Hlaziya isakhiwo, ukwakheka komshini kanye nezinzuzo zokuthuthukiswa kwe-electrode yomshini wokushisela wokugcina amandla

I-electrode yokugcina amandlaumshini wokushiselaihlukaniswe yaba yikhanda, induku nomsila. Ikhanda liyingxenye lapho i-electrode ithintana ne-weldment yokushisela. Ububanzi be-electrode kumapharamitha wenqubo yokushisela bubhekisela kububanzi bobuso obusebenzayo bengxenye yokuxhumana.

Induku iyi-substrate ye-electrode, ikakhulukazi isilinda, futhi ububanzi bayo bubizwa ngokuthi ububanzi be-electrode D ekucubungulweni, okuwusayizi oyisisekelo we-electrode, futhi ubude bayo bunqunywa inqubo yokushisela.

Umsila uyingxenye yokuxhumana phakathi kwe-electrode kanye nenduku yokubamba noma ngokuqondile ngengalo ye-electrode. Qinisekisa ukudluliswa okushelelayo kwe-welding current kanye ne-electrode pressure. Ukumelana nokuxhumana kwendawo yokuxhumana kufanele kube kuncane futhi kuvalwe ngaphandle kokuvuza.

I-electrode yengxenye yomshini womshini wokushisela indawo yokugcina amandla e-capacitor iyimpahla yethusi ye-chromium-zirconium, enokumelana okuncane futhi idla amandla amancane okushisa. Lapho i-welding, inqobo nje uma i-electrode ilungiswa njalo, ingagwema ngokuphumelelayo ukwanda kokuxhumana nokuvimbela ukunciphisa amandla ahlangene we-solder. Ubude be-electrode buyi-40 mm, ububanzi bungu-6mm, kanti ububanzi bokugcina bungu-2.5 mm.

Umshini wokushisela umshini wokugcwalisa umshini wokushisela umshini wokucindezela komshini, ukuhlanganisa umshini wokushisela, okokuqala induku yomhlahlandlela kanye nenduku yokusekela igxiliswe epuletini elingaphansi, bese ukhetha iziphethu ezibuyayo ezimbili ezingasindi ezibekwe phezu kwenduku yomhlahlandlela nenduku yokusekela, bese kuba ukuhlanganiswa kwenduku yokucindezela. kunduku yokusekela kanye nenduku yokuqondisa, futhi ekugcineni ama-electrode amabili agxilile epuleti eliphansi kanye nenduku yokucindezela. Enqubweni yokuhlanganisa, kufanele kuqashelwe ukuthi ama-electrode amabili kufanele abe ne-coaxial degree enembile.

Lapho i-welding, i-workpiece ifakwa kuqala phakathi kwama-electrode amabili, futhi nati endongeni yokusekela ijikeleziswa (ngoba iyingxenye encane encane, isikhala se-electrode asisikhulu), ukuze induku yokucindezela umshini wokushisela iqhubekele lapho wepuleti eliphansi eline-electrode, ukuze i-workpiece iboshwe ngokuqinile phakathi kwama-electrode amabili. Ngemuva kokuthi i-welding isiqediwe, vula i-nati ngakolunye uhlangothi, khona-ke isiphethu sokusetha kabusha sizophakamisa induku yokucindezela kanye ne-electrode egxilwe ku-pressure rod, bese uthatha i-workpiece ngemva kwe-welding.

Inzuzo yentuthuko

1. Intengo ishibhile. Intengo yemakethe ye-capacitive energy spot welding machine ayiphezulu njengoba umphakathi ucabanga, futhi inganikeza labo bakhiqizi abashisela abancane nabamaphakathi ukuthi bathenge. Endabeni yezinzuzo eziningi, namanje alikho inani eliphakeme kakhulu, okuyinto engavamile kakhulu.

2, ukusebenza okuzenzakalelayo ngokugcwele. Ukusebenza komshini wokushisela indawo yokugcina amandla e-capacitive ku-othomathikhi ngokugcwele, okungenakuqhathaniswa nemishini eminingi yokushisela. Lolu hlobo lomshini ludinga kuphela u-opharetha ukuthi avele acindezele inkinobho ukuze ashise kahle umphumela odingwa umenzi, futhi athole umphumela ophindwe kabili ngohhafu womzamo.

3, akukho mkhondo. Ngenxa yesikhathi esifushane kakhulu sokushisela, ama-milliseconds ambalwa kuphela, uphawu lokushisela alubonakali ngemva kokuqedwa kokushisela.

I-Suzhou Agera Automation Equipment Co., Ltd. isebenzela abakhiqizi bemishini yokushisela, igxile ekuthuthukisweni nasekuthengisweni komshini wokushisela ukonga amandla, imishini yokushisela okuzenzakalelayo kanye nemishini ekhethekile yokushisela engajwayelekile embonini, i-Anjia igxile endleleni yokuthuthukisa ikhwalithi yokushisela. , ukusebenza kahle kwe-welding nokunciphisa izindleko zokushisela. Uma unentshisekelo kumshini wethu wokushisela indawo yokugcina amandla e-capacitive, sicela usithinte：leo@agerawelder.com