Amapharamitha we-Welding ku-But Welding Machine Welding Specifications

Amapharamitha wokushisela adlala indima ebalulekile emishinini yokushisela izinqe, njengoba echaza izilungiselelo ezithile ezidingekayo ukuze kuzuzwe imiphumela emihle yokushisela. Ukuqonda le mingcele nokubaluleka kwayo kubalulekile kubashicileli nabachwepheshe embonini yokushisela. Lesi sihloko sihlola imingcele yokushisela ekucacisweni komshini wokushisela izinqe, igcizelela indima yabo ekuqinisekiseni ukushisela okunembayo nokusezingeni eliphezulu.

1. Incazelo Yamapharamitha Welding: Imingcele yokushisela ibhekisela kusethi yamanani athile alawula inqubo yokushisela emshinini wokushisela izinqe. Lawa mapharamitha afaka i-welding current, i-voltage, isivinini sokuphakela kwentambo, izinga lokushisa elishisa ngaphambili, nezinga lokushisa le-interpass, phakathi kokunye.
2. I-Welding Yamanje Ne-Voltage: I-Welding current kanye ne-voltage yimingcele ebalulekile enquma okokufaka ukushisa endaweni yokushisela. Ukulawulwa okufanele kwalawa manani kuqinisekisa inani elifanele lokushisa elidingekayo ukuze kuhlanganiswe kahle kanye nokungena kwe-weld.
3. Isivinini Sokuphakela Ngocingo: Isivinini sokuphakelwa kwezintambo sibeka izinga lapho i-electrode yokushisela ifakwa khona endaweni yokushisela. Ukulungisa isivinini sokuphakela kwezintambo kubalulekile ekugcineni i-arc ezinzile kanye nokufeza ukwakheka kobuhlalu obufanayo bokushisela.
4. I-Preheating Temperature: Ukushisa kwangaphambi kokushisa izinga lokushisa lapho isisekelo sensimbi sishiswa khona ngaphambi kokushisela. Kuyipharamitha ebalulekile yokuvimbela ukuqhekeka nokunciphisa ubungozi bokulimala okubangwa yi-hydrogen.
5. I-Interpass Temperature: Izinga lokushisa le-Interpass libhekisela ekushiseni kwensimbi eyisisekelo phakathi kokudlula okulandelanayo kokushisela. Ukulawula izinga lokushisa le-interpass kubalulekile ukuze unciphise ubungozi bezinkinga ezihlobene nokushisa kanye nokuqinisekisa ukuhlangana okufanele phakathi kwamaphasi.
6. I-Shielding Gas Flow Rate: Ezinqubweni ezisebenzisa amagesi avikelayo, njenge-MIG noma i-TIG yokushisela, izinga lokugeleza kwegesi elivikelayo liyipharamitha ebalulekile. Ukugeleza kahle kwegesi kuqinisekisa ukuvikeleka okwanele kwe-weld pool ekungcoleni komoya.
7. I-Joint Design kanye ne-Fit-Up: Idizayini ehlanganyelwe kanye nokulingana kuyizici ezibalulekile zemishini yokushisela izinqe. Ijoyinti elilungiswe kahle eline-fit-up efanele liqinisekisa ukushisela okufanayo kanye nokuhlanganisa kahle.
8. I-Post-Weld Heat Treatment (PWHT): Ngezinto ezisetshenziswayo ezithile kanye nezinhlelo zokusebenza, ukwelashwa kokushisa kwangemuva kwe-weld kungase kucaciswe kumapharamitha wokushisela. I-PWHT isiza ukukhulula izingcindezi ezinsalela futhi ithuthukise izakhiwo zokushisela.

Sengiphetha, amapharamitha wokushisela ayizici ezibalulekile ekucacisweni komshini wokushisela we-butt, okuchaza izilungiselelo ezidingekayo ekusebenzeni okuphumelelayo kokushisela. I-welding current, i-voltage, isivinini sokuphakela kwezintambo, izinga lokushisa ngaphambi kokushisa, izinga lokushisa le-interpass, izinga lokugeleza kwegesi elivikelayo, idizayini ehlanganyelwe, ukulingana, nokwelashwa kokushisa kwangemva kokushisela kuyizici ezibalulekile ezifaka isandla kwikhwalithi yokushisela nobuqotho. Ngokunamathela ngenkuthalo ekucacisweni kokushisela nokulawula ngokucophelela le mingcele, abashiseli kanye nochwepheshe bangakwazi ukufeza ukushisela okunembe nokuphezulu kwezinhlelo zokusebenza nezimboni ezihlukahlukene. Ukugcizelela ukubaluleka kwemingcele yokushisela kuqinisekisa ukwenziwa kahle komshini wokushisela izinqe, okuholela ezinqubweni zokujoyina eziphephile nezithembekile zensimbi.