Umshini wokushisela we-TIG

I. Ukucushwa

INumthombo wamandla odala1pc

Humthombo wamandla we-ot-wire1pc

INuhlelo lokupholisa amanzi1pc

ViKuhletion i-digital wire feeder1pc

II. Ipharamitha Eyinhloko

Umthombo wamandla wokushisela:

I-Welding yamanje: 20-400A

Uhlobo lwamanje: DC/Pulse

Umthombo wamandla wentambo eshisayo:

I-hot-wire current: 10-200A

Uhlobo lwamanje: DC/Pulse

I-wire feeder:

I-Servo wire feeding motor, isivinini sokuphakela ucingo: 0-10 m / min,

I-Mechanical vibration wire feeding, imvamisa yokudlidliza 0-50Hz

Iphaneli ye-opharetha yesikrini sokuthinta:

10″ ukusebenza kwesikrini sokuthinta;

Ukulungiselelwa kwepharamitha, ukubonisa, ukulayisha;

Iphaneli yokusebenza kwekhompyutha yezimboni:

10″ ukusebenza kwesikrini sokuthinta ikhompyutha yezimboni;

Ukulungiselelwa kwepharamitha, isibonisi, isitoreji, layisha.

III. Izici Eziyinhloko Nokusebenza

I) Imisebenzi ye-Vabrication wire-feeding

1. Govuza ichibi elincibilikisiwe futhi wenze izinhlamvu zekristalu zibe ngcono kakhulu, futhi izici zemishini zokushisela zibe ngcono;
2. Ukugqugquzela ukususa amagesi aguquguqukayo namagwebu echibini elincibilikisiwe, ukuthuthukisa ikhwalithi yokushisela;
3. Umsebenzi wokudlidliza uthuthukisa ikhono lokushisela lendawo yonke;
4. Umsebenzi wokudlidliza wenza amaconsi aphume kalula ocingweni lokushisela aye echibini elincibilikisiwe.

II). Imisebenzi ye-othomathikhi wire feeding umsebenzi

1. Umsebenzi wokugcwalisa njalo onesiqondiso esilungile kanye ne-engeli
2. Ubude bentambo yokushisela engena echibini elincibilikisiwe buhlala bufana, futhi ikhwalithi yokushisela iyahambisana.
3. Ukuphakelwa kwezintambo njalo nokuqhubekayo kuthuthukisa ukusebenza kahle kokuphakelwa kwezintambo futhi kunciphisa inani lezitobhi ze-arcing.

III) Hot wire function:

1. ukunciphisa i-welding current;
2. Thuthukisa ukusebenza kahle, isivinini samanje se-welding test welding sifinyelela ku-720mm / min.

IV) Iubuchwepheshe bokulawula ikhompuyutha yezimboni

1. Umsebenzi wephaneli unembile futhi kulula ukuwuqonda, futhi ukusebenza kulula, futhi isikhombimsebenzisi singenziwa ngokwezifiso ngokuthanda;
2. Ukusetha idatha nokufunda konke kusebenzisa imodi yokulawula ibhasi, futhi ukuxhumana kwedijithali kunembe kakhulu;
3. Inqubo yokushisela: ukuqoshwa okugcwele kwedatha yepharamitha njenge-welding current, i-welding voltage, isivinini sokuphakela ucingo, imvamisa yokudlidliza kanye nocingo olushisayo lwamanje;
4. Ukulayishwa kwedatha ngenethiwekhi engenantambo nelinganiselwe; ukufinyelela okulula kusistimu ye-MES, iseva yenkampani noma ifu.

(I-Industrial computer interface) 

(Isikrini sokuthinta isikrini)

I-WS7-400-B IGBT Inverter DC TIG Welding Machinengoba i-cellulose electrode

Zitholele izinga elilandelayo kubuchwepheshe bokushisela ngomshini wethu wokushisela we-argon arc we-high-frequency! Iklanywe ngobuchwepheshe be-inverter be-IGBT obusezingeni eliphezulu, lo mshini ubeka izinga elisha ekusebenzeni kahle nokusebenza. Kungakhathaliseki ukuthi ungumshiseli ochwepheshile noma umuntu oshisekayo, umshini wethu wokushisela uqinisekisa ama-arcs azinzile nokonga kwamandla okuphawulekayo, okuwenza ulungele ukusetshenziswa okuhlukahlukene, okuhlanganisa ukuphathwa okunembile kwama-electrode e-cellulose.

### Yembula Amandla E-IGBT Inverter Technology

Enhliziyweni yomshini wethu wokushisela kukhona ubuchwepheshe be-IGBT inverter. Lesi sici esithuthukisiwe siqinisekisa ukusebenza okuphezulu nokusebenza kahle uma kuqhathaniswa nemishini yokushisela yendabuko. Ngokusebenzisa amamojula e-IGBT, okokusebenza kwethu kufinyelela ukuguqulwa kwamandla okungenamthungo, okuholela ekunciphiseni ukusetshenziswa kwamandla nokwenyuka kokunemba kokushisela. Kungakhathaliseki ukuthi usebenza ngensimbi engagqwali, i-aluminium, noma i-carbon steel, lindela ama-arcs wokushisela angaguquguquki nathembekile ahlangabezana namazinga aphezulu kakhulu embonini.

### Ukusebenza Kabusha Kuchazwe Kabusha: Ukusebenza Okuphezulu, Ukusetshenziswa Kwamandla Okuphansi

Valelisa ukungasebenzi kahle nge-high-frequency arc welder yethu. Ngenxa ye-inverter yayo ye-IGBT, ithuthukisa ukusetshenziswa kwamandla, iqinisekisa ukuthi amandla engeziwe aqondiswe kunqubo yokushisela futhi amancane amoshwa njengokushisa noma ekulahlekeni kukagesi. Lokhu akukongi nje kuphela imali ezikweletini zikagesi kodwa futhi kuthuthukisa ukukhiqiza ngokugcina izimo zokushisela ezizinzile kuwo wonke umsebenzi wakho.

### Umngane Ophelele wama-Cellulose Electrodes

Idizayinelwe ukuguquguquka kwengqondo, umshini wethu wokushisela uphuma phambili ngama-cellulose electrode. Ukulawula kwayo okunembile kokuzinza kwe-arc nokugeleza kwamanje kuqinisekisa ukushisela okuhlanzekile okune-spatter encane, ngisho nalapho uphatha izinto eziyinselele. Kungakhathaliseki ukuthi uyakha, ulungisa izimoto, noma wenza insimbi, ikhono lomshini wethu lokuphatha ama-electrode e-cellulose kalula liwenza ukukhetha okuvelele.

### Yakhelwe Ukubekezelela: Umjikelezo Womsebenzi Ophakeme Nokuqina

Lindela izikhathi zokushisela ezingaphazamiseki ngamandla omshini wethu wokujikeleza wemisebenzi ephezulu. Ukwakhiwa kwayo okuqinile kanye nesistimu yokupholisa esebenza kahle iyivumela ukuthi ikwazi ukuqhubeka nokusebenza amahora amaningi ngaphandle kokushisisa ngokweqile noma ukonakala kokusebenza. Lokhu kwethembeka kuqinisekisa ukuthi ungakwazi ukubhekana namaphrojekthi amakhulu noma imisebenzi enzima ngokuzethemba, wazi ukuthi okokusebenza kwakho ngeke kukuvumele.

### Kungani Khetha Umshini Wethu Wokushisela We-Argon Arc One-High-Frequency?

- **I-Advanced IGBT Inverter Technology:** Iqinisekisa ukusebenza okuphakeme kokushisela nokusebenza kahle kwamandla.

- **I-Arcs Ezinzile:** Ihlinzeka ngokuzinza kwe-arc okungaguquki kokushisela kwekhwalithi ephezulu.

- **Ilungele Ama-Electrode eCellulose:** Iphatha ama-electrode e-cellulose kalula, inciphisa ukusakazeka.

- **I-High Duty Cycle:** Idizayinelwe ukusebenza okuqhubekayo nokuthembekile.

- **Eyonga Amandla:** Yehlisa ukusetshenziswa kwamandla ngaphandle kokuphazamisa ukusebenza.

Thola ikusasa lobuchwepheshe bokushisela ngomshini wethu wokushisela we-argon arc we-high-frequency. Kungakhathaliseki ukuthi uthuthukisa indawo yakho yokusebenzela noma uqala iphrojekthi entsha, okokusebenza kwethu kuthembisa ukusebenza okungenakuqhathaniswa nokwethembeka. Hlola amathuba futhi ukhuphule umuzwa wakho wokushisela namuhla!

Izici

■ Ukuvikelwa okuzenzakalelayo ku-over-current, overheat, over/under voltage

■ Ukusekela i-AC/DC square-wave TIG welding, i-DC TIG welding, i-MMA yokushisela

■ Usayizi omncane, isisindo esincane, ukusebenza kahle kakhulu, ukonga amandla, ukuguquguquka okunamandla kwe-voltage

■ Ekushiseleni kwe-TIG, umthambeka okhuphukayo/ophansi we-welding current ungalungiseka, futhi nomsebenzi wokuthumela igesi yangaphambili nokubambezeleka ukuthumela igesi.

■ I-HF ishaya ngokuzenzakalelayo i-arc, futhi izicisha ngokuzenzakalelayo ngemva kokuba i-arc iqaliswe ngempumelelo

■ Ku-MMA welding, ingasetshenziswa kanye cishe nazo zonke izinhlobo ze-electrode yokushisela enobubanzi obungaphansi kuka-5.0mm

■ Nakuba i-DC TIG welding yamukelwa, ingashisela zonke izinhlobo zezingxenye zensimbi engagqwali, isitsha sokucindezela kanye nepayipi

■ Nakuba i-AC square-wave welding yamukelwa, ingashisela izinsimbi ezingenayo insimbi njenge-aluminium ne-aluminium alloy, njalonjalo.

■ Ukwamukela ubuchwepheshe be-inverter kabili, ukuphuma kwe-square-wave okumsulwa, kugxilwe ekushiseni, amandla aqinile okuhlanekezela emuva; ukuhlanza imvamisa kanye nesilinganiso kungashintshwa, kungalungisa kalula umphumela we-deoxidation ku-aluminium welding. Isilinganiso sokuxuba kanye nemvamisa isethiwe, ingavikela ngempumelelo i-electrode ye-tungsten futhi yandise impilo yayo yenkonzo.

■ Ingafakwa ibhokisi lokulawula ibanga ukubona isilawuli sebanga, ukwenza kube lula ukusebenza.

Izici

■ Yamukela ubuchwepheshe be-soft switch, ukusebenza kahle okuphezulu, ukusetshenziswa kwamandla okuphansi

■ Ukuvikelwa okuzenzakalelayo ku-overcurrent, overheat, over/under voltage

■ Ukusekela i-DC TIG welding, i-pulse TIG welding kanye ne-MMA welding, ingashisela izinsimbi ezifana nensimbi engagqwali, i-alloy steel, ithusi, isiliva, i-titanium, njll.

■ Kwi-TIG welding, ingakhetha i-DC noma i-pulse welding ngokuvumelana nezidingo, ingalungisa i-peak/bottom current, i-pulse duty duty circle kanye ne-frequency ngokobukhulu bomthungo wokushisela.

■ Ku-TIG welding, i-HF ishaya i-arc ngokuzenzakalelayo, futhi icime ngokuzenzakalelayo ngemva kokuba i-arc ishaywa ngempumelelo, ukusebenza kahle okuphezulu.

■ Ngeswishi ye-seam ende/efushane kanye neswishi yokupholisa igesi/amanzi, ingakwazi ukukhetha ngokwesidingo sangempela.

■ Ku-MMA welding, ilungele i-electrode enobubanzi obungaphansi kuka-5.8mm

■ Iyakwazi ukubona i-TIG grounding kanye ne-MMA emboza kanye ngesikhathi, ukusebenza kahle okuphezulu, kulungele ikakhulukazi ukushiselwa kwebhodi elincane lensimbi eyivelakancane.

■ Ububanzi obubanzi bamandla kagesi, ububanzi obungango-±20%

Izici

■ Yamukela ubuchwepheshe be-soft switch, ukusebenza kahle okuphezulu, ukusetshenziswa kwamandla okuphansi

■ Ukuvikelwa okuzenzakalelayo ku-overcurrent, overheat, over/under voltage

■ Ukusekela ukushisela kwe-TIG kanye nokushisela kwe-MMA

■ Umthambeka ophezulu/ophansi we-welding current eguquguqukayo ngokuqhubekayo, ukuthumela ngaphambi kwegesi kanye nokubambezeleka ukuthumela igesi

■ I-HF ishaya i-arc ngokuzenzakalelayo, futhi izicime ngokuzenzekelayo ngemva kokuba i-arc ishaywa ngempumelelo

■ Ekushiseleni kwe-TIG, isishintshi somthungo eside/ esifushane singasekela ukushintsha phakathi kokushisela okuqhubekayo nokushisela okungaqhubeki. Umjikelezo owakhelwe ngaphakathi uqinisekisa ukuthungela kahle kwe-arc nokugcwaliswa kwe-crater, futhi unikeza umshini izici ezifana nokulula ukuqala i-arc, ukugxiliswa kokushisa kwe-arc, umphumela omuhle wokuvikela igesi, njll.

■ Ku-MMA welding, ingasetshenziswa kanye nazo zonke izinhlobo ze-electrode enobubanzi obungaphansi kuka-0.5mm. Ku-TIG welding, ingashisela insimbi engagqwali, i-alloy steel, ithusi, isiliva, i-titanium

■ Ngeswishi yokulungisa yamanje ye-arc-striking, ingalungisa kalula i-arc-striking current, ithuthukise umphumela wokubasa kwe-arc. Iphinikhodi yokulungisa yamanje ingaqinisa amandla e-arc futhi ivimbele i-electrode yokushisela ukuthi inamathele ezintweni zokusebenza.

■ Ingafakwa ngebhokisi lokulawula ibanga ukuze ibone isilawuli sebanga, kube lula ukusebenza

■ Ingasetshenziswa ekushiseleni izingxenye zensimbi engagqwali, isitsha sokucindezela kanye nepayipi, qaphela i-TIG grounding kanye ne-TIG yokumboza kanye isikhathi, ithuthukise kakhulu ukusebenza kahle.