All-digital Welding Machine

I-Cold arc welding, eyaziwa nangokuthi i-cold metal transition welding, okwamanje ihlanganisa ikakhulukazi i-STT (ukudluliswa kokuqina kobuso), i-CMT (ukuhoxiswa kocingo ngesikhathi), kanye ne-Cold Arc (ukuvalwa okufika ngesikhathi ngesikhathi se-arc short circuit) ukuze kuzuzwe i-arc ebandayo.

I-Sichuan Morrow Welding Development Co., Ltd. ithuthukise imishini yokushisela ye-arc ebandayo efana ne-DSP-500TG5 umsebenzi wokushisela we-arc obandayo eminyakeni eyi-10 edlule. Ngo-2023, sakha umshini wokushisela wokuhoxiswa ofika ngesikhathi ukuze sifinyelele umshini wokushisela wensimbi obandayo. Imodeli yethu yomshini wokushisela yi-MCT-350, ehambisana namarobhothi okushisela i-arc ebandayo yekhwalithi ephezulu.

Izici eziyinhloko:

① Umshini wokushisela usebenzisa ubuchwepheshe bokuguqula i-IGBT kanye nokulawula okunembile kwedijithali ye-DSP.

② Inemisebenzi edlula i-overcurrent, undervoltage, overheating, kanye nesigaba sokuvikela ukulahlekelwa.

③ Imvamisa yokuhoxiswa kwentambo: 80-120Hz.

④ Ngesikhathi sokushisela, okokufaka kokushisa kumthungo we-weld kuphansi.

⑤ Ayikho i-spatter welding, futhi i-arc izinzile kakhulu.

⑥ Ikhwalithi ephezulu yokushisela amapuleti amancane afanele i-arc short-circuit transition

Ukushisela nokuhlanganisa ibhuloho.

⑦ Ingakwazi ukushisela i-carbon steel, insimbi engagqwali, i-aluminium nama-alloys ayo, ithusi

Izinsimbi ezihlukahlukene ezifana neshidi likathayela.

Izici:

■Kokubili i-trolley kagesi kanye ne-welding zisebenzisa i-DSP all-digital control kanye nokuxhumana

■Isistimu inesizindalwazi esakhelwe ngaphakathi sochwepheshe bokushisela futhi ingagcina amasethi angu-30 wemingcele yangokwezifiso

■Ifakwe i-arc qala i-anti sticking kanye nomsebenzi wokudweba ngocingo othomathikhi esitobhini se-arc

■Isibonisi samanje sedijithali/i-voltage/esihambayo futhi sisethwe kusengaphambili

■Imvamisa yokuxhumana nomjikelezo wemisebenzi ingalungiswa

■Ukusebenza ngesikhathi esisodwa kwemithombo yamandla e-AC ne-DC akuthinti noma kuphambane

■Okokufaka okuphansi kokushisa, kuqhubeke nokuthuthukisa ukusebenza kahle kwe-welding

 Izici eziyinhloko:

■ Ukuboniswa kwedijithali nokusetha ngaphambilini kwamandla kagesi kanye ne-voltage, ububanzi bokulungiswa kwe-voltage

■ Umsebenzi okhethekile wokukhipha ngokuzenzakalelayo ibhola elincibilikayo ekugcineni kwentambo yokushisela

■ Sebenzisa isistimu ye-loop evalwe kabili ukuze ulawule i-arc, i-arc iyasha ngokuqinile

■ Kulula ukushaya i-arc, i-spatter encane

■ Uhlu olubanzi lokulungiswa kwamandla okufaka: 280V—450V

■ Ikhebula lokushisela linganwetshwa libe ngu-60m

■ Ukulawulwa kwedijithali konke, ukusebenza kuthembekile futhi kuzinzile

■ I uthayipha umshini isekela synergic ukulungiswa kanye presetting yamanje kanye voltage

■ Uma kwenzeka ukungasebenzi kahle, ikhodi iveza ngokuzenzakalelayo imbangela yokungasebenzi kahle

I-NBC-1000P iyi-auto inverter GMAW umshini wokushisela i-Sichuan Morrow Welding Development Co., Ltd. Ngokusekelwe ochungechungeni lwangempela lwe-NBC lwe-semi-automatic welder kanye nochungechunge lwe-MZ7 lomshini wokushisela we-auto submerged-arc. Yenzelwe ukusetshenziswa kwe-box boam. Ngokusebenza kwe-pulse, ukujula kwayo okuncibilikisiwe kujulile futhi i-welding seam futhi yinhle kakhulu.

Izici

■ I-IGBT module all-bridge soft-switch inverter ubuchwepheshe, ukusebenza kahle okuphezulu, ukonga amandla

■ Ukuvikelwa okuzenzakalelayo ekuntulekeni kwesigaba, ukwanda kwamanje, ukushisa ngokweqile, phezu/ngaphansi kwe-voltage

■ Sebenzisa isistimu ye-loop evalwe kabili ukuze ulawule i-arc, i-arc iyasha ngokuqinile

■ Ukusetha ngaphambilini okunembile kwe-welding current, i-voltage nesivinini sikamashi

■ I-Super low-spatter welding iye ku-4mm, intambo ye-SAW engu-3.2mm, kanye nokushisela okunegebe elincane

■ I-Hi-speed pulse wire welding enkulu, isivinini esikhulu, ukujula okuncibilikisiwe okujulile

Izici zobuchwepheshe

• Sisebenzisa i-high-speed pulse gas shielded welding, asikho isidingo sokwengeza i-bearing block njengoba i-general box beam welding, ayidingi ukwenza ukushisela okuphansi, futhi singagwema inkinga yokungakwazi ukukhipha i-slag ekuqaleni noma kwesibili. i-arc filling welding engaphansi kwamanzi, ngaleyo ndlela inciphisa kakhulu izindleko zokukhiqiza futhi ithuthukise ukusebenza kahle kokukhiqiza.
• Ukuze uthole ulwazi olwengeziwe, sicela uthinte uMnyango Wezobuchwepheshe we-Morrow Welding

Ukucushwa Okujwayelekile

Umthombo wamandla we-NBC-1000P isethi eyodwa

Ugandaganda (enekhanda lokupholisa amanzi) isethi eyodwa
Iphaneli yokulawula ingxenye eyodwa

Ikhebula lokushisela 15m

Ikhebula lokulawula 15m

Ikhebula lomhlaba 2m

Iwaranti: izinyanga eziyishumi nambili kuwo wonke umshini, iminyaka emihlanu ye-PCB

Ukulethwa: Izinsuku ezingu-30 ngemva kokuthola inkokhelo yakho uma zingekho izidingo ezikhethekile

Isikhathi sokukhokha:100% T/T kusengaphambili noma 100% L/C lapho ubona

Ukupakisha: Ibhokisi elakhiwe ngesikebhe esinegwebu eliwugqinsi

Ukwamukela imojula ye-IGBT ethuthuke kakhulu, i-IC ye-soft-scale enkulu, kanye ne-inverter loop yebhuloho, i-inverter yethu ye-IGBT incane ngosayizi, ilula ngesisindo, ukusebenza kahle okuphezulu, kanye nokusetshenziswa okuphansi okungalayishi, ngaphezu kwe-1/3 yokonga amandla. uma kuqhathaniswa nomshiseli wendabuko. Yimishini yokushisela yokonga amandla ekahle.Enezici ezifana nesivinini esikhulu sokuphendula, ukusebenza okuphezulu, umthungo omuhle, amandla okufaka amandla aphezulu, isipatha esincane, umsindo ophansi, ukusebenza kalula nokuyinyakazisa, iyimishini efanelekile. Ingakwazi ukusekela imisebenzi efana nokuvikela ekushiseni ngokweqile, ukudlula ngokweqile, kanye nokuvikela okungaphezulu/ngaphansi kwe-voltage, ukusetha ngaphambilini kwamandla kanye ne-voltage.

1.I-loop eyinhloko eyamukela yonke isakhiwo sebhuloho (isakhiwo singasekela kahle i-anti-unbalance), ukuvikelwa kwe-overcurrent kanye nokuvikelwa okuyinhloko kwe-overcurrent fo transformer, umshini wokushisela unikezwe ukuthembeka okuphezulu;

2. Ukwamukela i-soft recovery diode njengengxenye yokulungisa, kulula ukubuyisela, izinga lokushisa eliphansi;

3. Idizayini yenqubo enhle, kulula ukuyishaya i-arc, ukusha kwe-arc ngokuzinzile kanye nokungena okujulile;

4. Amandla okuzikhokhela aqinile, ububanzi obungu-270V-450V

I-5.Inkampani yethu ethuthukisiwe futhi ekhiqizwa uchungechunge lwe-DSP ye-IGBT inverter welding machine ingumshini wokushisela we-digital inverter ongasetshenziselwa i-DC CO2, i-DC MAG, i-pulse MAG welding ye-carbon steel, insimbi engagqwali, i-aluminium nezinye izinto. Lolu hlobo lwemodeli lungasekela ukushiselwa kwezintambo ezahlukene kusuka ku-Φ 0.8- Φ 1.6mms. Lo mshini ufakwe amapharamitha wochwepheshe wokushisela. Abasebenzisi badinga kuphela ukukhetha impahla yokushisela kanye nobubanzi bentambo, balungise isivinini sokuphakela izintambo ngomshini wokuphakela ucingo, futhi basethe i-voltage yokushisela noma ubude be-arc ukuze benze ukushisela okuvamile. Ukuvikelwa okuzenzakalelayo ekulahlekelweni kwesigaba, ukushisa ngokweqile, i-overcurrent, kanye ne-undervoltage, umshini uyisisetshenziswa esifanelekile sokushisela esisebenza kahle kakhulu nokongiwa kwamandla.

Izici Eziyinhloko

■ Okokufaka: 270V～450

■ Ukuvikeleka okuzenzakalelayo ekushintsheni kwamandla, phezu/ekungeneni kwamandla kagesi, ekushiseni okweqile, ekuntulekeni kwesigaba

■ Ukuboniswa kwedijithali yamanje kanye ne-voltage

■ Ukushaya kalula i-arc kanye nokusha kwe-arc kuqinile

■ Umsindo omncane, omncane nophansi

■ Ukusekela ukuguquguquka kwamandla kagesi okungu-±20%

■ Ugandaganda wokushisela unemisebenzi eminingi, isivinini sokumasha siyalungiseka, ukukhetha okuhlukile ku-angle yokushwiba, isivinini sokushwiba kanye nesivinini sokushwiba, kanti isikhungo sokushwiba singasethwa kusengaphambili.

Ukucushwa

Ukucushwa komshini we-arc ovikela igesi othomathikhi kanje

Ipharamitha Yezobuchwepheshe

1. Umthombo wamandla

2.I-Welding Tractor

Izinga Lokusebenzisa

• Izinga Lokuphepha:GB15579-95
• Izinga lobuchwepheshe:JBIT8748－98
• Izinga lokushisela: APT1104
• Ibanga le-Insulation: Ikilasi F

Amadokhumenti

• Uhlu lokupakisha
• Isitifiketi Sokufaneleka
• Incwadi Yeziqondiso
• IwarantiCard

Izici:

• Imisebenzi ilawulwa chip ye-DSP futhi ingalondoloza amasethi angu-30 wepharamitha
• Ukucisha ngokuzenzakalelayo ku-over-current, over/under-voltage, ukushisa ngokweqile, ukuntuleka kwesigaba
• Sekela ukukhetha okuya phambili ngokushesha kuphaneli yangaphambili
• Sekela i-MMA, i-MIG/MAG kanye ne-Hi-speed MIG/MAG yokushisela
• Ukushisela okuqinile kwe-pulse kungenziwa ngentambo engu-50A yamanje kanye no-Φ1.2mm
• Ifaneleka kakhulu ukushiselwa kwepuleti eliphakathi/elijiyile ngocingo elingu-Φ6mm
• Ingasetshenziswa nerobhothi ukubona ukushisela okuzenzakalelayo

1. Ngemisebenzi efana nokulungiswa okuyisisekelo kwamanje/i-voltage, ukulungiswa kwe-4T yamanje/i-voltage, okubalulekile/okucisha

ukukhetha, ukonga nokufunda ipharamitha yokushisela, isethi yokushisela indawo

2. Nge-robot interface kanye ne-interface yokulawula iqembu
3. Okokuqala e-China: I-Hi-speed DC welding

        Izinzuzo:

A．Ekushiseleni okuphansi, ingemuva lomthungo wokushisela nawo muhle, amaphutha angagwenywa.

B.Ukungena cishe ngama-20% amakhulukune-welding ejwayelekile ye-DC MIG/MAG ekushiseleleni okukhulu kwamanje (300A)

C.Isivinini sokushisela siphezulu ngo-15%.kune-welding ejwayelekile ye-MIG/MAG

D.Ekushiseleni kwe-fillet, inyama yokushisela iyisicaba futhi ibushelelezi, ayinawo amaqhuqhuva

• Amanzi ensimbi ageleza kahle futhi kulula ukuwalawula ekumbozeni ukushisela

4. Ifanele intambo edayisiwe/ ene-flux-cored

Ukuqhathaniswa kwe-DC MIG/MAG welding kanye ne-Hi-speed DC MIG/MAG welding

Ukuqhathaniswa kwe-Hi-speed DC pulse weldingkanye ne-one-pulse one-drop welding

Amapharamitha

Fizidlakudla:

■ Ukulawulwa kwedijithali kwe-DSP enamashaneli esitoreji angama-30.

■ Ukuvikelwa okuzenzakalelayo kusukela ekusetshenzisweni kwamandla ngokweqile kwamanje, phezu/ngaphansi kwe-voltage, ukushisa ngokweqile, nokulahlekelwa kwesigaba

■Iphaneli inokhiye wokukhiya ukuze kuqinisekiswe ukuhambisana kwamapharamitha wokushisela.

■ Uhlobo lokupholisa amanzi kanye nokupholisa umoya ngokuzithandela

■Ifakwe yonke imisebenzi yomshini wokushisela we-NBM, kanye ne-AC pulse/AC dual pulse

■Uma i-double pulse welding, umumo muhle, iphethini yesikali senhlanzi icacile, ukuguqulwa kwe-pulse okuqinile nokubuthakathaka kuhlanzekile, futhi i-arc izwakala ngokucacile.

■I-Heat input iphansi kune-NBM

■Ifakwe indawo yokusebenzela yamarobhothi.

Amapharamitha womthombo wamandla

Ipharamitha ye-wire feeder

Imibuzo Nezimpendulo

1. Imibuzo: Ingabe uyimboni noma inkampani yokuhweba?
IMPENDULO: Singumkhiqizi womshini wokushisela oneminyaka engaphezu kwengama-30 yomlando. Sinezitshalo zethu kanye nomhlaba futhi yonke imikhiqizo ikhiqizwa ngokuqinile nge-ISO9001:2013, kanye nemishini, ukuze sikwazi ukuhlangabezana nezimfuno zakho zobuningi nekhwalithi.

2. Imibuzo: kanjani nge-MOQ yakho:
IMPENDULO: Ngokuvamile uma ukhetha imikhiqizo ehlukene, i-oda lethu elincane liyi-qty. nazo zizohluka.

3. ImibuzoInkokhelo isho ukuthi:
IMPENDULO: Empeleni, inkokhelo ingakhethwa: Ngokuvamile sikhetha ku-T/T ne-LC

4. Imibuzo: Ngingayithola nini imikhiqizo?
IMPENDULO: Imikhiqizo yakho izofika echwebeni lasekhaya eliseduze nawe ngemva kokuqinisekiswa kwe-oda, cishe izinsuku ezingu-30.

I-YW-3500T, umshini wokushisela oshisela i-MMA/TIG, isisombululo esishintshashintshayo esihlanganisa ubuchwepheshe obusezingeni eliphezulu nokusimama kwemvelo.

Le welder emisha ifakwe ibhethri le-48V lithium iron phosphate ukunikeza amandla athembekile, asebenzayo azo zonke izidingo zakho zokushisela. Uma ishajwe ngokugcwele, i-welder ingasebenza kuze kube amahora angu-4, ikuvumela ukuthi uqedele imisebenzi yakho yokushisela ngaphandle kokushaja njalo.

Imishini yokushisela ye-MMA/TIG ekhokhiswayo yasensimini iklanyelwe ukusekela izinqubo zokushisela ze-MMA ne-TIG, inikeze ukuguquguquka nokuguquguquka kwezinhlelo zokusebenza zokushisela ezihlukahlukene. Kungakhathaliseki ukuthi usebenza ekwenziweni kwensimbi, ukwakha, noma ukulungisa izimoto, lesi sishiseli siwumngane ophelele wabashiseli abangochwepheshe kanye nabathandi be-DIY ngokufanayo.

Esinye sezici eziyinhloko zale welder ubungane bayo bemvelo kanye nezindleko eziphansi zokusebenza. Ngokusebenzisa amabhethri e-lithium iron phosphate, i-welder inciphisa ukuthembela kumajeneretha endabuko aphehla uphethiloli, inciphise ukukhishwa kwekhabhoni futhi ikhuthaze indawo yokusebenza ehlanzekile, neluhlaza. Ukwengeza, izindleko eziphansi zokusebenza zikwenza kube ukukhetha ukonga kumabhizinisi nakubantu abafuna ukunciphisa izindleko zabo zokushisela ngaphandle kokuyekethisa ukusebenza.

Njengejeneretha yokushisela, isishiseli se-MMA/TIG esikhokhiswayo sinikeza ukunethezeka komthombo wamandla ophathwayo ngokusebenza komshiseli wekhwalithi ephezulu. Kungakhathaliseki ukuthi usebenza endaweni ekude noma endaweni kuphrojekthi yokwakha, lesi sishiseli sinikeza amandla nokusebenza okudingayo ukuze wenze umsebenzi wenziwe kahle. Idizayini yayo ehlangene nephathekayo yenza kube lula ukuyithwala nokuyifaka, iqinisekisa ukuthi unamandla okushisela athembekile nomaphi lapho usebenza khona.

Njengomphakeli ohamba phambili womshini wokushisela, siyaziqhenya ngokuletha izixazululo zokushisela ezisezingeni eliphezulu ezihlangabezana nezidingo zamakhasimende ethu. Imishini yokushisela ye-MMA/TIG ekhokhiswayo yasensimini ibonisa ukuzibophezela kwethu ekuhlinzekeni ngemishini yokushisela emisha futhi eqhubekayo ephumela emiphumeleni yokushisela ephezulu. Ngobuchwepheshe bebhethri obuthuthukisiwe namandla okushisela ahlukahlukene, lesi sishiseli sishintsha umdlalo wochwepheshe embonini yokushisela.

Ngaphezu kwamakhono ayo okushisela, abashiseli be-MMA/TIG abakhokhiswa insimu bangakwazi futhi ukusebenza njengamajeneretha ukuze banikeze amandla asizayo wamathuluzi nemishini esizeni somsebenzi. Lokhu kusebenza okumbaxambili kuyenza ibe yimpahla ebalulekile yezinhlelo zokusebenza ezahlukahlukene, okukuvumela ukuthi ukhulise ukukhiqiza nokusebenza kahle ngaphandle kokusebenzisa amadivaysi amaningi.

Kungakhathaliseki ukuthi udinga i-arc welder, i-generator, noma i-jeneretha yokushisela, i-welder ye-MMA/TIG ekhokhiswayo insimu iyisixazululo esihlangene sokushisela kwakho kanye nezidingo zokukhiqiza amandla. Ukusebenza kwayo okuthembekile, idizayini enobungani bemvelo kanye nokusebenza ngendlela eyongayo kuyenza ibe ukukhetha okuhle kakhulu kochwepheshe nezimfundamakhwela ezidinga okungcono kakhulu kubuchwepheshe bokushisela.

Kafushane, i-welder ye-MMA/TIG ekhokhiswayo insimu iyisixazululo se-welding esishintsha umdlalo esihlanganisa amandla we-generator welder nokusebenza kahle komthombo wamandla osimeme. Ngobuchwepheshe bebhethri obuthuthukisiwe, amandla okushisela ahlukahlukene kanye nokusebenza okumbaxambili njengejeneretha, lesi sishiseli sibeka izindinganiso ezintsha ekusebenzeni, lula kanye nesibopho sendawo ezungezile. Njengomphakeli ohamba phambili womshini wokushisela, siyaziqhenya ngokunikeza amakhasimende ethu lo mshini wokushisela omusha, ubanikeze isisombululo esinokwethenjelwa nesimeme sazo zonke izidingo zabo zokushisela.

Umshini wethu we-Tri-wire tri-arc SAW wakhiwe ngokusekelwe emshinini wokushisela we-arc ongaphansi kwamanzi wedijithali.

Isistimu eyodwa ihlanganisa umthombo wamandla ongaphansi kwamanzi we-MZ7-1600 DC kanye namasethi amabili wemithombo yamandla engaphansi kwe-arc yesikwele ye-MZE-1250 AC/DC, kanye nogandaganda wokushisela onezintambo ezintathu kanye nephaneli yokulawula eyodwa.

Izici:

▉ Kokubili umthombo wamandla kanye nogandaganda we-DSP wokulawula konke kwedijithali nokuxhumana kwedijithali

▉ Ngedathabheyisi yochwepheshe, kanye neziteshi zokonga ezingama-30

▉ Isibonisi sedijithali nokusetha ngaphambilini kwamanje, i-voltage nesivinini sokumasha

▉ Imvamisa ye-AC, isilinganiso somsebenzi siyalungiseka

▉ Umthombo wamandla we-AC/DC kanye nomthombo wamandla we-DC zisebenza ngesikhathi esisodwa ngaphandle kokuthintana

Izici zobuchwepheshe:

1. Umthombo wamandla we-DC uya phambili, futhi umthombo wamandla we-AC/DC uyageleza, oqinisekisa ukubukeka okuhle nokushisela okuhle
2. Ekushiseleni, imingcele enikeziwe yokushisela yomthombo wamandla we-DC kufanele ibe nkulu noma ilingane naleyo yomthombo wamandla we-AC/DC.
3. Ngemuva kokulawula impendulo ye-grating, ukuphakelwa kwezintambo kuzoba kuzinzile futhi kungasheshisa ngaphambi kokumelana, kulungele ikakhulukazi intambo yomgqomo.
4. Ngomsebenzi wokuxwayisa ngokuzenzakalelayo ngemva kokuba ucingo luthinte kahle izinto zokusebenza, izinga eliphezulu lempumelelo yokuvutha kwe-arc
5. Kunconywa isilinganiso somsebenzi ka-50% kanye nemvamisa ye-15-30
6. Ifanele ukushisela okunesivinini esiphezulu kwepuleti eliwugqinsi kanye nepuleti eliwugqinsi
7. Ilungele ukusetshenziswa kumashubhu kaphethiloli, ishubhu legesi, ukwenza umkhumbi, umbhoshongo womoya, kanye nendodana

Ipharamitha yobuchwephesheyomthombo wamandla we-DC

Ipharamitha yomthombo wamandla we-AC

Izici:

▉ I-IGBT module full-bridge soft switching inverter technology, ukusebenza kahle okuphezulu, ukonga amandla

▉ Ukuvikelwa okuzenzakalelayo ekulahlekelweni kwesigaba, ukuphelelwa yisikhathi, ukushisisa ngokweqile, i-over-voltage kanye ne-low-voltage

▉ Umsinga wokushisela osethiwe usethiwe, i-voltage nesivinini sikamashi

▉ Ukwamukelwa kwe-voltage ebanzi, nokuguquguquka kwe-voltage okungu-±20%; 100% duty cycle

▉ Ukutholwa okuzenzakalelayo kokuphakelayo ngocingo, uma kuxhumene kahle nocezu lokusebenza, ukondla ngocingo kuzoma ngokunephunga elimnandi, cindezela futhi ubambe ukuze kusheshiswe ngokuzenzakalelayo ukuphakela nokuqaqa, futhi kuqaqa ucingo ngokuzenzakalelayo ngemva kokushisela.

▉ Ingabona ukushisela okusebenzayo kwamapuleti awugqinsi esikhundleni somshini we-tandem we-tandem-arc SAW

▉ Izinhlobo ezimbili zamakhanda :: A (ububanzi bentambo eya phambili ngu-3.2mm, kanti leyo yocingo olubuyela emuva ingu-4mm noma 5mm)

B: (ububanzi bezintambo ezimbili buyafana)

▉ Izintambo eziphindwe kabili azithinti zodwa, aziphambanisi, futhi zine-arc eqinile yokungena.

▉ Iyakwazi ukushisela ipuleti eliwugqinsi ngezintambo eziphindwe kabili kanye nokusebenza kahle kakhulu

ukuvelela nge-double-wire parallel welding

▉ Kungumthombo wokuqala wamandla wokushisela we-gantry welding, ama-welding manipulators nokunye okukhethekile.

Izici zobuchwepheshe:

①Intambo ewugqinsi ngaphambili enentambo encane elandela ukushisela okukhulu kokungena

1. Intambo yangaphambili iqala i-arc ngenkathi ithinta ucezu lokusebenza futhi intambo yangemuva ayidingi ukuthinta ama-workpiece

ukuqala kwe-arc

2. Ububanzi bentambo yangaphambili ngu-3.2mm, ububanzi bocingo lwangemuva buyi-4mm, kanti ama-welding currents azofaniswa.

Ngokuzenzakalelayo ngokwengxenye engu-2:1

3. Ibanga phakathi kwezintambo ezimbili ngu-3-6mm, ucingo lwangaphambili lungakhuphula ukujula okuncibilikisiwe, kanti ingemuva lingandisa ububanzi obuncibilikisiwe.
4. Asikho isidingo sokubhoboza futhi ushiye igebe lapho ushisela ezinhlangothini zombili zohlobo lwe-T olunogqinsi lwepuleti elingu-30mm.

②Intambo efanayo yokushisela

1. Intambo yangaphambili iqala i-arc ngenkathi ithinta ucezu lokusebenza futhi intambo yangemuva ayidingi ukuthinta izinto zokusebenza ukuze i-arc iqale.
2. I-welding current yezintambo zangaphambili nezangemuva ihambisana ngokuzenzakalela ngo-1:1
3. Ibanga phakathi kwezintambo zangaphambili nangemuva ngu-3-6mm, ucingo lwangaphambili lukhulisa ukujula kokungena, kanti ucingo olungemuva lukhulisa ububanzi obuncibilikisiwe.
4. Ingakwazi esikhundleni sokushisela i-arc enezintambo ezimbili ezingaphansi kwamanzi

③Ukusetshenzwa kahle kwentambo efanayo ewugqinsi (ekuveleni, ibhokisi elikhethekile lokulawula ukuvela liyadingeka)

1. Izintambo ezimbili zokushisela ezinogqinsi olufanayo zishiselwe ngokuhambisana
2. I-wire welding current yesokunxele nesokudla ifaniswa ngokuzenzakalelayo ngokuka-1:1
3. Ububanzi be-weld weld yesikhathi esisodwa bungafinyelela ngaphezu kwama-40mm

Izici:

▉ Imojula ye-IGBT, ubuchwepheshe be-inverter ye-soft-switch, ukusebenza kahle okuphezulu nokonga amandla

▉ Ukuvikelwa okuzenzakalelayo ekuntulekeni kwesigaba, phezu kwamanje, ukushisa ngokweqile, phezu/ngaphansi kwe-voltage

▉ Ukusetha ngaphambilini okunembile kwamandla we-welding, i-voltage kanye nesivinini sokumasha

▉ CC/CV, ilungele izintambo ezincanyana neziwugqinsi

▉ Sekela i-SAW, i-MMA, ne-gouging

▉ Umsebenzi wokuqala we-arc othintekayo omuhle kakhulu futhi ongathinteki

▉ Amandla okungena e-arc anamandla, ogandaganda abahlukene bokushisela bayazikhethela

▉ Ukuhlola okuzenzakalelayo kokuphakelayo, kuyilapho intambo ixhuma kahle izinto zokusebenza, ukondla izintambo kuyama ngokuzenzakalelayo, cindezela ukuthumela/ukubuyisela emuva ngaphandle kokukhululwa, ukuthumela ucingo noma ukuphakela ngocingo kuzosheshisa ngokuzenzakalelayo, ucingo luzodonselwa emuva ngokuzenzakalelayo ngemva kokushisela. qeda

▉ Ukwamukelwa kwe-voltage ebanzi, ± 20%

▉ Ingakwazi ukushisela insimbi emnene nensimbi engagqwali, umthombo wamandla okhethwa kuqala we-gantry welding kanye no-opharetha.

▉ Ngocingo olushisayo lwe-welding, ucingo lokushisela lushiselwa ku-500-900 ℃ kusengaphambili ngaphambi kokuba ludliwe endaweni ye-arc, ngakho-ke, isivinini esincibilikisiwe socingo lwamanje lweyunithi siyakhula, futhi ukusebenza kahle kokushisela kuyanda ngokufanele.

▉ Ekushiseni kwezintambo ezishisayo, ngaphansi kwezimo ezifanayo zamanje, isivinini sokuncibilika kwezintambo zokushisela singakhuphuka cishe ngo-15-30%; ukufakwa kokushisa kwe-weld kuncishiswe ngo-10-20%; ukujula kokungena kukhuphuke ngo-10-20%; ukusetshenziswa kwe-flux kuncishiswe ngo-10-30%

Ipharamithas

Izimboni ezifanele:

Imishini yokwakha, imikhumbi yokucindezela, ukwakha umkhumbi, izakhiwo zensimbi, imibhoshongo yomoya, i-metallurgy, i-petroleum, amabhuloho, njll.

Umshini wethu wedijithali we-AC/DC square-wave SAW uthuthukiswa emshinini we-DC SAW osebenzisa ubuchwepheshe be-inverter kabili, nomphumela omuhle wokushisela. Imininingwane ithi: amandla wesigaba esingu-3 380V/50Hz azoshintsha abe yi-HF AC ngemva kokuhlunga kwesilungisisi semvamisa yamandla kanye nendima ye-inverter. Futhi phezu kokuguqulwa kwe-high-frequency kanye nokulungiswa, ukulawulwa kwempendulo yesiginali yokuphumayo, i-DC ebushelelezi futhi eguquguqukayo ngokuqhubekayo izotholwa. Ngemuva kokuguqulwa kwesibili, i-DC izoshintshwa ibe yi-AC ye-low-frequency yokushisela okuzenzakalelayo kwezingcezu zomsebenzi.

Izici

▉ Kokubili umthombo wamandla kanye nogandaganda we-DSP wokulawula konke kwedijithali nokuxhumana kwedijithali

▉ Ngedathabheyisi yochwepheshe, kanye neziteshi zokonga ezingama-30

▉Imenyu nemisebenzi Isibonisi se-LCD nokulawula, ukusebenza kalula

▉ I-anti-stick yokuqalisa i-arc, i-auto wire emuva ngenkathi i-arc ima

▉ Isibonisi sedijithali nokusetha ngaphambilini kwamanje, i-voltage nesivinini sokumasha

▉ Sekela i-MMA, i-SAW kanye ne-gouging

▉ Imvamisa ye-AC nesilinganiso somsebenzi siyalungiseka

Izici Zobuchwepheshe

1. I-CC ne-CV kukho kokubili i-DC welding kanye ne-AC welding
2. I-AC CV inconyelwe ukushisela okusheshayo kwe-AC, i-arc ingasha ngokuqinile
3. Ngokusebenza kwe-alamu okuzenzakalelayo ngemva kokuba ucingo luthinte kahle izingcezu zokusebenza, izinga eliphezulu lempumelelo yokuvutha kwe-arc
4. 4. Isilinganiso somsebenzi esingu-50% kanye nemvamisa ye-20-35Hz iyanconywa

Amapharamitha

Ipharamitha yomthombo wamandla we-DC

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)

Izici:

■ Ukulawulwa kwedijithali kwe-DSP, namashaneli okulondoloza angu-30

■Imenyu nemisebenzi yesibonisi se-LCD, enemodeli evamile kanye nemodeli ehlakaniphile

■ Presetting of Welding zamanje kanye Welding isikhathi, uchwepheshe database ezisetshenziswa Welding ezihlakaniphile

■Isistimu ye-Arc-start yohlelo yenziwe ngokuzenzakalelayo, i-arc iqala kahle, i-weld igqamile futhi inhle

■Isikhathi sokushisela sifushane, amandla agxilile

■Ithoshi elineyunithi yokupholisa ngaphakathi, ngaleyo ndlela linganciphisa ukusetshenziswa kwamandla futhi lelule impilo yesevisi yethoshi

■Ithoshi elinomswakama ngaphandle, ama-spatter ambalwa

■ Umshini wokushisela we-long-cycle stud ulungele isakhiwo sensimbi, indawo yomkhumbi, ibhuloho, ama-boilers, njalonjalo; umshini wokushisela we-short-cycle stud ulungele i-chassis, i-sheet metal, ifenisha, ukukhiqizwa kwemishini, i-boiler, njll.

■ Umshini wokushisela we-stud womjikelezo omude i-RSN-1600/2000/2500/3150 nawo ungashisela i-stud nebhawodi ye-Ф3-12mm njenge-short-cycle stud welding

Izici:

■ Ukuvikelwa okuzenzakalelayo ekushiseni ngokweqile kwamanje, ukushisa ngokweqile, phezu/ngaphansi kwe-voltage

■ I-arc isha ngokuqinile, ichibi elincibilikisiwe lihle, umthungo omuhle wokushisela

■ Ifanele izinhlobo eziningi zama-electrode (i-cellulose electrode, i-low-hydro electrode kanye ne-common electrode)

■ Incane futhi ilula

■ Ifaneleka ngokukhethekile ukushiselwa kweshubhu ukuya phansi ngama-electrode e-cellulose afana ne-E6010, E8010, E7048

■ Ifanele amapayipi okushisela

Izici:

■ Qala i-arc nge-HF Pulse, sebenzisa isilawuli sedijithali se-DSP, ngamashaneli okulondoloza angu-30

■ 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.

■ I-LCD ikhombisa imenyu nemisebenzi, ngokhiye oya phambili osheshayo kuphaneli yangaphambili

■ Isethi yangaphambili yedijithali ye-welding current, i-current up/down slope

■ I-arc isha ngokuqinile ngisho nokukhishwa okuphansi kakhulu kwamanje kungu-10A, ngisho no-5A

Izici:

■ Ubuchwepheshe be-inverter ethambile, ukulawula kwe-DSP yedijithali, izinga elithuthukisiwe lomhlaba

■ Ngemininingwane egciniwe yochwepheshe be-welding ngaphakathi, ingagcina amasethi angama-30 wepharamitha ozisethe yona

■ Ukuvikelwa okuzenzakalelayo ekushiseni okungaphezu kwamandla kwamanje, phezu/ngaphansi kwe-voltage, izinga lokushisa elidlulele

■ Imenyu ye-LCD yedijithali ukukhombisa yonke imisebenzi nedatha, ukusebenza kalula

■ Ingathola igagasi elingunxande elingunxande elingu-AC/DC kungakhathaliseki ukuthi lamanje lincane noma likhulu

■ Isilinganiso sokuhlanza nobubanzi bokuhlanza buhlale buguquguquka, ububanzi bokulungisa bubanzi

■ Sekela i-TIG spot welding, i-DC MMA welding, i-DC TIG welding, i-DC pulse TIG welding, i-square-wave TIG welding

■ Ukusekela ukulungiswa kwamandla okuqala, umthambeka okhuphukayo wamanje, owehlayo wamanje, wamanje wokuqoqa, ukuze uthole ukushisela kwekhwalithi ephezulu

■ Ukusetshenziswa okubanzi, sekela izinga eliphezulu lokushisela zonke izinhlobo zezinsimbi nama-alloys

Izici:

■ Imojula ye-IGBT njengesisetshenziswa esikhulu samandla, sebenzisa ubuchwepheshe be-switch-switch inverter, ukusebenza kahle okuphezulu, ukonga amandla

■ I-DSP yokulawula yonke idijithali nokuxhumana komshini nogandaganda

■ Ngemininingwane egciniwe yochwepheshe ngaphakathi, ingagcina amasethi angama-30 wepharamitha

■ Imenyu ye-LCD yedijithali ukukhombisa umsebenzi nepharamitha

■ I-Anti-stick, ukugcwaliswa kwe-arc okuzenzakalelayo, ukuthumela i-automatic wire back-back ngenkathi i-arc ima

■ Uhlu olubanzi lokulungiswa kwe-welding voltage, ukushintshashintsha okuncane kwe-welding current kanye ne-voltage

■ Isibonisi sedijithali samanje, i-voltage, nesivinini sokumasha

■ Ukusekela i-GTAW kanye ne-carbon gouging, isilinganiso esiphezulu sokusebenzisa

■ Ukushintshashintsha kwamandla kagesi okungu-±20% kuyabekezeleleka

Izici:

■ Kokubili umthombo wamandla kanye ne-DSP ye-DSP yokulawula yonke idijithali kanye nokuxhumana kwedijithali

■ Ngemininingwane egciniwe yochwepheshe, namashaneli okulondoloza angama-30

■ Imenyu nemisebenzi Isibonisi se-LCD nokulawula, ukusebenza kalula

■ I-anti-stick ye-Arc, i-auto wire emuva ngenkathi i-arc ima

■ Ukuboniswa kwedijithali nokusetha ngaphambilini kwamanje, i-voltage kanye nesivinini sokumasha

■ Imvamisa ye-AC nesilinganiso somsebenzi siyalungiseka

■ Umthombo wamandla we-AC/DC kanye nomthombo wamandla we-DC zisebenza ngesikhathi esisodwa ngaphandle kokuthintana

Isici

■ I-Soft switch technology, i-DSP yonke i-digital control

■ Ngemininingwane egciniwe yochwepheshe, ingagcina amasethi angama-30 wamapharamitha

■ Ukuvikelwa okuzenzakalelayo ekushiseni ngokweqile kwamanje, ekushiseni ngokweqile, phezu/ngaphansi kwe-voltage

■ I-arc isha ngokuqinile, amandla okungena aqinile, ichibi elikhulu elincibilikisiwe

■ Sekela i-cellulose/low-hydro electrode welding GTAW, TIG welding, flux-cored wire self-protection welding, GMAW

Izici:

■ I-DSP all-digital control, enamashaneli okulondoloza angama-30

■ Ukuvikeleka okuzenzakalelayo kusuka ku-over-current, over/under-voltage, ukushisa ngokweqile, ukuntuleka kwesigaba

■ Nge-function lock-key kuphaneli yangaphambili, ingaqinisekisa ukuhambisana kwemingcele yokushisela

■Sekela i-hi-speed pulse welding, i-hi-speed double-pulse welding, i-vertical upward welding, i-root welding kanye ne-cold-arc welding

■Ingakwazi ukushisela insimbi engagqwali, insimbi enamandla amakhulu, insimbi ephezulu ye-alloy, insimbi ephansi ye-alloy, insimbi ye-carbon, i-nickel ehlukahlukene (i-iron, i-cobalt) esekelwe kahle

■ Nge-robotic interface kanye nesixhumi esibonakalayo sokulawula iqembu

Izici

Inkampani yethu ithuthukise umshini wokushisela we-MIG wesizukulwane sesibili osheshayo ngesisekelo somshini wokushisela we-MIG wesizukulwane sokuqala, ixazulule inqubo ye-pulse MIG welding ukushuba, ipuleti lensimbi eliphakathi nelincane, futhi ithuthukisa inqubo yokushisela. i-aluminium nama-alloys ayo nensimbi engagqwali.

1.Cishe akukho spatter.

I-2.I-high-speed pulse yenza i-current enkulu ukuze yenze ngokuzenzakalelayo i-arc yokucindezela, ukujula okukhulu kokuncibilika, i-groove ingashintshwa kusuka ku-60 ° kuya ku-30 ​​° noma 40 °, ngaleyo ndlela ithuthukise kakhulu ukusebenza kahle kokukhiqiza nokunciphisa izindleko.

3.Isimanje esincane sinenqubo yokushisela i-arc ebandayo, i-φ1.2 i-aluminium wire isebenzisa i-30A, i-φ1.2 i-carbon steel wire isebenzisa i-35A, i-φ1.2 i-stainless steel welding wire isebenzisa i-35A, okwenza i-arc izinze kakhulu.

I-4.Isivinini esiphezulu se-pulse i-MIG background welding ingathatha indawo ye-TIG welding, futhi isivinini siyizikhathi ezingu-4-5 ze-argon arc welding, futhi ukwakheka kwangaphambili nangemuva kuqhathaniswa ne-argon arc welding.

Izici:

■ I-DSP all-digital control, enamashaneli okulondoloza angama-30

■ Ukuvikeleka okuzenzakalelayo kusuka ku-over-current, over/under-voltage, ukushisa ngokweqile, ukuntuleka kwesigaba

■Ngokhiye wokukhiya umsebenzi kuphaneli yangaphambili, ingaqinisekisa ukuhambisana kwemingcele yokushisela

■ Iyunithi yokuphakela intambo yokuphendula isetshenziswa ku-wire feeder, ekubonisweni kwedijithali nasekusetheni i-welding current kanye ne-voltage kuphaneli yangaphambili ye-wire feeder, ukuxhumana kwedijithali nomthombo wamandla.

■Ngaphandle kwemisebenzi ye-DSP (TG3), ingashisela kahle i-aluminiyamu nama-alloys ayo, ishidi eliwuthayela, ithusi, ithusi nezinye izinsimbi.

■ Nge-interface yerobhothi kanye nesixhumi esibonakalayo sokulawula iqembu

Izici:

■ Ikakhulukazi i-aluminium kanye nengxubevange yayo, ingakwazi ukubona i-weld ephelele ye-aluminium, i-aluminium silicon, i-aluminium magnesium

■ Ukulawulwa kwedijithali kwe-DSP, ngamashaneli okulondoloza angama-30

■ Ukuvikeleka okuzenzakalelayo kusuka ku-over-current, over/ngaphansi kuka-voltage, ukushisa ngokweqile, ukuntuleka kwesigaba

■ Ngokhiye wokukhiya umsebenzi kuphaneli yangaphambili, ingaqinisekisa ukuhambisana kwemingcele yokushisela

■ Uhlobo lokupholisa amanzi noma uhlobo lokupholisa umoya ozikhethela lona

■ Ukusekela i-single-pulse welding, i-double-pulse welding, i-DC welding, i-spot welding, ukusetha i-primary current/current, 4T current/voltage adjustment, ukukhetha kwe-synergic/off, ukonga nokufunda imingcele yokushisela.

■ Kwi-double-pulse welding, weld enhle, egelezayo ecacile, eqinile futhi ebuthakathaka isiguquli sepulse, i-arc izwakala ngokucacile

■ Nge-interface ye-robotic, ingasetshenziswa namarobhothi

■ I-DSP all-digital control, enamashaneli okulondoloza angama-30

■ Ukuvikeleka okuzenzakalelayo kusuka ku-over-current, over/under-voltage, ukushisa ngokweqile, ukuntuleka kwesigaba

■Ngokhiye oya phambili osheshayo kuphaneli yangaphambili

■Sekela i-MMA, i-MIG/MAG kanye ne-Hi-speed MIG/MAG yokushisela

■ Ukushisela okuqinile kwe-pulse kungenziwa ngocingo lwe-50A lwamanje kanye no-Φ1.2mm

■Ifaneleka kakhulu ukushiselwa kwepuleti eliphakathi/elijiyile elinentambo engu-Φ1.6mm