Irobhothi ye-tig ye-welding ene-wire feeder
Intshayelelo yeMveliso
Kuya kufuneka uyazi iMig welding inokuzalisa ipleyiti eshinyeneyo ngenxa yefidi yocingo inokubonelela ngesinyithi esinyibilikisiweyo esiqhubekayo. Kuthekani nge-TIG yokuwelda? Isetyenziswa kuphela kwi-self-fusion welding? I-Yooheart inokubonelela nge-TIG welding irobhothi ene-filler ngoku ngenxa yemigudu emikhulu yamagcisa aseYunhua. Sisisombululo esihle ngokwenene xa umthengi efuna ukuwelda ipleyiti eshinyeneyo ene-TIG yokuwelda.
PRODUCT PARAMETER & IINKCUKACHA
Ezinye iinkcukacha malunga ne-TIG ye-welding robot ene-filler ingabalwa apha. Ilitye elingundoqo le-TIG ye-welding robot yitotshi, inesimo esithile esikhethekileyo esivumela ukutyiswa kwecingo ngqo kwindawo ye-arc, apho ubushushu buphezulu obukhokelela ekugqithiseni ulwelo oluqhubekayo. Olu lungelelwaniso lukwabonelela ngenzuzo yokunciphisa imilinganiselo epheleleyo kunye nokufikeleleka okukhulu kwetotshi yerobhothi yokuwelda iijiyometri ezintsonkothileyo. Akusekho mfuneko yokubeka kwaye uqondise ucingo lwe-weld ngokubhekiselele kwitotshi kunye nokudibanisa ukuba kufakwe i-welded. Irobhothi inokunxibelelana ne-PLC yangaphandle ukuze ilawule ukusebenza kwe-wire feeder.
Isicelo
UMZO 1
Intshayelelo
Irobhothi ye-Tig ye-welding esetyenziselwa ukuwelda insimbi engenasici
I-robot ye-HY1006A-145 idibanisa umthombo wamandla we-Bingo Tig welding, kunye nothintelo oluhle lokuphazamiseka okuphezulu.
UMZO 2
Intshayelelo
Ukusebenza kwe-Tig welding
I-Pulse Tig welding, i-stainless steel performance kunye ne-wire feeder
UMZO 3
Intshayelelo
Itotshi ye-tig ye-welding ene-wire feeder
I-robot ye-Yooheart inokudibanisa umthombo wamandla we-Tig welding, i-self-fusion kunye nefayili yocingo.
UKUNIKEZELWA NOKUTHUMELA
Inkampani yaseYunhua inokubonelela abathengi ngeendlela ezahlukeneyo zokuhanjiswa. Abathengi banokukhetha indlela yokuhambisa ngolwandle okanye ngomoya ngokokubaluleka kokungxamiseka. Iimeko zokupakisha iirobhothi ze-Yooheart zinokuhlangabezana neemfuno zothutho lolwandle kunye nomoya. Siza kulungiselela zonke iifayile ezifana ne-PL, isatifikethi semvelaphi, i-invoyisi kunye nezinye iifayile. Kukho umsebenzi omsebenzi wakhe ophambili kukuqinisekisa ukuba yonke irobhothi inokuhanjiswa kwizibuko labathengi ngaphandle kokuphazamiseka kwiintsuku ezingama-40 zokusebenza.
Emva kwenkonzo yokuthengisa
Inkampani yaseYunhua inokubonelela abathengi ngeendlela ezahlukeneyo zokuhanjiswa. Abathengi banokukhetha indlela yokuhambisa ngolwandle okanye ngomoya ngokokubaluleka kokungxamiseka. Iimeko zokupakisha iirobhothi ze-Yooheart zinokuhlangabezana neemfuno zothutho lolwandle kunye nomoya. Siza kulungiselela zonke iifayile ezifana ne-PL, isatifikethi semvelaphi, i-invoyisi kunye nezinye iifayile. Kukho umsebenzi omsebenzi wakhe ophambili kukuqinisekisa ukuba yonke irobhothi inokuhanjiswa kwizibuko labathengi ngaphandle kokuphazamiseka kwiintsuku ezingama-40 zokusebenza.
FQA
Q. Ukuseta njani umthombo wamandla xa usebenzisa i-TIG welding?
Umatshini wakho wokuwelda kufuneka usetelwe kwi-DCEN (i-electrode engalunganga yangoku ethe ngqo) ikwabizwa ngokuba yi-polarity ethe tye kuyo nayiphi na into ekufuneka idityaniswe ngaphandle kokuba imathiriyeli yi-aluminiyam okanye i-magnesium. I-frequency ephezulu isetelwe ukuqala efunyenwe yakhiwe kule mihla kwii-inverters. Ukuhamba kweposi kufuneka kumiselwe ubuncinci imizuzwana eyi-10. Ukuba i-A/C ikhona imiselwe kulungiselelo olungagqibekanga oludibana ne-DCEN. Cwangcisa umnxibelelanisi kunye nokutshintsha kwe-amperage kwisethingi ezikude. Ukuba izinto ezifuna ukudityaniswa yi-aluminium polarity kufuneka ibekwe kwi-A / C, ibhalansi ye-A / C kufuneka ibekwe malunga ne-7 kwaye unikezelo lwamaza amaninzi kufuneka luqhubeke.
Q. Indlela ukuseta ikhaka Gas ngexesha welding TIG?
I-TIG ye-welding isebenzisa igesi ye-inert yokukhusela indawo ye-welding ekungcoleni. Ngaloo ndlela le gesi engasebenziyo ikwachazwa njengerhasi ekhuselayo. Kuzo zonke iimeko kufuneka ibe yi-argon kwaye kungabikho enye igesi ye-inert efana neon okanye i-xenon njl njl ngakumbi ukuba i-TIG yelding kufuneka yenziwe. Kufuneka ibekwe malunga ne-15 cfh. Ukudibanisa i-aluminiyam yodwa ungasebenzisa i-50/50 indibaniselwano ye-argon kunye ne-helium.
Q. Unokukhetha njani itotshi yokuwelda i-TIG?
Kukho iintlobo ezininzi ezahlukeneyo zetotshi ezinokusetyenziswa. Kodwa ngokwendlela yokupholisa, unetotshi ye-TIG yokupholisa umoya kunye netotshi ye-TIG yokupholisa amanzi. Kwaye kwakhona, i-Ampere iya kwahluka, ezinye zazo zinokuthwala i-250AMP, ngelixa ezinye zazo zinokuthwala i-100AMP kuphela.
Q. ndingazikhetha nini itotshi ye-TIG yokupholisa amanzi kunye netotshi ye-TIG yokupholisa umoya?
Kuya kufuneka ukhethe itotshi ye-TIG yokupholisa amanzi ukuba kukho ubungakanani obukhulu bamaqhekeza afuna ukuwelda. Kodwa itotshi ye-TIG yokupholisa umoya iya kuba lukhetho olulungileyo ukuba amaqhekeza akho ambalwa kakhulu.
Ukuba unamaqhekeza ashinyeneyo aza kutshiselwa, itotshi ye-TIG yokupholisa amanzi ingcono kunetotshi ye-TIG yokupholisa umoya.
Q. Ngaba i-electrode ye-tungsten isetyenziselwa zonke izicelo?
Hayi, ngenxa ye-TIG welding kuyaqondwa ukuba i-electrodes oyisebenzisayo ukwenza i-TIG welding kufuneka yenziwe nge-tungsten element. Kodwa oko akuthethi ukuba i-electrode enye ye-tungsten ingasetyenziselwa zonke izicelo. Kuya kufuneka ukhethe i-electrode ye-tungsten eyahlukeneyo ngokwezinto ezahlukeneyo.
