Product description
Overcharge voltage range: 4.25±0.05V
Over-discharge voltage range: 2.5V ± 0.05V
Quiescent current: less than 30uA
Short circuit protection: can protect, delay self-recovery.
Maximum operating current: 6A
Upper limit instantaneous current: 7.5A
Maximum operating current: 7.5A
Upper limit instantaneous current: 10A
Maximum operating current: 12A
Upper limit instantaneous current: 15A
1. Can my battery use your protection board?
Answer: There are two questions to consider whether you can use this protection board: First, how many strings your battery is, you have to buy the protection board corresponding to the number of strings. Second, what material is your battery? We have two types of protection boards for lithium iron phosphate and polymer lithium batteries. If your battery is a single-cell lithium iron phosphate with a nominal 3.2V, you need to choose lithium iron phosphate 3.2 in the category. For V, if it is a polymer (ternary, cobalt acid, lithium manganate battery) single cell battery with a nominal 3.6V (or 3.7V), please choose the polymer 3.7V classification.
2. How can I judge what material my battery is made of?
Answer: You can take a look at the nominal voltage of your battery. Lithium iron phosphate batteries are generally rated 3.2V, and other batteries are generally rated 3.6V or 3.7V. You can also directly ask the seller of the battery what material is it Many buyers say that my battery is 18650 or 26650 soft pack, etc. This is the shape, not the material! We cannot determine your battery protection parameters based on this.
3. How many A protection boards should I choose?
Answer: How many A protection boards to choose depends on the power of your product or the current limit of the controller. For example, 10A for those below 100W, 20A for those below 200W, 25A for those below 300W, and contact us for protection boards above 500W. The current cannot be less than the controller current limit.
4. My battery is 20AH, can I use this protection board?
Answer: The size of your battery capacity is actually not directly related to the size of the current using this board. Large capacity does not mean that the battery is large. It mainly depends on the continuous current, which means that the greater your power, the continuous current of the protection board you choose The bigger it is, it has no direct relationship with your battery capacity.