Passive Battery Balancer, Lithium Power Transfer Board, 1.2A 8S DC2.0V-4.5V Equalization Module with Cable

Features:1.BALANCING PRINCIPLE: The passive inductive energy transfer equalization board module uses adjacent differential pressure equalization. When the pressure difference of the adjacent battery reaches more than 0.1V, the internal chip triggers equalization until the adjacent battery pressure difference ceases to operate below 0.03V.When the battery is charged and discharged, the adjacent differential pressure triggers equalization, and the battery voltage error is brought back to a more ideal value.Reduce battery maintenance costs
2.SERIES 1-8 PASSIVE BALANCING BOARD (NOMINAL LITHIUM 3.7V): The balancing cutoff voltage is 4.17V; Balanced current 530 mA; Maximum balanced current opening voltage 4.2 V; The charge recovery voltage of the corresponding protection IC is 4.18 V.
3.SERIES 1 TO 8 PASSIVE BALANCING BOARD (LITHIUM IRON PHOSPHATE NOMINAL 3.2V): Balancing cutoff voltage is 3.55V; Balancing current 500mA; Maximum balancing current opening voltage 3.6V; Charge recovery voltage of the corresponding protection IC is 3.6V
4.BALANCING BOARD FEATURES: High-precision energy transfer balancing, proprietary balancing IC, 1.2A high-current energy transfer battery voltage balancer, significantly balances battery voltage, improves overall battery efficiency.
5.STABLE AND DURABLE: The lithium battery passive equalizer balancer features a stable structure, excellent performance, and a long service life.
Specifications:Item Type: Battery Passive Equalizer
Operating Voltage Range: DC2.0V-4.5V, ternary or universal lithium-iron battery
Balancing Current:
Adjacent voltage difference greater than 0.1V: Current of approximately 0.5 to 0.7A;
Adjacent pressure difference greater than 0.2V: maximum balancing current 1.2A;
The smaller the pressure difference, the smaller the balancing current.

How to use:Remove the product and install it to use.
Package list:Package includes: 1 x Passive battery equalizer
1 x Terminal cable