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I-4S 12V LiFe Po4 Ibhethri 3.2V 30A BMS Ibhodi Lokuvikela Ibhethri - Vikela Isistimu Yakho Yebhethri

Name: I-4S 12V LiFe Po4 Ibhethri 3.2V 30A BMS Ibhodi Lokuvikela Ibhethri - Vikela Isistimu Yakho Yebhethri
Brand: Nemoah
SKU: 10004316
Price: 450.00 ZAR
Availability: InStock

R 450.00

Quantity

Kuphela 4 izinto ezisele esitokweni!

I-4S 12V LiFe Po4 Ibhethri 3.2V Ibhodi Lokuvikela Amandla "Imbobo Evamile" 30A Enomsebenzi Wokulinganisa Ukuvikelwa Kwezinga lokushisa, Ukuvikelwa Okudlulele, i-BMS (10004316)

I-BMS ngeyokusebenzisa ibhethri, izintambo ezahlukene azihambisani.

Isb: I-13S BMS, ayikwazi ukusetshenziselwa ibhethri le-10S, ingasetshenziswa kuphela kubhethri le-13S.

Incazelo:

Ububanzi: I-voltage yegama yibhethri ye-lithium engu-3.2V (kuhlanganise ne-18650, 26650, ibhethri le-polymer).

Umsebenzi: Umsebenzi wokuvikela ukushajwa ngokweqile, umsebenzi wokuvikela ukukhishwa, umsebenzi wamanje wokuvikela, umsebenzi wokuvikela isekethe emfushane, umsebenzi wokulawula ibhalansi yebhethri, umsebenzi wokuvikela izinga lokushisa.

Imikhiqizo: I-7S noma ngaphezulu ithatha isekethe yesikimu esihlanganisiwe se-Zhongying, futhi i-7S noma ngaphansi isebenzisa isekethe yesikimu sesigaba esisodwa se-cascade.

Ukuvikelwa kwezinga lokushisa

I-3-7S ifakwe inzwa yokushisa yomshini, ekwazi ukubona imisebenzi efana nokushajwa ngokweqile nokuvikelwa kwezinga lokushisa, ithuthukise ngempumelelo ukuphepha kokusetshenziswa kwebhethri, nokuxazulula izingozi zokuphepha ezingaba khona ezibangelwa ukubaleka okushisayo kwamabhethri.

I-Zhongying Integrated Circuit Solution

I-4S 12V LiFe Po4 Ibhethri 3.2V Ibhodi Lokuvikela Amandla 10A-180A Nokulingana Kokuvikelwa Kwezinga lokushisa Umsebenzi Wokuvikela Okwedlulele we-BMS Ibhodi Lokuvikela Ibhethri

Ibhodi lokuvikela liphendula ngokunembile nangokuzwela, elinezinzuzo eziningi kunesixazululo sendabuko, lilondoloza indawo yesifunda, futhi imingcele ingalungiswa ngokuvumelana nokwenza ngokwezifiso kwekhasimende ukuze kuzuzwe umsebenzi wokuvikela ukunqanyulwa.

Upende wobufakazi obuthathu

Wonke amasekhethi ahlanganiswe ngama-anti-paint amathathu, angavimbela ngempumelelo ukulimala kwe-electrostatic, avimbele amasekhethi amafushane okubangelwa izindawo ezinomswakama, avimbele ukugcotshwa komoya, futhi andise impilo yesevisi.

Ikilasi elisha A MOS

Ukusetshenziswa kwe-AVIC MOS kungaqinisekisa ikhwalithi yomkhiqizo, ukumelana okuphansi kwangaphakathi ngesikhathi sokukhishwa, nokukhuphuka kwezinga lokushisa eliphansi ngesikhathi sokukhishwa kwesikhathi eside, ngaphandle kokuthinta ukukhishwa kwebhethri, okwenza ukulawula kuphephe.

Ukukhipha ukushisa okuqinile

I-sink yokushisa i-anodized, futhi ijeli ye-silica ebamba ukushisa iyagcinwa ukuze kuthuthukiswe ukusebenza kahle kokukhipha ukushisa. Isakhiwo sisobala futhi sinendawo yokushisa engcono kunohlobo oluvaliwe. Ukukhishwa kwesikhathi eside akuthinti ukusebenza.

Iyashaja

Ishaja yamanje: Kuyafana ne-continuous current

I-voltage yokushaja: 14.8V

Ukuvikela ngaphezulu kwenkokhiso

I-voltage yokuthola ukushajwa ngokweqile:3.7V±0.05V

I-voltage yokukhishwa ngokweqile: 3.6V±0.05V

Ukubambezeleka kokuvikelwa kwe-overcharge: 600uS

Ukuvikelwa kokukhipha ngokweqile

I-voltage yokuvikela ukukhishwa: 2.2V ± 0.1V

I-voltage yokukhishwa kokukhipha ngaphezulu: 2.5V± 0.1V

Ukulibaziseka kokukhipha okungaphezulu: 600uS

Ibhalansi

I-voltage yokuthola ibhalansi: 3.55V

I-voltage yokukhishwa elinganisiwe: 3.55V

Ibhalansi yamanje:35mA±5mA

Ukuvikelwa kokukhipha

Isimanje esisheshayo: imanje eqhubekayo * 2.5

Ukubambezeleka kokutholwa kwamanje:600uS

Ukukhipha okungaphezulu kokubona i-voltage: 100mV

Isimo sokukhishwa sokuvikela okudlulele: Nqamula umthwalo

Ukuvikelwa kwesifunda esifushane

Isimo sokuvikela isekethe emfushane: Umthwalo wangaphandle wesekethe

Ukubambezeleka kokutholwa kwesekethe emfushane:600uS

Isimo sokukhululwa sokuvikela isekethe emfushane: Nqamula umthwalo

Ukuvikelwa Kwesikhashana

Izinga lokushisa lokushaja: ≤65 ℃

Izinga lokushisa lokukhipha: ≤65 ℃

Susa ukuvikelwa kokulawula izinga lokushisa: ngaphakathi kwezinga lokushisa lokusebenza

Ukumelana kwangaphakathi

Isekethe enkulu ukumelana nokumelana: ≤10mΩ

Ugesi ozimele uyadla

Ukusebenza kwamanje:≤100uA

Imodi yokulala (uma ibhethri seliphele kakhulu):≤20uA

ITemp Esebenzayo

izinga lokushisa: -20 ℃/+80 ℃

Okuqukethwe Kwephakheji:

1 x 4S 12V LiFe Po4 Ibhethri 3.2V Ibhodi Lokuvikela Amandla 30A

Ukusebenza:
1. Intambo iqala ocingweni olumnyama oluncane oluncane oluxhuma u-B-, ucingo lwesibili (intambo ebomvu encane) ixhunywe esigxotsheni sebhethri lokuqala, futhi isigxobo esiphozithivu sebhethri ngalinye sixhunywa ngokushintshana kuze kube yilapho intambo yokugcina ebomvu ixhunywe ku-B+;
2. Ngemva kokuxhuma ikhebula, ungafaki ipulaki ngqo ku-BMS. Linganisa i-voltage phakathi kwamatheminali amabili ensimbi ancikene ngemuva kwepulaki. Uma i-voltage yebhethri ye-terpolymer kufanele ibe phakathi kuka-2.8V no-4.2V, ibhethri ye-iron-lithium kufanele ibe phakathi kuka-2.5V no-3.65V.
3. Ngemva komugqa wezintambo olungile nokuqinisekisa i-voltage, faka isokhethi ye-BMS.
4. Ulayini webhodi lokuvikela B (umugqa owugqinsi oluhlaza okwesibhakabhaka) uxhunywe esigxotsheni esinegethivu sephakethe lebhethri.
5. Ngemva kokuba izintambo seziqediwe, linganisa ukuthi ingabe ingqikithi yamandla kagesi wephakethe lebhethri kanye nengqikithi yamandla kagesi adlula ku-BMS kuyalingana. Uma zihlukile, hlola futhi ngokuya ngomugqa wezintambo ongenhla.

Amathiphu:
Ibhodi lokuvikela iphakethe lebhethri, eliwumkhiqizo osuphelile wemikhiqizo ye-elekthronikhi, liyingxenye egqokwayo uma kwenzeka lisetshenziswa kabi. Uma ungaqondi ukuthi isetshenziswa kanjani, sicela ufunde imanuwali ngokucophelela noma ubuze isevisi yamakhasimende. Noma yikuphi ukusetshenziswa okungalungile kuzoshisa i-front-end yesampula resistor. Ngeke samukele izingxabano ezinjalo zokulimala kwamakhasimende. Sicela ungathengi uma unendaba.