Uhlolojikelele Lwesevisi
Umshini wokuhlikihla ibhethri ungumshini wokucindezela-okunemba okuphezulu kwe-roller oklanyelwe ukukhiqizwa kwe-electrode yebhethri ye-lithium-ion, okuhlanganisa i-anode (i-graphite, i-silicon-ikhabhoni) nama-cathodes (LFP, NMC, LCO). Ifaka i-chrome eqinisiwe engu-Φ400×450mm-amarola acwecwe (HRC66-68, Ra Ngaphansi noma okulingana no-0.02), iletha ukunemba kogqinsi okungu-±2µm ngesivinini esingafika ku-12 m/min ngamandla amakhulu okugoqa angu-200T. Umshini uhlanganisa ukulungiswa kwe-infrared EPC (±0.1mm), ukulawula ukushuba kwe-PID (± 5N), namarola ashisisa uwoyela (amadigri angama-50–150) ukuze kube nokuminyana okufanayo.
Izici ezibalulekile
45 # uhlaka lwensimbi
Ngokulungiswa kwegebe yohlobo-lohlobo lwe-wedge (0.001mm ukunemba) kanye ne-hydraulic pressurization (50MPa).
Ukusikwa konqenqema okuzenzakalelayo
(300-420mm ububanzi) kanyeuhlelo lokusula i-rollerukuvimbela ukunamathela kwe-graphite (ye-anode).
Inkampani Mitsubishi PLCfuthiisikrini esithintwayo HMI
Ukuze uthole ukulawulwa kwedijithali kwesivinini, ingcindezi, negebe le-roll.
3-intshi inflatable shafts
Ukusekelaamakhoyili aphezulu angama-300kg(φ500mm) ngeNgaphansi noma okulingana no-±0.4mm ukuqondanisa okumazombezombe.
Ilungele ukukhiqizwa kwebhethri le-EV, lo mshini we-5T (4.66×2.68×1.8m) uhlangabezana namazinga okuphasa angu-99%. Amagama okusesha adumile: umshini we-electrode calendering, umshini wokucindezela ibhethri, okokusebenza kwebhethri le-lithium,{6}}umshini wokugaya onembayo ophezulu, nomshini wokugoqa oshisayo. Ilungele i-R&D nokukhiqizwa ngobuningi-kwama-electrode azacile.
Ukwakhiwa kwezisetshenziswa
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S/N |
Igama lengxenye |
Ukwakheka |
Ubuningi (isethiwe) |
|
1 |
Umhlangano we-rack panel |
Ibhokisi likagesi we-rack, amaphaneli aseceleni, amaphaneli okufaka, njll. |
1 |
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2 |
Izingxenye zokukhulula |
I-air shaft ekhululayo, i-roller elungisayo ekhululayo, isilinda sokukhiya, ukulungiswa kokuvula, njll. |
1 |
|
3 |
Hlanganisa izingxenye zeplathifomu |
Isilinda senduku yokucindezela, induku yokucindezela, ithebula elihlangene lebhande |
1 |
|
4 |
Ukuqaqa izingxenye ze-tension |
Isilawuli se-tension, inzwa ye-tension, i-tension roller |
1 |
|
5 |
Izingxenye zeDrayivu |
Imoto yokushayela, i-roller yokushayela, i-pressure roller, indlela yokulawula ingcindezi, njll. |
1 |
|
6 |
Ukulungisa ukuhlanganiswa kwe-roller |
I-Slitting front adjusting roller mechanism, i-slitting yangemuva yokulungisa i-roller indlela, indlela ye-roller yokulungisa ephansi, |
3 |
|
7 |
Umhlangano wokubamba amathuluzi |
I-Upper cutter shaft mechanism, i-low cutter shaft mechanism, indlela yokulungisa i-roller, indlela ye-cutter shaft drive, indlela yokususa uthuli |
1 |
|
8 |
Izingxenye zokususa uthuli |
Indlela yokususa uthuli yesibambi samathuluzi, indlela yokususa uthuli lwe-electrode powder brush ngemva kokusikwa |
3 |
|
10 |
Cindezela ukuhlanganiswa kwebhande |
I-Upper pressure belt mechanism, indlela yebhande eliphansi lokucindezela |
1 |
|
1 1 |
Izingxenye zokusonta |
I-winding differential shaft, isondo lokucindezela elijikajikayo, i-motor drive motor |
1 |
Izingxenye eziyinhloko
1,Umshini wokukhulula
a) Indlela yokuqaqa yamukela idizayini edidiyelwe kanye nebhentshimakhi yokuhlanganisa nawo wonke umshini ukuze kuqinisekiswe ukunemba kwawo wonke umkehlo wama-electrode avulekayo;
b) Ukwamukela ukulungiswa kwe-unwinding okuzimele kanye nesistimu ye-tension, ukusebenza kwe-electrode kanye nokulawula ukungezwani kuzinzile;
c) Sebenzisa-izinto zekhwalithi ephezulu futhi uthuthukise idizayini yesakhiwo ukuze uqiniseke ukuthi ukusebenza kwezinto zokwakha kanye nezinsimbi zesakhiwo kuhlangabezana nezidingo zokusebenzisa;
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Umnyango Wokuvula: |
3 inch air shaft ukuvuleka |
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Ukukhulula ububanzi: |
Ubukhulu Φ450 |
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Indlela yokulawula ukulungisa: |
Ukushintsha ngesandla/okuzenzakalelayo |
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Isistimu yokulungisa: |
Uhlelo lokulungisa ugesi wezithombe; ukushaywa kokulungisa okuphelele 0-100mm; |
|
Umnyango Wezinkinga: |
Ububanzi be-tension: 50-200N Ukunemba kokulawula ukucindezeleka: Ngaphansi noma okulingana no-±1.5N Indlela yokulawula ukushuba: isilawuli seluphu evaliwe |
2, Indlela yesibambi samathuluzi
a) Ukunemba kweleveli yomshini we-Micron, okuqinisekisa kangcono ukunemba kokuphuma kwe-blade;
b) Isihlalo sokuthwala esikhiphekayo sithuthukisa kakhulu isivinini sokushintsha ithuluzi;
c) Isibambi sethuluzi esihle-esilungisekayo, esingalungisa ukusebenzisana kwe-blade, silawule ama-burrs ngempumelelo futhi andise ukuphila kwe-blade;
d) Amarola alungisekayo ayengezwa ezinhlangothini zombili zesibambi sommese ukuze kube lula ukulungiswa kwe-engeli ye-electrode engena futhi ephuma kummese, kanye nokuxhumanisa inani le-blade engagement ukuze kuxazululwe ngempumelelo inkinga ye-wavy edge;
e) Isilinganiso sesivinini somugqa we-cutter ephezulu nephansi iyalungiseka, futhi idrayivu ithatha i-servo drive ezimele. Isilinganiso sejubane lomugqa singasethwa kusuka esikrinini ngokuya ngomphumela wokusika.
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Uhlaka lwe-slitting cutter: |
I-cutter yangaphezulu kanye ne-cutter ephansi ayilungiseki (ukuqinisekisa ukunemba nokuqeda umehluko owenziwe oluhlaza nokuphekiwe), futhi inani lokuluma liyalungiseka. |
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Isivinini somugqa womsiki ongenhla naphansi siyalungiseka, futhi isilinganiso sesivinini somugqa esilungile singakhethwa ngokuya ngenqubo yokusika kanye nomphumela. |
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Umsiki ongaphezulu ophansi ulungiswe ngesikhala esinembayo ukulungisa ububanzi bokuhlukanisa (ukunemba kobukhulu be-spacer ngu-+/-0.002mm) |
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Kunama-roller okulungisa ummese angaphakathi nangaphandle ngaphambili nangemuva kwesibambi sommese, futhi umsiki ongenhla nangaphansi wamukela i-servo drive ezimele. |
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I-electrode powder |
Akufanele kube nemfucumfucu esulekayo noma i-foil eveziwe ekujikeni, futhi kungabi sobala Umkhuba omangelengele futhi ophikisanayo Unqenqema lwe-Electrode lubushelelezi ngaphandle kwama-ruffles (ukuhluka kogqinsi konqenqema Kungaphansi noma kulingana no-5%) |
3, Umshini wokusonga
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Indlela ye-Electrode: |
Amasethi amabili ama-shafts ahlukene (amayintshi angu-3) ajikajikayo |
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Ububanzi bomoya: |
Ubukhulu Φ 350 mm |
|
Indlela ye-Demagnetization |
1. Induku kazibuthe isethwe ngemuva kwendlela yokususa uthuli ukuze kususwe uzibuthe; 2. Ibanga lokubeka phakathi kwezinhlangothi zangaphambili nangemuva kanye nempahla yokubopha ingalungiseka ku-5-10mm; 3. Amandla kazibuthe: 10000GS. |
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I-winding roller: |
Ama-shafts asongayo aphezulu naphansi anesethi yomshini wamasondo acindezelayo, okwenza ukusonteka kuqine futhi kuvimbele ngempumelelo amaphutha afana nokuqhuma konqenqema lomqulu; |
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Ingxenye ye-winding tension: |
Ububanzi be-tension : 50 - 100N ukunemba kokulawula: ± 1.5 N |
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Isakhiwo: Amasethi amabili e-shaft ehlukanisayo ejikajikayo, umfutho womoya we-shaft ohlukile ulawulwa yi-valve elinganayo kagesi. |
4,Indlela yokususa uthuli
Lonke isistimu ye-vacuum yomshini ngokuyinhloko isebenzisa-izindlela zokucwenga zezigaba eziningi, okuhlanganisa ukusika i-slitting cutter kanye{1}}nokuhlanza impushana yebhulashi elinezinhlangothi ezimbili ngemva kokusikwa . I-vacuuming yebhulashi isebenzisa indlela yokufaka i-roller brush kanye ne-dust box. Ibhulashi le-roller lilula ukuliqaqa futhi lingahlanzwa nganoma yisiphi isikhathi, okunciphisa ngokuphumelelayo ukuguquguquka kwe-electrode futhi lisuse ngokuphumelelayo uthuli lwe-electrode ngemva kokusika.
|
I vacuum cleaner |
1. Yakhiwe nge-centrifugal fan + filter kanye ne-chassis; 2. Amandla fan 3 KW, ivolumu yomoya 3500 cubic/H; 3. Isihlungi somoya esiyinhloko; 4. Ububanzi bokungena ngu-90, isivinini somoya 23 m/s. |
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Indlela yokususa uthuli |
1. Ukususwa kothuli lwezinto zokusika, ezihlukaniswe ngezakhiwo ezingaphezulu neziphansi; 2. Amasethi amabili ezindlela zokususa uthuli ezingemuva phezulu nangaphansi ukuze kuthuthukiswe ukususwa kothuli; 3. Reverse roller brush vacuuming; 4. Ibhulashi lishayelwa yi-stepper motor; 5. Umsiki ongezansi unomzila oqondile-ozwakalayo + wokuvala; 6. Ukumuncwa kwepayipi okuhlanganisiwe. |
Amacala ohlelo
Inkampani kazakwethu
