I-Medium frequency inverter spot welding iyindlela yokushisela esetshenziswa kakhulu eyaziwa ngokusebenza kahle kwayo, ukunemba, kanye nokuguquguquka. Kulesi sihloko, sizocubungula izimiso zokushisela kanye nezici ze-medium frequency inverter spot welding, sihlola izindlela zayo eziyisisekelo nezici eziyingqayizivele ezenza kube ukukhetha okuthandwayo ezimbonini ezihlukahlukene.
Izimiso zokushisela:
I-Medium frequency inverter spot welding isebenza ngesimiso se-resistance welding, lapho amandla kagesi edlula ezintweni zokusebenza ukuze akhiqize ukushisa endaweni ehlangene. Ukushisa kuthambisa izinto zokwakha, kuzivumela ukuthi zihlangane ndawonye ngaphansi kwengcindezi, zenze isibopho esiqinile nesithembekile. Izimiso ezibalulekile ezihilelekile ku-medium frequency inverter spot welding ihlanganisa ukumelana nogesi, ukushisa kwe-Joule, kanye ne-metallurgical bonding.
Umthombo wamandla kanye nobuchwepheshe be-Inverter:
Esinye sezici ezihlukanisayo ze-medium frequency inverter spot welding ukusetshenziswa komthombo wamandla onobuchwepheshe be-inverter. I-inverter iguqula imvamisa yamandla okokufaka ibe ifrikhwensi ephezulu, ngokuvamile ebangeni lama-hertz angamakhulu ambalwa kuya ezinkulungwaneni ezimbalwa. Lesi samanje se-high-frequency sivumela ukulawula okunembile nokuphendula okusheshayo, okuholela ekusebenzeni okuthuthukisiwe kokushisela nokusebenza kahle kwamandla.
Ukufaniswa kwe-Impedans kanye nokugxilwa kwamandla:
I-Medium frequency inverter spot welding isebenzisa amasu okufanisa i-impedance ukuze kuthuthukiswe ukudluliswa kwamandla. Ngokulungisa imingcele kagesi, njengamanje kanye ne-voltage, ukuze ihambisane ne-impedance ye-workpieces, amandla aphezulu ahanjiswa endaweni yokushisela. Lokhu kufanisa i-impedance, kuhlanganiswe nemvelo ye-high-frequency yamanje, kunika amandla ukugxila kahle kwamandla endaweni yokushisela, okukhuthaza ukushisisa okusheshayo nokwasendaweni.
Isikhathi Esinembile Nokulawula Kwamanje:
I-Medium frequency inverter spot welding inikeza ukulawula okunembile ngesikhathi sokushisela kanye nesimanje. Imingcele yokushisela ingalungiswa ngokunembile ukuze ihambisane nezidingo ezithile ze-workpiece material, ukujiya, nokucushwa okuhlangene. Lokhu kuvumelana nezimo kuvumela ikhwalithi yokushisela engaguquki nephindaphindekayo, iqinisekisa ukungena okufanayo kanye nendawo encishisiwe ethinteke ukushisa.
Okokufaka Ukushisa Okuncishisiwe Nokuhlanekezela:
Ngenxa yemvelo ye-high-frequency yamanje, i-medium frequency inverter spot welding inikeza okokufaka okuncishisiwe kokushisa uma kuqhathaniswa nezindlela zokushisela ezivamile. Lokhu kufakwa kokushisa okuphansi kubangela ukuhlanekezela okuncishisiwe, kunciphisa isidingo semisebenzi elandelayo yokushisela. Ukwengeza, ukulawulwa okunembile kwemingcele yokushisela kunomthelela ekukhiqizeni ukushisa okulawulwayo, okuholela ekuthuthukisweni kwekhwalithi ye-weld kanye nokunciphisa ukuhlanekezela kwezinto.
Ukuhlukahluka kohlelo lokusebenza:
I-Medium frequency inverter spot welding iguquguquka futhi isebenza kunhlobonhlobo yezinto zokwakha, okuhlanganisa izinsimbi ezihlukahlukene, ama-alloys e-aluminium, nezinye izinto zokuqhuba. Ithola izinhlelo zokusebenza ekukhiqizeni izimoto, ukukhiqizwa kwezinto zikagesi, imboni ye-aerospace, neminye imikhakha eminingi edinga ukushiselwa kwekhwalithi ephezulu nekhwalithi ephezulu.
I-Medium frequency inverter spot welding ihlanganisa izimiso zokushisela ukumelana, ubuchwepheshe be-inverter obusezingeni eliphezulu, kanye nokulawulwa kwepharamitha okunembile ukuletha ama-welds asebenzayo futhi athembekile. Izici zayo ezihlukile, njengokufanisa i-impedance, ukugxila kwamandla, isikhathi esinembile nokulawula kwamanje, okokufaka okushisa okuncishisiwe, nokuhlukahluka kohlelo lokusebenza, kukwenza kube ukukhetha okuhle kwezinhlelo zokusebenza zokushisela ezihlukahlukene. Ngokuqonda izimiso zokushisela nokusebenzisa izinzuzo ze-medium frequency inverter spot welding, abakhiqizi bangakwazi ukuzuza ikhwalithi ephezulu yokushisela, ukukhiqiza okukhulayo, kanye nezinqubo zokukhiqiza ezingabizi kakhulu.
Isikhathi sokuthumela: May-17-2023
