Battery Balancing Board, Battery Active Equalizer LFP Inductive Active Equalizer Balancer Energy Transfer Li Ion, General Use Battery rs (16s)

How to Use: 1. When the balance indicator light is on, the balance work is on. 2. The balance indicator light is off, the balance circuit is dormant, 3. The balance indicator light flashes, power failure or circuit failure. Specification: Item Type: Battery Equalizer Material: ABS Applicable Battery: NCM(Li ion) , LFP, not suitable for LTO. Single Cell Voltage: 3.0-4.2V Recommended Battery Capacity: Below 30AH Voltage Balance Accuracy: 30mV between adjacent voltages (typ.) Equalization Method: It is detected that the voltage difference between adjacent batteries is greater than 0.1V to the equalization start, and the voltage difference between adjacent batteries is less than 0.03V to stop working. Balance Current: 0.1V voltage difference 0.5A balance current, when the voltage difference is 0.2V, the maximum balance current is 1.2A. Under Voltage Sleep Voltage: The adjacent voltage difference is less than 0.03V, enter the sleep state. Quiescent Operating Current: 0.01mA Package List: 1 x Battery Balancer 1 x Cable Note: 1. It is not recommended to be compatible with low strings, the indicator light will flash and report an error. Be sure to check that each cell is properly wired and insulated before connecting the balancing board. Otherwise it will short circuit and burn the board 2. If the battery is connected, it must be used with the board. The and dis voltage difference the balance board to work to achieve energy transfer balance

• Clear Running Status: When the indicator light is on, it means the balance work is on, when the indicator light is off, it means the balance circuit is dormant, and the flashing indicator light means power failure or circuit failure.
• Clear the Running State: The indicator light of this battery equalizer is on to indicate that the balance is working normally, the indicator light off indicates that the balance circuit is in a dormant state, and the indicator light flashes to indicate a power failure or circuit failure.
• Intelligent Balancing of Battery: The battery balancer uses voltage acquisition by the controller to determine the difference between the battery cells and the battery cells that need to be balanced, which can effectively reduce the difference between the battery cells.
• Automatic Hibernate Function: When the voltage difference between two adjacent battery cells is less than 0.03V, the voltage balancer automatically enters the hibernate state.
• Intelligent Balancing of Battery: The battery balancer uses voltage acquisition by the controller to determine the difference between the battery cells and the battery cells that need to be balanced, which can effectively reduce the difference between the battery cells.