Uthotho lweengxaki, ezinje ngobubanzi obukhulu, ukwakheka kwamaza kwisilinda, ukuphambuka kokuma kwendibano, kunye nokusebenza okungacwangciswanga emva kokutsalwa ngexesha lokucubungula, ziingxaki eziqhelekileyo kushishino lwe-stereoscopic wound core, ingakumbi kwiinkampani ezintsha. Umgangatho wokucubungula uchaphazela ngokuthe ngqo umgangatho wemveliso ye-stereoscopic wound core transformer, ingakumbi ukuhambelana kwemveliso. Zonke ezi ziingxaki ezisebenzayo ekufuneka zijongwane nazo ukulawula umgangatho ukunciphisa izinga le-scrap kunye nokuphucula ukukhuphisana kwemveliso kushishino.

Li-arger Di-iameter

Ubukhulu bokwenyani be ishidi lesinyithi lesiliconyahlukile kumgangatho womzobo woyilo. Umgangatho wemveliso yomenzi ngamnye wesinyithi sesilicon unokungalingani okuthile, nokuba yimveliso efanelekileyo phantsi kwemigangatho yesizwe. Umahluko phakathi kwamaphepha afanayo omqulu ngamnye nawo wahlukile. Okubalulekileyo kukubona ukuba ngubani onomahluko omncinci kwishidi elifanayo., nto leyo efuna iitransformers okanye abavelisi bentsimbi ukuba basebenzise nganye I-CRGOkwinkqubo yokubachonga ngokusekelwe kumava abo ukuba umgangatho wezinto ezisetyenzisiweyo uyahlangabezana neemfuno zabo zomgangatho.

Umgangatho wesizwe we-CRGO ufuna ubukhuluumcu wentsimbi yesiliconkufuneka ilinganiswe nakweyiphi na indawo engekho ngaphantsi kwe-15mm ukusuka kumphetho wentsimbi nge-0.01mm precision micrometer, kunye nobukhulu be-CRGO enobukhulu obuyi-0.23mm, 0.27mm, 0.30mm enobubanzi obuyi-150-400mm. Vumela ukuphambuka.

Ukuphambuka okuvumelekileyo kobukhulu, umahluko wobukhulu obude, umahluko wobukhulu obusecaleni kunye nobubanzi ukuphambuka okuvumelekileyo komgca we-CRGO kuya kuhlangabezana neemfuno zetheyibhile elandelayo.

Iyunithi: mm

Ukungalingani (ubude) bomcu we-CRGO akufuneki bube ngaphezu kwe-1.5%. Kuyo nayiphi na ubude bomlinganiselo obuyi-2m, ukugoba kwesikela komcu we-CRGO akufuneki kube ngaphezu kwe-1.0mm. Ubungakanani kunye nomo kufuneka kulinganiswe kwindawo engaphantsi kwe-3m ukusuka kumacala omabini. I-CRGOumcu.

Iibher eziveliswa ngexesha lokucubungula iphepha lesinyithi lesilicon zinempembelelo ethile kububanzi obukhulu kakhulu be-stereoscopic wound core. Ubukho beebher buya kuchaphazela ngokuqinisekileyo umgangatho we-core. Ukudibanisa kwi-transformer kuya kubangela ukuba umsinga we-eddy we-transformer wande, nto leyo eya kuvelisa ubushushu obuninzi, kwaye iya kuchaphazela umgangatho kunye nobomi be-transformer. Ngaba i-iron core ingatshisa ii-burrs ngexesha lenkqubo yokufakelwa? Ii-burrs zokucubungula ze-CRGO eziyi-0.23-0.35 zivumelekile ukuba zilawulwe ngaphakathi kwe-≤0.02mm. Ukuveliswa kwee-burrs kufuneka kulawulwe ngokungqongqo ngexesha lenkqubo yokusika kunye nokusika i-curve. Kakade ke, akunakwenzeka ukuba kungabikho zi-burrs, ngoko ke kufuneka uhlolwe rhoqo kunye nokusila izixhobo rhoqo. Gcina ii-burrs zincinci, kuba ii-burrs ezithambileyo zinokutshiswa ngexesha lokufakelwa, kodwa ii-burrs ezinzima azinakutshiswa.

Isiphelo: Umahluko kububanzi obuphambili unxulumene ngokuthe ngqo nobukhulu bezinto ezibonakalayo.

Isisombululo: Khethaumcu wesinyithi wesilicon onobukhulu obufanayo kunye nomncinci ishidiumahluko wokulawula ngokufanelekileyo ii-burrs zokucubungula (khethaizixhobo ezifanelekileyo zokuqina kunye nokuqina kwezinto)

Isilinda esingundoqo senza amaza

Ii-stereoscopic wound cores zinokuba namaza asilinda ngexesha lokucubungula. Iimeko ezimbini kufuneka zahlulwe apha. Ityala lokuqala ngamaza enziwe ngaphambi kokuba kufakwe i-annealing. Oku kusenokuba ngenxa yezinto eziphathekayo kunye nezinto zezixhobo. Ukuthamba kwezinto kunye nokunyamezelana kobukhulu okukhankanyiweyo apha ngasentla kuya kwenzeka. Kukwakho nesiganeko sokugoba kwizinto ngokwazo, ingakumbi Zizinto ezisecaleni ze-roll enkulu. Amandla okubuyela umva kakhulu ngexesha lokuqhekeka okanye ukuvulwa okugobileyo kubangela ukuguquka kwe-coil. Uxinzelelo olunganelanga lwe-winding core lubangela ukuba isakhelo sangaphakathi sikhululeke kakhulu ukuba singabi namaza.

Ityala lesibini ligagasi elenziwe emva kokufakelwa. Into enokwenzeka apha kukuba ibhloko ye-die core iguquguquka kubushushu obuphezulu, nto leyo ebangela ukuba i-core ikhululeke kwaye yenze igagasi. Kukwakho nezithuba ezenziwe emva kokuba ii-soft burrs zitshisiwe ngexesha lenkqubo yokufakelwa ekhankanyiweyo apha ngasentla, kwaye ezinye ze-hard burrs zisekho, nto leyo ebangela ukuba umphezulu we-cylindrical wenze amaza. Kwinkqubo yokufakelwa, izinga lokufudumeza nokupholisa liyalawulwa. Ubushushu besithando buphezulu kakhulu, kwaye ubushushu kunye nokufuma ngexesha lesithando kunempembelelo ethile kwi-iron core.

Isiphelo: Ukwakheka kwamaza kwisilinda yentsimbi kunxulumene ngokuthe ngqo nezinto, isakhelo sangaphakathi sikhululekile kakhulu, kwiteknoloji yokucubungula, unyango lokucubungula, kunye nesantya sokufudumeza nokupholisa ngexesha lenkqubo yokufakela.

Isisombululo: Khetha i-CRGO esemgangathweni, lawula ngokungqongqo impembelelo yezinto ezisetyenziswa ngabantu kumgangatho we-wound core ngexesha lokucubungula, kwaye ukhethe iibhloko ze-mold core ezishushu kakhulu.

I-TRIHOPE ixhaswa ngababoneleli abangaphezu kwekhulu ukubonelela ngezinto kunye nezixhobo ezisetyenziswa kwi-transformers, kuquka I-CRGO, umthi oxineneyo, iphepha lokukhusela ubushushu.Sineqela leengcali zobugcisa elinamava eminyaka emininzi kwicandelo leTransformer, singakuniki nje kuphela iimveliso ezikumgangatho ophezulu, sikwasombulula zonke iintlobo zeengxaki zobugcisa kunye neenkonzo ezixabisekileyo.

Ngaphezu koko, sinamandla okubonelela ngeNkonzo yeTurn-Key yokusekwa kwefektri entsha yetransformer kunye nefektri yeCT&PT. Ulwaneliseko lwakho luya kuba yeyona njongo yethu inkulu.