Ugandaganda uthuthukiswa ngokumunca izimfanelo zikagandaganda we-SAW osetshenziswa ekhaya naphesheya. Ifaka isitayela esisha, isisindo esilula, umsebenzi othembekile kanye nokusebenziseka kalula ngemva kokuguqulwa kwethu okuqhubekayo kanye nokwenza ngcono eminyakeni yamuva.

Isici:

• Ugandagandauhambakancane kancanefuthi inobubanzi obubanzi bokushisela izintambo ukusuka ku-Φ2.0 kuya kuΦ6.0 kumadiamitha.
• Ukulawulwa okulula nokuguquguqukayo. Kuhlanganiswe phezulu naphansi, ukuzungezisa kwekhanda likagandaganda nethoshi yebha.
• Igobolondo elishintshayo nobude elilungisekayo
• Isitsha se-flux esiguquguqukayo esilula.
• Ukuphakelwa kwezintambo ezishayelwa kabili ngendlela yokuqondisa, ukuphakelwa kwezintambo okuzinzile, ukubeka kahle phakathi nendawo, amandla okudweba aqinile namandla aphansi okulahla.

Izici:

■ Ukuthumela igesi yangaphambili kungavikela ngempumelelo imibhobho nama-electrode

■ Umthambeka okhuphukayo manje, unganciphisa ukusetshenziswa kwemibhobho nama-electrode futhi unciphise isipatha

■ Ukusika isikhathi nesikhathi kungase kusethwe kusengaphambili

■ Isekela i-2T/4T, kulula ukuyisebenzisa, ene-robot interface kanye ne-manipulator interface

■ Ngesiginali yokuqala ye-arc, kulula ukuyilawula ngerobhothi ne-manipulator

■ Isikhathi sokuthumela igesi siyalungiseka, esingavikela ngempumelelo imibhobho nama-electrode

■ I-HF encane yamanje i-arc ignition iyalawuleka, izinga lempumelelo eliphezulu, umlomo wombhobho ophansi kanye nokusetshenziswa kwe-electrode

■ Amapharamitha angalondolozwa ngokuzenzakalelayo ngenkathi umshini ucishiwe

■ Ukushisela okuzinzile kungenziwa ngaphezu kokwenza kahle ngokwezigaba, ukumuncwa, ukuvikela kanye nokukhipha umoya wamasignali okuphazamiseka kwe-HF

■ Ingakwazi ukusika insimbi ethambile, insimbi engagqwali, insimbi yengxubevange, i-aluminium kanye nengxubevange yayo, njll.

■ Ukuqapha okuzenzakalelayo kwenqubekelaphambili, kuqinisekisa ngempumelelo ukusebenza kwemishini

■ Ngomsebenzi wokuhlola okuzenzakalelayo wethoshi wesifunda esifushane (ikhodi yephutha E00), ukuhlola ukushisa ngokweqile (ikhodi yephutha E02)

■ Ukuhlola okuzenzakalelayo kwamandla okokufaka (ikhodi yephutha E01), ukuhlola okuzenzakalelayo komfutho womoya, ukuvikela okuzenzakalelayo ngaphandle kwegesi (ikhodi yephutha E03), ukuhlola okuzenzakalelayo komfutho wamanzi (ikhodi yephutha E04)

Izici:

■ Ukulawulwa kwedijithali kwe-DSP, namashaneli okulondoloza angu-30

■Imenyu nemisebenzi yesibonisi se-LCD, enemodeli evamile kanye nemodeli ehlakaniphile

■ Presetting of Welding zamanje kanye Welding isikhathi, uchwepheshe database ezisetshenziswa Welding ezihlakaniphile

■Isistimu ye-Arc-start yohlelo yenziwe ngokuzenzakalelayo, i-arc iqala kahle, i-weld igqamile futhi inhle

■Isikhathi sokushisela sifushane, amandla agxilile

■Ithoshi elineyunithi yokupholisa ngaphakathi, ngaleyo ndlela linganciphisa ukusetshenziswa kwamandla futhi lelule impilo yesevisi yethoshi

■Ithoshi elinomswakama ngaphandle, ama-spatter ambalwa

■ Umshini wokushisela we-long-cycle stud ulungele isakhiwo sensimbi, indawo yomkhumbi, ibhuloho, ama-boilers, njalonjalo; umshini wokushisela we-short-cycle stud ulungele i-chassis, i-sheet metal, ifenisha, ukukhiqizwa kwemishini, i-boiler, njll.

■ Umshini wokushisela we-stud womjikelezo omude i-RSN-1600/2000/2500/3150 nawo ungashisela i-stud nebhawodi ye-Ф3-12mm njenge-short-cycle stud welding

Izici:

■ Ukuvikelwa okuzenzakalelayo ekushiseni ngokweqile kwamanje, ukushisa ngokweqile, phezu/ngaphansi kwe-voltage

■ I-arc isha ngokuqinile, ichibi elincibilikisiwe lihle, umthungo omuhle wokushisela

■ Ifanele izinhlobo eziningi zama-electrode (i-cellulose electrode, i-low-hydro electrode kanye ne-common electrode)

■ Incane futhi ilula

■ Ifaneleka ngokukhethekile ukushiselwa kweshubhu ukuya phansi ngama-electrode e-cellulose afana ne-E6010, E8010, E7048

■ Ifanele amapayipi okushisela

Izici:

■ Qala i-arc nge-HF Pulse, sebenzisa isilawuli sedijithali se-DSP, ngamashaneli okulondoloza angu-30

■ Ukuvikelwa okuzenzakalelayo ku-overcurrent, overheat, over/under voltage

■ Ukusekela i-DC TIG welding, i-pulse TIG welding kanye ne-MMA welding, ingashisela izinsimbi ezifana nensimbi engagqwali, i-alloy steel, ithusi, isiliva, i-titanium, njll.

■ I-LCD ikhombisa imenyu nemisebenzi, ngokhiye oya phambili osheshayo kuphaneli yangaphambili

■ Isethi yangaphambili yedijithali ye-welding current, i-current up/down slope

■ I-arc isha ngokuqinile ngisho nokukhishwa okuphansi kakhulu kwamanje kungu-10A, ngisho no-5A

Izici:

■ Ubuchwepheshe be-inverter ethambile, ukulawula kwe-DSP yedijithali, izinga elithuthukisiwe lomhlaba

■ Ngemininingwane egciniwe yochwepheshe be-welding ngaphakathi, ingagcina amasethi angama-30 wepharamitha ozisethe yona

■ Ukuvikelwa okuzenzakalelayo ekushiseni okungaphezu kwamandla kwamanje, phezu/ngaphansi kwe-voltage, izinga lokushisa elidlulele

■ Imenyu ye-LCD yedijithali ukukhombisa yonke imisebenzi nedatha, ukusebenza kalula

■ Ingathola igagasi elingunxande elingunxande elingu-AC/DC kungakhathaliseki ukuthi lamanje lincane noma likhulu

■ Isilinganiso sokuhlanza nobubanzi bokuhlanza buhlale buguquguquka, ububanzi bokulungisa bubanzi

■ Sekela i-TIG spot welding, i-DC MMA welding, i-DC TIG welding, i-DC pulse TIG welding, i-square-wave TIG welding

■ Ukusekela ukulungiswa kwamandla okuqala, umthambeka okhuphukayo wamanje, owehlayo wamanje, wamanje wokuqoqa, ukuze uthole ukushisela kwekhwalithi ephezulu

■ Ukusetshenziswa okubanzi, sekela izinga eliphezulu lokushisela zonke izinhlobo zezinsimbi nama-alloys