I-Smart BMS 4S LiFePo4 12V 24V 36V 48V 30A~500A Li-Ion LTO 3S 7S 8S 10S 12S 13S 16S 24S bms balance board bluetooth APP yelanga Umfanekiso obonisiweyo
  • I-Smart BMS 4S LiFePo4 12V 24V 36V 48V 30A~500A Li-Ion LTO 3S 7S 8S 10S 12S 13S 16S 24S bms balance board bluetooth APP yelanga
  • I-Smart BMS 4S LiFePo4 12V 24V 36V 48V 30A~500A Li-Ion LTO 3S 7S 8S 10S 12S 13S 16S 24S bms balance board bluetooth APP yelanga
  • I-Smart BMS 4S LiFePo4 12V 24V 36V 48V 30A~500A Li-Ion LTO 3S 7S 8S 10S 12S 13S 16S 24S bms balance board bluetooth APP yelanga

I-Smart BMS 4S LiFePo4 12V 24V 36V 48V 30A~500A Li-Ion LTO 3S 7S 8S 10S 12S 13S 16S 24S bms balance board bluetooth APP yelanga

Inkcazo emfutshane:

Imodeli: 24v 100Ah
Uhlobo: I-LIFEPO4 battery pack bms
Ingatshajwa kwakhona: EWE
Umthamo: 100A/Yenza ngokwezifiso
Ubushushu bokutshaja: 0°C ~ 45°C
Isicelo: Ibhetri yeLIFEPO4
Iwaranti: iminyaka emi-5
Yenza inkonzo ngokwezifiso: Iyafumaneka


Ncokola Ngoku

Iinkcukacha zeMveliso

Iithegi zeMveliso

Inkcazo

◆Kwii-bms zethu ezikrelekrele, xa zisetyenziswa okokuqala, kufuneka zisebenze kuqala, emva koko i-B-P- inokuba yi-conductive, i-voltage evela kwi-P- inokuba yi-B-, emva koko i-BMS ingasebenza kakuhle.

Indlela yokuvula:
Indlela ①: Thenga ibhodi yamandla, kukho iswitshi yokuvula ebhodini uze ucofe iqhosha.
Indlela ②: Cinezela iqhosha kwimodyuli yebluetooth ukuze usebenzise ii-bms ngokuthe ngqo.
Indlela ③: Ukusebenza kwetshaja, umgca we-B kufuneka uqhagamshelwe kwipali epheleleyo yebhetri xa
Ukutshaja. I-3S~5S, uthotho lwe-J (10J, 16J) I-BMS kuphela enokwenziwa isebenze ngale ndlela.

Iiparameters

 

I-BMS

Ulwakhiwo

I-BMS (6)

Iimbonakalo

1.Ulandelelwano lwentambo yebhetri yoqhagamshelo lwebhodi yokukhusela:
Ingqwalasela ekhethekileyo: Intambo yentambo yabavelisi abahlukeneyo ayifani, nceda uqinisekise ukuba usebenzisa iintambo ezifanayo; imibala yemigca ye-B kunye ne-P yabavelisi abahlukeneyo yahlukile, nceda uqaphele ii-B kunye ne-P- marks.
1 Khumbula! ! ! Xa udibanisa iisampulu zentambo yocingo, musa ukufaka intambo kwi-BMS.
2. Intambo idibanisa i-electrode epheleleyo engalunganga B-ukusuka kumgca omnyama omncinci. Intambo yesibini (intambo ebomvu) iqhagamshelwe kwipali echanekileyo yomtya wokuqala weebhetri. Qhagamshela i-electrode echanekileyo yomtya ngamnye weebhetri ngokulandelelana kude kube yintambo yokugqibela yocingo ye-B+ epheleleyo engalunganga.
3. Emva kokuba intambo iqhagamshelwe, musa ukufaka iplagi ngqo kwi-BMS. Okokuqala linganisa i-voltage phakathi kwe-terminals ezimbini zesinyithi ezikufutshane ngasemva kweplagi. Ukuba yibhetri ye-lithium ye-ternary, i-voltage kufuneka ibe phakathi kwe-3.0 ~ 4.15V, kwaye ibhetri ye-iron-lithium kufuneka ibe yi-2.5 ~ Phakathi kwe-3.6V, ibhetri ye-lithium titanate kufuneka ibe phakathi kwe-1.8 ~ 2.8V, qiniseka ukuba i-voltage ichanekile ngaphambi kokuba uqhubekele kwinqanaba elilandelayo.
4. Fumana umgca we-BMS B (umgca oluhlaza okwesibhakabhaka) kwi-electro-de epheleleyo yebhetri engenanto (ubude bomgca we-B akufuneki budlule kwi-40cm).
5.Faka intambo yocingo kwi-BMS.

 

2. Emva kokuba ukufakelwa kweentambo kugqityiwe:
1. Linganisa ukuba i-voltage yebhetri i-B+, i-B- ilingana ne-voltage ye-B+ kunye ne-P- (oko kukuthi, ingaba i-voltage yephakheji yebhetri ngokwayo ilingana ne-voltage emva kokudlula kwibhodi yokukhusela, ukuba zilingana, i-BMS isebenza ngokwesiqhelo, engasetyenziswa ngokwesiqhelo.
Ukuba akunjalo, nceda ulandele uphononongo kwakhona lolandelelwano lweentambo ezingasentla.
2. Ii-electrode ezilungileyo zesiphelo sokutshaja nokukhupha zonke ziqhagamshelwe ngokuthe ngqo kwi-total positive pole B+ yebhetri; indlela yokuxhuma ye-port efanayo ye-BMS kukuba ii-charging kunye nee-discharge negative pole ziqhagamshelwe kwi-P-point ye-BMS; i-wiring m-ethod yesebe le-BMS yi-negative pole yokutshaja Iqhagamshelwe kwi
C-, i-electrode engalunganga yokukhupha iqhagamshelwe kwi-P-.
3. Okokugqibela, ukuba unemibuzo, nceda unxibelelane nenkonzo yabathengi ukuze ikuncede uyisombulule.

  • Ngaphambili:
  • Okulandelayo:

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