Ikhaya
3in1 MIG /TIG /MMA High Frequency Semi-automatic
Amapharamitha womkhiqizo
| I-Voltage Elinganiselwe Yokufaka | 1P 230V+_15% |
| Okwamanje okusebenzisekayo | 120A-160A |
| Imvamisa elinganiselwe | 50/60hz |
| I-voltage engekho (V) | 68 |
| Umjikelezo womsebenzi olinganiselwe(40℃) | 60% |
| Umthamo wokufaka(KVA) | 4.7 |
| Intambo/induku yokushisela esebenziseka kahle | 1.6-4.0 |
| Ikhebula elibonakalayo | 1.5 m |
| Isibambi/Isibambi | 200A |
| Izindlela zomshini. | 41*18.5*23cm |
| Isisindo (KG) | 7KG |
| Uhlobo Lwezimoto | I-DC MOTOR |
| Idigri Yokuvikela | IP21S |
| Uhlobo | I-IGBT 1PCB |
| Imininingwane yokupakisha | ibhokisi lombala+igwebu |
Isibonisi somkhiqizo
Isingeniso somkhiqizo nokusetshenziswa
Ukugxila kwethu okuyinhloko ukuhlinzeka ngekhwalithi ephezulu ye-MMA welding, i-MIG welding, i-TIG welding, i-MMA, okungukuthi, i-arc welding yensimbi eyenziwe ngesandla, okuyinqubo ethandwayo yokushisela ehilela ukusetshenziswa kwama-electrode ahlanganiswe ne-flux ukuze akhe inhlanganisela eqinile phakathi kwezingxenye zensimbi. . I-MIG noma insimbi yokushisela igesi yensimbi iwukusebenzisa intambo yokushisela eqhubekayo kanye negesi evikelayo ukuze ukhiqize amashisela ekhwalithi ephezulu. Zifanele izinto ezihlukahlukene, njenge-carbon steel, insimbi engagqwali ne-aluminium.
Ngaphezu kokushisela i-MMA ne-MIG, siphinde sigxile emishinini yokushisela ye-TIG. I-TIG noma i-tungsten yokushisela igesi engasebenzi kakhulu ubuchwepheshe bokushisela obungakhiqiza amashisela ekhwalithi ephezulu futhi ilawule okokufaka ukushisa kahle. Umshini wethu wokushisela i-argon arc wenzelwe ukunemba kwezicelo zokushisela, okuhlanganisa i-aerospace, izimoto kanye nokukhiqiza.
Indlela yokusebenzisa umkhiqizo
1: Hlola isondo lokulethwa kwezintambo, qala ubeke phansi inkinobho, uphakamise isondo lokucindezela, bese ususa igobolondo. Isondo lokuphakela ngocingo ngaphakathi linezikhala ezimbili, i-0.8 ne-1.0. Faka intambo yokushisela engu-1.0, khipha ubuso obungu-1.0, faka izintambo zokushisela ezingu-0.8, bese ukhipha ubuso obungu-0.8.
2: Faka intambo yokushisela ethreyini yocingo bese ukhipha izikulufu. Yehlisa izingxenye ezingaphakathi, beka intambo yokushisela phansi, beka ithreyi le-welding, futhi ungabeki ucingo lokushisela phezulu. Ngemuva kokuyikhipha, beka ukuhlukanisa kuqala, bese ubeka isiphethu, bese ubeka ishidi lensimbi endaweni.
Okokugcina, thatha isikulufu usifiphele izikhathi ezintathu. Ungaliqinisi kakhulu, ukuze i-wire plate ikwazi ukunyakaza ngokugcwele.
Okulandelayo, qondisa ucingo lokushisela, dlulisa ucingo lokushisela kusukela phansi, udlule isondo lokuphakela ucingo, bese udlulisela ucingo lokushisela emuva. Ngemuva kokuthi intambo yokushisela iphuma ngaphambili, cindezela isondo lokucindezela, phakamisa inkinobho, bese ukufakwa kwentambo yokushisela kuqediwe.
3: Khipha isibhamu sokushisela bese ufaka ucingo lokushisela nge-welding. Maphakathi nesibhamu, gqoka isibhamu sokushisela bese usisonta, bese uxhuma intambo yokushintsha ngenhla.
Okulandelayo, faka intambo yaphansi, lungisa ukusebenza ku-MIG, bopha iswishi yethoshi yokushisela, bese uqala ukuzungezisa intambo yokushisela. Lapho ucingo lokushisela luthunyelwa emlonyeni, ucingo lokushisela luyaphuma.
4: Faka ucingo oluphansi, thatha isibhamu sokushisela, ufake ucingo lokushisela phakathi, bese udonsa i-trigger ukuze ushise.
5: I-MMA ingasetshenziswa futhi, futhi i-spot welding ingasetshenziswa. Umsebenzi ungashintshelwa ku-MMA ngokuchofoza okukodwa, futhi isibambo sokushisela singasetshenziswa. 3.2 izinduku zokushisela kanye nezinduku zokushisela ezi-2.5 zingasetshenziswa, futhi ukushisela indawo kungasetshenziswa. Ungasebenzisa futhi i-TIG, futhi umsebenzi ungashintshela ku-TIG ngokuchofoza okukodwa.