This 3S 60A BMS balance board is used for a 10.8V - 12.6V lithium battery pack to equalize voltage and protect the cells. The Balance feature comes with recovery function (auto recovery) and condition the cells using passive cell balancing.

In-built safety with overvoltage protection, short circuit protection and under voltage protection.

• MOSFET-based BMS modules may arrive "activated" or trigger during battery assembly. 16V across the load terminals will reset the module.

• Suitable for lithium batteries with a nominal voltage of 3.7V and a full voltage of 4.2V (Including 18650, 26650, polymer lithium batteries, no restrictions on the size) 

• Product size: L:62 x W:40 x D:3.4mm 

• Nominal voltage: 10.8V

• Fully charged voltage: 12.6V

• Continuous discharge current (upper limit): 60A Please reduce load current if FETS get too hot. If you do plan to drive this higher than 15A, we advise you to fit a heat-sink to the FETS with heat transfer compound. Alternatively, please add additional suitable cooling for better thermal management.

• Continuous charging current (upper limit): 60A, but make sure your cells are rated for this. 

• Changing voltage: 12.6V

• The BMS will cut the load should one or more cells fall below ~2.9V.

• Connect 0V, 4.2V, 8.4V, 12.6V strictly according to the wiring diagram. When soldering the wires, please make sure nothing metallic touch any components on the board as this will cause a short circuit and damage the module board.
  
  

1. These BMS modules are also suitable for electric drills with starting current below 120A and power below 260W. 

2. Successful start of electric drill requires 3 pieces 10C-20C high drain cells, or 6 pieces 5C-10C high drain cells (Recommended power battery models: SAMSUNG 25R, MOLICEL P26A, P28A, P42A, SONY VTC4, VTC4A, VTC4A, VTC6), 0V and 12.6V connecting cables, Use copper wire of 3 mm square or more (no nickel strips !!).

3. It's recommended to connect a non-polar capacitor (withstand voltage above 25V, capacity 10uF-100uF) to the motor's positive and negative terminals to prevent a reverse spike from the motor breaking the power transistors.

4. Do not mix good and bad cells, please ensure that they are all the same quality and age, cells from the same batch are the most ideal.