Feature: 1. Main Application: Inductive battery balance board, which can significantly balance the battery voltage and improve the overall efficiency of the battery pack. 2. Automatic Operation: This module is the balance of adjacent voltage difference, the voltage difference between adjacent batteries reaches more than 0.1V, the chip will trigger the balance work, and stop working until the voltage difference between adjacent batteries is within 0.03V. 3. Saving Costs: Battery pack voltage error will also trigger the balance board, and it will be pulled back to an ideal value, reducing battery maintenance cost. 4. Outstanding Performance: Built in improved ultra low internal resistance MOS, balance current from 0 to 1.2A, achieving smaller battery voltage difference. 5. Low Power Consumption: The smaller the voltage difference, the smaller the equalizing current, and the static power consumption does not exceed 20μA, energy saving. Specification: Item Type: Battery Balance Board Material: PCB Harness Specification: 22AWG Technical Parameter: The Working Voltage is 2.0V-4.5V, the Ternary Iron Lithium Battery is Common, and the LTO Lithium Titanate Battery is not Suitable. Balance current: The Adjacent Voltage Difference is More Than 0.1V (the Current is About 0.5-0.7A); The Adjacent Voltage Difference is More Than 0.2V (the Maximum Equilibrium Current is 1.2A); The Smaller the Voltage Difference, the Smaller the Equalizing Current. Wiring Definition: B-, the Total Negative Pole of the Battery Pack (the Negative Pole of the First Battery) B1, the Positive Pole of the First Battery B2, the Positive Pole of the Second Battery B3, the Positive Pole of the Third Battery B4, the Positive Pole of the Fourth Battery B5, the Positive Pole of the Fifth Battery B6, the Positive Pole of the Sixth Battery. Package List: 1 x Battery Balance Board1 x Cable Note: 1. Adjacent equalization works and cannot be used as a maintenance tool. 2. To connect to the battery, use it together with the lithium battery protection. 3. The voltage difference generated by charging and discharging will trigger the work of the equalizing plate to achieve energy transfer equalization