4-string 12.8V lithium iron phosphate protection board, 4-string 14.8V lithium battery protection board with balanced 100A split port

4-string 12.8V lithium iron phosphate protection board, 4-string 14.8V lithium battery protection board with balanced 100A split port
4 series of 12.8V and 14.8V inverters with high current of 100A, 4 series of 3.2V lithium iron phosphate battery protection boards, and 4 series of 3.7V lithium battery protection boards with balanced charging.
The products sold in our store all contain some electronic technology. If you do not understand or are unsure whether they are suitable for your product, please consult customer service first. Customers are advised to carefully understand the parameters described on our page before making a purchase to avoid unnecessary trouble. Thank you! (Beginners should be cautious when taking photos)
There are Chinese and English labels.
T-point explanation: Adding a normally closed temperature sensing switch can expand the temperature protection effect. The 0R resistor next to the solder joint should be removed.
Attention: For products with a discharge current of 3A or higher, the battery discharge rate should be above 3C.
Calculation formula for multiplication: For a 1C multiplication rate battery, the 2000 capacity is equal to 2AH * 1=2A working current.
A 3C rate battery with a capacity of 2000 is equivalent to a working current of 2AH * 3=6A.
When the battery heats up during use, it is because the battery rate is not suitable. This situation cannot be used for a long time, and the battery will be damaged quickly.
There are 10 MOS tubes, strong heat dissipation aluminum sheets, and a continuous current limit of 100A. Suitable for 4 series of battery packs such as inverters, xenon lamps, and solar street lights.
There are 10 MOS transistors, strong heat dissipation aluminum sheets, and a continuous current of up to 100A. Suitable for protection of inverters, xenon lamps, and various 4-series iron lithium batteries