I-Digital Welders ngokuvamile i-welders yedijithali. I-Digital Welders ilawulwa yi-DSP, ingalo nakwamanye ama-microprocessocors ashumekiwe, okuwukuqondisa okujwayelekile kwe-Welder Development. Uma kuqhathaniswa nama-welders wendabuko, banezici ezilandelayo:
1. Imisebenzi ecebile
Umsebenzi womshini we-welding wendabuko ufezwa yimijikelezo eminingi ye-analog kanye ne-logic, wonke ukukhuphuka komsebenzi kufanele kukhuphulwe izingxenye eziningi zesekethe, futhi ukuthembeka komshini we-welding kuzobe kunzima ukuhlanganiswa okuhlanganisiwe emsebenzini we-welder welding.
Umsebenzi wedijithali we-digital utholakala nge-software. Umsebenzi wedijithali we-digital angangezwa kuphela ngokushintsha isoftware yawo. Imodyuli ngayinye yomsebenzi izimele komunye nomunye, engeza imisebenzi emisha ngeke iphawule umsebenzi wokuqala nokusebenza.
2. Umkhiqizo omuhle ukuvumelana, ukusebenza okuqinile nokuthembekile
Inquma izici zokwakheka ze-Welder yendabuko zincike ngokuphelele kwizimpawu zokusebenza kwamapharamitha wengxenye ngayinye, ukusebenza kwemishini yokufaka okungekho emthethweni kuholele ekutheni kube nomkhiqizo wayo ncamashi, ngakho-ke kuvela uhlobo olufanayo lomshini we-welding kanye nenkinga ehlukile. Ngaphezu kwalokho, amapharamitha wezakhi azoshintsha ngoshintsho lokushisa, umswakama kanye neminye imvelo, ngakho-ke ukusebenza komshini we-welding kuzoba kuhle nokubi.
Imibuthano yedijithali ayinandaba kumapharamitha we-condonent, njengokushintshwa kokufaka noma okukhileyo kusuka ku-1k kuya ku-10k ngaphandle kokuthinta ukusebenza kwe-welder. Ngakho-ke, ukuguquguquka nokuqina kwe-welder yedijithali kungcono kakhulu kune-walder yendabuko.
3. Ukwethenjwa okuphezulu
Umshini wokufakelwa we-digital welding wamukela ukulawulwa kwe-DSP ephezulu, okungathola okufika ngesikhathi futhi alungise ukulimala kwe-magnetic magnetic, ngempumelelo ukulimala komshini we-welding ngenxa yokubandlulula okukhulu, futhi kuthuthukise kakhulu ukuthembeka kwawo; Ngokuvinjwa okungaphansi, okugcwele ngokweqile kanye nemisebenzi yokuvikela ngokweqile; I-IGBT isolwa kusuka ku-duct yomoya ukugwema imvula, uthuli kanye nokunye ukulimala ku-welder. Ngaphezu kwalokho, ngenxa yokusetshenziswa kobuchwepheshe bedijithali, ukunciphisa kakhulu inani lezakhi, ngcono ukuthembeka komjikelezo.
4. Ukunemba okuphezulu kokulawula
Ukunemba kokulawulwa kwe-analog kunqunywa ngephutha elibangelwa inani le-Oment Parameter kanye nephutha elibangelwa amapharamitha angelona afanelekile we-Amplifier yokusebenza. Kunzima ukufeza ukulawulwa okuphezulu okuphezulu. Kodwa-ke, ukunemba kokulawulwa kwedijithali kuhlobene kuphela nephutha lokushintshana kwezinombolo ze-modulus-inombolo kanye nobude begama lesistimu, ngakho-ke ukulawulwa kwedijithali kungathola ukunemba okuphezulu. Ikakhulu ezindleleni ezithuthukile ze-welding njenge-Pulse Gas Protection, izidingo zokulawulwa kwamandla we-ARC ziqinile kakhulu. Ukufeza inhloso yokuthi akukho okuthambile, i-arc emfushane kanye nokufakwa okuphansi okushisayo, amanje kanye namandla kagesi ngakunye kufanele alawulwe ngokunembile ukuze aqaphele ngokweqiniso ukuguquguquka kwe-pulse kanye nethonsi lenani lesisekelo.
5. Ukusebenza okuhle kwe-welding
Ochwepheshe ekhaya nakwamanye amazwe benze umsebenzi omningi ukuthi bangathuthukisa kanjani ukusebenza kwe-welding, kepha la mamodeli amaningi amahle okulawula, kepha lezi zimodeli eziyinkimbinkimbi zezibalo kunzima ukuthi zisetshenziswe ku-analog welder yendabuko, ngoba idinga ukujikeleza okuyinkimbinkimbi, ngakho-ke sekusesigabeni sethiyori isikhathi eside. Ukuqala kwe-Digital Welders kwenza lezi zimodeli zezibalo kube lula ukuzisebenzisa kuma-welders.
