Lo matshini wokuwelda we-ultrasonic ubonelela ngesisombululo esona sifanelekileyo se-welding eethe-ethe, iposti{0}}eshushu{1}}cofa i-jelly rolls kwiprismatic & Pouch cell lithium ion ibhetri yemveliso. Inkqubo yokucinezela{{3}eshushu ngononophelo ibeka ubuninzi be-electrode kunye ne-porosity. Iindlela ze-welding zemveli zinobungozi bokonakalisa esi sakhiwo ngokufaka ubushushu. Inkqubo ye-welding ye-ultrasonic isebenza phezulu -ukungcangcazela kwamaxesha amaninzi phantsi koxinzelelo, ukuvelisa ukukhuhlana kwi-interface ye-aluminium yethebhu ukwenza ibhondi kumaqondo obushushu angaphantsi kwendawo yokunyibilika kwesinyithi. Le "cold weld" ibalulekile, njengoko ithintela ukutshona okanye ukugqwetheka kwejeli roll elawulwa thermally, ikhusela ukusebenza kwayo kwe-electrochemical. Umatshini ngoko wongeza i-terminal yombane ngaphandle kokuhlehlisa umsebenzi ochanekileyo wangaphambili wokupakisha kunye noxinzelelo olushushu.
Iimfuno zepharamitha yobugcisa
1.Iinkcukacha zemveliso esebenzayo: 20K6000W
2. Iinkcukacha zobungakanani beseli: (ubukhulu * ububanzi * ukuphakama kubandakanya nepleyiti yokugquma)
Imodeli yoyilo lwebhetri: 280AH iseli
3. Iimpawu eziphambili zobugcisa
|
iprojekthi |
Igama |
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SZO-2060 |
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1. Izinto ezisisiseko |
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1.1 Ikhathodi |
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1.1.1 Izinto ezisisiseko (i-Electrode) |
Ifoyile yeAluminiyam |
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1.1.2 Isiseko (i-Electrode) Ukutyeba |
12-16um |
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1.1.3 Isixhobo sePad (iTheminali). |
Iithebhu zeAluminiyam |
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1.1.4 Ucingo |
0.2 |
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1.2 Anode |
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1.2.1 I-Substrate (i-Electrode) Izinto |
ifoyile yobhedu |
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1.2.2 I-Substrate (i-Electrode) Ukutyeba |
6-8um |
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1.2.3 Isixhobo sePad (iTheminali). |
I-Nickel anode |
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1.2.4 IPad (Itheminali) Ukutyeba |
0.2 |
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2. Iseli yebhetri |
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2.1 Inkqubo yokuthunga |
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2.2 Elona nani liphezulu leeleya zokugqithelana (iinqobo zokwamkela) |
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2.3 Ukutyeba kweeSeli |
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3. Ukuwelda indlebe |
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3.1 Indlela yokuwelda iNdlebe yePole |
80 umaleko |
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3.2 Ulwalathiso lwe-Pole Ear Welding |
Ithe nkqo okanye ithe tye |
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3.3 Ubude beWeld |
18 |
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3.4 Weld ububanzi bentsimbi |
5 |
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3.5 Ixesha leWelding |
2S |
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3.6 Amanqaku okuwelda |
Imiqolo emi-2 |
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3.7 Uxinzelelo |
I-0MPa ukuya kwi-MPa eyi-1, iyahlengahlengiswa |
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3.8 Uluhlu lohlengahlengiso lwexesha |
0 ukuya 60 imizuzwana, adjustable |
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3.9 Ubomi bomphezulu obudityanisiweyo |
Enkulu kuno okanye ilingana ne 100,000 |
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4. Umgangatho wentloko ye-welding |
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4.1 Welding Head Material |
Ithathwe ngaphandle -intsimbi enesantya esiphezulu |
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4.2 Ubude bendawo yokuwelda |
1mm |
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4.3 I-Welding Spot / Ripple Distribution |
Intloko yewelding ephezulu inomda othe tye okanye werayisi -ubume obunomfanekiso, ngelixa umngundo osezantsi unepateni yemesh. |
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4.4 Ubude bomphezulu we-welding ukusuka kwintloko ye-welding |
＞5mm |
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4.5 Ukuwelda ubude bentloko |
Inkulu kuno okanye ilingana ne 130mm |
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4.6 Imiphezulu ye-welding ekhoyo yentloko ye-welding |
2 |
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4.7 Umkhombandlela wofakelo lwentloko yokuwelda |
ngokubanzi |
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4.8 Uluhlu lweamplitude ehlengahlengiswayo |
Isiqingatha -amaza 20~40um |
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5. ITransducer |
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5.1 Umahluko wokuphindaphinda phakathi kwee-transducer |
Ngaphantsi okanye ilingana no-400Hz |
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5.2 Umahluko wokuphazamiseka phakathi kwee-transducer |
Ngaphantsi okanye ilingana no-4Ω |
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5.3 Umahluko weCapacitance phakathi kweetransducer |
Ngaphantsi okanye ilingana ne-400PF |
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5.4 Ukumelana ne-insulation ye-transducer kunye nezindlu |
Inkulu kuno okanye ilingana ne 30MΩ |
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5.5 Ukunyamezelana kwamandla |
6000W+ (incopho) |
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6. Ijeneretha yeUltrasonic |
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6.1 Indlela yoLawulo lwamaxesha amaninzi |
Yakhelwe-ngezihlandlo ezilungelelanisiweyo |
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6.2 Umsebenzi we-Amplitude rhoqo |
Ukutshintshela unikezelo lwamandla ombane rhoqo (i-amplitude rhoqo) |
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6.3 I-Amplitude ilungelelaniswe ngokungenasiphelo |
Uhlengahlengiso oluqhubekayo |
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7. Iimveliso |
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7.1 Imbonakalo |
Akukho kuthengiswa okungeyonyani, akukho kungena, akukho kuvuza, ukuwelda okuqinileyo, kunye nokungena kweleya |
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7.2 Iikhrayitheriya zoKwamkeleka |
Ngokubhekiselele kwitekhnoloji, isalathiso esiphambili sokulinganisa kukuba umphumo we-welding uhlangabezana neemfuno zomenzi kwaye uqinisekisa amandla okuvelisa. |
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8. Ubomi boyilo lwezixhobo |
8-10 iminyaka |
Amacandelo ezixhobo (umgca wemveliso)
1. Umgaqo wokusebenza wesixhobo
I-transducer iguqula i-ultrasonic frequency high -isignali ye-oscillation yamandla kwi-frequency ehambelanayo yamandla omatshini, asetyenziswe kwi-interface yephepha lesinyithi ukuba lidityaniswe, ukuze ishidi letsimbi lifudunyezwe ngokukhawuleza kwi-interface, kwaye ke amaqhekeza kwi-lattice yensimbi asebenze, ukwenzela ukuba iimolekyuli ezikwi-interface ye-metal sheet kunye ne-welded.
2. Ubume bezixhobo
Umatshini wentsimbi welding ikakhulu uqulunqwe yijeneretha ye-ultrasonic, i-transducer, isikhunta, iinxalenye zepneumatic, isakhelo kunye nokunye.
3. IiNgcaciso zokuSebenza kweSixhobo
|
uhlobo lweyunithi |
Isantya esiphezulu |
Amandla e-Ultrasound |
uxinzelelo |
ixesha weld |
I-Voltage |
ubunzima |
|
SZO-2060 |
20KHz |
6000W |
0.2-0.8MPA |
Ngaphantsi kwe-0.6S |
380V/50Hz |
60KG |
4. Iimpawu zesixhobo
Iimpawu zeJHN2060
A. Ixhotyiswe ngetekhnoloji eqhubekayo yangoku kunye ne-voltage circuit circuit, ebonisa i-ultrasonic amplitude eguquguqukayo;
B. Ixhotyiswe ngenkqubo ekrelekrele yolawulo lwekhabhathi ye-ICS enetekhnoloji yesekondari ye-ultrasonic, le nkqubo iyazijonga ngokuzenzekela{1}}izitshekishe xa iqalwa, yenza ukuba ulwahlulo lokungcangcazela olukrelekrele, lubonelele ngokulandelela okuzenzekelayo, kwaye luxhasa ukuhanjiswa komqondiso kumatshini.
.
D. inkqubo yokhuseleko :
⑴ Inkqubo yokukhusela i-voltage (uluhlu olusebenzayo lwe-voltage 360V-400V); igcina amandla okuphuma komatshini kunye nokusebenza rhoqo ngexesha lokuzinzisa umbane ozenzekelayo.
⑵ Inkqubo yokukhusela umthwalo omninzi; ⑶ Ukhuseleko lwangoku; ⑷ Imbuyekezo ezenzekelayo yokungazinzi kobonelelo lwamandla; (5) Impendulo yesignali yokukhusela i-welding overload
E. Zonke izixhobo zokulinganisa kwisixhobo ziya kusebenzisa iiyunithi zemetric.
F. Ukujongwa kwedatha yekhompyutha kunye nokufakwa kwedatha.
G. Intelligent ICS System
I-Smart chip yesekethe yedijithali, -uxinaniso oluphezulu lokudityaniswa kwenkqubo yokucubungula esembindini, ulawulo lwesampulu ye-millisecond.
H. Intelligent amplitude segmentation kunye umkhondo oluzenzekelayo
Ngaphakathi kwexesha le-0-1000ms, i-amplitude inokumiselwa ukusuka kwi-1% ukuya kwi-100% ukulungelelanisa ngcono kwiinkqubo ze-welding ezahlukeneyo, ukwenzela ukuba umatshini unokuhamba njengoko ufuna.
I. Amandla eSistim{1}}ekuzivavanyeni kwakho{2}}kunye nokukhangela rhoqo rhoqo
Emva kokutshintshwa okanye ukulungiswa kwentloko ye-welding, inkqubo ayifuni ukuhlaziywa kwakhona (ezinye iinkampani zasekhaya kufuneka zikhangele i-resonant frequency ye-generator njengomsakazo omdala).
J. Ukulandelela okuzenzekelayo ngexesha lokusebenza
Ngexesha lokusebenza, intloko ye-welding kunye ne-transducer frequency iya kulungiswa ngokutshintsha kweqondo lokushisa kunye nomthwalo. Umatshini we-Jinhe Neng we-welding ohlakaniphile unokukhangela ngokuzenzekelayo kwaye ulandelele i-resonant frequency ye-transducer kulo lonke uluhlu, ukuqinisekisa ukuba i-transducer ihlala isebenza kwi-resonant state, iqinisekisa ukusebenza kakuhle kwezixhobo, kunye ne-welding izinzile kwaye ithembekile.
K. Ifaka iindlela ezininzi ze-welding ezibandakanya amandla kunye nexesha elifanelekileyo
Iindlela ezahlukeneyo ze-welding zilungelelanisa iimfuno zenkqubo ye-welding ezahlukeneyo ukufezekisa isiphumo esingcono se-welding.
L. 7-20 iiparamitha zewelding zinokusetwa kwangaphambili
I-7-20 iiparameters ze-welding zinokusetwa kwangaphambili ukuze zihambelane neemfuno zenkqubo ye-welding ezahlukeneyo, kwaye umqhubi unokubuyisela ngokuthe ngqo idatha kwi-weld, ephucula kakhulu ukusebenza kakuhle.
. 7-intshi ye-HD yesikrini sokuchukumisa
Umatshini omkhulu we-HD wobuntu{0}}wesikrini esinojongano lokusebenza kwetshathi ecacileyo.
N. Ukuboniswa kweDijithali kokusebenza kwe-welding kunye nokubonakaliswa kwemizobo yenkqubo ye-welding
Isiphumo sewelding sinikezelwa ngedatha kwi-high-definition human{1}}isikrini sokuchukumisa umatshini, kwaye inkqubo ye-welding iboniswa kwigophe, ukuze umphumo uthethwe ngokwenene ngedatha.
O. Iziphumo ze-welding zisebenzisa iiprothokholi zonxibelelwano eziqhelekileyo
Idatha ye-welding inokudluliselwa kwikhompyutheni yokuhlola umgangatho we-Mong Kok, ukwenzela ukuba idatha ye-welding inokulandelwa kwaye izinga lesiphako lingancitshiswa.
P. UKhuseleko loKhuseleko lweNkqubo kunye nokuBeka iliso
Ukhuseleko lwenkqubo ehlakaniphile lugcina isixhobo sakho sikhuselekile kwiingozi. (Iimodeli ezindala ezisuka kwezinye iibrendi zasekhaya zihlala ziwohloka ngenxa yokungalungiswa kakuhle.)
Q. Imveliso ye-alam kunye nomsebenzi wokusetha kwakhona
Unokuseta amaxabiso ahlukeneyo e-alamu ukwenza ulawulo lomgangatho lube kwindawo.
R: Cwangcisa{0}}inqanaba lokhuseleko lokugqitha
Ungacwangcisa{0}}inqanaba lokukhuselwa kwegama eliyimfihlo ukwahlula ujongano lolungiso lweempazamo kujongano lomsebenzisi.
5. Ubungakanani besixhobo
5.1 Imilinganiselo yeGenereyitha (ubude x ububanzi x ukuphakama): 515mm x 410mm x 170mm; ubunzima: 30 ~ 48KG.
5.2 Imilinganiselo yentloko (ubude x ububanzi x ukuphakama): 480mm x 200mm x 480mm; ubunzima: 30-45kg.
6. Umfanekiso obonakalayo wesixhobo: (Lo mfanekiso ubhekiselele kuphela, ngokuxhomekeke kwimveliso yokwenene)
7. Uluhlu lokuqulunqa izixhobo
|
inombolo yoku-oda |
Igama lombutho |
umsebenzi |
ubungakanani |
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1 |
generator ultrasonic |
Isixhobo sokuguqula i-frequency eguqula i-industrial frequency yangoku ibe yi-oscillating yangoku kunye ne-ultrasonic frequency ye-20KHz |
Iseti e-1 |
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2-01 |
Inkqubo yokungcangcazela{0}}itransducer |
Isiphumo se-piezoelectric siguqula amandla ombane e-ultrasonic afakwe kwijenereyitha abe ngamandla omatshini wokungcangcazela. |
Isebe eli-1 |
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2-02 |
Inkqubo yokungcangcazela{0}}yentonga yeamplitude |
Guqula i-amplitude |
Isebe eli-1 |
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2-03 |
Inkqubo yokungcangcazela{0}}intloko yokuwelda |
Faka isicelo samandla omatshini kwi-interface yephepha letsimbi ukuba lidityaniswe |
1 |
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3 |
IRakhi (intloko) |
Amacandelo omatshini kunye ne-pneumatic ye-fixed vibration system |
Iseti e-1 |
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4 |
Intambo yokudibanisa |
Qhagamshela i-ultrasonic generator kwi-rack (intloko) |
2 izinto |
Ukucaciswa koyilo lwamacandelo ezixhobo eziphambili
1.Icandelo leSekethe (umsebenzi kunye nendlela yokuphunyezwa)
|
inani |
Igama lecandelo |
Ukusebenza kunye nokuphunyezwa |
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1 |
utshintsho olungundoqo |
Lawula unikezelo lwamandla oluphambili |
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2 |
Umnxibelelanisi we-AC |
Uqhagamshelo lwangoku lwamandla angundoqo |
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3 |
Ukutshintshela iMode yoNikezo lwaMandla |
Zinzisa amandla ombane kunye nezangoku (i-amplitude rhoqo) |
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4 |
Ultrasonic Generator{0}}Ibhodi ePhambili |
Yenza imiqondiso yombane ejikelezayo. |
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5 |
Ijeneretha yeUltrasonic{0}imodyuli yeamplifier yamandla |
I-amplifier yamandla. |
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6 |
Ijenereyitha yeUltrasonic{0}}isiguquli semveliso |
Isiginali yokugungxulwa kwemveliso kunye nongqinelwano lwe-impedance. |
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7 |
Iqela lolawulo{0}}ILOGO |
Ulawulo lweShedyuli yomsebenzi |
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8 |
Iqela Lolawulo Lwenkqubo-ILOGO{1}}I-TD Interface |
Iphaneli yokusebenza |