka Kāre Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin Ƙarfin

Ƙarƙashin rufi mai rufi a kan kowane lamination yana iyakance kwararar yanzu tsakanin zanen gado. Ƙazantawa, gurɓataccen abu, ƙwayoyin ƙarfe, ko kuma matsa lamba mai yawa na iya ɓata wannan rufin.

Saboda haka, wuraren da ake yin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayo

Ka yi amfani da matsin lamba iri ɗaya

Dole ne zuciyar ta kasance mai ƙarfi don kiyaye kwanciyar hankali na tsari, amma matsin lamba mai yawa na iya lalata lambobi ko lalata murfin rufin su. Dole ne a yi amfani da ƙarfin clamp a cikin daidaituwa kuma bisa ga tsarin ƙirar da aka amince da shi da kuma tsarin masana'antu.

Binciken Inganci a Lokacin Tattarawar Core

Tsarin dogara ga tsarin kwakwalwa na iya haɗawa da waɗannan dubawa:

• Tabbatar da nau'in ƙarfe na lantarki da kauri
• Girman lamination da kuma dubawa na kusurwar yankewa
• Fasahin ƙananen kishin da tsari na gaba
• Sakamako na tashin step-lap
• Kuskuren kishin da kuskuren duniya
• Fasahin gap na gaba da sakamako na gaba
• Fasahin kishin insulation
• Fasahin clamping da kishin stabiliyayin mechanical
• Testin loss na no-load, current na excitation, da noise a cikin transformer mai zuwa

Ma'ajamin kafin samun ya kamata yana da follow na dokumenin design na aminci, shawarun abokan hawa, da standardai masu amfani.

Masu Sabon Gaskiya

Wane ne ma'ana ta yanzu na step-lap transformer core?

Step-lap core yana zama gaba a cikin laminations na biyu ko karai. Wannan yana haɗawa da kuskuren magnetic mai yawa da yawa kuma yana iya gwada loss na no-load, current na excitation, da noise lokacin da aka raba da aka saba.

Shin ya zama da aiki na kore ya zama da kuma yadda transformer ya zama da mafi kyau?

Ee. Kuma yadda kore ta fuskanta shari'ar maganin kuma zai iya zama da tasirin cikin loss na no-load. Amma mafi kyau na kuma yadda transformer ya zama da mafi kyau zai iya zama da tasirin loss na winding, abu na conductor, density na flux, gyara na electrical steel, design na cooling, da kuma accuracy na manufacturing.

Me ya sa kore na transformer a gudanar da su?

Kore ana gudanar da su zuwa sheets na steel mai ƙarfi da kuma mai insulation don hana da eddy currents su daina. Wannan zai taimaka wajen rage da core loss da kuma heating mai baki.

Me ya sa burrs na lamination a tsaya da control?

Burrs mai ƙarfi zai iya tashi ko zai iya kawo insulation na laminations su daina. Wannan zai iya haɗawa da conductive paths, zai iya rage da localized eddy-current loss, da kuma zai iya taimaka wajen overheating.

Wane aiki na kore zai iya zama da mafi kyau don kore na transformer?

Ba a wani hanyar tsakanin kuma don dukkan transformer. Step-lap da mitred joints suna amfani da su daga cikin ƙarfin maganen su, amma alama na yanzu na iya gudunmawa ta zama tare da karamin transformer, tsarin core, abu na yanzu, bukatun fahimta, bukatun kara koyaushe, da iko na sayarwa.

Kammalawa

Kara yanzu na tsarin core na transformer ba ne kamar yin canji na tsarin lamination. Yana bukatar tsarin da ke cikin karamin abubuwan da suka fiye, tsarin cuttin, tsarin stacking, tsarin joint, tsarin insulation protection, da tsarin clamping.

Wani core na step-lap mai ƙarfi da yawa yana iya baiwa tsari na magane mai kyau, yana kara koyaushe na flux na yanzu, yana taimaka wajen kara koyaushe na no-load, da yana kara kyakkyawan tsarin mafi kyau. Wadannan damar suke taimaka wajen transformer mai fahimta, mai koyaushe kura, da mai kyakkyawan aminci a cikin karamin zaman su.

Kuna iya samu Custom 35 kV Transformer ?

Dingxin yana ba shi ƙarfin ƙarfi na transformer da ake amfani da su a cikin kayan aiki, wanda ke kara kuma kamar yadda aka bukatar su, kamar hanyar fuskantar, rabi’in tashin kudura, karamin gurbi, karamin tsayi, hanyar sanya, karamin kudura, karamin fuskantar, da karamin saiti na sanya.

Dingxin — Masu ƙarfi na transformer na 35 kV. Ake ba shi ƙarfin kuma a cikin kayan aiki.

Sanya Dingxin don tabbata da karamin transformer na ku kuma zaɓa shi ƙarfin kuma na teknik da ake kara kuma.