Lo matshini wenzelwe ukulungiswa kwe-electrode ye-lithium yebhetri ngokuzenzekelayo ngaphambi kwenkqubo yokucima.
Idibanisa ukutya kwethebhu, i-electrode welding, i-tape yokukhusela isicelo kunye nemisebenzi yokubuyisela umva kwinkqubo enye.
Isixhobo sisebenzisa ulawulo lwePanasonic PLC ukwenza ngokuzenzekelayo ukutya kwethebhu, ukusika, i-welding, i-tape yesicelo kunye nokusebenza kokubuyisela umva.
Imisebenzi yezixhobo
Lo matshini usetyenziselwa ukuwelda ithebhu ngokuzenzekelayo kunye nesicelo seteyiphu kwi-lithium{0}}i-electrode zebhetri yeion:
I-1.Ithebhu ifakwe kwi-electrode, ilandelwa yi-tape yokukhusela isicelo kumacala omabini.
2. Lo matshini wamkela inkqubo yolawulo ye-Panasonic PLC ukuqonda ukutya kwethebhu ngokuzenzekelayo, ukusika, ukuwelda, ukusetyenziswa kweteyiphu kunye nokubuyisela umva.
I-3
4. Umatshini unokudibaniswa kunye ne-electrode rolling kunye neenkqubo zokuqhawula ukuxhasa ukulungiswa kwe-electrode ngokuzenzekelayo.
5. Lo matshini une-cathode kunye ne-anode ephezulu kunye neeteyiphu zokuncamathelisa ezisezantsi, kunye nokuncamathelisa kwethebhu elungileyo.
6. Umatshini ubonelela ngezaziso ze-alam kwiimpazamo zombane ngexesha lokusebenza.
Isicelo kwiNkqubo yokuLungiselela i-Electrode
Lo matshini usetyenziswa kwinqanaba lokulungiselela i-electrode phambi kokujika kweeseli zebhetri. Emva kwe-tape ye-welding kunye ne-tape yokukhusela isicelo, i-electrode esetyenzisiweyo idluliselwa kumatshini wokujija ngokuzenzekelayo ukuveliswa kwebhetri ye-cylindrical lithium.
Iiparamitha zobuGcisa
| Hayi. | Into | Ipharamitha | Phawula |
|---|---|---|---|
| 1 | Ubude be-electrode enye | 300-1500 mm | Ngokwenkqubo yabathengi |
| 2 | Itheyiphu yeteyiphu yokuchaneka kwendawo | ±0.5 mm | - |
| 3 | Ukuchaneka kobude bethebhu | ±0.5 mm | - |
| 4 | Impazamo yendawo ye-welding | ±0.5 mm | - |
| 5 | Ukuphambuka kwe-welding yethebhu | ±1 isidanga | - |
| 6 | Ukuchaneka kokuvuza kwethebhu | Ngaphantsi okanye ilingana no ±0.5 mm | - |
| 7 | Tab welding tensile force | Enkulu kuno okanye ilingana no 10 N | - |
| 8 | Ubomi benkonzo yentloko yokuwelda | 300,000 amaxesha | Ukusila kwe-electrode ephilileyo,-macala amabini |
| 9 | I-Electrode kunye ne-tab yokusika i-burr | I-Electrode Ngaphantsi okanye ilingana no-0.015 mm; Ithebhu Ngaphantsi okanye ilingana no-0.025 mm | - |
| 10 | Tape ubude ukuchaneka | ±0.5 mm | - |
| 11 | Izinga lokufaneleka kwemveliso | 98.5% | - |
| 12 | Izinga lokusetyenziswa | 95% | Ngaphandle kokusombulula ingxaki ngaphakathi kwe-10 min |
| 13 | Isantya sokuvelisa | 28-35 iipcs / min | Ngokusekwe kwi-electrode ye-18650, ithebhu enye |
Izixhobosebenzisa okusingqongileyo
1. Imilinganiselo: 2 040 (L) × 1 050 mm (W) × 1689 mm (H)
2. Ubunzima: malunga ne-1100 KG.
3. Ukunikezelwa kwamandla : AC220V, isigaba esisodwa; ukuguquguquka kwamandla ombane kungaphantsi kwe ±10%; amandla: 5KVA.
4. Umoya oxinzelelweyo: 0.4-0.7Mpa (4-7kgf / cm²), izinga lokuhamba komoya ngamnye oxinyiweyo ngu-180L / min, kwaye izinga lokusetyenziswa yi-50%.
5. Ubushushu be-Ambient: 20-35 degree.
6. Ukufuma okuhambelanayo: 5-55% HR.
7. Ukucoceka kokusingqongileyo: hayi ngaphantsi koKlasi lwe-100,000, kungekho gesi eyonakalisayo, ulwelo okanye irhasi eqhumayo kwisiza.
Izinto eziphathekayoiinkcukacha kunye neemfuno:
1,IiNgcaciso zeMathiriyeli:
| Izinto eziphathekayo | Indlela Yokutyisa | Uluhlu lobude | Uluhlu Olubanzi | Ukutyeba | Ubukhulu be-OD | Isazisi |
|---|---|---|---|---|---|---|
| Ithebhu | Ikhoyili | 30-70 mm | 3-6 mm | 0.1 mm | Φ400 mm | Φ76.2 mm |
| I-Electrode | Ikhoyili | 300-1500 mm | 30-65 mm | 0.1 mm | Φ400 mm | Φ76.2 mm |
| Iteyiphu ekhuselayo | Ikhoyili | 40-70 mm | 5-25 mm | 0.2 mm | Φ180 mm | Φ76.2 mm |
2,Iimfuno zezinto eziphathekayo:
1.I-electrode yebhetri: i-electrode yokugquma ibhetri, ubukhulu be-electrode aluminiyam foil 5 ~ 20um, i-electrode coating roller press continuing slitting kububanzi obukhankanyiweyo, impazamo yobubanzi ± 0.2mm, impazamo ye-electrode meandering engaphantsi kwe-± 1.0mm /1000mm, kunye ne-reeled eyi-0 ye-reeled ene-3mm ye-reeled ene-3mm ye-reeled ene-3mm ukuchaneka kwe-reeling ± 1.0mm; impazamo yokungaguquguquki okokoko < ± 0.5mm (i-coating, slitting), i-tab welding ububanzi obungenanto ubuncinane be-2mm ububanzi kunethebhu;
I-2.I-tape yokubambelela ifakwe kunye nobubanzi be-electrode, impazamo yobubanzi be-adhesive tape yi-± 0.2mm (i-tape material), kwaye akulula ukuphuka xa uvula i-adhesive tape;
3.Impazamo yobubanzi beTab: ±0.1mm, impazamo ye-tab meander: 0.2mm/500mm (i-tab imathiriyeli).
Amanqaku:
(1) I-electrode efanelekileyo idityaniswe kumgca omde;
(2) Indlela yokufumanisa luvavanyo olunzima;
( 3 ) Esi sixhobo sibonelela kuphela ngeengxenye ezicacileyo zemodeli yokwamkela.
FAQS
Umbuzo: Lo matshini welding we-electrode usetyenziselwa ntoni?
A: Lo matshini usetyenziselwa ukudibanisa ithebhu ngokuzenzekelayo, isicelo se-tape yokukhusela kunye nokubuyisela i-lithium ibhetri ye-electrode phambi kwenkqubo yokucima.
Umbuzo: Ngaba lo matshini unokusebenza zombini i-cathode kunye ne-anode electrode?
A: Ewe. Isixhobo sixhasa i-cathode kunye ne-anode electrode processing kunye ne-tape welding kunye ne-adhesive tape application.
Umbuzo: Yeyiphi inkqubo yokuvelisa ibhetri lo matshini usetyenziswa kuyo?
A: Umatshini usetyenziswa kwinqanaba lokulungiselela i-electrode ngaphambi kokuba i-lithium ibhetri yeseli yomoya.
Umbuzo: Ngowuphi umgca wokuvelisa ibhetri lo matshini onokusetyenziswa nawo?
A: Lo matshini usetyenziswa kakhulu phambi kwenkqubo yokucima i-cylindrical lithium imigca yokuvelisa ibhetri kwaye inokudibaniswa nezixhobo ezizenzekelayo.
Umbuzo: Ziziphi iinkqubo ezibandakanya lo matshini we-electrode welding?
A: Umatshini udibanisa ukutya kwethebhu, i-tab welding, i-tape yokukhusela isicelo kunye ne-electrode rewinding kwinkqubo enye.