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XJ-D171 3S 3A 12V NTC BMS LifePO4 NMC Li-ion Battery Management System
3S BMS

XJ-D171 3S 3A 12V NTC BMS LifePO4 NMC Li-ion Battery Management System

This model XJ-D171 3S 12V 3A, support 3-cell LifePO4/NMC/L-ion battery. Application to electric power tools, sweeping robot...With overcharge/overdischarge/overcurrent/short-circuit protection and NTC.

  • Model XJ-D171
  • Series 3S
  • Current 3A
  • Voltage 12V
  • Cell Type NMC/LFP/Lithium
  • Function Over charge protection, Over discharge protection, Over current protection, Short-circuit protection, NTC function, Electrostatic protection, Dust Protection, Moisture Protection
  • Warranty 24 Months
  • Board Size 43*22.6*4MM
  • OEM/ODM Acceptable
  • Application Electric power tools, sweeping robot...

3S 3A 12V BMS, for LifePO4 NMC Li-ion battery, with overcharge/over-discharge/overcurrent/short-circuit protection and NTC

Product Name

XJ-D171 3S 3A BMS

Size

43*22.6*4MM

Series

3S 

Current

3A

Cell Type

LifePO4/NMC/Li-ion battery

Function

Over charge protection, Over discharge protection, Over current protection, Short-circuit protection, Electrostatic protection, Dust Protection, Moisture Protection, NTC

Warranty

24 Months

Item Symbol Inspection standard Unit
Min Typical Max
Overcharge protection Overcharge detection voltage VDET1 4.2 4.25 4.3 V
Overcharge detection delay time tVDET1 500 1000 1500 ms
Overcharge discharge voltage VREL1 4 4.05 4.1 V
Over-discharge protection Over-discharge detection voltage VDET2 2.6 2.7 2.8 V
Over-discharge detection delay time tVDET2 500 1000 1500 ms
Over-discharge discharge voltage VREL2 2.9 3 3.1 V
Overcurrent protection Overcurrent detection voltage VDET3 0.085 0.1 0.115 V
Overcurrent protection current IDP 6 10 14 A
Detection delay time tVDET3 500 1000 1500 ms
Short-circuit protection Detection delay time TSHORT 100 300 600 μS
Conditions for lifting protection Disconnect the external short-circuit load or charge and restore
Internal resistance Main circuit on-state resistor RDS 60
Current consumption It usually consumes current when in operation IDD 30 μA
Static current It consumes current during hibernation IPWN 8 μA
Charge 0V charging function NO

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