I-welders yedijithali ye-weddel ye-digital ngokubanzi. I-welders ye-digital ilawulwa yi-DSP, ingalo kunye nezinye ii-microprocesveds, ezikwesona ndlela iphambili yokuphuhliswa kweWelder. Xa kuthelekiswa nabathengisi bemveli, banazo ezi mpawu zilandelayo:
1. Imisebenzi etyebileyo
Umsebenzi wamatshini weWolding weWolding ufezekisiwe ngesekethe emininzi ye-Alog nakwi-Logic, yonke into ekwandeka umsebenzi we-welding, kunye nokuthembeka komsebenzi we-welding kuya kuba nzima ukuba kudityaniswe nomsebenzi odityaniswe kwi-Welder Welder.
Umsebenzi we-Welder we-sedital wafezekiswa yisoftware. Umsebenzi we-welder ye-digital ungongezwa ngokutshintsha isoftware. Imodyuli nganye yokusebenza azimeleyo, yongeza imisebenzi emitsha ayiyi kuchaphazela umsebenzi wokuqala kunye nokusebenza.
2. Ukungqinelana kwemveliso elungileyo, ukusebenza okuzinzileyo kunye nokuthembeka
Ibeka uphawu lokuqulunqwa kwe-alter yemveli lixhomekeke ngokupheleleyo kwiimpawu zecandelo lecandelo ngalinye, imicimbi yemveliso yemveliso kunye necandelo lomatshini wayo, ngokunjalo kubonakala ngathi kukho uphawu olufanayo lwamatshini we-welding kunye nengxaki eyahlukileyo. Ukongeza, iiparamitha zezinto ziya kutshintsha ngokutshintsha kobushushu, umswakama kunye nenye indawo, ke ukusebenza komatshini we-welding kuya kuba kuhle kwaye kubi.
Iphakethe zedijithali ayikhathalelanga kwiiparamitha ze-parament, ezinjengegalelo okanye utshintsho olungaphumeleli ukusuka kwi-1k ukuya kwi-10k ngaphandle kokuchaphazela ukusebenza kweWelder. Ke ngoko, ukungqinelana kunye nokuzinza kunye nozinzo lwe-sedder belder kungcono kakhulu kunelder yemveli.
3. Ukuthembeka okuphezulu
Umatshini we-welding wedijithali wamkela ulawulo lwe-DSP oluphezulu, olunokufumana ixesha elifanelekileyo kwaye lulungiselele i-bias yemagnetic, ngokufanelekileyo ukuphepha umonakalo wama-welds ngenxa ye-bias ye-bebneting, kwaye uphucule kakhulu ukuthembeka kwawo; Nge-overvlltage, i-overvoltage kunye nemisebenzi egqithileyo yokhuselo; I-Igbt yodwa kwi-huct yomoya ukuthintela imvula, uthuli kunye nolunye umonakalo kwi-welfer. Ukongeza, ngenxa yokusetyenziswa kwetekhnoloji yedijithali, ukunciphisa kakhulu inani lamacandelo, ukuphucula ukuthembeka kwesekethe.
4. Ukuchaneka kolawulo oluphezulu
Ukuchaneka kolawulo lwe-analog kumiselwe yimposiso ebangelwa yixabiso leparamitha yenqaku kunye nempazamo ebangelwe ziiparamitha ezingezomfanekiso ongelilo. Kunzima ukufezekisa ulawulo oluphezulu. Nangona kunjalo, ukuchaneka kolawulo lwedijithali kunxulumene kuphela nempazamo yenguqu yemodyuli kunye nenguqu yegama lenkqubo, ke ulawulo lwedijithali lunokufumana ngokuchanekileyo. Ingakumbi iindlela ezinjalo zokukhusela i-welses ezinjalo zokukhuselwa kwegesi, iimfuno zamandla e-ARC zingqongqo kakhulu. Ukufezekisa injongo ye-spatter, i-ARC emfutshane kunye negalelo eliphantsi le-surmal, okwangoku kunye nevolthi ye-pulse nganye kufuneka ilawulwe ngokuthe ngqo ukuze ifumane i-pulse kunye nethontsi lexabiso lesiseko.
I-5. Umsebenzi ogqibeleleyo welding
Iingcali ekhaya nakwamanye amazwe zenze umsebenzi omninzi malunga nendlela yokuphucula indlela yokusebenza ye-welding, kwaye ndibeke phambili imodeli ezininzi ezibalaseleyo zemathematics, kodwa ezi modeli zibalulekileyo zemathemaguyi, kuba zifuna ukwenziwa kweesekethe zemveli zemveli, ngenxa yoko ibikwinqanaba lethiyori ixesha elide. Ukufika kwabo abakwiidijithali zedijithali kwenza ezi modeli zemathematics kulula ukuyisebenzisa kubantu be-weld.
