Imishini isetshenziselwa ukulungiswa okuzenzakalelayo kwama-electrode ebhethri ye-lithium ngaphambi kwenqubo yokusonta.
Umshini uhlanganisa ukuphakela kwethebhu, ukushisela, ukusetshenziswa kwetheyiphu yokuvikela kanye nemisebenzi yokubuyisela emuva i-electrode kuyunithi eyodwa.
Imishini isebenzisa ukulawula kwePanasonic PLC ukwenza ngokuzenzakalelayo inqubo yokushisela kanye nokugcina ikhwalithi yokucubungula i-electrode ezinzile ngesikhathi sokukhiqizwa kwebhethri ye-cylindrical lithium.
Imisebenzi yezisetshenziswa
Lo mshini usetshenziswa enqubweni yokulungiselela i-electrode ngaphambi kokuvala amaseli ebhethri:
1.Ithebhu kanye ne-electrode kushiselwe, faka iglue evikelayo ngaphambili nangemuva.
2.Umshini usebenzisa uhlelo lokulawula lwe-Panasonic PLC ukuze uthole ukuphakelwa kwethebhu okuzenzakalelayo, ukusika, ukushisela i-electrode, isicelo se-tape yokuvikela kanye nokuhlehlisa emuva.
3.I-Electrode welding kanye ne-tape application, ingafakwa kabusha ngokuzenzakalelayo ukuze isetshenziswe emishinini yokusonta ezenzakalelayo;
4. Lo mshini umshini ozishintshayo osetshenziswa enqubweni yokulungiselela ama-electrode ngaphambi kokusongelwa kweseli yebhethri.
5.Lo mshini unamateyipu okunamathisela e-cathode ne-anode aphezulu naphansi, kanye nokunamathela kwethebhu ephozithivu.
6.Wonke amaphutha kagesi ngesikhathi sokusebenza kwalo mshini anomsebenzi wokusheshisa i-alamu.
Isicelo Kunqubo Yokukhiqiza Ibhethri
Umshini wokushisela ibhethri ye-lithium electrode usetshenziswa ngaphambi kwenqubo yokusonta:
Ngemuva kwe-welding yethebhu kanye nesicelo se-tape yokuzivikela, ama-electrode acutshunguliwe adluliselwa emishini yokufaka umoya othomathikhi yokukhiqiza ibhethri ye-cylindrical lithium cell.
Inqubo yokukhiqiza:
I-Electrode Coating → Calender → Slitting → Ukushisela Ithebhu & Taping → Wining → Ukuhlanganisa Iseli
Izisetshenziswaimingcele yezobuchwepheshe
Imodeli: SZO-80B-N
|
S/N |
Into |
Ipharamitha |
Phawula |
|
1 |
Ubude be-electrode eyodwa |
300-1500 mm ubude |
Ngokwenqubo yekhasimende |
|
2 |
Ukunemba kwendawo yethephu yethebhu |
A: ±0.5mm |
|
|
3 |
ukunemba kobude bethebhu |
B: ±0.5mm |
|
|
4 |
Iphutha lendawo yokushisela ithebhu |
C: ±0.5mm |
|
|
5 |
Ukuchezuka kwe-welding yethebhu |
D: ±1 degree |
|
|
6 |
Ukunemba kokuvuza kwethebhu |
E: Ngaphansi noma kulingana no-± 0.5 mm |
|
|
7 |
I-tab welding tensile force |
Kukhulu noma kulingana no-10N |
Shunla |
|
8 |
Impilo yesevisi yekhanda lokushisela |
I-electrode enhle: Ukugaya ngemva kwemijikelezo yokushisela engu-300,000 |
Okubili-Izinhlangothi |
|
9 |
I-Electrode ne-tab cutting burrs |
i-electrode Ngaphansi noma ilingana no-0.015, ithebhu Ngaphansi noma ilingana no-0.025 |
|
|
10 |
Ukunemba kobude betheyiphu |
±0.5mm |
|
|
1 1 |
Izinga lokufaneleka lomkhiqizo |
9 8 .5% |
|
|
1 2 |
Izinga lokusetshenziswa |
95% |
Ngaphandle kokuxazulula inkinga phakathi kwemizuzu eyi-10 |
|
1 3 |
Isivinini sokukhiqiza |
I-electrode yebhethri engu-18650 , umjikelezo wokukhiqiza cishe u-28 - 35 PCS/min ( ithebhu eyodwa) |
ubude nobubanzi be-electrode |
Izisetshenziswasebenzisa imvelo
1. Ubukhulu: 2 040 (L) × 1 050 mm (W) × 1689 mm (H)
2. Isisindo: mayelana ne-1100 KG.
3. Ukunikezwa kwamandla : AC220V, isigaba esisodwa; ukushintshashintsha kwamandla kagesi kungaphansi kuka-±10%; amandla: 5KVA
4. Umoya ocindezelwe: 0.4-0.7Mpa (4-7kgf/cm²), izinga lokugeleza komoya ngamunye ocindezelwe ngu-180L/min, futhi izinga lokusebenzisa lingu-50%.
5. Ukushisa kwe-ambient: 20-35℃.
6. Umswakama ohlobene: 5-55%HR.
7. Ukuhlanzeka kwemvelo: hhayi ngaphansi kweClass 100,000, ngaphandle kwegesi egqwalayo, uketshezi noma igesi eqhumayo esizeni.
Okubalulekileimininingwane kanye nezidingo:
1,Izincazelo zezinto:
| Okubalulekile | Ukondla | Ubude | Ububanzi | Ubukhulu | Ubukhulu be-OD | I-ID |
|---|---|---|---|---|---|---|
| Ithebhu | Ikhoyili | 30-70 | 3-6 | 0.1 | 100-150 | 76.2 |
| I-Electrode | Ikhoyili | 300-1500 | 30-65 | 0.1 | 100-280 | 76.2 |
| Itheyiphu yokuzivikela | Ikhoyili | 40-70 | 5-25 | 0.2 | 50-80 | 76.2 |
2, ubukhulu be-reel ububanzi 400mm:
1.I-electrode yebhethri: i-electrode enamathelayo yebhethri, ukujiya kwe-electrode aluminium foil 5 ~ 20um, cindezela i-electrode coating roller cindezela ngokuqhubekayo ukusika kube ububanzi obucacisiwe, iphutha lobubanzi ± 0.2mm, iphutha lokuzulazula kwe-electrode elingaphansi kuka-± 1.0mm /1000mm, kanye ne-reeled engu-4 mm ububanzi, i-reeled engu-3-inch engu-0; ukunemba kwe-reeling ± 1.0mm; Iphutha lokungaguquguquki kokunamathela okuphakathi < ± 0.5mm (ukunamathela, ukusika), ukushisela ithebhu ububanzi obungenalutho okungenani obungu-2mm ububanzi kunethebhu;
2.I-tape yokunamathisela inamathiselwe ngobubanzi be-electrode, iphutha lobubanzi be-adhesive tape ngu-± 0.2mm (i-tape material), futhi akulula ukuphuka lapho uvula itheyipu yokunamathisela;
3. Iphutha lobubanzi bethebhu: ±0.1mm, iphutha le-mender yethebhu: 0.2mm/500mm (okuqukethwe kwethebhu).
Amanothi:
(1) I-electrode eqondile ifakwe emgqeni omude;
(2) Indlela yokuthola iwukuhlola okuqinile;
( 3 ) Le mishini inikeza kuphela izingxenye ezicacisiwe zemodeli yokwamukela.
FAQ
Q: Usetshenziselwa ini umshini wokushisela we-lithium battery electrode?
A: Lo mshini usetshenziselwa ukushisela ithebhu okuzenzakalelayo, isicelo setheyiphu yokuvikela kanye nokuhlehlisa i-electrode ngaphambi kwenqubo yokuvala ibhethri.
Umbuzo: Imaphi amaseli ebhethri angasebenzisa lo mshini?
A: Umshini usetshenziselwa ikakhulukazi ukukhiqizwa kwebhethri ye-cylindrical lithium, kufaka phakathi i-18650 namanye amafomethi amaseli angama-cylindrical.
Q: Yiziphi izinqubo ezihlanganiswe kule mishini?
A: Umshini uhlanganisa ukuphakela kwethebhu, ukushisela, ukusetshenziswa kwetheyiphu kanye nokubuyisela emuva i-electrode.