Ukukhetha phakathi kwei-inverter enemvamisa ephezulufuthi uhlelo lokushisela olujwayelekile lwe-DC ukumelana akufanele lusekelwe kuphela entengo yemishini, usayizi womshini, noma igama elithi “inverter.”
Zombili izinhlelo zingase zilethe ugesi we-DC, kodwa zikhiqiza futhi zilawule lowo gesi ngendlela ehlukile. Kubakhiqizi bamabhethri, umehluko osebenzayo usekuphenduleni kwamanje, ukulawula ugesi, impendulo yenqubo, ikhono lokuqapha, ukuhlanganiswa okuzenzakalelayo, kanye nokufaneleka kwejoyinti langempela lomshini we-weld.
I-inverter enemvamisa ephezulu ivame ukuthandwa lapho uhlelo lokusebenza lokushisela ibhethri ludinga amashejuli okushisela amafushane futhi angahlelwa, ukulawulwa kwenqubo evaliwe, idatha yokukhiqiza, kanye nokuhlanganiswa okuzinzile emishinini ezenzakalelayo. Uhlelo lwe-DC olujwayelekile olulungisiwe ngemvamisa yomugqa lungahlala lufanelekela izinhlelo zokusebenza ezingadingi kakhulu noma ezizinzile lapho ukusebenza okulula nokugcinwa kuyizinto eziza kuqala.
Ukukhetha kokugcina kusamele kuqinisekiswe ngokuya ngefomethi yeseli, ithebhu noma izinto zebha yebhasi, ukujiya kwezinto, isakhiwo samalunga, amandla okushisela, izinga lekhwalithi, kanye nomjikelezo wokukhiqiza okuqondiwe.
Kungani Lokhu Kuqhathanisa Kubalulekile Ekukhiqizweni Kwebhethri
Ukushisela ukumelana nebhethri akuyona nje indaba yokudlulisa ugesi ezingxenyeni ezimbili zensimbi.
Umphumela wokushisela uthonywa yiziguquguquko eziningana ezisebenzisanayo:
- Amandla kagesi
- Isikhathi sokushisela
- Amandla e-electrode
- Ukumelana kokuthintana
- Ukumbozwa kanye nokuhlanzeka kwendawo
- Isimo se-electrode
- Ubukhulu bezinto kanye nenani lezingqimba
- I-geometry yamalunga
- Ukuphindaphinda kokuqina
- Ukushabalalisa ukushisa
Ukunikezwa kwamandla okwanele kwejoyinti elizinzile nelilula kungase kungahlinzeki ngokulawula okwanele kwenqubo yethebhu yebhethri elincane, isixhumi esinezingqimba eziningi, noma umugqa wokukhiqiza odinga ukulandelelwa.
Ngesikhathi esifanayo, ukukhetha ugesi osezingeni eliphezulu kakhulu akuxazululi ngokuzenzakalelayo ukwakheka okungafanele kwejoyinti noma ukucindezela kwe-electrode okungaguquki. Ugesi wokushisela, i-transformer, ikhanda lokushisela, ama-electrode, i-fixture, kanye ne-workpiece kumele kusebenze njengohlelo olulodwa lwenqubo.
Izinsiza zamandla okushisela ukumelana ziyatholakala ngezigaba eziningana zobuchwepheshe, kufaka phakathi i-inverter enemvamisa ephezulu, i-DC eqondile, i-capacitive discharge, kanye nezinhlelo ze-AC. I-inverter enemvamisa ephezulu kanye nezinhlelo ze-DC eziqondile zinganikeza umphumela olawulwayo, kodwa zisebenzisa izakhiwo zamandla ezihlukene futhi akufanele ziphathwe njengobuchwepheshe obufanayo. (Ubuchwepheshe be-AMADA WELD)
Iyini Uhlelo Lokushisela Olujwayelekile Lokumelana Ne-DC?
Kulesi sihloko, elithi “i-DC evamile” libhekisela ngqo ohlelweni lokushisela lokumelana olusebenzisa imvamisa yomugqa kanye nohlelo lokushisela olusekelwe ku-rectifier.
Uchungechunge lokusebenza olulula luthi:
- Amandla e-AC angenayo angena ku-transformer yemvamisa yomugqa.
- I-transformer yehlisa i-voltage futhi yandisa ugesi wokushisela otholakalayo.
- I-rectifier iguqula umkhiqizo we-transformer ube yi-DC.
- Ugesi wokushisa ulethwa ngesekethe yesibili, ama-electrode, kanye nomsebenzi.
Lolu hlobo lwesistimu lunganikeza isakhiwo sikagesi esilula futhi lungase luqine ezindaweni zokusebenza ezifanele.
Kodwa-ke, kuye ngomklamo wesilawuli kanye nemishini, kungase kuhlinzeke ngokuguquguquka okuncane ekulungisweni kwesikhathi esifushane sokushisela, ukwakheka kwesimo samagagasi, impendulo esheshayo, ukuqapha ukukhiqizwa, kanye nokuxhumana nemishini ezenzakalelayo.
Kubalulekile ukungadidanisi lesi sigaba nezinhlelo zokushisela ezimelana ne-transistor noma i-linear DC. Izinsiza zikagesi ze-Linear DC zinganikeza umphumela wokushisela osheshayo nolawulwa kakhulu futhi zivame ukusetshenziselwa izinhlelo zokushisela ezincane ngokunemba.
Iyini i-Welder ye-Inverter Resistance Resistance Welder evame kakhulu?
Ugesi wokushisela we-inverter omelana ne-high-frequency uvame ukuguqula amandla e-AC angenayo abe yi-DC bese usebenzisa ukushintsha kwe-elekthronikhi ukudala i-waveform ye-high-frequency. Ngemva kokuguqulwa kwe-voltage kanye nokulungiswa kwesibili, i-welding current elawulwayo ilethwa kuma-electrode.
Inani eliyinhloko lokuthengwa kwalolu hlobo lokwakha akukhona nje ukuthi i-transformer ingaba ncane. Inzuzo yayo ebaluleke kakhulu ikhono lokusekela ukulawula okusheshayo kwe-elekthronikhi kanye nokuphendula.
Kuye ngokucushwa kwemishini,i-inverter enemvamisa ephezuluingahlinzeka:
- Ukulawula kwamanje okuvaliwe
- Amamodi wamandla aqhubekayo, i-voltage engaguquki, noma amandla angaguquki
- Amashejuli okushisela angahlelwa
- Ama-waveform ezigaba eziningi noma ama-pulse amaningi
- Ukuqapha kwamandla kagesi, i-voltage, ukumelana, noma amandla
- Ukuqapha umkhawulo wokushintshwa
- Ukukhishwa kwedatha kwamarekhodi okukhiqiza
- Izixhumi zokuhlanganisa ezenzakalelayo
Izinhlelo ze-inverter ezisebenza ngesivinini esiphezulu zisetshenziswa kabanzi lapho kudingeka khona ukulethwa kwamandla okunembile, okungahlelwa kanye nokuhambisana okuzenzakalelayo. Kodwa-ke, izindlela zokulawula ezitholakalayo, isivinini sempendulo, imisebenzi yokuqapha, kanye nomthamo wokukhipha ziyahlukahluka ngokwemodeli futhi kufanele kuhlolwe ekucacisweni kwemishini yangempela. (Ubuchwepheshe be-AMADA WELD)
(Isithombe: Isithombe esivela ku-Styler)
Amaphuzu Obuhlungu Omthengi Ovamile Nobunjiniyela
Abakhiqizi bamabhethri bavame ukubhekana nezinkinga ezilandelayo lapho beqhathanisa izinhlelo zokushisela.
Lezi zingcaphuno ezimbili zisebenzisa amagama ahlukene obuchwepheshe
Omunye umhlinzeki angacaphuna umshini wokushisela we-inverter spot, kanti omunye ucaphuna umshini wokushisela we-transistor DC noma umshini wokushisela we-DC ojwayelekile. Amagama emishini ewodwa awabonisi ukuthi izinhlelo zinikeza izindlela zokulawula ezifanayo, ikhono lokukhipha, amakhanda okushisela, ukuqapha, ukusebenzisa amathuluzi, noma izixhumi zokuxhumana ezenzakalelayo.
Ama-weld esampula abukeka amukelekile, kodwa imiphumela yokukhiqiza iyashintshashintsha
Isampula yokuqala ingakhiqizwa ngaphansi kwezimo ezilawulwa ngokucophelela. Ngesikhathi sokukhiqizwa okuqhubekayo, ukuhlukahluka kokumbozwa kwezinto, ukuguguleka kwe-electrode, indawo yokufakwa, isimo sobuso, kanye nokubekezelelana kweseli kungathinta ukuqina kokushintshwa.
Umkhiqizo wamanje usebenzisa umucu omncane we-nickel, kodwa imikhiqizo yesikhathi esizayo ingasebenzisa izixhumi ezahlukene
Umshini okhethelwe isampula yamanje kuphela ungase ungasekeli ushintsho lwesikhathi esizayo ezintweni ezibonakalayo, ukujiya, inani lezingqimba, noma i-geometry yokushisela. Ngokuphambene nalokho, ukuthenga ugesi omkhulu kakhulu akuqinisekisi ukuthi uzohlinzeka ngokulawula okungcono kwejoyinti elincane nelizwela ukushisa.
Abathengi bagxila kumandla amanje aphezulu
Ukukhishwa okuphezulu kuyipharamitha eyodwa yemishini kuphela. Ukukhiqizwa okuzinzile kuncike ekukhishweni okuncane okulawulwayo, isikhathi sokukhuphuka kwamanje, ukulungiswa kwesikhathi sokushisela, imodi yempendulo, amandla e-electrode, ukwakheka kwesekethe yesibili, kanye nokuphindaphindwa kwenqubo.
Ikhasimende licela ukushisela ngethusi noma nge-aluminium ngaphandle kokuchaza ijoyinti
Amagama ezinto zodwa awanele ukuqinisekisa ukuthi kungenzeka. Ithusi ne-aluminium zinezici ezahlukene zikagesi, ukushisa, ubuso, kanye nokwemishini. Ukushibilika kwazo kuncike ekuhlanganisweni kwezinto ezithile, ukumbozwa, ukujiya, ukwakheka kwamalunga, ibhalansi yokushisa, ukufinyelela kwe-electrode, kanye nokuguqulwa okwamukelekayo.
Izici Zezinqumo Zobuchwepheshe
Ngaphambi kokukhetha i-inverter enemvamisa ephezulu noma uhlelo lokushisela olujwayelekile lwe-DC, umthengi kufanele anikeze ulwazi olulandelayo.
Ulwazi lwebhethri kanye nomsebenzi
- Ifomethi yeseli nobukhulu bayo
- Ukwakhiwa kwesiteshi seseli
- Ithebhu, isixhumi, noma izinto zebha yebhasi
- Ukufakwa noma ukumbozwa kwendawo
- Ubukhulu besendlalelo ngasinye
- Inani eliphelele lezendlalelo
- Indawo yokuhlangana kanye nokushisela
- Isiqondiso sokufinyelela kwe-electrode
- Ukuguqulwa kweseli okwamukelekayo
Imishini akufanele ikhethwe ngoba nje umkhiqizo usebenzisa iseli le-18650, 21700, prismatic, noma isikhwama. Amaphakethe amabili ebhethri asebenzisa ifomethi efanayo yeseli angadinga izinhlelo ezahlukene zokushisela ngoba izixhumi zawo nezakhiwo zamalunga zihlukile.
Izidingo zekhwalithi yokushisela
- Isidingo sokususa noma sokudonsa amandla
- Imfuneko yokumelana kagesi
- Ukubukeka okushisiwe okwamukelekayo
- Ukuchitheka okukhulu noma ukugoba
- Umkhawulo wendawo ethintekile ukushisa
- Umkhawulo wokushisa kweseli
- Imfuneko yokuvumelana kwenqubo
- Izidingo zokuhlola nokulandelela
Izidingo zokukhiqiza
- Ukushintshwa okudingekayo ngomkhiqizo ngamunye
- Isikhathi somjikelezo oqondiwe
- Umthamo wokukhiqiza wansuku zonke noma wonyaka
- Ukulayisha ngesandla, okuzenzakalelayo kancane, noma okuzenzakalelayo
- Imvamisa yokushintsha komkhiqizo
- Indawo yokugcina iresiphi edingekayo
- Izidingo zokuqopha idatha
- Ukuxhumana kwe-PLC noma i-MES
- Ukuhlanganiswa okuphezulu nokuphansi
Izidingo zefektri kanye nezinsizakalo
- Ukunikezwa kukagesi okutholakalayo
- Izidingo zokupholisa
- Izidingo zomoya ocindezelwe
- Indawo yokufaka
- Ukuqeqeshwa komqhubi
- Ama-electrode asele kanye nezinto ezisetshenziswayo
- Ukugcinwa kokuvimbela
- Usekelo lobuchwepheshe lwendawo noma olukude
Yisiphi Isistimu Esifaneleka Kakhulu?
I-inverter enamandla aphezulu ingafaneleka kakhulu uma:
- Uhlelo lokushisela lufushane futhi ludinga ukulungiswa okuncane.
- Uhlelo lokusebenza ludinga ukulawulwa kwamandla kagesi, i-voltage, noma amandla okuvala.
- Umenzi ucubungula izinhlobo eziningana zemikhiqizo futhi udinga izindlela zokupheka ezigciniwe.
- Ukukhiqizwa kudinga ukuqapha ukushintshwa kanye nokukhishwa kwedatha.
- Ukunikezwa kwamandla kumele kuhlanganiswe nezinhlelo zokondla, ukubeka, ukuhlola, noma zokuphatha ngokuzenzakalelayo.
- Ukwehluka kwesifunda sesibili kudinga ukuphathwa ngempendulo esheshayo.
- Le phrojekthi idinga ugesi omncane ukuze kuhlanganiswe imishini.
Uhlelo lwe-DC olujwayelekile lungahlala lufanelekile uma:
- Inhlanganisela yokuhlanganiswa nezinto zokwakha izinzile futhi izinzile.
- Uhlelo lokusebenza aludingi uhlelo oluyinkimbinkimbi lwe-waveform.
- Umthamo wokukhiqiza ulinganiselwe.
- Akudingeki ukuqoshwa kwedatha okubanzi noma ukuxhumana okuzenzakalelayo.
- Ukulungiswa okulula kuyinto eza kuqala ekusebenzeni.
- Ifasitela lokushisela elidingekayo selivele liqinisekisiwe ngohlelo oluhlongozwayo.
Lezi yizimiso zokukhetha ezijwayelekile kunezincomo ezizenzakalelayo.
Uhlelo olujwayelekile akufanele lwenqatshwe ngoba nje seludala ngokwakhiwa. Ngokufanayo, i-inverter akufanele ikhethwe ngoba nje inikeza izilungiselelo ezengeziwe. Amandla emishini kumele ahambisane nenqubo yangempela.
Kuthiwani Ngokushisela Kwe-Transistor DC?
I-Transistor DC, eyaziwa nangokuthi i-linear DC kwezinye izinhlobo zemishini, kufanele ihlolwe ngokwehlukana ne-DC evamile elungisiwe.
Izinhlelo ze-Linear DC zinganikeza impendulo esheshayo kanye nama-pulse okushisela alawulwa ngokunembile isikhathi esifushane. Kuye ngemishini, zingase zisekele ukusebenza kwamandla aqhubekayo, amandla aqhubekayo, noma amandla aqhubekayo.
Ngakho-ke, ngokushisela amathebhu ebhethri ngokunemba, ukuqhathanisa okufanele kungaba:
- I-inverter enemvamisa ephezulu
- I-Transistor noma i-DC eqondile
- Ukukhishwa kwamandla
- I-AC noma ezinye izinsiza zamandla okushisela ukumelana
kunokuba nje "i-inverter uma iqhathaniswa ne-DC."
Zombili izinhlelo ze-inverter ezinemvamisa ephezulu kanye nezinhlelo ze-transistorized zisetshenziswe ekushiseni okuqinile kanye nokumelana nokunemba ngoba ukulawulwa kwempendulo kunganikeza ukulawula okuhle kwama-pulse okushisisa amafushane.I-TWI Global)
Kungani Uhlobo Lwezinto Zodwa Lungakwazi Ukunquma Imishini
Insimbi ye-nickel, insimbi eboshwe nge-nickel, ithusi, i-aluminium, kanye nensimbi engagqwali akusabeli ngendlela efanayo ekushiseni okuqinile.
Ngisho nangaphakathi kwesigaba esifanayo sezinto ezibonakalayo, umphumela ungashintsha ngenxa yalokhu:
- Ukwakheka kwe-alloy
- Ukufakwa kobuso
- Izendlalelo ze-oxide
- Ubulukhuni bezinto ezibonakalayo
- Ukubekezelela ukujiya
- Inani lezendlalelo
- Indawo yokuxhumana
- Izinto ze-electrode
- I-geometry ye-electrode
- Amandla okushisela
- Ukushabalalisa ukushisa
- I-Polarity
- Ukumelana kwesekethe yesibili
Isibonelo, i-inverter enemvamisa ephezulu inganikeza ukulawula inqubo okuwusizo kwezinto eziqhuba ugesi, kodwa lokho akusho ukuthi zonke izixhumi zethusi noma ze-aluminium zingashintshwa ngempumelelo.
Ezinye izinhlelo zokusebenza ze-busbar noma ze-battery tab zingase zifaneleke kangcono ekushiseni nge-laser, ekushiseni nge-ultrasonic, noma kwenye inqubo yokujoyina. Ukungenzeka kufanele kunqunywe ngokuhlola okuhlangene kanye nokuhlolwa kwesampula.
Ukuhlolwa Kwesampula Nokuqinisekiswa Kwenqubo
Kunconywa ukuhlolwa kwesampula ngaphambi kokuba kuqinisekiswe ukucushwa kokugcina kwemishini kanye nekhotheshini.
Ngokuvamile ikhasimende kufanele lihlinzeke:
- Amaseli ebhethri angempela
- Amathebhu, izixhumi, noma amabha amabhasi
- Imininingwane yezinto ezibonakalayo
- Ulwazi lokujiya
- Imidwebo ekhombisa isakhiwo esihlangene
- Amasampula okukhiqiza amele
- Izindawo zokushisela ezidingekayo
- Izindinganiso zekhwalithi nokuhlola
- Umjikelezo wokukhiqiza oqondiwe
Ukuhlolwa kokuqala kungahlola:
- Ukubukeka kwe-Weld
- Amandla okuxebuka
- Amandla okudonsa
- Ukumelana kukagesi
- I-Spatter
- Ukushiswa
- Ukufakwa kwe-electrode ngaphakathi
- Ukuguqulwa kwento yokusebenza
- Indawo ethintekile ukushisa
- Isikhathi somjikelezo
- Ukuguguleka kwama-electrode
- Ukuphindaphindeka kumasampula amaningi
Ukushintshwa kwesampula okuphumelelayo kuqinisekisa kuphela ukuthi kungenzeka ekuqaleni ngaphansi kwezimo ezivivinyiwe. Akuqinisekisi ngokuzenzakalelayo ukuzinza kokukhiqiza okuqhubekayo.
Ukusebenza komshayeli kufanele futhi kucabangele ukubekezelelana kwezinto, ukunemba kwemishini, ukulungiswa kwama-electrode, ukuphathwa komqhubi, isivinini sokukhiqiza, kanye nenani lama-weld alandelanayo.
Izindlela Zokulawula Ikhwalithi Nokwamukelwa
Ngaphambi kokufaka i-oda, umthengi kanye nomhlinzeki wemishini kufanele bavumelane ngezindinganiso zokwamukelwa ezilinganisekayo.
Lokhu kungafaka:
- Amasampula okubhekisela avunyiwe
- Indlela yokuhlola amandla okuxebula noma okudonsa
- Indlela yokulinganisa ukumelana kagesi
- Ukubukeka okushisiwe okwamukelekayo
- Ukuchitheka noma ukuguqulwa okuphezulu okuvunyelwe
- Isikhathi somjikelezo oqondiwe
- Isikhathi sokuhlolwa kokusebenza okuqhubekayo
- Inqubo yokushintsha umkhiqizo
- Izidingo zokuphathwa kweresiphi
- Ukuqoshwa kwedatha ye-Weld
- I-logic ye-alamu neyokwenqaba
- Izidingo zokugcinwa kwe-electrode
- Imibandela yokuphepha kwemishini
- Ububanzi Bokuhlolwa Kokwamukelwa Kwemboni
- Ububanzi Bokuhlolwa Kokwamukelwa Kwendawo
- Imithwalo yemfanelo yokufaka nokuqeqesha
Akekho umhlinzeki wemishini yokushisela onesibopho okufanele athembise ukuthi akukho ziphambeko noma isivuno sokukhiqiza esingu-100% ngaphandle kwezinto ezichazwe ngokucacile, izimo zokusebenza, izindlela zokuhlola, kanye nokuqinisekiswa kwephrojekthi.
Izimo Ezijwayelekile Zokusebenza
Ukushisela ukumelana ne-inverter okuvame kakhulu kungahlolwa ngezinhlelo zokusebenza ezifana nalezi:
- Ukushisela ibhethri le-cylindrical nickel-strip
- Ukushisela isixhumi sensimbi esimbozwe nge-nickel
- Amaphakethe ebhethri kagesi abathengi
- Amaphakethe ebhethri lamathuluzi kagesi
- Amabhethri emoto kagesi kanye nebhayisikili kagesi elilula
- Ithebhu yebhethri ekhethiwe kanye namajoyinti e-terminal
- Iziteshi zokushisela amabhethri ezenzakalelayo
Le nqubo ayifaneleki ngokuzenzakalelayo kuyo yonke imodyuli ye-prismatic, ithebhu yeseli lesikhwama, isixhumi sethusi, i-aluminium busbar, noma ingxenye yebhethri ye-ESS.
Kulezi zinhlelo zokusebenza, umhlinzeki kufanele aqale abukeze inhlanganisela yangempela yezinto, isakhiwo samalunga, indawo yokushisela edingekayo, ukufinyelela kwe-electrode, izinga lekhwalithi, kanye nomjikelezo wokukhiqiza okuqondiwe.
Uhlu Lokuhlola Lomthengi
Ngaphambi kokuqhathanisa izingcaphuno zomshini wokushisela ukumelana, buza:
- Yibuphi ubuchwepheshe bokuphakelwa kwamandla obufakiwe kwikhotheshini?
- Yiziphi izinto zeseli, ithebhu, kanye nesixhumi ezizocutshungulwa?
- Buyini ubukhulu, ukumbozwa, kanye nenani lezingqimba zezinto zokwakha?
- Yiziphi izindlela zokulawula okukhiphayo kanye nezindlela zokuphendula ezitholakalayo?
- Yimiphi imisebenzi yokuqapha ukushintshwa kwe-weld kanye nokuqoshwa kwedatha efakiwe?
- Ingabe kufakiwe ikhanda lokushisela, i-transformer, ama-electrode, i-fixture, kanye nesistimu yokupholisa?
- Ingabe umhlinzeki angakwazi ukwenza ukushisela kwesampula ngaphambi kokucushwa kokugcina?
- Yiziphi izindinganiso zekhwalithi ezizosetshenziswa ngesikhathi se-FAT?
- Uyini umjikelezo wokukhiqiza odingekayo kanye nezinga lokuzenzakalela?
- Yikuphi ukufakwa, ukuqeqeshwa, izingxenye ezisele, kanye nokusekelwa kwangemva kokuthengisa okufakiwe?
Izingcaphuno zemishini azinakuqhathaniswa ngokunembile ngaphandle kokuthi ububanzi bokushisela, amathuluzi, imisebenzi yokulawula, izidingo zokwenza izinto ngokuzenzakalela, izindlela zokuhlola, kanye nezindinganiso zokwamukela zichazwe ngokucacile.
Kungani i-Styler
I-Styler ingumkhiqizi wemishini yokushisela ibhethri enikeza ukushisela kokumelana, ukushisela nge-laser, kanye nezixazululo zokuhlanganisa amaphakethe ebhethri zezinhlelo zokusebenza zokukhiqiza ibhethri.
Esikhundleni sokuncoma imishini ngokwemodeli yebhethri kuphela, uStyler uhlola izinto zokushisela, isakhiwo samalunga, inhloso yekhwalithi, umjikelezo wokukhiqiza, indlela yokusebenza, kanye nezidingo zokwenza izinto ngokuzenzakalela.
Kuye ngobubanzi bephrojekthi, ukuhlolwa kungafaka:
- Ingxoxo ngenqubo yokushisela
- Ukuhlolwa kokufaneleka kwesampula
- Ukukhetha ukunikezwa kwamandla okushisela
- Ukucushwa kwekhanda le-weld kanye ne-electrode
- Ukuthuthukiswa kwemishini
- Imishini ezenzakalelayo kancane
- Ukuhlanganiswa kwephakheji yebhethri okuzenzakalelayo
- Izidingo zokuqapha ukukhiqizwa
- Ukusekelwa kokufakwa nokuqeqeshwa
Ukucushwa kokugcina kufanele kuqinisekiswe ngemuva kokuhlolwa kobuchwepheshe. Ukwenza ngokwezifiso kusekelwe ekufezekeni kwephrojekthi kanye nezindinganiso zokwamukelwa ezichaziwe.
imibuzo ejwayelekile ukubuzwa
Ingabe umshini wokushisela we-inverter uhlala ungcono kunomshini wokushisela we-DC ojwayelekile?
Cha. I-inverter esebenza ngesivinini esiphezulu ngokuvamile inikeza izinketho zokulawula eziguquguqukayo, ukuqapha, kanye nokwenza izinto ngokuzenzakalela, kodwa ukukhetha okungcono kuncike ezintweni zokwakha, ukwakheka okuhlangene, isidingo sesikhathi sokushisela, ivolumu yokukhiqiza, kanye nezinga lokwamukelwa.
Ingabe umshini wokushisela omelana ne-inverter ungumshiseli we-DC?
Izinhlelo eziningi zokushisela ukumelana ne-inverter ezisebenza ngesivinini esiphezulu ziletha umphumela we-DC olungisiwe kuma-electrode okushisela. Igama elithi “Inverter” lichaza ukwakheka kwamandla nokuguqulwa kwamandla kwangaphakathi kanye nokulawula, kuyilapho elithi “DC” lichaza ifomu lomphumela-wamanje. Ngakho-ke la magama awaphikisani ngempela.
Ingabe i-inverter eyodwa ingakwazi ukucubungula amamodeli ebhethri ahlukene?
Kungenzeka, kodwa ukwenzeka kuncike ezintweni zokwakha, ubukhulu, izakhiwo ezihlangene, ububanzi bamanje obudingekayo, ikhanda lokushisela, ama-electrode, izinto ezifakiwe, kanye nendlela yokukhiqiza. Imikhiqizo ehlukene ingadinga amathuluzi ahlukene noma ngisho nokunikezwa kwamandla okuhlukile.
Ingabe izingxenye zebhethri zethusi ne-aluminium zingashintshwa zibe yi-resistance welded?
Amanye amalunga ethusi noma e-aluminium angase asebenze ngokobuchwepheshe, kodwa amagama ezinto zodwa awanele ukuqinisekisa inqubo. Ukuhlolwa kwesampula nokuhlolwa kwamalunga kuyadingeka. Ezinye izinhlelo zokusebenza zingase zifaneleke kangcono ekushiseni nge-laser noma nge-ultrasonic.
Ingabe ukuhlolwa kwesampula kuyadingeka ngaphambi kokuthenga?
Ukuhlolwa kwesampula kunconywa kakhulu lapho inhlanganisela yezinto, ukujiya, ukwakheka kwamalunga, noma imfuneko yekhwalithi ingakaqinisekiswa kakade. Ukuhlolwa kusiza ekunqumeni ukuthi kungenzeka yini ekuqaleni kanye nokucushwa kwemishini, kodwa ukuqinisekiswa kokukhiqiza okuqhubekayo kusadingeka.
Isiphetho
Isinqumo phakathi kwe-inverter enemvamisa ephezulu kanye nohlelo olujwayelekile lokushisela lokumelana ne-DC kufanele siqale ngejoyinti yebhethri, hhayi igama lemishini.
Okokuqala chaza ifomethi yeseli, inhlanganisela yezinto, ukujiya, i-geometry yamalunga, imfuneko yamandla okushisela, imfuneko yokumelana nogesi, isikhathi somjikelezo wethagethi, kanye nobubanzi bokuzenzakalela.
Bese uhlola ukuthi yimiphi imisebenzi yokunikeza ugesi, ikhanda lokushisela, ama-electrode, i-fixture, kanye nokuqapha engahlangabezana nalezo zimfuneko.
I-inverter enamandla aphezulu inganikeza amandla okulawula nokuhlanganisa abalulekile okushisela ibhethri ngokunemba, kodwa akuyona ikhambi elifanele ngokuzenzakalelayo kuwo wonke umkhiqizo webhethri. Ukuhlolwa kwesampula kanye nezindlela zokwamukelwa ezichazwe ngokucacile kubalulekile ngaphambi kokuba kuqedwe ukucushwa kwemishini.
Xoxa Ngesicelo Sakho Sokushisela Amabhethri
Thumela uStyler amaseli akho ebhethri, izinto zokushisela, imininingwane yobukhulu, imidwebo, izidingo zekhwalithi, kanye nomjikelezo wokukhiqiza okuqondiwe.
Ithimba lethu lingabuyekeza uhlelo lokusebenza, lixoxe ngokushisela kwesampula, futhi lincome isisombululo sokushisela ukumelana noma sokuhlanganisa iphakethe lebhethri ngokusekelwe ezidingweni zangempela zephrojekthi.
Iwebhusayithi: www.stylerwelding.com
Email: sales4@styler.com.cn
I-WhatsApp: +86-15218784866
Isikhathi sokuthunyelwe: Agasti-12-2026
