Ukubuka konke komshini
I-SZO-PF4 iwumshini ohlangene wokugcwalisa i-electrolyte wamaseli ebhethri e-lithium ion. Ikhipha umjovo we-electrolyte ngaphambi kwenqubo yokuvala iseli.
Umshini uhlanganisa indlela yokumisa ibhethri, umlomo womjovo kanye{0}}nesistimu yomjovo wamaphampu amaningi. Uhlelo lomjovo luqukethe amasethi amabili amaphampu omjovo awuketshezi ayi-16. I-PLC nesixhumi esibonakalayo sesikrini esithintwayo kusetshenziselwa ukusebenza komshini nokuqapha inqubo.
Izinto zokusebenza zingasetshenziswa njengengxenye yenqubo yokuhlanganisa amaseli ebhethri lapho ivolumu yokukhiqiza noma izidingo zenqubo zingadingi uhlelo lokugcwalisa i-electrolyte oluzenzakalelayo ngokuphelele.
Ukuhambisana Kwebhethri
I-SZO-PF4 yakhelwe amaseli ebhethri e-lithium ion ayi-cylindrical. Amafomethi weseli ajwayelekile afaka:
● 18650
● 21700
● 26700
● 32700
Ukuhambisana kweseli kufanele kuqinisekiswe ngokuvumelana nobukhulu beseli, ukulungiswa kwesakhiwo kanye nenqubo yokugcwalisa ngaphambi kokukhethwa kwemishini.
Inqubo Yokugcwalisa I-Electrolyte
I-SZO-PF4 isetshenziswa ngemva kwezinyathelo ezidingekayo zokuhlanganisa iseli nangaphambi kokuvala. Inqubo yokugcwalisa eyisisekelo ihlanganisa:
1. Ukuma kweseli
Iseli yebhethri ibekwe endaweni yokugcwalisa.
2. Ukusebenza kwe-vacuum
Uhlelo lwe-vacuum lusetshenziswa ngesikhathi senqubo yokugcwalisa i-electrolyte.
3. Umjovo we-Electrolyte
I-Electrolyte ilethwa ngomjovo womjovo kusetshenziswa-isistimu yomjovo wamaphampu amaningi. Uhlelo luhlanganisa amasethi amabili amaphampu omjovo we-liquid ayi-16.
4. Ukulawula inqubo
I-PLC nesixhumi esibonakalayo sesikrini esithintwayo kusetshenziselwa ukusebenza komshini nokuqapha inqubo.
5. Dlulisela kunqubo elandelayo
Ngemuva komjovo we-electrolyte, iseli liya esinyathelweni esilandelayo sokuvala noma sokucubungula ngokuya ngokucushwa komugqa wokukhiqiza.
Izinhlelo zokusebenza
Umshini Wokugcwalisa Ibhethri Electrolyte ungasetshenziselwa:
● I-cylindrical lithium ion cell cell assembly
● I-R&D yebhethri nokuthuthukiswa kwelabhorethri
● Ukukhiqiza{0}}isikali sebhethri
● Ukukhiqiza{0}}inqwaba yamaseli
● Ukuqinisekiswa kwenqubo yokugcwalisa i-Electrolyte
● Ukuhlolwa kwempahla yokukhiqiza ibhethri
Ipharamitha Yezinsiza Eziyisisekelo
| Into | Ukucaciswa |
|---|---|
| Imodeli | I-SZO{{0}PF4 |
| Isicelo | Amaseli ebhethri e-cylindrical lithium ion |
| Ukunikezwa kwamandla kagesi | Isigaba esisodwa-se-AC 110 V, 50 Hz |
| Umoya Ocindezelwe | 0.4–0.6 MPa |
| Isistimu ye-Vacuum | 1 isethi |
| I-Automatic Injection Displacement Mechanism | 1 isethi |
| Uhlelo lomjovo | 1 isethi |
| Amaphampu Omjovo Owuketshezi | 2 amasethi, 16 amaphampu isethi ngayinye |
| I-Battery Positioning Mechanism | 1 isethi |
| Umjovo Nozzle Mechanism | 1 isethi |
| Uhlelo Lokukala | Akufakiwe |
| I-Automatic Weigh Manipulator | Akufakiwe |
| Isistimu Yokudonsa Okugeleza | Akufakiwe |
| I-PLC | I-Panasonic |
| Isikrini sokuthinta | I-Weinview* |
| Isilinda kagesi / Idrayivu | I-Airtac |
| I-Air Cylinder | I-Airtac |
| Isisindo Sezisetshenziswa | 120 kg |
| Usayizi Webhokisi Lokulawula | 790 × 600 × 440 mm |
| Usayizi Wezisetshenziswa | 906 × 414 × 790 mm |
| Amandla Okukhiqiza | Kuncike ohlotsheni lweseli kanye nenqubo |
*Sicela uqinisekise isipelingi somkhiqizo wesikrini esithintwayo ngaphambi kokushicilela.