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XJ-18-6H 1S 1A BMS for Lithium 18650 Battery Single Cell Battery Management System
1S BMS

XJ-18-6H 1S 1A BMS for Lithium 18650 Battery Single Cell Battery Management System

Despite its compact size, this 1S lithium battery protection board packs a punch with its remarkable capabilities.  It's tailor-made for 18650 battery packs in a wide range of small household appliances.  This board is engineered to meticulously safeguard the battery's health.

By warding off overcharge, overdischarge, and overcurrent situations, it effectively extends the battery's lifespan.  Additionally, its short-circuit protection function is a crucial feature, ensuring that small household appliances operate stably and safely, providing users with a reliable and worry-free experience.

    XJ-18-6H 1S 1A 3.2V 3.7V BMS, single cell battery protection board

    It can be equipped with nickel strip or without nickel strip, which is optional. 

    Product Name
    1S BMS
    Size
    18*3.5*0.6mm
    Current
    1A
    Cell Type
    18650 Lithium battery
    Warranty
    24 Months

    Item Symbol Inspection standard Unit
    Min Typical Max
    Overcharge protection Overcharge detection voltage VDET1 4.25 4.3 4.35 V
    Overcharge detection delay time tVDET1 100 200 ms
    Overcharge discharge voltage VREL1 4.05 4.1 4.15 V
    Over-discharge protection Over-discharge detection voltage VDET2 2.4 2.5 2.6 V
    Over-discharge detection delay time tVDET2 50 100 ms
    Over-discharge discharge voltage VREL2 2.8 2.9 3 V
    Overcurrent protection Overcurrent detection voltage VDET3 0.12 0.15 0.18 V
    Overcurrent protection current IDP 2 3 4 A
    Detection delay time tVDET3 10 20 ms
    Short-circuit protection Detection delay time TSHORT 5 50 μS
    Conditions for lifting protection Disconnect the external short-circuit load or charge and restore
    Internal resistance Main circuit on-state resistor RDS 35 50 65
    Current consumption It usually consumes current when in operation IDD 3 6 μA
    Static current It consumes current during hibernation IPWN 0.1 0.6 μA