5A 6S 7S 8S Battery Active Equalizer Whole Group Balancer Lifepo4 Lipo Li-ion LTO Lithium Battery Energy Transfer Equalization Capacitor Balancer w/ Acrylic Protective Case

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Product Description

Package Includes:

1x 8S Balancer Board

1x 9Pin Cable

2 x Acrylic Board

4 x Short Screw

4 x Long Screw

4 x Stud

4 x Washer

Technical Parameters:

Working voltage: 1.8V-4.2V, suitable for NCM Ternary polymer lithium battery (Li-ion), lithium iron phosphate battery (LiFePO4), lithium titanate battery (LTO).

Working principle: Flycap-capacitor transfer charge transporter, Balancer board is connected to the battery to start the balance work, using the original brand new ultra-low internal resistance MOS, 2OZ copper thickness PCB. Balance current 0-5.5A, the more balanced the battery current is Small, reserved for the dormant switch wiring position, the dormant power-off mode working current is less than 0.1mA, and the balance voltage accuracy is within 5mv!

The quiescent current is about 12mA, and the battery capacity is recommended to be used between 30-300AH/Per Balancer.

With under-voltage sleep protection, only detecting the B1 battery voltage, the equalizer will automatically stop entering the sleep state when the B1 voltage NCM/LFP<2.7V or LTO<1.8V, and the standby power consumption is less than 0.1mA.

Board size: 3.58×2.75×0.63inch

Balance cable length: 1.31ft

Yellow LED indicator: It will always be on during normal operation, but it will not turn on when there is a problem or malfunction.

RUN pad: you can add a switch to control the balancer. Default short connect, let balancer working. if disconnect, it will not working.

Note:

1. Please start wiring from the total negative pole, followed by B-, B1+… , B8+.(Test per string battery voltage whether is right before connect to Balancer board).

2. The time required for equalization mainly depends on the battery capacity. It is normal for the capacitor to heat up during energy conversion.

Application
Use for 4S Li-ion Lifepo4 LFP Lithium Battery Active Equalizer Balancer Use for 3S 4S Li-ion Lifepo4 LFP Lithium Battery Use for 3S 4S Li-ion Lifepo4 LFP Lithium Battery Use for 8S Li-ion Lifepo4 LFP Lithium Battery Active Equalizer Balancer Use for 4S Li-ion Lifepo4 LFP Lithium Battery Active Equalizer Balancer Use for 12S-16S Li-ion Lifepo4 LFP LTO Lithium Battery

Working Voltage: 1.8V-4.2V, suitable for NCM Ternary polymer lithium battery (Li-ion), lithium iron phosphate battery (LiFePO4),lithium titanate battery (LTO). If it is used for 7S, the last line B8+ is empty; If used for 6S battery, the B7+ B8+ is empty. (Note: The default protective case is a kit, not assembled, the transparent acrylic case has a yellow protective film that can be peeled off. )
Working Principle: Flying capacitor transfer charge transporter, Balancer board is connected to the battery to start the balance work, using the original brand new ultra-low internal resistance MOS, 2OZ copper thickness PCB, balance current 0-5.5A, the more balanced the battery current is Small, reserved for the dormant switch wiring position, the dormant power-off mode working current is less than 0.1mA, and the balance voltage accuracy is within 5mv!
The quiescent current is about 12mA, and the battery capacity is recommended to be used between 30-300AH! With under-voltage sleep protection, only detecting the battery voltage of B1, the equalizer will automatically stop entering the sleep state when the B1 voltage is lower than 2.7V, and the standby power consumption is less than 0.1mA.
One LED indicator: The yellow led will always be on during normal operation, but it will not turn on when there is a problem or malfunction. RUN pad: you can add a switch to control the balancer. Default short connect, let balancer working. if disconnect, it will not working. Equipped with VH3.96 terminal by default, come with 1.31ft 18awg wire.
Note: Before connect the balance cable to the balance board, be sure to check whether the connections of each section of the battery pack are correct, and do a good job of insulating the bottom of the board and the battery string connection terminals. Otherwise, it will short-circuit and burn the board.

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