TIG umatshini welding

I. Uqwalaselo

INelding umthombo wamandla1pc

Humthombo wamandla ot-wire1pc

INinkqubo yokupholisa amanzi1pc

ViKulungiletion i-digital wire feeder1pc

II. Eyona Parameter

Umthombo wamandla wokuwelda:

I-Welding yangoku: 20-400A

Uhlobo lwangoku: DC/Pulse

Umthombo wamandla ombane oshushu:

I-Hot-wire yangoku: 10-200A

Uhlobo lwangoku: DC/Pulse

Umxhasi wocingo:

I-Servo wire feed motor, isantya sokutya ngocingo: 0-10 m / min,

Mechanical vibration wire feeding, vibration frequency 0-50Hz

Iphaneli yomqhubi wesikrini sokuchukumisa:

10″ ukusebenza kwesikrini sokuchukumisa;

Ukumiswa kweParameter, ukubonisa, ukulayisha;

Iphaneli yokusebenza kwekhompyuter yeshishini:

10″ ukusebenza kwesikrini sekhompyuter yeshishini;

Ukusetwa kweParameter, umboniso, ukugcinwa, ukulayisha.

III. Iimpawu eziphambili kunye nokusebenza

I) Imisebenzi yeVabrication yokutyisa ucingo

1. Gxuma i-pool etyhidiweyo kwaye wenze iinkozo zekristale zibe zilungile, kunye neempawu zomatshini we-weld zibe ngcono;
2. Ukuvuselela ukususa iigesi eziguquguqukayo kunye namaqamza kwi-pool etyhidiweyo, ukuphucula umgangatho we-welding;
3. Umsebenzi wokungcangcazela uphucula isakhono sokuwelda kwindawo yonke;
4. Umsebenzi wokungcangcazela wenza ukuba amathontsi abaleke ngokulula kucingo lwe-welding ukuya kwidama elinyibilikisiweyo.

II). Imisebenzi ye-automatic wire feeding function

1. Umsebenzi wokuzalisa rhoqo kunye nolwalathiso olufanelekileyo kunye ne-angle
2. Ubude bocingo lwe-welding olungena kwi-pool etyhidiweyo luhlala lufana, kwaye umgangatho we-welding uhambelana.
3. Ukutya rhoqo kunye nokugcinwa kweengcingo kuphucula ukusebenza kakuhle kocingo kwaye kunciphisa inani lokumisa i-arcing.

III) Hot wire umsebenzi:

1. ukunciphisa i-welding current;
2. Ukuphucula ukusebenza kakuhle, isantya sangoku se-welding ye-welding sifikelela kwi-720mm / min.

IV) Iiteknoloji yokulawula ikhompyutha

1. Umsebenzi wephaneli unengqondo kwaye kulula ukuyiqonda, kwaye ukusebenza kulula, kwaye i-interface ingenziwa ngokwezifiso ngokuthanda;
2. Ukusetwa kwedatha kunye nokufunda zonke ziphumeza imowudi yokulawula ibhasi, kwaye unxibelelwano lwedijithali luchaneke ngakumbi;
3. Inkqubo ye-Welding: ukurekhodwa ngokupheleleyo kwedatha yeparameter efana ne-welding current, i-welding voltage, i-wire feeding speed, i-vibration frequency kunye ne-hot wire current;
4. Ukufakwa kwedatha nge-wireless kunye nenethiwekhi encinci; ukufikelela ngokulula kwinkqubo ye-MES, iseva yenkampani okanye ilifu.

(Ujongano lwekhompyuter yeshishini) 

(Ujongano lwesikrini sokuchukumisa)

WS7-400-B IGBT Inverter DC TIG Welding Machineye-cellulose electrode

Fumana inqanaba elilandelayo kwitekhnoloji ye-welding kunye nomatshini wethu wokuwelda we-argon we-arc ephezulu! Eyenziwe ngetekhnoloji yokuguqula i-IGBT, lo matshini ubeka umgangatho omtsha ekusebenzeni kakuhle kunye nokusebenza. Nokuba ungumtshisi ochwepheshile okanye onomdla, umatshini wethu wokuwelda uqinisekisa ii-arcs ezizinzileyo kunye nokonga amandla okumangalisayo, oko kuyenza ilungele usetyenziso olwahlukeneyo, kubandakanya nokuphathwa ngokuchanekileyo kwee-electrode zeselulosi.

### Ukutyhila amandla eTekhnoloji yoMguquli we-IGBT

Embindini womatshini wethu wokuwelda kukho itekhnoloji yokuguqula i-IGBT. Eli nqaku liphezulu liqinisekisa ukusebenza okuphezulu kunye nokusebenza kakuhle xa kuthelekiswa noomatshini bendalo bewelding. Ngokusebenzisa iimodyuli ze-IGBT, izixhobo zethu zifezekisa ukuguqulwa kwamandla angenamthungo, okukhokelela ekunciphiseni ukusetyenziswa kwamandla kunye nokunyuka kokuchaneka kwe-welding. Nokuba usebenza kwintsimbi engatyiwa, ialuminiyam, okanye intsimbi yekhabhoni, lindela ii-arcs zewelding ezingaguqukiyo nezithembekileyo ezihlangabezana neyona migangatho iphezulu yoshishino.

### UkuSebenza kwakhona kuchazwe: Ukusebenza okuphezulu, ukuSetyenziswa kwamandla aphantsi

Yithi ndlela ntle kukungasebenzi kakuhle nge-argon arc welder yethu ephezulu. Ngombulelo kwi-inverter yayo ye-IGBT, ikhulisa ukusetyenziswa kwamandla, iqinisekisa ukuba amandla amaninzi ajoliswe kwinkqubo ye-welding kwaye incinci ichithwa njengobushushu okanye ilahleko yombane. Oku akukongi nje imali kumatyala ombane kodwa konyusa imveliso ngokugcina iimeko zokuwelda ezizinzileyo kuwo wonke umsebenzi wakho.

### Iqabane Eligqibeleleyo leSelulosi Electrodes

Uyilwe ngokuguquguquka kwengqondo, umatshini wethu wokuwelda ugqwesa ngee-electrode zeselulosi. Ulawulo lwayo oluchanekileyo malunga nokuzinza kwe-arc kunye nokuhamba kwangoku kuqinisekisa i-welds ecocekileyo kunye ne-spatter encinci, nangona xa uphatha izinto ezinzima. Nokuba uyakha, ulungisa iimoto, okanye uyilwe yintsimbi, ukukwazi komatshini wethu ukuphatha ii-electrode zeselulosi ngokulula kwenza kube lukhetho olubalaseleyo.

### Yakhelwe ukunyamezela: uMjikelo woMsebenzi oPhezulu kunye noKuhlala ixesha elide

Lindela iiseshini ze-welding ezingaphazamisekiyo kunye nekhono lomjikelo ophezulu womatshini wethu. Ulwakhiwo lwayo oluqinileyo kunye nenkqubo yokupholisa esebenzayo ivumela ukuba igcine iiyure ezinde zokusebenza ngaphandle kokutshisa okanye ukuthotywa kokusebenza. Oku kuthembeka kuqinisekisa ukuba ungajongana neeprojekthi ezinkulu okanye imisebenzi enzima ngokuzithemba, usazi ukuba izixhobo zakho aziyi kukuyeka.

### Kutheni ukhetha umatshini wethu wokuwelda weArgon Arc oPhezulu?

- **Iteknoloji ye-Inverter ye-IGBT ePhezulu:** Iqinisekisa ukusebenza kwe-welding ephezulu kunye nokusebenza kakuhle kwamandla.

- **IiArcs eziZinzileyo:** Ibonelela ngozinzo lwe-arc olungaguqukiyo kwiiwelds ezikumgangatho ophezulu.

- **Ifanelekile kwiCellulose Electrodes:** Iphatha i-cellulose electrode ngaphandle komzamo, inciphisa ukuqhekeka.

- **Umjikelo woMsebenzi oMkhulu:** Yenzelwe ukusebenza ngokuqhubekayo nokuthembekileyo.

- **Ukusebenza kakuhle kwamandla:** Ukunciphisa ukusetyenziswa kwamandla ngaphandle kokubeka esichengeni ukusebenza.

Fumana ikamva letekhnoloji ye-welding kunye nomatshini wethu wokuwelda we-argon we-arc ephezulu. Nokuba uphucula iworkshop yakho okanye uqalisa iprojekthi entsha, izixhobo zethu zithembisa ukusebenza okungenakuthelekiswa nanto kunye nokuthembeka. Jonga izinto ezinokwenzeka kwaye unyuse amava akho e-welding namhlanje!

Iimbonakalo

■ Ukhuseleko oluzenzekelayo kwi-over-current, overheat, over/ under voltage

■ Inkxaso AC / DC isikwere-wave TIG welding, DC TIG welding, MMA welding

■ Ubungakanani obuncinci, ubunzima obulula, ukusebenza kakuhle kweshifti, ukonga amandla, ukuguquguquka okuqinileyo kombane

■ Kwi-TIG ye-welding, i-slope ephezulu / ezantsi ye-welding current inokulungiswa, kunye nomsebenzi we-pre-gas ukuthumela kunye nokulibazisa ukuthumela igesi.

■ I-HF ibetha i-arc ngokuzenzekelayo, kwaye izicime ngokuzenzekelayo emva kokuba i-arc iqaliswe ngempumelelo

■ Kwi-welding ye-MMA, ingasetyenziswa kunye phantse nazo zonke iintlobo ze-electrode ye-welding enobubanzi obungaphantsi kwe-5.0mm.

■ Ngelixa i-DC TIG welding yamkelwa, inokuwelda zonke iintlobo zentsimbi engenasici, isikhongozeli soxinzelelo kunye nombhobho.

■ Ngelixa i-AC square-wave welding yamkelwe, inokuwelda iintsimbi ezingenayo i-ferrous njenge-aluminiyam kunye nealloyi ye-aluminiyam, njalo njalo.

■ Yamkela iteknoloji yoguqulo kabini, imveliso esulungekileyo yesikwere-wave, ubushushu obugxininisiweyo, isakhono esinamandla sokususa umva; ukucoca i-frequency kunye nomlinganiselo unokulungelelaniswa, unokulungelelanisa ngokulula umphumo we-deoxidation kwi-aluminium welding. Umlinganiselo wokuxuba kunye ne-frequency usetwe kwangaphambili, unokukhusela ngokufanelekileyo i-electrode ye-tungsten kwaye yandise ubomi bayo benkonzo.

■ Inokuxhotyiswa ngebhokisi yokulawula umgama ukuqonda ulawulo lomgama, ukwenza lula ukusebenza.

Iimbonakalo

■ Yamkela iteknoloji yokutshintsha okuthambileyo, ukusebenza kakuhle okuphezulu, ukusetyenziswa kwamandla aphantsi

■ Ukhuseleko oluzenzekelayo kwi-overcurrent, overheat, over / under voltage

■ Inkxaso ye-DC TIG welding, i-pulse TIG welding kunye ne-MMA welding, inokuwelda isinyithi esinjengensimbi engenasici, i-alloy steel, ubhedu, isilivere, i-titanium, njl.

■ Kwi-TIG welding, unokukhetha i-DC okanye i-pulse welding ngokweemfuno, inokulungelelanisa incopho/esezantsi yangoku, isangqa se-pulse duty kunye nefrequency ngokobungakanani be-welding seam.

■ Kwi-TIG welding, i-HF ibetha i-arc ngokuzenzekelayo, kwaye icime ngokuzenzekelayo emva kokuba i-arc iphumelele ngempumelelo, ukusebenza okuphezulu.

■ Ngeswitshi yomthungo omde/omfutshane kunye negesi/iswitshi yokupholisa amanzi, unokwenza ukhetho ngokwemfuno yokwenyani.

■ Kwi-welding ye-MMA, ilungele i-electrode enobubanzi obungaphantsi kwe-5.8mm

■ Unokuqonda i-TIG isiseko kunye ne-MMA egqumayo kanye ngexesha, ukusebenza kakuhle okuphezulu, ngokufanelekileyo i-welding yebhodi ebhityileyo yentsimbi enqabileyo.

■ Uluhlu olubanzi lwamandla ombane, ububanzi njenge ±20%

Iimbonakalo

■ Yamkela iteknoloji yokutshintsha okuthambileyo, ukusebenza kakuhle okuphezulu, ukusetyenziswa kwamandla aphantsi

■ Ukhuseleko oluzenzekelayo kwi-overcurrent, overheat, over / under voltage

■ Inkxaso ye-TIG ye-welding kunye ne-MMA ye-welding

■ Up/down-slope of welding current esoloko ihlengahlengiswa, ukuthumela irhasi kwangaphambili kunye nokulibazisa ukuthunyelwa kwerhasi

■ I-HF ibetha i-arc ngokuzenzekelayo, kwaye iyazicima ngokuzenzekelayo emva kokuba i-arc iphumelele ngempumelelo

■ Kwi-welding ye-TIG, umtshini omude / omfutshane we-seam unokuxhasa ukutshintsha phakathi kwe-welding eqhubekayo kunye ne-welding engapheliyo. Isekethe yokwakha iqinisekisa i-arc-ignition elungileyo kunye nokuzaliswa kwe-crater, kwaye inika umatshini ngeempawu ezinje ngokulula ukuqala i-arc, i-arc egxininiswe yobushushu, isiphumo esihle sokukhusela igesi, njl.

■ Kwi-welding ye-MMA, ingasetyenziswa kunye nazo zonke iintlobo ze-electrode enobubanzi obungaphantsi kwe-0.5mm. Kwi-TIG welding, unokuwelda intsimbi engatyiwa, intsimbi yealloyi, ubhedu, isilivere, ititanium

■ Nge-arc-striking current adjustment switch, inokulungelelanisa ngokulula i-arc-striking current, yandise i-arc ignition effect. Ukutyhala iqhosha lohlengahlengiso lwangoku linokomeleza amandla e-arc kwaye luthintele i-electrode ye-welding ebambelele kwizinto zokusebenza.

■ Inokuxhotyiswa ngebhokisi yokulawula umgama ukuqonda ulawulo lomgama, ukwenza lula ukusebenza

■ Ingasetyenziselwa ukuwelda iindawo zentsimbi, isikhongozeli soxinzelelo kunye nombhobho, qaphela i-TIG yokumisa kunye ne-TIG yokugubungela kanye ngexesha, ukuphucula kakhulu ukusebenza kakuhle.