Umatshini wokuWelding wedijithali

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.

Iimbonakalo:

■Zombini unikezelo lwamandla kunye netroli yokuwelda zamkela i-DSP yolawulo lwedijithali kunye nonxibelelwano

■Inkqubo ine-database ye-welding eyakhelwe-ngaphakathi kwaye inokugcina iiseti ze-30 zeeparamitha eziqhelekileyo

■Ixhotyiswe nge-arc isiqalo sokuncamathela kunye nomsebenzi womzobo wecingo oluzenzekelayo kwi-arc stop

■Umboniso wangoku / wevoltage / wokuhamba ngesantya sokuhamba kunye nokusetwa kwangaphambili

■Ubuninzi bonxibelelwano kunye nomjikelo womsebenzi unokuhlengahlengiswa

■Ukusebenza ngaxeshanye kwemithombo yamandla e-AC kunye ne-DC ayichaphazeli okanye iphazamisane

■Igalelo lokushisa eliphantsi, ngakumbi ukuphucula ukusebenza kakuhle kwe-welding

 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

I-NBC-1000P yi-auto inverter ye-GMAW yomshini wokuwelda i-Sichuan Morrow Welding Development Co., Ltd. Ngokusekelwe kuluhlu lwe-NBC lwangaphambili lwe-semi-automatic welder kunye ne-MZ7 yochungechunge lwe-auto submerged-arc welding machine. Iphuhliswe ngokukodwa ukusetyenziswa kwebhokisi yebhokisi. Ngemisebenzi ye-pulse, ubunzulu bayo obutyhidiweyo bunzulu kunye ne-welding seam kwaye buhle ngakumbi.

Iimbonakalo

■ Imodyuli ye-IGBT yonke-ibhulorho ye-soft-switch inverter iteknoloji, ukusebenza kakuhle okuphezulu, ukonga amandla

■ Ukhuseleko oluzenzekelayo kwisigaba sokunqongophala, ngokugqithisileyo, ubushushu obugqithisileyo, ngaphezulu / ngaphantsi kombane

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

■ Ukusetha kwangaphambili okuchanekileyo kwe-welding current, i-voltage kunye nesantya sematshi

■ Super low-spatter welding ukuya kwi-4mm, 3.2mm ucingo lweSAW, kunye ne-welding emxinwa

■ Hi-speed pulse big wire welding, isantya esiphezulu, ubunzulu obunyibilikisiweyo obunzulu

Iimpawu zobugcisa

• Ukusebenzisa i-welding yethu ye-high-speed pulse gas shielded welding, akuyomfuneko ukuba songeze ibhloko yokuthwala njengebhokisi ye-welding yebhokisi ngokubanzi, akuyomfuneko ukuba senze i-welding ephantsi, kwaye sinokuyiphepha ingxaki yokususa ngokukhawuleza i-slag ekuqaleni okanye okwesibini. i-arc yokuzalisa i-welding ephantsi kwamanzi, ngaloo ndlela inciphisa kakhulu iindleko zemveliso kunye nokuphucula ngakumbi ukusebenza kakuhle kwemveliso.
• Ngolwazi oluthe kratya, nceda uqhagamshelane neSebe lobuGcisa leMorrow Welding

Uqwalaselo olusemgangathweni

NBC-1000P umthombo wamandla iseti enye

Itrektara (enentloko yokupholisa amanzi) iseti enye
Iphaneli yokulawula isiqwenga esinye

Intambo yokuwelda 15m

Intambo yokulawula 15m

Intambo yomhlaba 2m

Iwaranti: iinyanga ezilishumi elinambini kuwo wonke umatshini, iminyaka emihlanu kwiPCB

Ukuhanjiswa: Iintsuku ezingama-30 emva kokufumana intlawulo yakho ukuba akukho mfuneko zikhethekileyo

Ixesha lokuhlawula: 100% T / T kwangaphambili okanye 100% L / C xa ubona

Ukupakisha: Ibhokisi elayitiweyo enephenyane elinogwebu elishinyeneyo

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.

I-YW-3500T, i-weld-chargeable MMA/TIG umatshini welding, isisombululo sokuguqula i-welding esidibanisa iteknoloji yokusika kunye nokugcinwa kokusingqongileyo.

Le welder entsha ixhotyiswe ngebhetri ye-48V lithium iron phosphate ukunika amandla athembekileyo, asebenzayo kuzo zonke iimfuno zakho zokuwelda. Xa uhlawuliswe ngokupheleleyo, i-welder inokugijima ukuya kwiiyure ze-4, ikuvumela ukuba ugqibezele imisebenzi yakho ye-welding ngaphandle kokutshaja rhoqo.

Imishini ye-welding ye-MMA / TIG ehlawulelwayo yenzelwe ukuxhasa iinkqubo ze-welding ze-MMA kunye ne-TIG, ukubonelela ngeendlela ezahlukeneyo kunye nokuguquguquka kwezicelo ze-welding ezahlukeneyo. Nokuba usebenza kulwakhiwo lwentsimbi, ulwakhiwo, okanye ukulungisa iimoto, lo welder liqabane eligqibeleleyo labachwephesha abachwepheshile kunye nabathandi be-DIY ngokufanayo.

Enye yezona zinto ziphambili zale welder kubudlelwane bayo bendalo kunye neendleko eziphantsi zokusebenza. Ngokusebenzisa iibhetri ze-lithium iron phosphate, i-welder inciphisa ukuthembela kwiijenereyitha ezivuthayo zendabuko, ukunciphisa ukukhutshwa kwekhabhoni kunye nokukhuthaza indawo yokusebenza ecocekileyo, eluhlaza. Ukongeza, iindleko ezisezantsi zokusebenza zenza kube lukhetho lwezoqoqosho kumashishini kunye nabantu abajonge ukunciphisa iindleko zabo ze-welding ngaphandle kokubeka esichengeni ukusebenza.

Njengomtshini we-welder, i-welder ye-MMA / TIG ehlawulwa kwintsimi inikezela ngokulula komthombo wamandla ophathwayo kunye nokusebenza kwe-welder ephezulu. Nokuba usebenza kwindawo ekude okanye kwisiza kwiprojekthi yokwakha, lo welder ubonelela ngamandla kunye nokusebenza okufunayo ukuze umsebenzi wenziwe ngokufanelekileyo. Uyilo lwayo olubambeneyo noluphathwayo lwenza kube lula ukuyithutha kunye nokuyifaka, iqinisekisa ukuba unakho ukukwazi ukuwelda naphi na apho usebenza khona.

Njengomthengisi ohamba phambili womatshini wokuwelda, siyazingca ngokuzisa izisombululo ze-welding eziphezulu ezihlangabezana neemfuno zabathengi bethu. Oomatshini be-welding be-MMA/TIG abahlawulelwayo babonisa ukuzibophelela kwethu ekuboneleleni ngezinto ezintsha nezizinzileyo ze-welding eziphumela kwiziphumo eziphezulu ze-welding. Ngetekhnoloji yebhetri ephucukileyo kunye nobuchule bokuwelda obuguquguqukayo, lo welder lutshintsho lomdlalo kwiingcali kwishishini lokuwelda.

Ukongeza kwizakhono zayo zokudibanisa, i-welders ye-MMA / TIG ehlawulwayo kwintsimi inokuphinda isebenze njengejeneretha ukunika amandla ancedisayo kwizixhobo kunye nezixhobo kwindawo yomsebenzi. Oku kusebenza kabini kuyenza ibe yi-asethi yexabiso kwizicelo ezahlukeneyo, ikuvumela ukuba ukwandise imveliso kunye nokusebenza kakuhle ngaphandle kokusebenzisa izixhobo ezininzi.

Ingaba ufuna i-arc welder, i-generator, okanye i-welding generator, i-welder ye-MMA / TIG ehlawulwa kwintsimi yisisombululo se-in-one kwi-welding yakho kunye neemfuno zokuvelisa amandla. Ukusebenza kwayo okuthembekileyo, uyilo oluhambelana nokusingqongileyo kunye nokusebenza okungabizi kakhulu kuyenza ibe lolona khetho lubalaseleyo kwiingcali kunye nabangabasafundanga abafuna obona buchwephesha bokuwelda.

Isishwankathelo, i-welder ye-MMA / TIG ehlawulwa kwintsimi yisisombululo sokutshintsha kwe-welding edibanisa amandla e-welder generator kunye nokusebenza kakuhle komthombo wamandla ozinzileyo. Ngobuchwephesha bebhetri obuphucukileyo, amandla okuwelda okuguquguqukayo kunye nokusebenza kabini njengejeneretha, lo welder ubeka imigangatho emitsha ekusebenzeni, lula kunye noxanduva lokusingqongileyo. Njengomthengisi ohamba phambili we-welding machine, sinebhongo ngokunika abathengi bethu lo matshini we-welding, ukubonelela ngesisombululo esithembekileyo nesizinzileyo kuzo zonke iimfuno zabo ze-welding.

Umatshini wethu we-Tri-wire tri-arc SAW uphuhliswe ngokusekelwe kumatshini wokuwelda we-arc wedijithali.

Inkqubo enye ibandakanya umthombo wamandla ontywilweyo we-MZ7-1600 DC kunye neeseti ezimbini zeMZE-1250 AC/DC yesikweri-amaza emithombo yamandla e-arc, kunye netrektara yokuwelda ngeengcingo ezintathu kunye nephaneli yolawulo enye.

Iimbonakalo:

▉ Zombini umthombo wamandla kunye netrektara ye-DSP yolawulo lwedijithali kunye nonxibelelwano lwedijithali

▉ Ngedathabheyisi yeengcali, kunye namatshaneli okugcina angama-30

▉ Umboniso wedijithali kunye nokusetwa kwangaphambili kwangoku, amandla ombane kunye nesantya sokumatsha

▉ I-AC frequency, umlinganiselo womsebenzi uyahlengahlengiswa

▉ Umthombo wamandla we-AC/DC kunye nomthombo wamandla we-DC usebenza ngaxeshanye ngaphandle kokuchaphazela omnye nomnye

Iimpawu zobuGcisa:

1. Umthombo wamandla weDC uya phambili, kwaye umthombo wamandla we-AC/DC uhamba, oqinisekisa inkangeleko entle kunye ne-weld elungileyo
2. Kwiwelding, iiparamitha zokuwelda ezinikiweyo zomthombo wamandla weDC kufuneka zibe nkulu okanye zilingane ne-AC/DC yomthombo wamandla.
3. Emva kokulawulwa kwempendulo yegrayiti, ukondla ngocingo kuya kuzinza ngakumbi kwaye kunokukhawulezisa ngaphambi kokuchasana, ngakumbi kufanelekile kwi-barrel wire.
4. Ngomsebenzi wokulumkisa we-auto emva kokuba ucingo luchukumisa i-workpieces kakuhle, izinga eliphezulu lempumelelo yokuvutha kwe-arc
5. Umlinganiselo womsebenzi we-50% kunye nokuphindaphinda kwe-15-30 kuyacetyiswa
6. Ifanele isantya esiphezulu sokuwelda ipleyiti eshinyeneyo kunye nepleyiti etyebileyo
7. Ilungele ukusetyenziswa kwityhubhu yepetroli, ityhubhu yegesi, ukwenza iinqanawa, inqaba yomoya, kunye nonyana

Ipharamitha yobugcisayomthombo wamandla weDC

Ipharamitha yomthombo wamandla we-AC

Iimbonakalo:

▉ Imodyuli ye-IGBT epheleleyo-ibhulorho ethambileyo yokutshintsha itekhnoloji ye-inverter, ukusebenza kakuhle okuphezulu, ukonga amandla

▉ Ukhuseleko oluzenzekelayo kwilahleko yesigaba, ngaphezulu-yangoku, ukufudumeza, ngaphezulu kwe-voltage kunye nangaphantsi kwe-voltage

▉ Ukusetwa okuchanekileyo okwangoku, amandla ombane kunye nesantya sikaMatshi

▉ Ukwamkelwa kombane obanzi, kunye nokuguquguquka kwamandla ombane ±20%; 100% umjikelo womsebenzi

▉ Ukukhangela okuzenzekelayo ngocingo, xa kunxibelelene kakuhle nesixhobo sokusebenza, ukondla ngocingo kuya kuyeka ngokumnandi, cinezela kwaye ubambe ukukhawulezisa ngokuzenzekelayo ukondla kunye nokukhulula, kunye nokukhulula ucingo ngokuzenzekelayo emva kwe-welding.

▉ Unokuqonda ukuwelda okusebenzayo kweepleyiti ezishinyeneyo endaweni ye-tandem yocingo lwe-tandem-arc umatshini weSAW

▉ Iindidi ezimbini zeentloko: A (ububanzi bocingo oluya phambili yi-3.2mm, kwaye olo cingo olungasemva yi-4mm okanye 5mm)

B: (ubukhulu beengcingo ezimbini buyafana)

▉ Iingcingo ezimbini azichaphazeli enye kwenye, aziphazamisani, kwaye zinearc eyomeleleyo yokungena.

▉ Inokuqonda i-welding ephezulu esebenzayo kwipleyiti eshinyeneyo endaweni yocingo oluphindwe kabini lwe-arc welding kunye nokusebenza kakuhle

ukuvelela kwi-welding ene-double-wire parallel

▉ Lukhetho lokuqala lomthombo wamandla wokuwelda kwi-gantry welding, iimanipulators zewelding kunye nezinye ezikhethekileyo.

Iimpawu zobuGcisa:

①Iingcingo ezishinyeneyo ngaphambili-zocingo olubhityileyo-lulandela i-welding enkulu yokungena

1. Ucingo lwangaphambili luqala i-arc ngelixa ubamba i-workpiece kwaye ucingo olungasemva alufuni ukubamba ii-workpieces.

ukuqala kwe-arc

2. Idayamitha yocingo lwangaphambili yi-3.2mm, ububanzi bocingo olungasemva yi-4mm, kwaye imisinga yokuwelda iya kuhambelana.

Ngokuzenzekelayo ngokomlinganiselo we-2:1

3. Umgama phakathi kweengcingo ezimbini yi-3-6mm, ucingo lwangaphambili lunokunyusa ubunzulu obutyhidiweyo, kwaye umva unokunyusa ububanzi obutyhidiweyo.
4. Akukho mfuneko yokuba bevel kwaye ushiye umsantsa xa welding kumacala omabini ohlobo T weld kunye nobukhulu ipleyiti 30mm.

②Kwakufana ukuwelda ngocingo olutyebileyo

1. Ucingo lwangaphambili luqala i-arc ngelixa ubamba i-workpiece kwaye ucingo lwangemva aludingi ukubamba izixhobo zokusebenza ukuqala kwe-arc.
2. I-welding current ye-welding current ye-front and behind iingcingo ihambelana ngokuzenzekelayo ngu-1: 1
3. Umgama phakathi kweengcingo zangaphambili nangasemva yi-3-6mm, ucingo lwangaphambili lunyusa ubunzulu bokungena, kwaye ucingo olungasemva lunyusa ububanzi obutyhidiweyo.
4. Ingathatha indawo yocingo oluphindwe kabini lwe-arc entywilayo ye-arc welding

③Ukujonga umphezulu osebenzayo kocingo olufanayo olungqindilili (ukujonga phezulu, ibhokisi yolawulo lomphezulu okhethekileyo iyafuneka)

1. Iingcingo ezimbini ze-welding zobukhulu obufanayo zidibene ngokuhambelanayo
2. I-wire welding current ihambelana ngokuzenzekelayo ngokwe-1: 1
3. Ububanzi bexesha elinye weld weld inokufikelela ngaphezu kwama-40mm

Iimbonakalo:

▉ Imodyuli ye-IGBT, itekhnoloji ye-inverter ethambileyo yonke-ibhulorho, ukusebenza kakuhle okuphezulu kunye nokonga amandla

▉ Ukhuseleko oluzenzekelayo ekuswelekeni kwesigaba, ngaphezulu kwangoku, ubushushu obugqithisileyo, ngaphezulu / ngaphantsi kombane

▉ Useto oluchanekileyo lwe-welding current, i-voltage kunye nesantya sokumatsha

▉ CC/CV, ilungele zombini iingcingo ezibhityileyo nezishinyeneyo

▉ Inkxaso ye-SAW, i-MMA, kunye ne-gouging

▉ Ukuqala kwe-arc ephathwayo egqwesileyo kunye nokungachukumisi i-arc yokuqalisa umsebenzi

▉ Amandla okungena e-arc owomeleleyo, iitrektara zokuwelda ezahlukeneyo azikhethi

▉ Ukukhangela okuzenzekelayo ngocingo, ngelixa ucingo ludibanisa iindawo zokusebenza kakuhle, i-wire-feeding iyeka ngokuzenzekelayo, cofa ukuthumela i-wire / umva ngaphandle kokukhululwa, ukuthumela ucingo okanye ukutyisa ucingo kuya kukhawulezisa ngokuzenzekelayo, ucingo luya kutsalwa ngokuzenzekelayo emva kwe-welding. gqiba

▉ Ukwamkelwa kombane obanzi, ± 20%

▉ Unako ukuwelda intsimbi ethambileyo kunye nentsimbi engenasici, umthombo wamandla okhethiweyo wokuqala we-gantry welding kunye nomqhubi.

▉ Kwi-welding yocingo olushushu, ucingo lwe-welding lufudunyezwa ukuya kwi-500-900℃ kwangaphambili ngaphambi kokuba lutyiswe kwindawo ye-arc, ngoko ke, isantya esinyibilikisiweyo socingo lwangoku lwandisiwe, kwaye ukusebenza kakuhle kwe-welding kwandiswa ngokufanelekileyo.

▉ Kwi-welding yocingo eshushu, phantsi kweemeko ezifanayo zangoku, isantya sokunyibilikisa i-welding sinokunyuswa malunga ne-15-30%; igalelo lokushisa kwe-weld liyancipha nge-10-20%; ubunzulu bokungena bunyuswe nge-10-20%; Ukusetyenziswa kwe-flux kuncitshiswe nge-10-30%

Ipharamithas

Amashishini afanelekileyo:

Oomatshini bokwakha, iinqanawa zoxinzelelo, ukwakhiwa kweenqanawa, izakhiwo zetsimbi, iinqaba zomoya, i-metallurgy, i-petroleum, iibhulorho, njl.

Umatshini wethu we-digital AC / DC square-wave SAW uphuhliswe kumatshini we-DC SAW owamkela iteknoloji yokuguqula kabini, kunye nesiphumo esimangalisayo se-welding. Iinkcukacha zezi: i-3-isigaba se-380V / 50Hz amandla aya kutshintsha kwi-HF AC emva kokuhluzwa kwe-rectifier yamandla kunye nendima ye-inverter. Kwaye ngaphezulu kwenguqu ye-frequency ephezulu kunye nokulungiswa, ulawulo lwempendulo yesiginali yemveliso, i-DC egudileyo kunye neqhubekekayo ehlengahlengiswayo iya kufunyanwa. Emva kokuguqulwa kwesibini, i-DC iya kutshintshwa ibe yi-AC ye-low-frequency ye-welding ye-automatic of workpieces.

Iimbonakalo

▉ Zombini umthombo wamandla kunye netrektara ye-DSP yolawulo lwedijithali kunye nonxibelelwano lwedijithali

▉ Ngedathabheyisi yeengcali, kunye namatshaneli okugcina angama-30

▉Imenyu kunye nemisebenzi LCD ukubonisa kunye nolawulo, kulula ukusebenza

▉ Qala i-arc anti-stick, i-auto wire ngasemva ngelixa i-arc ima

▉ Umboniso wedijithali kunye nokusetwa kwangaphambili kwangoku, amandla ombane kunye nesantya sokumatsha

▉ Inkxaso ye-MMA, i-SAW kunye ne-gouging

▉ I-AC frequency kunye ne-duty ratio adjustable

Iimpawu zobuGcisa

1. I-CC kunye ne-CV kuzo zombini i-DC welding kunye ne-AC welding
2. I-AC CV inconywa kwi-AC ekhawulezayo ye-welding, i-arc inokutshisa ngokuzinzileyo
3. Ngokusebenza kwe-alam ye-auto emva kokuba ucingo luchukumisa i-workpieces kakuhle, izinga eliphezulu lokuphumelela kwe-arc-ignition
4. 4. Umlinganiselo womsebenzi we-50% kunye nokuphindaphinda kwe-20-35Hz kuyacetyiswa

Iiparamitha

Ipharamitha yomthombo wamandla weDC

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)

Iimbonakalo:

■ Ulawulo lwedijithali lwe-DSP, olunamatshaneli okugcina angama-30

■ Imenyu kunye nemisebenzi Isibonisi seLCD, enemodeli jikelele kunye nemodeli ekrelekrele

■ Ukusetwa kwangaphambili kwexesha le-welding yangoku kunye ne-welding, i-database yengcali esetyenziselwa ukuwelda okukrelekrele

■ Inkqubo ye-Arc-start inkqubo ezenzekelayo, i-arc iqala kakuhle, i-weld iqaqambile kwaye intle

■ Ixesha le-welding lifutshane, amandla agxininiswe

■Itotshi eneyunithi yokupholisa ngaphakathi, ngoko inokunciphisa ukusetyenziswa kombane kwaye yandise ubomi benkonzo yetotshi

■Itotshi enedampa ngaphandle, izitshizi ezimbalwa

■ Umatshini wokuwelda umjikelo omde ufanelekile kwisakhiwo sentsimbi, indawo yeenqanawa, ibhulorho, iibhoyila, njalo njalo; umatshini wokuwelda we-short-cycle stud ufanelekile kwi-chassis, sheet metal, ifenitshala, ukuveliswa koomatshini, ibhoyila, njl.

■ Umjikelo omde womatshini wokuwelda we-RSN-1600/2000/2500/3150 nawo unokuweld stud kunye nebhawudi yeФ3-12mm njengomjikelo omfutshane wokuwelda

Iimbonakalo:

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

■ I-Arc itshisa ngokuzinzileyo, ichibi elinyibilikisiweyo lilungile, umthungo we-welding entle

■ Ifanele iintlobo ezininzi ze-electrode (i-cellulose electrode, i-low-hydro electrode kunye ne-common electrode)

■ Incinci kwaye ilula

■ Ngokukhethekileyo ifanele iityhubhu ukuwelda ezantsi kunye ne-electrode cellulose efana ne-E6010, E8010, E7048

■ Ifanelekile kwimibhobho ye-welding

Iimbonakalo:

■ Qala i-arc nge-HF Pulse, sebenzisa ulawulo lwedijithali lwe-DSP, ngamatshaneli okugcina angama-30

■ 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.

■ I-LCD ibonisa imenyu nemisebenzi, ngeqhosha eliya phambili elikhawulezayo kwindawo yolawulo

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

■ I-Arc itshisa ngokuzinzileyo neyona mveliso iphantsi yangoku yi-10A, nokuba yi-5A

Iimbonakalo:

■ Itekhnoloji ye-soft-switch inverter, ulawulo lwe-DSP yedijithali, inqanaba eliphezulu lehlabathi

■ Nge-database yengcaphephe ye-welding ngaphakathi, inokugcina iiseti ezingama-30 zokuzibekela iparamitha

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

■ Imenyu yeLCD yedijithali ukubonisa yonke imisebenzi kunye nedatha, kulula ukuyisebenzisa

■ Unokufumana amaza oxande afanelekileyo AC/DC nokuba umsinga umncinci okanye mkhulu

■ Umlinganiselo wokucoca kunye nobubanzi bokucoca ngokuqhubekayo kulungelelaniswa, uluhlu lohlengahlengiso lubanzi

■ Inkxaso TIG indawo welding, DC MMA welding, DC TIG welding, DC pulse TIG welding, square-wave TIG welding

■ Inkxaso yohlengahlengiso lwangoku lwangoku, i-slope ephezulu yangoku, i-slope ezantsi yangoku, umqokeleli wangoku, ukuqonda i-welding ekumgangatho ophezulu.

■ Usetyenziso olubanzi, xhasa ukuwelda okukumgangatho ophezulu wazo zonke iintlobo zesinyithi kunye nealloys

Iimbonakalo:

■ Imodyuli ye-IGBT njengesona sixhobo siphambili samandla, yamkele itekhnoloji ye-inverter ethambileyo, ukusebenza kakuhle okuphezulu, ukonga umbane.

■ I-DSP yolawulo lwedijithali kunye nonxibelelwano lomatshini kunye netrektara

■ Ngesiseko sedatha yeengcali ngaphakathi, inokugcina iiseti ezingama-30 zeparamitha

■ Imenyu yeLCD yedijithali ukubonisa umsebenzi kunye neparamitha

■ I-Anti-stick, ukuzaliswa kwe-arc okuzenzekelayo, ukuthumela umva ngocingo oluzenzekelayo ngelixa i-arc imile

■ Uluhlu olubanzi lohlengahlengiso lwe-welding voltage, ukuguquguquka okuncinci kwe-welding current kunye ne-voltage

■ Umboniso wedijithali wangoku, amandla ombane, kunye nesantya sokumatsha

■ Inkxaso ye-GTAW kunye ne-carbon gouging, ephezulu usebenzisa umlinganiselo

■ Ukuguquguquka kwamandla ombane we-±20% kuyanyamezeleka

Iimbonakalo:

■ Zombini umthombo wamandla kunye netrektara ye-DSP yolawulo lwedijithali kunye nonxibelelwano lwedijithali

■ Ngesiseko sedatha yeengcali, kunye namatshaneli okugcina angama-30

■ Imenyu kunye nemisebenzi Isibonisi seLCD kunye nolawulo, kulula ukuyisebenzisa

■ I-Arc anti-stick, i-auto wire ngasemva ngexa i-arc imi

■ Umboniso wedijithali kunye nokusetwa kwangaphambili kwangoku, amandla ombane kunye nesantya sokumatsha

■ I-AC frequency kunye ne-duty ratio adjustable

■ Umthombo wamandla we-AC/DC kunye nomthombo wamandla we-DC zisebenza ngaxeshanye ngaphandle kokuchaphazela enye nenye

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

Iimbonakalo

Inkampani yethu iphuhlise isizukulwana sesibini esinesantya esiphezulu somatshini wokuwelda we-MIG kwisiseko sesizukulwana sokuqala somatshini wokuwelda we-MIG, yasombulula inkqubo ye-pulse ye-MIG yokuwelda ubukhulu, ipleyiti yentsimbi yekhabhoni ephakathi kunye nebhityileyo, kwaye iphucula ngakumbi inkqubo yokuwelda. i-aluminiyam kunye ne-alloys yayo kunye nentsimbi engatyiwa.

1.Phantse akukho sitshizi.

I-2.I-high-speed pulse yenza i-current enkulu ukuba yenze ngokuzenzekelayo i-arc yoxinzelelo, ubunzulu obukhulu obutyhidiweyo, i-groove ingatshintshwa ukusuka kwi-60 ° ukuya kwi-30 ° okanye i-40 °, ngaloo ndlela iphucula kakhulu ukusebenza kwemveliso kunye nokunciphisa iindleko.

3.I-small current ine-cold arc welding process, 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, eyenza i-arc iqine ngakumbi.

I-4.I-high speed pulse i-MIG ye-welding yangemuva inokuthi ithathe indawo ye-TIG ye-welding, kwaye i-velocity yi-4-5 amaxesha e-argon arc welding, kwaye i-front and back forming ifaniswa ne-argon arc welding.

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

■ Iyunithi yokutyisa ucingo lwegridi isetyenziswa kwifidi yocingo, umboniso wedijithali kunye nokuseta i-welding yangoku kunye ne-voltage kwiphaneli engaphambili ye-feeder yocingo, unxibelelwano lwedijithali kunye nomthombo wamandla.

■ Ngaphandle kwemisebenzi ye-DSP (TG3), inokuweld ialuminiyam kunye nealloyi zayo, igalvanized sheet, ubhedu, ikopolo kunye nezinye iintsimbi kakuhle.

■ Ngojongano lwerobhothi kunye nojongano lolawulo lweqela

Iimbonakalo:

■ Ngokukodwa kwi-aluminiyam kunye ne-alloy yayo, inokuqonda i-weld egqibeleleyo ye-aluminiyam, isilicon ye-aluminiyam, i-aluminiyam i-magnesium.

■ Ulawulo lwedijithali lwe-DSP, olunamatshaneli okugcina angama-30

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

■ Ngeqhosha lokutshixa umsebenzi kwiphaneli yangaphambili, linokuqinisekisa ukuhambelana kweeparamitha zewelding

■ Uhlobo lokupholisa amanzi okanye uhlobo lokupholisa umoya ngokuzikhethela

■ Ukuxhasa i-single-pulse welding, i-double-pulse welding, i-DC welding, i-welding ye-spot, ukusetwa kwe-primary current / yangoku, i-4T yangoku / ukulungiswa kwe-voltage, ukhetho lwe-synergic / off, ukonga nokufunda iiparameters ze-welding.

■ Kwi-double-pulse welding, i-weld intle, i-ripple icace, inamandla kwaye ibuthathaka pulse converter ngokukhawuleza, i-arc izandi ngokucacileyo.

■ Ngojongano lwerobhothi, lunokusetyenziswa neerobhothi

■ 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