Daly 3.2V LiFePo4 8S 24V 60A LFP PCM ibhodi lokuvikela ibhethri BMS nebhalansi

R 1,150.00

Ubuningi

I-Daly 3.2V LiFePo4 8S 24V 60A LFP PCM ibhodi yokuvikela ibhethri ye-BMS enebhalansi (10004990)

Ibhodi yokuvikela ibhethri ye-Daly 3.2V LiFePo4 8S 24V 100A LFP PCM yebhethri ye-BMS iqinisekisa ukuthi ibhethri lakho le-lithium iron phosphate lihlala liphephile futhi lilinganiselwe phakathi nokushaja nokukhipha. Ngesilinganiso esiphezulu samanje esingu-100A, le BMS ilungele ukusethwa kwebhethri okukhulu.

Imodeli: I-DL8S (3.2V Ilinganiselwe i-LiFePO4 Ibhethri bms hhayi engu-3.7V elinganiselwe i-Li-ION Bms yebhethri) Inguqulo evamile : imbobo evamile yokushaja/ukukhipha

1. Uhlolojikelele
◆DL8S 24V 100A 500A PCB isetshenziselwa 8 uchungechunge 24V lifepo4 ibhethri pack.
◆Singayiklama amabhethri e-lithium ahlukahlukene njenge-LiFepo4, i-LiMn2O4, ne-Li-polymer njll.
◆Imisebenzi eyinhloko yilena: ukuvikela okungaphezu kwenkokhiso, ukuvikelwa kokukhipha uketshezi, ukuvikeleka okungaphezu kwamanje, ukuvikelwa kwesifunda esifushane, ukuvikelwa kwezinga lokushisa njll.
◆Ngokwesicelo sekhasimende singakha i-PCM ngosayizi nezakhiwo ezahlukene.
◆BMS ekhiqizwa yikhwalithi ephezulu ye-Mos ne-IC engenisiwe . Gcina isikhathi sempilo yomjikelezo omude webhethri lakho.

2. Inzuzo
◆Sebenzisa isekethe edidiyelwe yokuvikela yekhwalithi ephezulu (A-level) ye-IC, kusukela kusixazululo se-Seiko sase-Japan.
◆Ikhono lokulayisha eliqinile, ukukhishwa okungapheli kwamanje 15A 80A 100A 120A 150A 200A 500A, sebenzisa ukumelana ne-voltage ephezulu, amandla aphansi okumelana ne-Mosfet. I-heat sink izosiza kakhulu ukupholisa.
I-◆IC ngokwayo inomsebenzi wokulinganisa amandla. Isifunda silula futhi sithembekile.
◆Ukutholwa kwamandla kagesi okujwayelekile kuseli ngalinye. Ngakho-ke ibhethri ngalinye lizovinjelwa ukuthi lishajwe kakhulu noma lingashajwa kakhulu. Umsebenzi wokuvikela wesekethe yamanje kanye nemfushane unokwethenjelwa kakhulu. Isekhethi yesikhathi eside yokulayisha ngeke ithinte i-PCB nebhethri. Ukuvikelwa kwezinga lokushisa ngesikhathi sokushaja nokukhipha.
◆ Ukusetshenziswa kwamandla okuphansi kakhulu. Ukusetshenziswa kwayo yonke idivayisi kungaphansi kuka-50uA.
◆I-PCB isebenzisa i-anti-corrosion ephezulu, ukumelana namanzi aphezulu, i-ESD conformal Coating ene-impedance ephezulu.