Ushiselo lwe-MIG/MAG Series Pulse Welding Machine: MIG-400DP

• Umklamo we-module ye-IGBT onokuzinza okuphezulu kakhulu nokwethembeka.

• I-arc ezinzile yokushisela i-MIG, ukudluliswa kwe-droplet okujwayelekile nokwakheka okuhle kokushisela.

• I-spatter encane futhi enhle ngaphandle kokunamathela ku-weldment ku-MAG welding, yonga izindleko zabasebenzi nokuhlanza futhi yandise impilo yesevisi yenkulumo.

• Kufika ezinhlotsheni eziyi-100 zezinhlelo zochwepheshe bokushisela, okonga kakhulu isikhathi sokusebenza futhi kufezekise umphumela wokushisela ophumelelayo.

• Ifakwe umsebenzi we-double pulse nokulawula okubambisanayo ukuze kufezekiswe ukushisela okuyisikali sezinhlanzi okuphelele nokuthuthukisa ikhwalithi yokushisela.

• Ingasetshenziswa nes generator futhi ifanele ukwakhiwa ensimini.

• Ukuvikelwa kwamandla okuphelele okuhlakaniphile okune-patent ukuze kutholwe impilo ende yomshini.

• I-MIG/MAG Single PulseMIG.

• I-MIG/MAG Synergic Control.

• I-MIG/MAG Control Ehlukile.

• Ukushisela nge-Shielded Metal Arc.

• Kusebenza ekushiseleni izinsimbi ezifana ne-stainless steel, i-carbon steel, i-alloy steel, i-aluminum kanye ne-aluminum alloys.

• Imodi yokushisela eyenziwe ngendlela efanele: yokushisela okusheshayo kwezindawo nokushisela okusheshayo kwezindawo ezimfushane zokushisela. Izici zaleli modi zifaka ukushaya okusheshayo kwe-arc, ukushisela okusheshayo, ukushisela kuqala ngokushesha lapho inkinobho icindezelwa futhi iyeka lapho ikhishwe, ngokushaya okuphezulu kokushisela nokusebenza kahle okuphezulu.

• Imodi Ejwayelekile: Le modi ifanele izidingo ezijwayelekile ze-welding. Kule modi, imingcele ehlukahlukene ye-welding ingasethwa ngokukhululeka nangokunembayo ngokuya ngezinkambiso ze-welding nemikhuba yokusebenza. Imodi yokulawula ye-synergic iyatholakala, lapho i-voltage ye-welding ifaniswa ngokuzenzakalelayo lapho ulungisa ugesi.

• Imodi ye-SMAW: Imodi ethi "SMAW" ingashintshwa nge-P menu, futhi ama-electrode anobubanzi obukhulu obungu-5.0mm angasetshenziswa, afanele ama-electrode ahlukahlukene anama-acid nama-alkaline. Le modi ifanele imisebenzi yokushisela emide, ukulungiswa nezinye izikhathi.

• Ifakwe imodi ye-pulse, efanele ukushisela amapuleti e-aluminum aphakathi nesisindo esinzima; i-Pulse ephindwe kabili.

• imodi ifanele ukushisela ipuleti elincane nokushisela okuqondile.

• Umsebenzi wokulawula ubude be-arc ungaguqula ukukhishwa kokushisa kwe-arc ngokushintsha ubude be-arc.

• Kusebenza kabanzi ekushiselweni kwe-aluminium ethambile (i-aluminium-silicon) ne-aluminium eqinile (i-aluminium-magnesium).

• Isoftware ekhethekile yokushisela ingenziwa ngokwezifiso ngezinto ezikhethekile ze-aluminum alloy.

• Kuthola ukushaywa kwe-arc okusheshayo ngokwamukela i-full digital encoder wire feeder kanye ne-algorithm yokulawula ethuthukisiwe.

• Kuqinisekisa ukushaywa kwe-arc okubushelelayo ngesikhathi esilandelayo ngokulawula ukuma komkhawulo wentambo ekupheleni kokushisela.

• Ibanga lokuzivumelanisa namandla okokufaka lifinyelela ku-±25%.

• Amabhodi wesifunda namadivayisi amakhulu kagesi amukela umklamo wokuvikela uthuli.

• Isigaba sokuvikela ikhava sifike ku-IP23S.

• 100% isekela umsebenzi ophezulu ku-400A.

• Okuyinhloko nokwesibili ngaphakathi komshini wokushisela kuhlanganiswe ngokugcwele, kuthuthukisa ukwethembeka.

• Isibonisi sedijithali esicacile esiyisegmenti esingu-7, esingakhombisa isikhathi samanje nesokuvota esibekiwe, isikhathi samanje nesokuvota sangempela sokushisela, amakhodi wephutha, isivinini sokudla kwentambo, isikhathi namanye amapharamitha.

• Kusebenzisa izinkinobho zokuthinta ukuze kusethwe amapharamitha kalula.

• Yamukela iprosesa ye-quad-core, i-algorithm yokulawula isofthiwe eyenziwe kahle kanye nokulawula i-pulse waveform ukwenza i-welding arc izinzile.

• Idatha yochwepheshe eyakhelwe ngaphakathi yobubanzi bobubanzi bendawo yokushisela engu-1.2/1.4mm, evumelana nokushisela i-aluminium kusuka emacashini amancane kuya emacashini amakhulu.

• Ukushisela kwe-MIG kwe-aluminum esezingeni eliphezulu kungafinyelelwa kumapuleti acwebile naphakathi nendawo.

• Kuthola ukushaya kwe-arc okusheshayo nokuzinzile. • Kungagcina futhi ibize izikhathi eziyi-100 zemibandela yokushisela.

• Imingcele ephezulu nephansi yokushisela kungasethwa ukuze kuvinjelwe abasebenzisi ukuthi bangasebenzisi umshini ngaphandle kwezidingo.

• Umthamo wamanzi ongu-10L ukuze abasebenzisi bazizwe bekhululekile.

• Umklamo olula wokushintsha amanzi kalula.

• Umklamo wenqola ohlanzekile futhi omuhle.

• Izinto ezisezingeni eliphezulu ezinesakhiwo esiqinile nesihlala njalo.

• Ukusunduza nokudonsa okubushelelezi kwesondo, okonga isikhathi, umsebenzi nokukhathazeka.

• Inkinobho yokulungisa/yokushintsha imingcele, Cindezela inkinobho ukuze ukhethe imingcele, Jikelezisa inkinobho ukuze ulungise imingcele.

• Ingahlanganiswa kalula namarobhothi okushisela ukuze kufezekiswe ukukhiqizwa okuzenzakalelayo nokuhlakaniphile kokushisela.

• Ukuhlola Ngokubonwayo: Indawo yokushisela inesimo esihle kanye noxhumano oluhle, ngaphandle kweziphazamiso ezifana namaqhekeko, ukuhlanganiswa okungaphelele, izimbobo zomoya kanye nemiqulu yokushisela ebusweni.

• I-Ultrasonic Flaw Detection: Izibonelo zihlolwa umnyango wekhwalithi nge-ultrasonic flaw detection, futhi izibonelo azinawo amaphutha futhi zihlangabezana nezidingo zokufaneleka.

• Nikeza insizakalo yokubonisana yamahora angu-72.

• Ukuxhumana okukodwa komunye nabasebenzi abangochwepheshe.

• Amanani acacile nemingcele yempahla.

• Phatha ikhasimende ngalinye ngokwethembeka nangokulunga, futhi uhlinzeke ngemikhiqizo namasevisi asezingeni eliphezulu.

• Gcwalisa imigomo yenkontileka ngokuqinile ukuze uvikele amalungelo nezintshisekelo zawo wonke amakhasimende.

• Hlala ngokuqinile kumazinga ekhwalithi yomkhiqizo futhi ubophezelezele zonke izinto zokusebenza ezithengiswayo.

• Hlinzeka ngamavidiyo okufundisa ngemikhiqizo kanye nemihlahlandlela yabasebenzisi.

• Nikeza isiqondiso esikude sokufakwa komkhiqizo, ukuthunyelwa emsebenzini nokusetshenziswa.

• Nikeza ngesiqondiso sokugcinwa komkhiqizo kanye nokuhlinzekwa kwezingxenye ezilimele.

• 7×24-amahora okubonisana ngesevisi yokugcinwa.