Hlalutya ulwakhiwo, uyilo lomatshini kunye nezibonelelo zophuhliso lwe-electrode yomatshini wokuwelda wogcino lwamandla

I-electrode yokugcina amandlaumatshini wokuweldayahlulwe yaba yintloko, intonga kunye nomsila. Intloko yinxalenye apho i-electrode idibanisa kunye ne-weldment ye-welding. Ububanzi be-electrode kwiiparamitha zenkqubo ye-welding ibhekisela kububanzi bobuso obusebenzayo becandelo loqhagamshelwano.

Intonga yi-substrate ye-electrode, ubukhulu becala i-cylinder, kwaye ububanzi bayo bubizwa ngokuba yi-electrode diameter D ekuqhubeni, okuyiyona nto isisiseko se-electrode, kwaye ubude bayo bunqunywe yinkqubo ye-welding.

Umsila yinxalenye yoqhagamshelwano phakathi kwe-electrode kunye nentonga yokubamba okanye ngokuthe ngqo ngengalo ye-electrode. Qinisekisa ukuhanjiswa okugudileyo kwe-welding yangoku kunye noxinzelelo lwe-electrode. Ukuchasana koqhagamshelwano lomnxeba woqhagamshelwano kufuneka kube kuncinci kwaye kutywinwe ngaphandle kokuvuza.

I-electrode yecandelo lomatshini we-capacitor enendawo yokugcina amandla e-welding machine yi-chromium-zirconium yobhedu, ene-resistiveivity encinci kwaye idla amandla amancinci okushisa. Xa i-welding, nje kuphela i-electrode ilungiswa rhoqo, inokuphepha ngokufanelekileyo ukwanda koqhagamshelwano kunye nokuthintela ukunciphisa amandla adibeneyo e-solder. Ubude be-electrode buyi-40 mm, ububanzi buyi-6mm, kunye nesiphelo se-2.5 mm.

Ugcino lwamandla okugcina indawo yokuwelda umatshini woyilo loxinzelelo lomatshini, indibano yomatshini wokuwelda, okokuqala intonga yesikhokelo kunye nentonga yenkxaso emiswe kwipleyiti esezantsi, kwaye emva koko ukhethe imithombo emibini yokubuya ekhaphukhaphu ebekwe kwintonga yesikhokelo kunye nentonga yenkxaso, kwaye ke indibano yentonga yoxinzelelo. kwintonga yokuxhasa kunye nentonga yesikhokelo, kwaye ekugqibeleni ii-electrode ezimbini zigxininiswe kwiplate engezantsi kunye nentonga yoxinzelelo. Kwinkqubo yokuhlanganisana, kufuneka kuqatshelwe ukuba i-electrode ezimbini kufuneka zibe ne-coaxial degree echanekileyo.

Xa i-welding, i-workpiece ibekwe kuqala phakathi kwee-electrode ezimbini, kwaye i-nut kwintonga yokuxhasa ijikeleziswa (kuba yenzelwe iindawo ezincinci ezincinci, isithuba se-electrode ayinkulu), ukuze intonga yoxinzelelo lwe-welding ihambe kwicala. yepleyiti esezantsi kunye electrode, ukwenzela ukuba workpiece uqiniswe ngokuqinileyo phakathi electrode ezimbini. Emva kokuba i-welding igqityiwe, vula i-nati kwicala elichaseneyo, emva koko intwasahlobo yokusetha kabusha iya kuphakamisa intonga yoxinzelelo kunye ne-electrode egxininiswe kwintonga yoxinzelelo, uze uthathe i-workpiece emva kwe-welding.

Inzuzo yophuhliso

1. Ixabiso liphantsi. Ixabiso lemarike ye-capacitive enendawo yokugcina amandla umatshini wokuwelda alikho phezulu njengoko uluntu lucinga, kwaye inokubonelela abavelisi bokuwelda abancinci nabaphakathi ukuba bathenge. Kwimeko yeenzuzo ezininzi, akukabikho ixabiso eliphezulu kakhulu, elinqabileyo kakhulu.

2, ukusebenza okuzenzekelayo ngokupheleleyo. Ukusebenza kwe-capacitive energy spot welding machine i-automated ngokupheleleyo, engenakuthelekiswa noomatshini abaninzi be-welding. Olu hlobo lomatshini lufuna kuphela ukuba umqhubi acinezele iqhosha ukuze akhuphe ngokupheleleyo isiphumo esifunwa ngumenzi, kwaye afumane isiphumo esiphindwe kabini ngesiqingatha somzamo.

3, akukho mkhondo. Ngenxa yexesha elifutshane kakhulu le-welding, ii-milliseconds ezimbalwa kuphela, uphawu lwe-welding alubonakali emva kokuba i-welding igqityiwe.

I-Suzhou Agera Automation Equipment Co., Ltd. ibandakanyeka kubenzi bezixhobo zokuwelda, igxile kuphuhliso kunye nokuthengiswa komatshini wokuwelda ukonga amandla, izixhobo zokuwelda ezizenzekelayo kunye noshishino lwezixhobo zokuwelda ezikhethekileyo, i-Anjia igxile kwindlela yokuphucula umgangatho wokuwelda. , ukusebenza kakuhle kwe-welding kunye nokunciphisa iindleko ze-welding. Ukuba unomdla kwi-capacitive ene-energy storage spot welding machine, nceda uqhagamshelane nathi：leo@agerawelder.com