Umatshini wokuGrooba iiSeli zeCylindrical

Umtshini we-Cylindrical Cell Grooving Machine uyilelwe ukwenza i-groove echanekileyo ejikelezayo kwicandelo eliphezulu leetoti zebhetri ezisilinda phambi kokuhlanganiswa kunye nokutywinwa. Umatshini usebenzisa i-motor-eqhutywa i-grooving roller ukwenza inkangeleko yegroove efunekayo ngelixa ugcina indawo elawulwayo ngexesha lokucubungula.Ixhasa ubungakanani beeseli eziqhelekileyo zecylindrical eziquka 18650, 21700, 26700 kunye ne-32700. Ubunzulu begroove, ububanzi kunye nobude bebhetri bunokulungelelaniswa ngokuhambelana ne-micrometer ecacileyo kunye ne-Withpoint ulwakhiwo oluthe nkqo, ukusebenza kwesikrini esichukumisayo kunye nesixhobo sokugawula esilungelelanisiweyo, umatshini ulungele ukuveliswa kwebhetshi ye-cylindrical lithium{9}}iion kunye neeseli zebhetri zesodium{10}}.

Thumela u kuphanda

Inkcazo

Isebenza njani iCylindrical Cell Grooving

Ibhetri ye-cylindrical inokubekwa kwisikhululo se-grooving ngaphambi kokuzaliswa okulandelayo, i-cap assembly kunye neenkqubo zokutywinwa. Irola -eqhutywa yinjini isebenzisa amandla alawulayo okubumba ajikeleze icandelo eliphezulu letoti yentsimbi ukwenza umjelo ofunekayo ojikelezayo.

Ubungakanani begroove bunokulungelelaniswa ngokuhambelana noyilo lweseli. Iindlela zeMicrometer zisetyenziselwa ukulungiswa kakuhle kobunzulu begroove, ububanzi kunye nobude bebhetri, ngelixa ukubekwa kwamanqaku amathathu kunceda ukugcina ulungelelwaniso olungaguqukiyo ngexesha lemveliso yebhetshi.

I-groove egqityiweyo ibonelela ngesakhiwo esifunekayo sokumisa indibano ye-cap elandelayo kunye nokutywinwa. Kwiifomathi ezahlukeneyo zeeseli ze-cylindrical, i-SZO inokuqwalasela izixhobo ezifanelekileyo kunye nemilinganiselo yenkqubo ngokwemizobo yeeseli zomthengi kunye neemfuno zokuvelisa.

Itekhnoloji kunye neNkqubo

36020251226110637

Iiparamitha ezisisiseko

1. Ixabiso lombane: 220V 50Hz

2. Amandla alinganisiweyo: 1.5 kw

3. Uxinzelelo lomoya osebenzayo: 6kgf / cm2

4. Iinkcukacha: 18650 / 21700/26700/32 700

5. Imilinganiselo epheleleyo (ubude × ububanzi × ukuphakama): 1150 × 710 × 1 600 mm (kuxhomekeke kwimilinganiselo yokwenene)

6. Ukuzinza kokuqalisa ukusebenza kwesixhobo kukhulu kune-98%.

7. Ukusebenza kakuhle: 20 pcs / min

8. Umbala wesixhobo: (ungenziwa ngokweemfuno zabathengi)

Iiparamitha zobuGcisa

Into	Uluhlu lweparamitha (mm)	Unyamezelo oluchanekileyo	Imbonakalo
Ukuphakama kwegxalaba lokukhula H3		±0.1	Ithebhu ayinamonakalo okanye imibimbi; iqokobhe lentsimbi alinantandabuzo okanye amaqhekeza
I-groove yangaphakathi idiameter D2		±0.08
Ukuqengqeleka komphantsi wegroove H2		±0.1
Ubude bubonke H1		± 0.15
Slot kwidayamitha yangaphandle D1		±0.08
Yonke le milinganiselo yenkqubo engentla ingalungelelaniswa phakathi koluhlu oluKhulu kuno okanye olulingana no-2mm

Iimpawu zokusebenza

1. Lo matshini usebenzisa i-interface yokusebenza kwesikrini sokuchukumisa, ekulula ukuyisebenzisa.

2. Isitovu siqhutywa yinjini endaweni yesilinda yemveli (engathintelwanga luxinzelelo lomoya).

3. Umatshini unesakhiwo esithe nkqo, esilungele ukukhutshwa kwemveliso kunye nokuqokelela, unokuhambelana kakuhle, kwaye ufanelekile ukuveliswa kwebhetshi.

4. Ubunzulu be-groove kunye nobubanzi buhlengahlengiswa nge-micrometer, ngokuchaneka okuphezulu kunye nokulungelelaniswa okulula

5. Ubude obupheleleyo bebhetri kunye nokuphakama okuphezulu kunokulungiswa nge-micrometer

6. (I-Hob, intloko, umsila) ezintathu{1}}ukubekwa kwamanqaku kuchanekile kwaye kuhlengahlengiswa kakhulu

7. Intloko ephezulu ithatha{1}}uyilo oluhle ukuququzelela uhlengahlengiso lobude

Inkqubo yokulawula kunye neMigangatho yoMgangatho

1. I-PLC yokulawula: Mitsubishi Xinjie

2. Isantya sokulawula imoto: Zhongda

3. Isilinda: AirTac

4. Ivalve yeSolenoid: AirTac

5. Uluvo: AirTac

6. Touch screen: Kunlun Tongtai

7. Linear guide kaloliwe: Taiwan Hiwin

Uluhlu lweendawo zokunxiba kunye neentsimbi

S/N	Into	Izinto eziphathekayo	Ubungakanani
1	I-grooved shaft intloko	DC53	1
2	Roll groove phantsi die	ICarbide enesamente	1
3	I-Hob	DC53	1

Imibuzo ebuzwa qho

Zeziphi iiseli zebhetri zecylindrical ezinobungakanani benkqubo yomatshini wokuhlamba?

Ubumbeko oluqhelekileyo luxhasa i-18650, i-21700, i-26700 kunye ne-32700 yeeseli zebhetri ze-cylindrical. Obunye ubungakanani beeseli bunokuvavanywa ngokusekelwe kwisixhobo esifunekayo kunye noqwalaselo lomatshini.

Sithini isantya soveliso somatshini we-cylindrical cell grooving?

Ukusebenza kakuhle okulinganiselweyo ukuya kuthi ga kwiiseli ezingama-20 ngomzuzu. Esona santya semveliso sixhomekeke kubungakanani beeseli, iinkcukacha zegroove, izixhobo kunye noseto lwemveliso.

Ingaba imilinganiselo yegroove ihlengahlengiswa njani?

Ubunzulu begroove kunye nobubanzi bunokulungiswa kusetyenziswa iindlela ze-micrometer. Intloko ephezulu kunye nobude bebhetri nako kungalungiswa{1}}ngokomlinganiselo weseli efunekayo.

Ngaba umatshini unokwenziwa ngokwezifiso kwiiseli zebhetri zecylindrical ezahlukeneyo?

Ewe. I-SZO inokuqwalasela i-grooving tooling kunye nezicwangciso zenkqubo ngokwemilinganiselo yeeseli zomthengi, iprofayili ye-groove kunye neemfuno zokuvelisa.

Ngaba lo matshini unokuhlanganiswa kumgca wokuvelisa ibhetri yecylindrical?

Ewe. Umatshini unokudityaniswa kwi-cylindrical lithium - ion kunye ne-sodium-imigca yokuvelisa ibhetri yeion kwaye inokulungiswa ngokwenkqubo yokuvelisa kunye neenkcukacha zeseli.