2-24S 15A
I gama le-brand: | I-HeltecBMS |
Okubalulekile: | Ibhodi le-PCB |
Umsuka: | I-Mainland China |
Isiqinisekiso: | Unyaka owodwa |
I-MOQ: | 1 pc |
Uhlobo Lwebhethri: | I-NCM/ LFP/ LTO |
1. Isilinganisi sebhethri*1set.
2. Isikhwama se-Anti-static, isipontshi se-anti-static kanye nekesi likathayela.
Inqubo yokulinganisa yalesi silinganisi esisebenzayo iqukethe izinyathelo ezintathu ezilandelayo, ezijikeleziswa ngokulandelana kuze kube ukucindezela okukhulu kokuhluka kungaphakathi kwebanga elimisiwe:
1. Ukuthola ama-monomers amakhulu namancane kakhulu;
2. Ubuningi bokushaja kwe-monomer ku-super-capacitor yesilinganisi, ukushaja kwamanje isethi yamanje, umkhawulo ongu-15A;
3. I-super-capacitor yokukhishwa kwe-equalizer ku-monomer encane kunazo zonke, i-charging current iyisethi yamanje, i-15A ephezulu;
4. Phinda izinyathelo 1 kuya kwezi-3 kuze kube yilapho ingcindezi ehlukile ingaphakathi kwebanga elimisiwe.
I-SKU | I-HT-24S15EB |
Inombolo Esebenzayo Yezintambo | 2-24S |
I-Cascade Connection | Ukusekela |
Usayizi (mm) | L313*W193*H43 |
Isisindo Esiphelele (g) | 2530 |
Ukuvikelwa Kwebhethri Okugciniwe | Sekela ukutholwa/ukuvikelwa kokwenyusa amandla okuphazamisekile |
Ukunikezwa kwamandla kwangaphandle | I-DC 12-120V |
Uhlobo Lwebhethri Olusebenzayo | I-NCM/ LFP/ LTO |
I-Voltage Acquisition Range | 1.5V~4.5V |
Ukuvikelwa kwe-Undervoltage - I-Hibernation Voltage | Izilungiselelo ezenzeka ngokwezifiso ku-APP: 1.5-4.2V. |
Indlela Yokulinganisa | Ukudluliswa kwesiteshi esisodwa ngokwehlukana, ukudluliswa kwamandla kwephoyinti nephoyinti. |
I-Voltage Equalization Precision | Izilungiselelo ezenzeka ngendlela oyifisayo ku-APP: 1mV (inani elijwayelekile) |
Ukuthi Kudingeka Ukuhlinzekwa Kwamandla Kwangaphandle | Amandla ebhethri ayatholakala (ukunemba: 3mV), amandla angaphandle (ukunemba: 1mV) |
Umsebenzi Wokuthola Amandla phansi | Ukusekela |
Umsebenzi Wokuvikela Izintambo Okungalungile | Ukusekela |
Ukungasebenzi kahle kwe-alamu | Ukusekela |
I-Buzzer | Izilungiselelo ezenzeka ngendlela oyifisayo ku-APP |
Ukusetshenziswa kwamandla | Lapho uhlelo lokulinganisa lusebenza≈1W, uhlelo lokulinganisa luvalwa≈0.5W. |
I-Working Environment Temperature | -20℃~ +45℃ |
Ukuze ubhekane nesimo sokudluliswa kwamandla ngokweqile lapho umehluko wamandla umncane uma kuqhathaniswa, isilinganisi esingu-15A siklame isu lokulinganisa ukubhekana nalesi simo. Lapho umjikelezo wokulinganisa usuqediwe, iseli elincane langempela liba iseli elikhulu kunawo wonke futhi iseli elikhulu kunawo wonke liba iseli elincane kunawo wonke, futhi isilinganisi silinda imizuzu engu-3 ukuvumela amandla kagesi ebhethri abe nesikhathi sokuthola kabusha. Uma iseli elikhulu kunawo wonke liba iseli elincane kunawo wonke futhi iseli elincane liba iseli elikhulu kunawo wonke ngemva kwesikhathi esiyimizuzu emi-3, kusho ukuthi ukulingana sekulingane kakhulu, futhi ngalesi sikhathi isilinganisi sizonciphisa ukulinganisa kwamanje ngesigamu, isibonelo. , ukulinganisa kwangempela kwamanje kungu-15A, kodwa manje kwehliselwe ku-7.5A. Isilinganisi sinciphisa ngokuzenzakalelayo ukulinganisa kwamanje ngesigamu. Uma kusekhona isimo sokulinganisa ngokweqile, qhubeka unciphisa amandla okulinganisa kuze kube yilapho umehluko wengcindezi ungaphakathi kwebanga elimisiwe.