Intloko ye-Laser Welding ebambe ngesandla SUP 30S
Ikhuselekile.- Ekhuselekileyo
Uphando oluzimeleyo kunye nophuhliso lwenkqubo yokukhangela ukhuseleko, ukuseta inani lee-alamu zokhuseleko, ukhuseleko kunye nokuzinza
Ukugcina ixesha - ngokufanelekileyo kwaye kulula
Isibuko sokujolisa, idrowa yesipili sokukhusela, indawo efanelekileyo
UkuKhanya -Ukukhanya kunciphisa umthwalo
Ubungakanani obuncinci, ubunzima obulula, ukusebenza okuguquguqukayo, kulula ukuyisebenzisa
Umgangatho - i-welding enhle - ukusebenza okuzinzileyo
Amandla aphezulu e-welding, i-deformation encinci, ubunzulu bokunyibilika okuphezulu
Ukusebenza - Iimpawu ezininzi
Inkxaso ebambe ngesandla i-welding eqhubekayo, ukuwelda indawo, ukucoca, ukusika, "isandla" "ukususela" - umzimba, ukugunyazwa kwephasiwedi
Intloko ye-welding ephezulu yi-handheld welding cut cut head eyasungulwa ngo-2019. Imveliso igubungela izibhamu ze-welding ezibambe ngesandla kunye neenkqubo zokulawula eziziphuhlisileyo, kwaye zixhotyiswe ngama-alamu amaninzi okhuseleko kunye namandla asebenzayo akhuselekileyo kunye nezicwangciso zokukhanya.Le mveliso inokulungiswa kwiintlobo ezahlukeneyo ze-fiber lasers;i-optical optical kunye noyilo olupholileyo lwamanzi luvumela intloko ye-laser ukuba isebenze ngokuzinzileyo ixesha elide phantsi kwe-3000W.
Iimpawu ezisisiseko: Inkqubo yokulawula ukuziphuhlisa, ii-alamu ezininzi zokhuseleko, ubungakanani obuncinci, ukusebenza okuguquguqukayo kunye nokulula ukuyisebenzisa.
Izinzile ngakumbi: Zonke iiparameters ziyabonakala, ukujonga ixesha langempela kwimeko yomatshini wonke, ukuphepha iingxaki kwangaphambili, kulungele ukusombulula iingxaki kunye nokusombulula iingxaki, ukuqinisekisa ukusebenza okuzinzile kwentloko ye-welding.
Inkqubo: Zonke iiparamitha ziyabonakala, umgangatho we-welding uphelele ngakumbi, i-deformation incinci, kwaye ukungena kuphezulu.
Iiparamitha ezizinzileyo kunye nokuphindaphinda okuphezulu: uxinzelelo lomoya we-nozzle kunye ne-lens state, nje ukuba amandla e-laser azinzile, iiparitha zenkqubo kufuneka ziphindwe.Iphucula kakhulu ukusebenza kakuhle, ngelixa ikwanciphisa iimfuno zabasebenzisi.
1) Qinisekisa ukusekwa okuthembekileyo phambi kokunikezelwa kombane.
2) Intloko yokuphuma kwe-laser idibene nentloko ye-welding.Nceda ujonge intloko yemveliso yelaser ngononophelo xa uyisebenzisa ukukhusela uthuli okanye olunye ungcoliseko.Xa ucoca intloko ye-laser output, nceda usebenzise iphepha elikhethekileyo lens.
3) Ukuba isixhobo asisetyenziswanga ngokuhambelana neendlela ezichazwe kule ncwadana, sinokuthi sisebenze ngokungaqhelekanga kwaye sibangele umonakalo.
I-4) Xa utshintsha i-lens yokukhusela, nceda uqinisekise ukuba uyayikhusela.
5) Nceda uqaphele: Xa usebenzisa okokuqala, xa ukukhanya okubomvu kungenakuphuma emlonyeni wobhedu, qiniseka ukuba awukhuphi ukukhanya.
Iinkcukacha zokuhanjiswa kwephakheji ye-welding ebambe ngesandla
★ Umaleko wokuqala
SUP20S intloko welding 1pc
Inkqubo 1 iseti
Inkqubo yentambo yomgangatho we-10m
★ Umaleko wesibini
Umbhobho wobhedu 7pcs Ukusika umbhobho 1pc
Isikali ityhubhu 1pc
I-lens yokukhusela i-10pcs
I-Ground clamp 1pc
Intambo yoqhagamshelo lwesikrini 1m
Bonisa iqhosha lesikrini 1seti
★ Umaleko wesithathu
Bonisa isikrini 1pcs
ukutshintsha ower 2pcs
Inkcazo yocingo yomlawuli
Umlawuli wetheminali yonikezelo lwamandla
Unikezelo lwamandla lusebenzisa i-interface ye-5P, kwaye i-24V enikezelweyo yokutshintsha umbane kunye ne-15V yokutshintsha umbane isetyenziselwa umbane.
Nceda uqaphele ukuba umbane we-15V wokutshintsha umbane uhlukanisa izibonda ezilungileyo kunye nezibi, i-V1 ixhunyiwe kwi-15V +, i-V2 ixhunyiwe kwi-15V-, kwaye nayiphi na i-COM kwi-15V yokutshintsha umbane ixhunyiwe kwi-pin 2 GND!
Nceda uqaphele ukuba umbane wokutshintsha kufuneka usekelwe!
Umlawuli LCD24/5000
Intambo yeLCD ihanjiswa kunye nesixhobo kwaye inokudityaniswa ngokuthe ngqo.Jonga umfanekiso ongentla ngenkcazelo ethile
Ujongano lophawu lomlawuli 1
①/②Iphini luphawu loxinzelelo lomoya lokufaka i-alam, ukuba ufuna ukwenza (ucingo olufunekayo), nceda usete inqanaba le-alam yoxinzelelo lomoya ngasemva phezulu, kungenjalo iphantsi.
I-③/④ isikhonkwane sisixhobo somqondiso wetanki yamanzi.Ukuba ufuna ukuyenza (i-wiring iyafuneka), nceda useta inqanaba le-alam yoxinzelelo lomoya ngasemva liphezulu, kungenjalo liphantsi.
⑤I-pin yenombolo ngumhlaba wesalathiso wokutshixa umhlaba wokhuseleko, kwaye iqhagamshelwe ngokuthe ngqo kwisixhobo sokusetyenzwa ngocingo.
⑥ Hayi isikhonkwane sisitshixo somhlaba wokhuseleko wentloko ye-welding, eqhagamshelwe kwintambo eluhlaza okwesibhakabhaka yocingo olungundoqo oluthathu, xa intloko ye-welding ichukumisa i-workpiece, isitshixo sokhuseleko sivuliwe ngeli xesha.
⑦ I-pin yenombolo kukutshintshela kwentloko ye-welding, eqhagamshelwe kwintambo emdaka yocingo olungundoqo oluthathu.
⑧Inombolo yePin sisitshixo sokukhanya sentloko ye-welding, eqhagamshelwe kucingo olumnyama lwe-three-core wire, xa i-trigger itsalwa, iqhosha lokuqalisa livuliwe.
Nceda uqaphele ukuba kuphela xa kungekho alamu, kwaye umqondiso wokutshixa okukhuselekileyo kunye neqhosha le-trigger livuliwe, isignali yemveliso ye-port elandelayo iya kuthunyelwa ngaphandle.
Ujongano lophawu lomlawuli 2
Ukuphela kwe-2 ye-interface ye-signal interface isebenzisa i-interface ye-6P, kwaye i-valve yomoya inxulumene nokutya kocingo
①Iinyawo ezigciniweyo
②Iinyawo ezigciniweyo (zilungelelaniswe ne-4-pin signal)
③/④Unyawo yivalve 24V ephumayo, qhagamshela kwivalve
⑤/⑥Iphini luphawu lwengcingo yesixhasi socingo, isibuko somqondiso we-wire feeder, nokuba ilungile okanye ingalunganga.
Umzobo wocingo lomlawuli
①/②Iphini luphawu loxinzelelo lomoya lokufaka i-alam, ukuba ufuna ukwenza (ucingo olufunekayo), nceda usete inqanaba le-alam yoxinzelelo lomoya ngasemva phezulu, kungenjalo iphantsi.
I-③/④ isikhonkwane sisixhobo somqondiso wetanki yamanzi.Ukuba ufuna ukuyenza (i-wiring iyafuneka), nceda useta inqanaba le-alam yoxinzelelo lomoya ngasemva liphezulu, kungenjalo liphantsi.
⑤I-pin yenombolo ngumhlaba wesalathiso wokutshixa umhlaba wokhuseleko, kwaye iqhagamshelwe ngokuthe ngqo kwisixhobo sokusetyenzwa ngocingo.
⑥ Hayi isikhonkwane sisitshixo somhlaba wokhuseleko wentloko ye-welding, eqhagamshelwe kwintambo eluhlaza okwesibhakabhaka yocingo olungundoqo oluthathu, xa intloko ye-welding ichukumisa i-workpiece, isitshixo sokhuseleko sivuliwe ngeli xesha.
⑦ I-pin yenombolo kukutshintshela kwentloko ye-welding, eqhagamshelwe kwintambo emdaka yocingo olungundoqo oluthathu.
⑧Inombolo yePin sisitshixo sokukhanya sentloko ye-welding, eqhagamshelwe kucingo olumnyama lwe-three-core wire, xa i-trigger itsalwa, iqhosha lokuqalisa livuliwe.
Nceda uqaphele ukuba kuphela xa kungekho alamu, kwaye umqondiso wokutshixa okukhuselekileyo kunye neqhosha le-trigger livuliwe, isignali yemveliso ye-port elandelayo iya kuthunyelwa ngaphandle.
Ujongano lophawu lomlawuli 2
Ukuphela kwe-2 ye-interface ye-signal interface isebenzisa i-interface ye-6P, kwaye i-valve yomoya inxulumene nokutya kocingo
①Iinyawo ezigciniweyo
②Iinyawo ezigciniweyo (zilungelelaniswe ne-4-pin signal)
③/④Unyawo yivalve 24V ephumayo, qhagamshela kwivalve
⑤/⑥Iphini luphawu lwengcingo yesixhasi socingo, isibuko somqondiso we-wire feeder, nokuba ilungile okanye ingalunganga.
Ujongano lwesignali yomlawuli 3
①Iphini luphawu lwealam yelaser igalelo +, ukuba ufuna ukuyenza, nceda usete inqanaba loxinzelelo lomoya phezulu ngasemva.
②Iphini iyasebenza+, qhagamshela kwilaser yenza+
③Iphini yi 24V imveliso, imveliso ngqo 24V+ emva kombane
④Inombolo yesilo-qabane ngumhlaba oqhelekileyo (umhlaba wereferensi yeenyawo 1/2/3/5)
⑤I-pin yenombolo yi-analog quantity + output, ubuninzi be-analog bunikiwe
⑥I-Pin yi-PWM-modulated signal
⑦Iphini lenombolo yiPWM+ isignali yokumodareyitha
Umzobo wocingo lomlawuli
Qaphela: I-terminal ye-COM ye-±15V yokutshintsha umbane kunye ne--V (0V) i-terminal ye-+24V yokutshintsha umbane kufuneka iqhagamshelwe kwi-GND kwaye iqhagamshelwe ngokupheleleyo kwi-workpiece ngexesha elinye.Igobolondo yombane wokutshintsha kufuneka idityaniswe phantsi, ngaphandle koko, i-alarm yokhuseleko lomhlaba inokuthi yenzeke, kwaye akukho kukhanya kuya kukhutshwa.
Ujongano lwegalelo lokubona
Intloko ye-SUP ye-welding ifanelekile kuninzi lweejeneretha ze-laser zamashishini.Izixhumi zefiber optical ezisetyenziswa ngokuqhelekileyo ziquka i-IPG, i-Ruike, i-Chuangxin, i-Fibo, i-Tottenham, i-Jept, i-Kaplin, njl njl. I-opticals kufuneka igcinwe icocekile kwaye lonke uthuli kufuneka lususwe ngaphambi kokusetyenziswa.
Xa i-fiber ifakwe, intloko yokusika kufuneka ijikelezwe ngama-degrees angama-90 ukuba i-horizontal, kwaye ke i-fiber isetyenziselwa ukukhusela uthuli ekuweleni kwi-interface.
Ukukhusela igesi kunye ne-water chiller interface
Umbhobho wamanzi kunye ne-interface yombhobho womoya unokufakwa kunye nemibhobho enobubanzi obungaphandle be-6MM kunye nobubanzi obungaphakathi be-4MM.Indlela yomoya ingena embindini, kwaye amacala amabini yimibhobho yokungena nokuphuma kwamanzi (kungakhathaliseki icala lendawo yokungena nokuphumayo) ， Njengoko kubonisiwe ngezantsi:
Inkqubo yokupholisa yahlulwe kwisiphaluka samanzi inxalenye yentloko ye-welding kunye nenxalenye yesiphaluka samanzi yentloko ye-fiber optical, edityaniswe kuluhlu, njengoko kuboniswe kumzobo ongezantsi:
Umpu weWelding kunye nojongano lwebhokisi yolawulo
Umpu we-welding kunye nebhokisi yokulawula isebenzisa iingcingo ezintathu ukudibanisa, kubandakanywa: umgca wamandla amabini angundoqo, i-five-core motor signal line, i-three-core yokhuseleko lokutshixa umhlaba kunye nomgca weqhosha lokuqalisa.
Iingcingo zamandla enjini/iintsimbi (iingcingo ezimbini ezimnyama) ziqhagamshelwe ngokuthe ngqo kwinxalenye yemoto yentloko yokuwelda kwaye zinokuqhawuka (ezimbini iinketho ziyafumaneka: 1. Vula isiciko semoto kunye nepleyiti esecaleni yompu we-welding obambe ngesandla 2. Vula ibhokisi yolawulo Zonke iiplagi)
Ngokukhuselekileyo tshixa kunye neqhosha lokucupha ucingo olungundoqo oluthathu olusetyenzisiweyo Iplagi yenqwelomoya esuswayo:Itshixo ngokukhuselekileyo kunye neengcingo zamaqhosha, apho i-1 iluhlaza okwesibhakabhaka, i-2 imnyama, kwaye i-3 imdaka (iqhagamshelwe kwi-pin 6/7/8 yojongano lwesiginali 1, bona ingcaciso yocingo lwebhokisi yolawulo engentla malunga neenkcukacha)
Ufakelo lwe-wire feeder
Iplagi ye-eriyali engundoqo-mbini emsileni we-feeder yocingo iqhagamshelwe kwi-pin 5/6 ye-interface yesignali 2. Bhekisela koku kulandelayo kwindlela yofakelo ethile.
Cofa: Imiyalelo yokuFakelo lweFidi yocingo(Applets)
Iphaneli yokulawula kunye nesikhokelo sokusebenza (oku kulandelayo yinguqulelo ye-V3.3)
Isishwankathelo sokusebenza kunye nesikhokelo sokusebenza
Iphaneli yokusebenza yochungechunge lwe-SUP ikakhulu yenziwe ngesikrini sokuchukumisa kunye nebhokisi yokulawula.
Chukumisa iphepha eliphambili, inkqubo, ukusetwa, kunye nokubeka iliso kujongano lomsebenzi.
Ukusebenza kwesikrini esiphambili kwesikrini
①Kolu jongano, unokubona iiparamitha zenkqubo yangoku kunye nolwazi lwe-alam ngoko nangoko.
②I-laser ivuliwe kwaye isalathisi esibomvu sivuliwe xa sivuliwe.
③Isitshixo sokhuseleko siqhele ukuba ngwevu, kwaye xa intloko yokuwelda ichukumisa i-workpiece, iba luhlaza kwaye inokusetyenzwa.
④ Ukukhetha imo ye-welding, ukungagqibeki kuyaqhubeka.Xa isetelwe ukuba ibone ukuwelda, iyakwazi ukukhupha ukukhanya ngamaxesha athile ukuze isebenze, nto leyo ilungele ukulawula ixesha lokuwelda ngenxa yempazamo yomntu.Lo msebenzi ufuna ukusetwa njengoko kufuneka (uguqulelo lwe-V3.3 ngulo msebenzi ungentla)
Inkqubo yokusebenza kwesikrini esikhulu
①Ujongano lwenkqubo luqulathe inkqubo yeparameters yolungiso lweempazamo, enokulungiswa ngokucofa ibhokisi.Emva kokuba uhlengahlengiso lugqityiwe, cofa u-Kulungile, uze uyigcine kwinkqubo enqumlayo.Xa uyisebenzisa, cofa ngaphandle (Guqula-Gcina-Ngenisa ngaphandle).
②Uluhlu lwesantya sokuskena yi-2-6000mm / S, kunye nobubanzi bokuskena ububanzi ngu-0^ 5mm.Isantya sokuskena sikhawulelwe bububanzi bokuskena.Ubudlelwane bokunciphisa: 10≤ isantya sokuskena / (ukuskena ububanzi * 2) ≤1000 Ukuba idlula umda, iya kuba ngokuzenzekelayo ixabiso lomda.Xa ububanzi bokuskena bumiselwe ku-0, abuyi kuskena (oko kukuthi umthombo wokukhanya) (esona santya siqhelekileyo sokuskena: 300mm/S, ububanzi 2.5mm).
③ Amandla encopho kufuneka abe ngaphantsi okanye alingane namandla elaser kwiphepha leparameter (umzekelo, amandla elaser yi 1000W, ke ixabiso alikho phezulu kuno
1000).
④Uluhlu lwe-Duty ratio 0 ~ 100 (engagqibekanga i-100, ngokuqhelekileyo ayifuni ukutshintsha).
⑤Uluhlu olucetyiswayo lwe-pulse frequency yi-5-5000Hz (i-default yi-2000, ngokuqhelekileyo ayifuni ukuguqulwa).
NONE
Isalathiso senkqubo (ngokuxhomekeke kwimiqathango eyiyo, oku kulandelayo kwenzelwa ireferensi kuphela)
Cwangcisa isikrini esiphambili
Igama lokugqitha 123456
① Amandla e-laser ngamandla amakhulu e-laser asetyenzisiweyo.
②Ukutshintsha ukulibaziseka komoya kutshintsha ukuya kwi-200ms, kwaye uluhlu luyi-200ms-3000ms.
③Xa ukukhanya kulayitiwe, kuya kwanda kancinci ukusuka kwi-N1% yamandla enkqubo ukuya kwi-100%;xa ukukhanya kucinyiwe, kuya kwanda ngokuthe ngcembe ukusuka kwi-100% yamandla enkqubo.
ukuya ku-N2;(njengoko kubonisiwe kulo mfanekiso ungezantsi).
④Imbuyekezo yokulibazisa ukondla ngocingo lixesha lokutya kwangaphambili xa kuthelekiswa nomqondiso wokukhanya, onokusetyenziswa kunye nomsebenzi wokurhoxisa.
⑤Elona qondo lobushushu liphezulu liyi-70℃.Xa ixabiso libekwe kwi-0, i-alamu yeqondo lokushisa ayiyi kufunyanwa.
⑥Skena uluhlu lwe-coefficient yokulungiswa kwe-0.01~4, i-coefficient yomgca wobubanzi bomgca/ububanzi bomgca wokulinganisa: ngokubanzi 1.25.
⑦ I-Laser center offset -3 ~ 3mm, yinciphise kwaye uyihambise ngakwesobunxele, yandise kwaye uyihambise ekunene.
⑧ Isiginali yenqanaba le-alarm yinto engagqibekanga, kwaye i-alamu ekhuselweyo ingatshintshwa ngokuthe ngqo kwinqanaba elihambelanayo lokuchongwa.
⑨Ubude bexesha le-spot welding lixesha lokukhupha ukukhanya emva kokutsala i-trigger, oko kukuthi, nokuba iqhosha likhululiwe, ukukhanya kuya kukhutshwa ngokwexesha elichithwe (i-V3.3 inguqulo ngumsebenzi ongentla)
⑩Ixesha lekhefu lendawo yewelding lixesha lokukhanya lokumisa phakathi kweendawo ezimbini zokuwelda emva kokutsala iqhosha letrigger (uguqulelo lweV3.3 kunye nomsebenzi ongentla)
⑧ Cofa iqhosha le-HELP phezulu ekunene ukuze ufumane inkcazelo engakumbi enxulumene nepharamitha.
Ujongano lojongano oluphambili
Olu jongano lubonisa ubume bophawu ngalunye lophawu kunye nolwazi lwesixhobo
Cofa kwisigunyaziso sesixhobo ukufaka ujongano lwexesha lokusebenzisa olugunyazisiweyo, emva kokufaka igama eligqithisiweyo, inkqubo inokugunyaziswa ixesha lokusetyenziswa.
Indlela yokucima isixokelelwano
