I-HFTR-30000 iServo Capacitor Welding Machine yinkqubo yokuwelda yeprimiyamu edibanisa-umthamo we-capacitor wokugcina amandla kunye nolawulo oluphezulu{6}}luchanekileyo lwe-servo force. Ihambisa ukuya kuthi ga kwi-30,000 yejowuli zamandla ombane achanekileyo kwi-milliseconds{8}}ukukhutshwa okude, okudityaniswa nempendulo ekhawulezileyo ye-servo cylinder. Le teknoloji ijongana ngokugqibeleleyo nemiceli mngeni ye-AHSS, intsimbi ekhandiweyo, i-non-ferrous, kunye nesinyithi esingafaniyo, iyenza ibe lolona khetho lufanelekileyo lokwenziwa kweemoto kunye ngokuchanekileyo apho amandla, ukugqiba, kunye nokungaguquguquki kubalulekile.

Product Analysis Sample display

Product Core Value Intshayelelo

01.

Instant Mega-Joule Power for Perfect Nuggets

Ngama-30,000 ejowuli zamandla agciniweyo akhupha amandla aphezulu angoku ukugqobhoza ii-coatings kunye neeoksidi, idala{2}}amandla e-weld nuggets.

02.

I-Servo{0}}Uxinzelelo oluchanekileyo lokuDityaniswa ngokungenasiphako

Umbhobho we-servo ophezulu-ochanekileyo wenza ukuba "elula{1}}ukuhlala, nzima{2}}ukunyathela" uxinzelelo, ukukhusela umphezulu kunye nokuqinisekisa ukungaguquguquki kwe-weld.

03.

Umatshini omnye, Ukuguquguquka okungenamkhawulo

Iphatha yonke into ukusuka kwintsimbi eqhelekileyo kunye nentsimbi engatyiwayo ukuya -kubunzima besinyithi esifana nobhedu nesilivere, kunye nokuwelda kwintsimbi ephezulu{1}}eyomelele kakhulu.

04.

Smart & Ukusebenza ngokufanelekileyo

Ulawulo olukrelekrele lokuhlawulisa/ukukhutshwa kunye nokujongwa kwamandla kuzisa ukuya kuthi ga kwi-70% yokonga amandla xa kuthelekiswa nabashiseli bemveli be-AC.

Amanqaku aphambili okuthengisa (UkuSombulula iiNgxaki zokwenyani)

	Inqaku	Ingxaki	Isisombululo sethu
1	Ukukwazi ukuWelding okungahambelaniyo - "Okungaxhuzulekiyo" Phezulu{1}}Amandla kunye neMathiriyeli eCatyiswe	Abashicileli bemveli bayasokola kunye ne-AHSS kunye nentsimbi ye-galvanized ngenxa yokumelana nombane ophezulu okanye ii-insulating coatings, okubangelwa yi-nuggets ebuthakathaka, engahambelaniyo.	Uvimba wamandla we-30kJ ukhutshwa ngokugqabhuka okukhawulezayo okukhulu -(3{3}}}10ms), ukuvelisa incopho yangoku egqithileyo egqobhoza ngokunamandla kwiingubo kunye nokumelana nomgangatho ophezulu ukwenza ubunzulu, obuqinileyo obunamandla angaphezulu kwe-80% yesiseko sesinyithi.
2	Ulawulo loxinzelelo lwenguquko - Ukuphelisa iMpembelelo kunye neSpatter kuMsebenzi ochanekileyo	Iiwelder ze-pneumatic zibetha iinxalenye ngamandla agqithisileyo, zibangela ukuguquka, ukujula okunzulu, kunye nesitshizi esiqatha esitshabalalisa kwaye sinciphise ubomi be-electrode.	I-servo-isilinda sombane ivumela iprofayili yoxinzelelo oluchanekileyo. Unokwenza inkqubo -yenqanaba "lokulayisha kwangaphambili-irempu-yokwenza-ukhuphe" imijikelo. I-electrode idibanisa ngobumnene inxalenye ngaphambi kokufaka amandla, inciphisa kakhulu impembelelo kunye ne-spatter ngokubonakala okugqibeleleyo kunye nokwandisa ubomi be-electrode 3-5x.
3	Ukusebenza okuGqibeleleyo kwiZinyithi ezingezizo{0}}{1}} iWeld Copper kunye neSilivere ngokuzithemba	I-conductivity ephezulu kunye nokusabalalisa kwe-thermal yobhedu kunye nesilivere kubangela ukuba i-welders yendabuko inamathele i-electrodes kwaye ivelise i-welds engazinzanga, efuna ukugqithisa ngokugqithisileyo kunye namandla.	Iimpawu "eziphezulu zangoku, ixesha elifutshane" zokugcinwa kwamandla e-welding zilungele ezi zinyithi. Iweld igqiba phambi kokuba ubushushu bunwenwe, kucuthwe ubushushu{1}indawo echaphazelekileyo. Idityaniswe nolawulo loxinzelelo lwe-servo, isusa ngokupheleleyo ukuncamathela kwe-electrode kumalungu azinzileyo, athembekileyo.
4	UkuSebenza ngobukrelekrele kunye nokulandelelwa kweDatha - Yenza uLawulo lwakho lweMveliso lube semgangathweni	Iiwelder zemveli zinamandla-angasebenziyo, zisebenzisa izilawuli ze-analog ezingazinzanga, kunye nokunqongophala kwedatha yenkqubo, ukwenza umkhondo womgangatho kunye nokuphucula kungenzeki.	Iquka{0}}ukutshaja kwi-inverter yamaxesha amaninzi ukuze usebenze kakhulu. Amandla ngeweld nganye abekwe ngokuchanekileyo kwaye abekwe iliso. Inkqubo irekhoda kwaye igcina i-curves epheleleyo yangoku, i-voltage, uxinzelelo, kunye nokufuduka. Le datha inokudityaniswa neenkqubo ze-MES, ibonelela ngesiseko esiluqilima samalinge efektri ehlakaniphile kunye nokulandelwa komgangatho opheleleyo.

Izibonelelo zezixhobo kunye neempawu ezizodwa

umcu wobhedu

Imveliso yinyani kwaye ngokwenene 22mm ubukhulu.

Omncinci-i-capacitors yefilimu

Ubomi babo buhlala ngamaxesha angama-4-5 ubude kunama-capacitors aqhelekileyo.

Ulawulo lweMicrocomputer

Ixesha le-Welding linokulawulwa phakathi kwe-0.3-2ms.

Ukuwelda okuzinzileyo

I-nut projection welding ayifuni{0}}ukuteptha kwakhona.

Indawo intle

Ukusetyenziswa kwamandla kwehliswe ngaphezulu kwe-50%

"I-Traditional Pneumatic AC Welder vs. Servo Energy Storage Welder" Ukuthelekisa

	Umba	Traditional Pneumatic AC Spot Welder	I-HFTR-30000 ye-Servo yokuGcinwa kwaMandla we-Welder
1	Ifomu yaMandla	50Hz AC sine wave, ukufudumeza ixesha elide	I-DC pulse, ukukhululwa kwangoko (<10ms)
2	Ukunyanzelisa uLawulo	I-pneumatic, impembelelo ephezulu, ayicwangciswanga	I-Servo{0}yombane, ecwangciswe ngokupheleleyo, iyaguquguquka
3	Welds AHSS / Galvanized	Ubuhlwempu, ukungahambelani, ukutshiza okuphezulu	Okugqwesileyo,{0}}ii-nuggets ezikumgangatho ophezulu, isitshizi esincinci
4	Iiweldi ezingezizo{0}}i-Ferrous	Imbi kakhulu, incamathela kakhulu i-electrode	Isebenza kwaye izinzileyo, ubushushu obuncinci{0}}indawo echaphazelekayo
5	Electrode Life	Mfutshane (ngenxa yempembelelo & nesitshizi)	Ixesha elide (uqhagamshelwano oluthambileyo, isitshizi esisezantsi)
6	Ukusetyenziswa kwamandla	Iphezulu (imfuno yegridi rhoqo)	Phantsi (kucime{0}}ukutshaja okuphezulu, ukusebenza kakuhle, konga 30% -70%)
7	Idatha yeNkqubo	Akukho nanye okanye izinto zokubala ezilula	Ukujongwa ngokupheleleyo kweparameter & ukugawulwa kwemithi, kuyalandeleka
8	Ilungele	Ukuwelda kwentsimbi eqhelekileyo	Ukwenziwa kwesiphelo esiphezulu-, i-AHSS,-engeyoyori, i-automation

Amashishini ekujoliswe kuwo kunye nezicelo ezithile

Automotive body parts

Uveliso lweeMoto:

Izihlalo zokuhlala zokuwelda kunye nezibiyeli zebhanti ezenziwe nge-AHSS eyahlukileyo kunye nentsimbi ethambileyo.
Ukuqhoboshela iinxalenye okanye ukulungisa kwi B-kwiintsika kunye nemiqadi emikhulu eyenziwe ngocinezelo{1}}ngentsimbi eqinileyo.
Uqikelelo lokuwelda amandongomane anezinki kunye nezikhonkwane kwiihenjisi zocango kunye nezibiyeli (ukusombulula isitshizi sakwantu kunye nempompo-imiba eyophukayo).

Sheet metal

Icandelo elitsha laMandla:

Ubhedu lweWelding{0}}i-aluminiyam edityanisiweyo yeziqhagamshelo kunye ne{1}}iibhasi zevoltage eziphezulu zeebhetri.

Hardware products

Ukusebenza kwesinyithi kunye noMbane:

Ukuwelda komthungoiisinki zensimbi ezingenasici kunye nezixhobo ze-premiumapho inkangeleko yezithambiso ibaluleke kakhulu.
Ukujoyinaunxibelelwano lwesilivere kwiziseko zobhedukwizitshixo kunye neziqhekeza.

Electromechanical motor

Uveliso oluPhezulu:

Ukuwelda kwendawo echanekileyo yentsimbi eyodwa{0}engeyontsimbi kwi-aerospace kunye nokhuselo.

Kutheni ukhetha umatshini wethu wokuwelda weCapacitor?

UbuNgcali boBugcisa obungqiniweyo: Sisebenza ngokukhethekileyo kwi-welding ephezulu yokumelana, kunye nokuqonda okunzulu kweemfuno ezingqongqo zeemoto kunye necandelo lamandla.
Gqibezela iNtsebenziswano yeNkqubo: Sinikezela ngenkxaso epheleleyo ukusuka kuhlalutyo lwe-weldability kunye novavanyo lwesampulu ukuya kwiphakheji epheleleyo, eqinisekisiweyo yenkqubo.
Ukuthembeka okuqinisekisiweyo: Amacandelo aphambili (i-capacitors, ii-servo drives, abalawuli) asebenzisa -imigangatho yeempawu zamazwe ngamazwe eziphezulu. Wonke umatshini ufumana uvavanyo olungqongqo.
Ixesha elizayo-Uyilo oluLungileyo: Vula ujongano lwedatha kunye nolwakhiwo lweemodyuli luvumela ukudibanisa lula kwiiseli ezizenzekelayo kunye nokwandiswa kwenkqubo yexesha elizayo.

FAQ

HFTR-30000 Servo Capacitor Welding Machine

01.Ngowuphi umahluko osisiseko phakathi kwewelder yokugcina amandla kunye ne-AC okanye i-MFDC welder eqhelekileyo?

Umahluko ongundoqo kukuhanjiswa kwamandla. Abashiseli be-AC/MFDC batsala amandla ngokuqhubekayo kwigridi. Indawo yokugcina amandla ihlawulisa ii-capacitors kuqala, emva koko ikhuphe onke amandla agciniweyo kwi-milliseconds, idala amandla aphezulu aphezulu alungele izinto eziqhubayo okanye eziphezulu{2}}zamandla.

02.Ukukhangela amandongomane e-welding, usithintela njani isitshizi se-weld ekubeni sivale imisonto?

Ulawulo lwethu lwamandla e-servo lungundoqo. Uxinzelelo olucwangcisiweyo "lokuqala oluthambileyo" luqinisekisa uqhagamshelwano olupheleleyo lwe-electrode ngaphandle kokubethela i-nut phambi kokukhupha. Oku, kunye ne-ultra-umjikelo we-weld okhawulezayo, kunciphisa ukuveliswa kwesitshizi. Ijiyometri ye-electrode ephuculweyo isalathisa ngakumbi nasiphi na isitshizi esincinci kude nemisonto.

03.Ingaba i-30% -70% yokonga amandla isebenza njani?

Ugcino luvela kwizinto ezimbini: 1) Ugcino lwamandla: Ukutshaja kungasebenzisa{1}}amazinga ombane aphezulu, ukunciphisa umthwalo wegridi kunye neendleko. 2) Phezulu{3}}Uyilo oluSebenzayo: I-inverter{4}}inkqubo yokutshaja esekelwe kwi-95% esebenzayo, ingaphezulu lee kunelahleko zesiguquli zesiqhelo. Iiwelder zemveli zichitha amandla nangona zingasebenzi.

04.Yintoni ukusetyenziswa ngokubonakalayo kwedatha ye-welding erekhodiweyo?

Ibalulekile: ① Ukulandeleka koMgangatho: Yenza "irekhodi yeweld" yedijithali kuyo yonke indawo. ② UPhuculo lweNkqubo: Hlalutya igophe ukuze ucokiseke{1}}iparamitha. ③ Ugcino oluqikelelweyo: Jonga iintsingiselo zamandla ukucwangcisa i-capacitor okanye inkonzo ye-electrode. ④ Ukuthobela: Idibana neemfuno ze-IATF 16949 zokubeka iliso kwiinkqubo ezizodwa.

05.Ngaba unikezela ngezisombululo zokuphucula abashiseli bethu bakudala?

Ewe. Sinikezela ngeepakethi zokuphucula ezingundoqo. Singakwazi ukudibanisa unikezelo lwamandla okugcina amandla kunye nesilawuli se-servo kunye nesakhelo se-welder ekhoyo kunye nenkqubo ye-pneumatic, ukunyusa kakhulu ukusebenza kwiqhezu leendleko zomatshini omtsha. Uvandlakanyo lwesiza luyacetyiswa.

06.Ngaba ukufakela kunye nokugcinwa kunzima kumatshini wobu bukhulu?

Sinikezela ngokucwangciswa kwesiza esineenkcukacha kunye nofakelo lobungcali / ukuthunywa. Ugcino luthe ngqo ngenxa yoyilo lweemodyuli kunye nezilumkiso zenkqubo. Imisebenzi yemihla ngemihla ilula ukucoca kunye neetshekhi. Kubonelelwe ngoqeqesho olubanzi kunye neencwadana. Ibhanki enkulu ye-capacitor yenzelwe ubomi benkonzo ende, ngokuqhelekileyo ngaphezu kwesigidi se-welds.

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