Ukuhlolwa kwebhethri

Ukuhlolwa kwebhethri: ngenxa yokungahleliwe kwezimo zokukhiqiza ibhethri, ukusebenza kwebhethri okukhiqiziwe kuhlukile, ngakho-ke ukuze kuhlanganiswe ngempumelelo iphakethe lebhethri ndawonye, ​​kufanele lihlukaniswe ngokuvumelana nemingcele yokusebenza kwalo;ukuhlolwa kwebhethri kuhlola usayizi wemingcele yokuphuma kwebhethri (yamanje kanye ne-voltage).Ukuze uthuthukise izinga lokusebenzisa ibhethri, yenza iphekhi yebhethri enekhwalithi.

I-2, i-welding yangaphambili: ukushisela ibhande lokuhlangana emgqeni wegridi engaphambili yebhethri (isigxobo esinegetive), ibhande le-confluence yibhande lethusi elihlanganiswe ngothayela, futhi umshini wokushisela ungabona ibhande lokushisela emugqeni wegridi eningi. ifomu lephuzu.Umthombo wokushisa we-welding yisibani se-infrared (sisebenzisa umphumela wokushisa we-infrared).Ubude bebhande lokushisela cishe buphinda izikhathi ezi-2 ubude bonqenqema lwebhethri.Amabhande e-weld amaningi axhunywe ku-electrode yangemuva yebhethri elingemuva ngesikhathi sokushisela emuva

3, ukuxhunywa kwe-serial yangemuva: Ukushisela emuva ukuhlanganisa amabhethri angama-36 ndawonye ukwakha iyunithi yezinhlamvu.Inqubo esiyithatha mathupha manje, ibhethri ibekwe ngokuyinhloko kupuleti lolwelwesi olunemifantu engu-36 yebhethri, ubukhulu bebhethri, indawo ye-groove yakhelwe, ukucaciswa okuhlukile kusebenzisa izifanekiso ezihlukene, opharetha usebenzisa i-soldering iron ne-tin wire. ukushisela i-electrode yangaphambili (i-electrode engeyiyo) “yebhethri yangaphambili” ku-electrode yangemuva “yebhethri elingemuva”, ukuze izintambo ezingu-36 zihlangane futhi zishisele i-electrode ephozithivu nenegethivu yentambo yokuhlanganisa.

I-4, i-lamination: ngemuva kokuthi ingemuva lixhumeke futhi lifanelekele, intambo yengxenye, ingilazi kanye ne-Eva yokusika, i-glass fiber kanye ne-back plate izobekwa ezingeni elithile futhi ilungele ukucwiliswa.Ingilazi ifakwe ngaphambili nge-reagent (i-primer) ukuze kwandiswe amandla okubopha engilazi kanye ne-EVA.Lapho ubeka, qinisekisa ukuma okuhlobene kwentambo yebhethri nengilazi nezinye izinto, lungisa ibanga phakathi kwamabhethri, bese ubeka isisekelo se-lamination.(Izinga lesendlalelo: ukusuka phansi kuya phezulu: ingilazi, i-EVA, ibhethri, i-EVA, i-fiberglass, i-backplan

5, i-component lamination: Faka ibhethri elibekiwe ku-lamination, donsa umoya ovela emhlanganweni nge-vacuum, bese ushisa i-EVA ukuze uncibilikise ibhethri, ingilazi kanye nepuleti elingemuva ndawonye;ekugcineni kuphole umhlangano.Inqubo ye-Lamination iyisinyathelo esibalulekile ekukhiqizeni ingxenye, futhi isikhathi se-lamination sinqunywa ngokuvumelana nemvelo ye-EVA.Sisebenzisa i-EVA yokuphulukisa ngokushesha ngesikhathi somjikelezo we-laminate cishe imizuzu engama-25.Izinga lokushisa lokuphulukisa liyi-150 ℃.
6, ukunquma: I-EVA incibilika ngaphandle ngenxa yengcindezi yokwenza umkhawulo, ngakho-ke kufanele isuswe ngemva kokucwiliswa.

7, Uhlaka: olufana nokufaka ifreyimu yengilazi;ukufaka ifremu ye-aluminium yokuhlanganisa ingilazi, khulisa amandla engxenye, ngokuqhubekayo ukuvala iphakethe lebhethri, futhi andise impilo yesevisi yebhethri.Igebe phakathi komngcele kanye nomhlangano weglasi ligcwele abicah.Imingcele ixhunywe ngokhiye bakhona.
8, Ibhokisi Letheminali Yokushisela: Ishisela ibhokisi ngemuva komhlangano ukuze kube lula ukuxhumana kwebhethri kwezinye izinto zokusebenza noma amabhethri.

I-9, Ukuhlolwa kwe-voltage ephezulu: Ukuhlolwa kwe-voltage ephezulu kubhekisela ku-voltage esetshenziswayo phakathi kohlaka lwengxenye kanye nomkhondo we-electrode, ihlola ukumelana kwayo ne-voltage namandla okuvikela ukuvikela ukuhlangana ekulimaleni ngaphansi kwezimo zemvelo ezinzima (ukushaywa kombani, njll.).

10. Ukuhlolwa kwengxenye: Injongo yokuhlola ukulinganisa amandla okukhiphayo ebhethri, ukuhlola izici zayo zokuphumayo, nokunquma izinga lekhwalithi lezingxenye.