Uvavanyo lwebhetri

Uvavanyo lwebhetri: ngenxa yokungakhethi kweemeko zokuvelisa ibhetri, ukusebenza kwebhetri eveliswayo kuyahluka, ngoko ke ukwenzela ukudibanisa ngokufanelekileyo ipakethe yebhetri kunye, kufuneka ihlelwe ngokweeparamitha zayo zokusebenza;uvavanyo lwebhetri luvavanya ubungakanani beeparamitha zokuphuma kwebhetri (yangoku kunye nombane).Ukuphucula izinga lokusetyenziswa kwebhetri, yenza ipakethi yebhetri esemgangathweni.

I-2, i-welding yangaphambili: ukuwelda ibhanti lokudityaniswa kumgca wegridi ephambili yebhetri engaphambili (ipali engalunganga), ibhanti lokudityaniswa libhanti lobhedu, kwaye umatshini wokuwelda unokubona ibhanti lokuwelda kumgca wegridi ephambili kumgca omninzi. ifom yenqaku.Umthombo wokushisa we-welding sisibane se-infrared (usebenzisa umphumo we-thermal we-infrared).Ubude bebhendi ye-welding malunga namaxesha ama-2 ubude bomphetho webhetri.Iibhendi ezininzi ze-weld ziqhagamshelwe kwi-electrode yangasemva yesiqwenga sebhetri yangasemva ngexesha lokuwelda ngasemva

I-3, uxhulumaniso lwe-serial ngasemva: Ukuwelda ngasemva kukumtya iibhetri ezingama-36 kunye ukwenza umtya wecandelo.Inkqubo esiyamkelayo ngoku ngesandla, ibhetri ibekwe ikakhulu kwipleyiti ye-membrane ene-36 grooves yebhetri, ubungakanani bebhetri, indawo yegroove iyilwe, iinkcukacha ezahlukeneyo zisebenzisa iitemplate ezahlukeneyo, umqhubi usebenzisa intsimbi yokuthambisa kunye nocingo lwenkcenkce. ukuwelda i-electrode yangaphambili (i-electrode e-negative) ye "ibhetri yangaphambili" kwi-electrode yangasemva "yebhetri yangasemva", ukwenzela ukuba iintambo ezingama-36 kunye kunye nokuwelda i-electrode efanelekileyo kunye nengalunganga yomtya wendibano.

I-4, i-lamination: emva kokuba umva udibaniswe kwaye ufanelekile, intambo yecandelo, iglasi kunye ne-Eva yokusika, i-fiber yeglasi kunye ne-back plate iya kufakwa kwinqanaba elithile kwaye ilungele ukuhlambalaza.Iglasi ifakwe ngaphambili nge-reagent (i-primer) ukunyusa amandla okudibanisa iglasi kunye ne-EVA.Xa ubeka, qinisekisa indawo ehambelanayo yentambo yebhetri kunye neglasi kunye nezinye izinto, lungisa umgama phakathi kweebhetri, kwaye ubeke isiseko se-lamination.(Inqanaba lomaleko: ukusuka ezantsi ukuya phezulu: iglasi, i-EVA, ibhetri, i-EVA, i-fiberglass, i-backplan

I-5, i-component lamination: Beka ibhetri ebekiweyo kwi-lamination, udwebe umoya kwindibano nge-vacuum, emva koko ushushu i-EVA ukunyibilikisa ibhetri, iglasi kunye neplate yangasemva kunye;ekugqibeleni kuphole indibano.Inkqubo ye-Lamination yinyathelo eliphambili kwimveliso yecandelo, kwaye ixesha lokuqhawula linqunywe ngokwesimo se-EVA.Sisebenzisa i-EVA yokuphilisa ngokukhawuleza kunye nexesha lokujikeleza kwe-laminate malunga nemizuzu engama-25.Ubushushu bokunyanga yi-150 ℃.
I-6, i-trimming: I-EVA inyibilika ngaphandle ngenxa yoxinzelelo lokwenza umda, ngoko kufuneka isuswe emva kwe-lamination.

7, Isakhelo: kufana nokufaka isakhelo seglasi;ukufakela isakhelo se-aluminiyam kwindibano yeglasi, ukonyusa amandla ecandelo, ukutywina ngakumbi ipakethe yebhetri, kunye nokwandisa ubomi benkonzo yebhetri.I-gap phakathi komda kunye nendibano yeglasi izaliswe nge-silicone.Imida idibaniswe nezitshixo zekona.
I-8, i-Welding Terminal Ibhokisi: I-Welds ibhokisi ngasemva kwendibano ukuququzelela uxhulumaniso lwebhetri kwezinye izixhobo okanye iibhetri.

I-9, uvavanyo lombane oluphezulu: Uvavanyo lombane oluphezulu lubhekisa kumbane osetyenzisiweyo phakathi kwesakhelo secandelo kunye nesikhokelo se-electrode, ukuvavanya ukuxhathisa kwamandla ombane kunye namandla okukhusela ukuthintela ukudibana kumonakalo phantsi kweemeko zendalo eziqatha (ukubetha kombane, njl. njl.).

10. Uvavanyo lwecandelo: Injongo yovavanyo kukulinganisa amandla okuphuma kwebhetri, ukuvavanya iimpawu zayo zokuphuma, kunye nokugqiba umgangatho womgangatho wamacandelo.