Umatshini wokuWelding we-Gmaw

I-cold arc welding, ekwabizwa ngokuba yi-cold metal transition welding, okwangoku ibandakanya i-STT (ukudluliselwa koxinzelelo lwangaphezulu), i-CMT (ukurhoxiswa kweengcingo ngexesha elifanelekileyo), kunye ne-Cold Arc (ukuvalwa kwexesha ngexesha le-arc yesekethe emfutshane) ukufezekisa i-arc ebandayo.

I-Sichuan Morrow Welding Development Co., Ltd. iphuhlise ii-arc transition welding machines ezifana ne-DSP-500TG5 i-arc welding ebandayo kwiminyaka eyi-10 eyadlulayo. Ngo-2023, siye saphuhlisa umatshini wokuwelda ngexesha elifanelekileyo ukuphumeza umatshini wokuwelda wentsimbi. Imodeli yethu yomatshini wokuwelda yi-MCT-350, ehambelana neerobhothi zomgangatho ophezulu we-arc welding ebandayo.

Iimpawu eziphambili:

① Umatshini we-welding wamkela iteknoloji yokuguqula i-IGBT kunye nolawulo oluchanekileyo lwedijithali lwe-DSP.

② Ine-overcurrent, undervoltage, overheating, kunye nemisebenzi yokukhusela ilahleko yesigaba.

③ Ukurhoxiswa kwamaza ocingo: 80-120Hz.

④ Ngexesha le-welding, igalelo lobushushu kwi-weld seam liphantsi.

⑤ Akukho welding yesitshizi, kwaye i-arc izinzile kakhulu.

⑥ Umgangatho ophezulu we-welding yeepleyiti ezibhityileyo ezifanelekileyo kwi-arc inguqu ye-short-circuit

Ukuwelda kunye nokubopha ibhulorho.

⑦ Ngaba i-weld carbon steel, insimbi engenasici, i-aluminium kunye ne-alloys yayo, ubhedu

Iintsimbi ezahlukeneyo ezifana neshiti legalvanized.

 Iimpawu eziphambili:

■ Ukuboniswa kwedijithali kunye nokusetwa kwangaphambili kwamandla ombane kunye nohlengahlengiso olubanzi

■ Umsebenzi okhethekileyo wokususa ngokuzenzekelayo ibhola enyibilikayo ekupheleni kocingo lwe-welding

■ Yamkela inkqubo ye-double-closed-loop ukulawula i-arc, ukutshisa kwe-arc ngokuzinzileyo

■ Kulula ukubetha i-arc, isitshizi esincinci

■ Uluhlu olubanzi lohlengahlengiso lwe-voltage yegalelo: 280V—450V

■ Intambo yokuwelda inokwandiswa ukuya kuma-60m

■ Ulawulo lwedijithali yonke, ukusebenza kuthembekile kwaye kuzinzile

■ Ndichwetheza umatshini uxhasa uhlengahlengiso lwe-synergic kunye nokusetwa kwangaphambili kwangoku kunye nombane

■ Xa kusenzeka ukungasebenzi kakuhle, ikhowudi ibonisa ngokuzenzekelayo unobangela wokungasebenzi kakuhle

Ukwamkela eyona modyuli ye-IGBT ephezulu, i-IC enkulu yokutshintsha okuthambileyo, kunye ne-inverter loop yebhulorho yonke, i-IGBT inverter welder yethu incinci ngobukhulu, ilula ngobunzima, ukusebenza kakuhle okuphezulu, kunye nokusetyenziswa okuphantsi kokungabikho komthwalo, ngaphezulu kwe-1/3 yokonga amandla. xa kuthelekiswa ne welder yemveli. Yeyona nto ifanelekileyo yokugcina amandla e-welding equipment.Ngeempawu ezifana nesantya esiphezulu sokuphendula, ukusebenza okuphezulu, umthungo omhle, amandla okufaka amandla aphezulu, isitshizi esincinci, ingxolo ephantsi, kulula ukuyisebenzisa kunye nokuhamba, sisixhobo esifanelekileyo. Iyakwazi ukuxhasa imisebenzi efana nokukhuselwa kobushushu, ukugqithisa, kunye nokukhusela ngaphezulu / ngaphantsi kwe-voltage, ukusetha kwangaphambili kwangoku kunye ne-voltage.

1.I-loop ephambili eyamkela yonke i-bridge structure (isakhiwo sinokuxhasa i-anti-unbalance kakuhle), ukukhuselwa kwe-overcurrent kunye nokukhusela okuphambili kwe-overcurrent kwi-transformer, umatshini we-welding unikwe ukuthembeka okuphezulu;

2. Ukwamkela i-soft recovery diode njengenxalenye yokulungiswa, kulula ukubuyisela, ukushisa okuphantsi;

3. Uyilo lwenkqubo elungileyo, kulula ukuyibetha i-arc, i-arc itshisa ngokuzinzileyo kunye nokungena okunzulu;

4. Ukukwazi ukuzihlawulela okunamandla, uluhlu lwe-270V-450V

5.Our inkampani self-uphuhliso kunye nokuveliswa DSP series IGBT inverter welding umatshini welding ngumatshini inverter welding yedijithali engasetyenziselwa DC CO2, DC MAG, ipulse MAG welding of carbon steel, steel stainless, aluminium kunye nezinye izinto. Olu hlobo lomzekelo lunokuxhasa i-welding yeengcingo ezahlukeneyo ukusuka kwi-Φ 0.8- Φ 1.6mms. Lo matshini uxhotyiswe ngeeparitha zeengcali zokuwelda. Abasebenzisi badinga kuphela ukukhetha i-welding material kunye ne-diameter ye-wire, ukulungelelanisa isantya sokutya kocingo ngokusebenzisa indlela yokutya yocingo, kwaye usete i-voltage ye-welding okanye ubude be-arc ukwenza i-welding eqhelekileyo. Ukukhuselwa ngokuzenzekelayo ekulahlekeni kwesigaba, ukufudumeza, ukugqithiswa, kunye ne-undervoltage, umatshini sisixhobo esifanelekileyo se-welding esisebenza kakuhle kunye nokugcinwa kwamandla.

Iimpawu eziphambili

■ Igalelo: 270V～450

■ Ukhuseleko oluzenzekelayo kwi-overcurrent, over/undervoltage, over temprature, phase-shock

■ Umboniso wedijithali wangoku kunye nombane

■ Ukubetha ngokulula i-arc kunye ne-arc itshisa ngokuzinzileyo

■ Ingxolo encinci, elula kunye nephantsi

■ Inkxaso yokuguquguquka kwamandla ombane ±20%

■ itrektara yokuwelda inemisebenzi emininzi, isantya sokumatsha siyahlengahlengiswa, ukhetho olwahlukileyo kwi-engile yokujinga, isantya sokujinga kunye nesantya sokujinga, kunye nombindi wokujingi unokubekwa kwangaphambili.

Uqwalaselo

Ukucwangciswa komatshini we-arc okhuselweyo wegesi ozenzekelayo ngolu hlobo lulandelayo

IParameter yobuGcisa

1. Umthombo wamandla

2.I-Welding Trector

uMgangatho wokuPhunyezwa

• Umgangatho woKhuseleko:GB15579－95
• umgangatho wobugcisa:JBIT8748－98
• Umgangatho wokuwelda: APT1104
• IBanga le-Insulation: Udidi F

Amaxwebhu

• Uluhlu lokupakisha
• Isiqinisekiso soMgangatho
• Incwadi Yemiyalelo
• Ikhadi lewaranti

Iimbonakalo:

• Imisebenzi ilawulwa yi-chip ye-DSP kwaye inokugcina iiseti ze-30 zeparameter
• Ukucima okuzenzekelayo kwi-over-current, over/under-voltage, over-heat, isigaba esingekho
• Ukuxhasa ngokukhawuleza ukhetho lwangaphambili kwipaneli yangaphambili
• Ukuxhasa i-MMA, i-MIG / MAG kunye ne-Hi-speed MIG / MAG i-welding
• I-stable pulse welding inokubonakala nge-50A yangoku kunye ne-Φ1.2mm yocingo
• Ifaneleke kakhulu phakathi/engqindilili yepleyiti yepulse welding ene-Φ6mm ucingo
• Ingasetyenziswa kunye nerobhothi ukuqaphela ukuwelda okuzenzekelayo

1. Ngemisebenzi enjalo njengohlengahlengiso oluphambili lwangoku / lwevoltage, uhlengahlengiso lwe-4T lwangoku / lwevoltage, okudityanisiweyo / ukucima

ukhetho, ukugcinwa kunye nokufunda iparameter ye-welding, isethi ye-welding

2. Ngojongano lwerobhothi kunye nojongano lolawulo lweqela
3. Okokuqala eTshayina: Hi-speed DC welding

        Iingenelo:

AKwiwelding esezantsi, umva we-welding seam ulungile, iziphene zinokuthintelwa.

B.Ukungena malunga ne-20% enkulukunewelding yeDC MIG/MAG kwiwelding enkulu yangoku (300A)

C.Isantya se-welding siphezulu nge-15%.kune-welding ye-MIG/MAG jikelele

D. Kwi-welding ye-fillet, inyama ye-welding icaba kwaye igudileyo, akukho qhuma

• Amanzi entsimbi ahamba kakuhle kwaye kulula ukuwalawula ekugqumeni i-welding

4. Ifanele iingcingo ezithengisiweyo/ezine-flux-cored

Ukuthelekiswa kwe-DC MIG/MAG welding kunye ne-Hi-speed DC MIG/MAG welding

Ukuthelekiswa kweHi-speed DC pulse weldingkunye ne-one-pulse one-drop welding

Iiparamitha

Fezitya:

■ Ulawulo lwedijithali lwe-DSP enamajelo angama-30 okugcina.

■ Ukhuseleko oluzenzekelayo kwi-over-current, over/under-voltage, overheating, kunye nelahleko yesigaba.

■Iphaneli ineqhosha lokutshixa umsebenzi wokuqinisekisa ukuhambelana kweeparamitha zewelding.

■ Uhlobo lokupholisa amanzi kunye nokupholisa umoya ngokuzikhethela

■ Ixhotyiswe ngayo yonke imisebenzi yomatshini wokuwelda we-NBM, kunye ne-AC pulse/AC dual pulse

■Xa i-double pulse welding, imilo intle, ipateni yesikali sentlanzi icacile, i-pulse eyomeleleyo nebuthathaka yokuguqulela ilungile, kwaye i-arc ivakala ngokucacileyo.

■Igalelo lobushushu lingaphantsi kune-NBM

■Ixhotyiswe ngonxibelelwano lwerobhothi.

Iiparamitha zomthombo wamandla

Ipharamitha yesondlo socingo

Imibuzo neempendulo

1. Imibuzo: Ngaba ungumzi-mveliso okanye inkampani yorhwebo?
IMPENDULO: Singumenzi womatshini we-welding oneminyaka engaphezu kwama-30 yembali. Sinesityalo sethu kunye nomhlaba kwaye zonke iimveliso ziveliswa ngokungqongqo nge-ISO9001: 2013, kunye nezixhobo, ukuze sikwazi ukuhlangabezana neemfuno zakho zombini kunye nomgangatho.

2. Imibuzo: njani nge-MOQ yakho:
IMPENDULO: Ngokubanzi ukuba ukhetha iimveliso ezahlukeneyo, i-odolo yethu encinci ye-qty. nayo iya kwahluka.

3. Imibuzo Intlawulo ithetha:
IMPENDULO: Ngokwenyani, intlawulo iya kukhethwa: Ngokuqhelekileyo sikhetha kwi-T/T kunye ne-LC

4. Imibuzo: Ndingazifumana nini iimveliso?
IMPENDULO: Iimveliso zakho ziya kufika kwizibuko lasekhaya elikufutshane emva kokuba iodolo iqinisekisiwe, malunga neentsuku ezingama-30.

Uphawu

■ Iteknoloji yokutshintsha okuthambileyo, i-DSP lonke ulawulo lwedijithali

■ Ngogcino-lwazi lwengcali, inokugcina iiseti ezingama-30 zeeparamitha

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

■ I-arc itshisa ngokuzinzileyo, amandla okungena anamandla, idama elikhulu elinyibilikisiweyo

■ Ukuxhasa i-cellulose/i-electrode esezantsi ye-GTAW ukuwelda, ukuwelda kwe-TIG, i-flux-cored wire self-protection welding, i-GMAW

Iimbonakalo:

■ Ulawulo lwedijithali lwe-DSP yonke, enamatshaneli okugcina angama-30

■ Ukhuseleko oluzenzekelayo kwi-over-current, over/under-voltage, over-heat, ukungabikho kwesigaba

■ Ngeqhosha lokutshixa umsebenzi kwiphaneli yangaphambili, linokuqinisekisa ukuhambelana kweeparamitha zewelding

■ Xhasa i-hi-speed pulse welding, i-hi-speed double-pulse welding, i-welding ethe nkqo phezulu, ukuwelda kweengcambu kunye ne-cold-arc welding

■Ungakwazi ukuwelda intsimbi engatyiwa, eyomelele kakhulu, intsimbi ephezulu yealloyi, intsimbi ephantsi, intsimbi yekhabhoni, iindidi zenickel (intsimbi, icobalt) esekwe kakuhle.

■ Ngojongano lwerobhothi kunye nojongano lolawulo lweqela

■ Ulawulo lwedijithali lwe-DSP yonke, enamatshaneli okugcina angama-30

■ Ukhuseleko oluzenzekelayo kwi-over-current, over/under-voltage, over-heat, ukungabikho kwesigaba

■Ngeqhosha eliya phambili elikhawulezayo kwindawo yolawulo

■ Inkxaso yeMMA, MIG/MAG kunye neHi-speed MIG/MAG welding

■ I-pulse welding ezinzileyo inokwenziwa nge-50A yangoku kunye ne-Φ1.2mm yocingo

■Ifaneleke kakhulu kwiplate ephakathi/engqindilili yepulse welding enocingo oluyi-Φ1.6mm