Umshini Wokugreda Ibhethri

Umshini Wokugreda Ibhethri uklanyelwe ukuhlola nokuhlunga amaseli ebhethri ayisilinda ye-lithium ngokuya ngamapharamitha kagesi akaliwe.Isistimu yesiteshi engu-5{8}}isekela amaseli angu-18650, 21700, 26650 no-32700 futhi ihlukanisa amaseli ngokusekelwe ekumelana ne-AC kwangaphakathi kanye ne-DC voltage.Umshini usebenzisa isilawuli sokuthinta esingu-3561 sesistimu ye-LC-precision high. Ibanga lokulinganisa ukumelana lingu-0–150 mΩ ngokunemba okucacisiwe kwe-±0.5% rdg, kuyilapho ukukalwa kwamandla kagesi kuvala u-0–10 V. Ngomthamo wokuhlunga ofika cishe ku-3,{18}} amaseli ngehora, umshini ulungele ukuhlolwa kweseli eliyisilinda, ukugredwa nokumataniswa ngaphambi kokuhlanganiswa kwephakethe lebhethri.

Thumela ukuPhenya

Incazelo

Uhlolojikelele Lwesevisi

Umshini Wokugreda Ibhethri ukala izici zikagesi zamaseli ebhethri ayisilinda bese uwahlela amashaneli ahlukene ngokuya ngezimo zokugreda ezisethiwe.

Amaseli alayishwa emshinini futhi ahlolwe ukumelana kwangaphakathi kwe-AC kanye ne-DC voltage. Imiphumela yokulinganisa iqhathaniswa namapharamitha okuhlunga asethwe esikrinini esithintwayo. Amaseli abe eseqondiswa eziteshini ezihambisanayo OK noma NG.

Ukucushwa okujwayelekile kunikeza iziteshi zokuhlunga ezinhlanu, okuhlanganisa iziteshi ezine ze-OK nesiteshi esisodwa se-NG. Ukucushwa kwesiteshi nakho kungenziwa ngendlela oyifisayo ngokwendlela yokugreda edingekayo.

Umshini usebenzisa isistimu yokulawula ye-PLC, ama-stepper motors kanye nezingxenye zomhlahlandlela womugqa wokuphatha amaseli nokuhlunga.Ukucushwa kwayo kwe-800 W kanye nesakhiwo esihlangene kuvumela ukuba kuhlanganiswe nezinqubo zokulinganisa ama-cylindrical cell ngaphambi kokuhlanganiswa kwephakethe lebhethri.

Izinsiza Ezihlobene

Umshini Wokushisela Amaseli Webhethri

I-Battery Pack Spot Welder

Isihloli Sephakethe Lebhethri

Umshini Wokuhlunga Ibhethri

Umshini Wokuhlanganisa we-Battery Pack

Imingcele yomshini

Inombolo yesiteshi.	Iziteshi ezi-5 / Ezenziwe ngokwezifiso
Ukuhlunga amagiya	4 KULUNGILE + 1 NG
Hlola imingcele	I-AC ukumelana kwangaphakathi ne-voltage ye-DC
Ukumelana	0–150 mΩ
Ukunemba kokumelana	±0.5% rdg
Amandla kagesi	0–10 V
Amandla	800 W
Amandla	Kufika kumaseli angu-3,000/ihora
Amaseli ahambisanayo	18650 / 21700 / 26650 / 32700
Usayizi wesisetshenziswa	1600 × 530 × 1430 mm
Isisindo	80 kg

Sekukonke izici

Isekela osayizi abajwayelekile bebhethri ye-lithium ehlanganisa i-18650, 21700, 26650 kanye ne-32700.

Ukucushwa kokuhlunga kweziteshi-ezinhlanu ezineziteshi ezine ze-OK nesiteshi esisodwa se-NG. Ukuhlelwa kwesiteshi kungenziwa ngendlela oyifisayo ngokuya ngemibandela yokugreda edingekayo.

7-intshi isikrini esithintwayo sombala sokusetha amapharamitha okuhlunga nokubuka imiphumela yokuhlolwa.

3561 okusezingeni-isihloli sokunemba sokumelana kwangaphakathi kwe-AC kanye nesilinganiso sikagesi se-DC.

I-PLC-isistimu yokulawula esekelwe nge-stepper motor drive kanye nezingxenye zomhlahlandlela womugqa wokuphatha amaseli.

Ihlinzeka ngemibandela yokuhlela elungisekayo ngokusekelwe kugesi kanye nobubanzi bokumelana nangaphakathi.

Umthamo wokuhlunga ungafinyelela cishe ku-3,000 18650 amaseli ngehora, kuye ngokucaciswa kweseli nezimo zokugreda.

Amapharamitha okugreda amaseli angalungiswa ngesikrini esithintwayo ngokuya ngevolthi edingekayo kanye nebanga lokumelana kwangaphakathi.

Isicelo Sokugreda Seseli Yebhethri eyicylindrical

Cylindrical Battery Cell Grading Application

Inkomba yohlelo lokusebenza

Our Cooperation

imibuzo ejwayelekile ukubuzwa

1. Usetshenziselwa ini umshini wokulinganisa ibhethri?

Umshini wokulinganisa ibhethri usetshenziselwa ukuhlola nokuhlunga amaseli ebhethri angamacylindrical ngokuya nezici zawo zikagesi. Ikala amapharamitha afana nokumelana kwangaphakathi kwe-AC kanye nogesi we-DC futhi yabela amaseli eziteshini ezihlukene ngokuya ngezimo zokugreda ezisethiwe.

2. Yimaphi amasayizi amaseli ebhethri angamacylindrical ongahlolwa umshini?

Umshini uklanyelwe osayizi abavamile bamaseli ayi-cylindrical okuhlanganisa u-18650, 21700, 26650 kanye no-32700. Abanye osayizi bamaseli angama-cylindrical bangabuye bahlolwe ngokusekelwe kuzidingo ezidingekayo zokuhlola nokuhlunga.

3. Yimaphi amapharamitha umshini wokulinganisa ibhethri uwakala?

Ukucushwa okujwayelekile kulinganisa ukumelana kwangaphakathi kwe-AC kanye ne-DC voltage. Ibanga lokulinganisa ukumelana elishiwo ngu-0–150 mΩ, kanti ububanzi bokulinganisa i-voltage bungu-0–10 V.

4. Mangaki amashaneli okuhlunga umshini onawo?

Umshini ojwayelekile usebenzisa iziteshi zokuhlunga ezinhlanu, ezilungiselelwe njengeziteshi ezine ze-OK kanye nesiteshi esisodwa se-NG. Inombolo nokuhlelwa kwamashaneli kungenziwa ngendlela oyifisayo ngokuya ngenqubo edingekayo yokuhlela amaseli.

5. Angakanani umthamo wokuhlunga womshini wokulinganisa ibhethri?

Umthamo wokuhlunga oshiwo ungafinyelela cishe amaseli angama-cylindrical angu-3,000 ngehora kuye ngosayizi weseli nezimo zokugreda.

6. Asethwa kanjani amapharamitha okugreda amaseli?

Amapharamitha wokugreda angafakwa futhi alungiswe ngesikrini esithintwayo esingu-7 inch. Ama-opharetha angasetha i-voltage edingekayo kanye nobubanzi bokumelana nangaphakathi ngokuya ngemibandela yokuhlela amaseli.

7. Ingabe umshini wokulinganisa ibhethri ungenziwa ngokwezifiso?

Yebo. Inani lamashaneli okuhlunga, osayizi bamaseli abasebenzayo kanye nokucushwa kokuphatha okuhlobene kungalungiswa ngokuya ngokucaciswa kweseli yebhethri yekhasimende kanye nezidingo zokugreda.

8. Ingabe umshini ungasetshenziselwa ukukhiqiza okuqhubekayo?

Yebo. Umshini uklanyelwe ukuhlola nokuhlungwa kwamaseli e-cylindrical okuqhubekayo futhi ungahlanganiswa nezinqubo zokukhiqiza iphakethe lebhethri lapho ukufanisa amaseli nokugreda kuyadingeka.