4S 5.5A Active Equalizer Whole Group Balancer Lifepo4 Lipo Lto Lithium Active Battery Energy Transfer Equalization Capacitor

Product Describtion: Model:4S Suitable : Lithium Iron Phosphate, NCM Ternary Polymer,Lithium TitanateVoltage is 1.8 V-4.5V Static Self-Consumption（Equalization Switch Off）:≤15uAWorking Temperature :-20 degrees to +70 degrees Sleep Protection:voltage<3V, enter the sleep,standby power consumption is less than 0.1mA,to reduce the damage to the battery. Safety Information：Before connecting the equalization board, check whether each piece of wiring is correct, and do insulation work to prevent burnout,This is very important, please pay attention. NOTE: If the Red LED indicator is always on, it means that the capacitor plate has been running in a balanced manner. When a fault occurs, the LED indicator will go out. Package Included: 1*4S 5.5A Active Equalizer Lifepo4 Lipo Lto Lithium

• [Product Information]: Before connecting the equalization board, check whether each piece of wiring is correct, insulation between the bottom board and the battery connection terminals is required to prevent burnout.Model:4S Suitable : Lithium Iron Phosphate, NCM Ternary Polymer,Lithium Titanate,Voltage is 1.8 V-4.5V.Wire:40cm.
• [Capacitance Principle]: Scan the entire battery voltage,Transfer high-voltage electricity to low-voltage ones,So that the entire battery is balanced.No external power supply is required,The working principle is Capacitor fit transfers the charge transporter, use the internal energy transfer of the battery to transfer and balance the entire battery pack.the equalization board can be connected to the battery to start the equalization work.
• [Protection switch]: With sleep protection, when the voltage is lower than 3V, it will automatically stop and enter the sleep state and the standby power consumption is less than 0.1 mA,to reduce the damage to the battery.
• [Original Design]:using the original ultra-low internal resistance MOS, 2OZ copper thickness PCB, equalizing current 0-5.5A.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 equalizing current is 1.2A), the smaller the voltage difference, the smaller the equalizing current.the greater the battery voltage difference, the greater the equalizing current.
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