I-HFTR-30000 Servo Capacitor Welding Machine iyisistimu yokushisela ukumelana ne-premium ehlanganisa isitoreji samandla esikhulu-esinomthamo we-capacitor nokulawula{6}}okunemba okuphezulu kwe-servo force. Iletha ama-joules afika kwangu-30,000 wamandla kagesi anemba ngama-millisecond{8}}okukhipha isikhathi eside, avunyelaniswe nokuphendula okusheshayo kwe-servo cylinder. Lobu buchwepheshe bubhekana kahle nezinselele zokushisela ze-AHSS, insimbi engamagalani, izinsimbi ezingenayo insimbi, nezingafani, okubenza kube ukukhetha okufanelekile kokukhiqizwa kwezimoto nokunemba lapho amandla, ukuphela, nokungaguquguquki kubalulekile.
Isingeniso senani Lomkhiqizo
I-Instant Mega-I-Joule Power yama-Perfect Nuggets
Ama-joules angu-30,000 wamandla agciniwe akhipha amandla aphezulu kakhulu ukuze angene kuma-coatings nama-oxides, adale{2}}ama-weld ama-nuggets aphezulu.
I-Servo-Ingcindezi Eqondile Yokujoyina Okungenasici
I-servo cylinder ephezulu-enembayo ephezulu yenza kube lula ukuhleleka "okuthambile-, -okufogekayo" ukucindezela, ukuvikela izindawo kanye nokuqinisekisa ukuvumelana kokushisela.
Umshini Owodwa, Ukuhlukahluka Okungenamkhawulo
Iphatha yonke into kusukela kunsimbi evamile kanye nensimbi engagqwali ukuya{0}}ezinsimbi ezingenansimbi eziyinselele njengethusi nesiliva, kanye ne-projection welding ezinsimbini ezithuthukisiwe{1}}ezinamandla aphezulu .
Ukusebenza Okuhlakaniphile Nokuphumelelayo
Ukuphathwa kokushaja/ukukhipha okuhlakaniphile nokuqapha amandla kuletha ukonga amandla okungafika ku-70% uma kuqhathaniswa namashisela e-AC avamile.
Amaphuzu Abalulekile Okuthengisa (Ukuxazulula Izinkinga Zangempela)
| Khomba | Inkinga | Isixazululo Sethu | |
| 1 | Amandla Okushisela Angafani - "Okungapheleli" Okuphezulu-Amandla Nezinto Ezimboziwe | Abashiseli bendabuko badonsa kanzima nge-AHSS kanye nensimbi ethathiwe ngenxa yokumelana nogesi okuphezulu noma ama-insulating coatings, okuholela kumanugi abuthaka, angahambisani. | I-30kJ energy reserve iphuma ngokuqhuma -okufushane kakhulu (3-}10ms), okukhiqiza inani eliphakeme kakhulu lamanje elingena ngamandla kuma-coatings kanye nezindawo ezimelana kakhulu nokwenza ama-nuggets ajulile, aqinile anamandla angaphezu kuka-80% wesisekelo sensimbi. |
| 2 | I-Revolutionary Pressure Control - Khipha Umthelela kanye ne-Spatter Yomsebenzi Wokunemba | Amashisela omoya ashaya izingxenye ngamandla amakhulu, abangele ukuwohloka, ukuhlehla okujulile, kanye ne-spatter eqinile eqeda incithakalo futhi ifinyeze ukuphila kwama-electrode. | I-servo-isilinda kagesi ivumela ukunemba kwephrofayili yokucindezela. Ungakwazi ukuhlela-imijikelezo "yokulayisha kuqala{3}}irempu-yenza-ukukhishwa" kwezigaba eziningi. I-electrode ithinta kancane ingxenye ngaphambi kokufaka amandla, inciphisa kakhulu umthelela kanye ne-spatter ukuze ibukeke kahle futhi inwebe impilo ye-electrode 3-5x. |
| 3 | Ukusebenza Okuphezulu Kwezinsimbi-Ezinsimbi - I-Weld Copper kanye Nesiliva Ngokuzethemba | I-conductivity ephezulu kanye nokusabalalisa okushisayo kwethusi nesiliva kubangela ukuthi abashiseli bendabuko banamathele ama-electrode futhi bakhiqize ama-weld angazinzile, adinga amandla amanje kanye namandla. | Isici "samanje esiphezulu, isikhathi esifushane" sokushisela amandla agciniwe silungele lezi zinsimbi. I-weld iqeda ngaphambi kokuba ukushisa okuphawulekayo kusabalale, kunciphisa ukushisa{1}indawo ethintekile. Kuhlanganiswe nokulawulwa kwengcindezi ye-servo, kucishe kuqede ukunamathela kwe-electrode kumajoyini azinzile, athembekile. |
| 4 | Ukusebenza Okukhaliphile Nokulandelelwa Kwedatha - Yenza Ukuphathwa Kwakho Kokukhiqiza kube Kumanje | Abashiseli bendabuko bangamandla-abangasebenzi kahle, basebenzisa izilawuli ze-analogi ezingaguquki, futhi abanalo idatha yokucubungula, okwenza ukulandelela ikhwalithi nokuthuthukisa kungenzeki. | Ifaka{0}}ukushajwa kwe-inverter yemvamisa ephezulu ukuze kusebenze kahle kakhulu. Amandla nge-weld ngayinye asethiwe futhi ayagadwa. Uhlelo lurekhoda futhi lugcine amajika aphelele amanje, amandla kagesi, ukucindezela, kanye nokugudluka. Le datha ingahlanganisa nezinhlelo ze-MES, inikeze isisekelo esiqinile sezinhlelo zefekthri ezihlakaniphile kanye nokulandeleka kwekhwalithi egcwele. |
Izinzuzo zemishini nezici eziyingqayizivele
Umkhiqizo ungokoqobo futhi ugqinsi luka-22mm ngempela.
Ukuphila kwabo isikhathi eside izikhathi ezingu-4-5 kunama-capacitor avamile.
Isikhathi sokushisela singalawulwa phakathi kuka-0.3-2ms.
I-Nut projection welding ayidingi{0}ukuthepha kabusha.
Ukusetshenziswa kwamandla kwehliswe ngaphezu kuka-50%
"Traditional Pneumatic AC Welder vs. Servo Energy Storage Welder" Ukuqhathanisa
| Isici | Traditional Pneumatic AC Spot Welder | I-HFTR-30000 Servo Energy Storage Welder | |
| 1 | Ifomu Amandla | 50Hz AC sine wave, ukushisa okude | I-DC pulse, ukukhululwa ngokushesha (<10ms) |
| 2 | Phoqa Ukulawula | I-pneumatic, high impact, ayihleleki | I-Servo{0}kagesi, iyahleleka ngokugcwele, iguquguqukayo |
| 3 | Ama-Welds AHSS/Amagalati | I-spatter empofu, engaguquki, ephezulu | Ama-nuggets amahle kakhulu,{0}ekhwalithi ephezulu, i-spatter encane |
| 4 | I-Welds Non-i-Ferrous | Okubi kakhulu, ukunamathela kwe-electrode enamandla | Indawo esebenzayo futhi ezinzile, ukushisa okuncane{0}} |
| 5 | I-Electrode Life | Kufushane (ngenxa yomthelela & ne-spatter) | Mude (othintwayo othambile, i-spatter ephansi) |
| 6 | Ukusetshenziswa kwamandla | Okuphezulu (isidingo segridi esiqhubekayo) | Okuphansi (kuvaliwe{0}}ukushaja okuphezulu, ukusebenza kahle okuphezulu, konga u-30% -70%) |
| 7 | Icubungula Idatha | Azikho noma izibali ezilula | Ukuqapha okugcwele kwepharamitha nokugawulwa kwemithi, kuyalandeleka |
| 8 | Ideal For | Ukushisela insimbi okujwayelekile | Ukwenziwa-okusezingeni eliphezulu, i-AHSS, -okungeyona insimbi, okuzenzakalelayo |
Izimboni eziqondisiwe nezinhlelo zokusebenza ezithize
1.
Ukukhiqiza Izimoto:
- Izihlalo zokushisela izihlalo nabakaki bebhande lezihlalo abenziwe nge-AHSS engafani nensimbi epholile.
- Ukunamathisela izingxenye noma ukulungisa -ezinsikeni nasezinsikeni ezinkulu ezenziwe ngokucindezela{1}}ngensimbi eqinile.
- Isilinganiso sishisela amantongomane nezikhonkwane kumahinge ezicabha nakubakaki (ukuxazulula izipatha ezivamile kanye nokuthinta{0}izinkinga eziphukayo).
2.
Umkhakha Omusha Wamandla:
- Ikhopha yokushisela{0}}izixhumi eziyinhlanganisela ye-aluminiyamu kanye{1}}nezindawo zamabhasi ezine-voltage ephezulu zamabhethri.
3.
Ukusebenza kwensimbi nogesi:
- I-Seam Weldingosinki bensimbi engagqwali kanye nemishini ye-premiumlapho ukubukeka kwezimonyo kubalulekile.
- Ukujoyinaothintana nabo besiliva ezisekelweni zethusikumaswishi nama-breaker.
4.
Ukukhiqiza Okuthuthukile:
- Ukushisela indawo okunembayo kwezinsimbi ezikhethekile{0}ezingezona ayoni ku-aerospace nokuzivikela.
Kungani Khetha Umshini Wethu Welding We-Capacitor?
- Proven Technical Expertition: Sisebenza ngokukhethekile ekushiseleni ukumelana okuthuthukile, ngokuqonda okujulile kwezidingo eziqinile zemboni yezimoto namandla.
- Qedela Ubambiswano Lwenqubo: Sinikeza ukwesekwa okugcwele kusukela ekuhlaziyweni kokushisela kanye nokuhlolwa kwesampula kuya kuphakheji yenqubo ephelele, eqinisekisiwe.
- Ukuthembeka Okuqinisekisiwe: Izingxenye ezibalulekile (ama-capacitor, amadrayivu e-servo, izilawuli) zisebenzisa-imikhiqizo yamazwe ngamazwe ephezulu. Wonke umshini uvivinywa kanzima.
- Idizayini Yesikhathi esizayo-Elungile: Vula izixhumanisi zedatha kanye nesakhiwo semodular kuvumela ukuhlanganiswa okulula kumaseli azenzakalelayo kanye nokwandiswa kwenqubo yesikhathi esizayo.
FAQ
01.Uyini umehluko oyisisekelo phakathi kwesishiseli sesitoreji samandla kanye nesishiseli esijwayelekile se-AC noma se-MFDC?
02.Ukuze uthole amantongomane we-welding welding, uvimbela kanjani i-weld spatter ukuthi ivale imicu?
03.Isebenza kanjani imali engu-30% -70% yokonga amandla?
04.Kuyini ukusetshenziswa okungokoqobo kwedatha yokushisela erekhodiwe?
05.Ingabe uyazinikeza izixazululo zokuthuthukisa amashisela ethu amadala?
06.Ingabe ukufaka nokunakekela kuyinkimbinkimbi emshinini walo sayizi?
Amashadi ashisayo: umshini wokushisela we-hftr-30000 servo capacitor, China hftr-30000 abakhiqizi bomshini wokushisela we-servo capacitor, abahlinzeki, imboni
