CR1625 battery

CR1625 battery manganese oxide battery protection board wiring guide

CR1625 battery manganese oxide battery is a common lithium battery used in electric bicycles, electric scooters and other equipment. In order to ensure the safety and stability of the battery, a protection board is usually required to protect and manage the battery. This article will introduce the wiring method of the CR1625 battery manganese oxide battery protection board to help you correctly connect the protection board to ensure the normal use and safety of the battery.

First, let's understand the basic structure of the CR1625 battery manganese oxide battery protection board. Generally speaking, the protection board includes positive and negative connection terminals, battery positive and negative connection terminals, balance line connection terminals and other parts. Before wiring, you need to make sure that you have understood the functions and roles of each part in order to connect them correctly.

Next is the wiring method of the CR1625 battery manganese oxide battery protection board:

Connect the main positive and negative poles of the battery: First, connect the positive and negative poles of the battery pack to the positive and negative connection terminals on the protection board respectively. Usually, the positive connection board is marked with "P+" or "B+", and the negative connection board is marked with "P-" or "B-". Make sure the positive pole of the battery is connected to the positive terminal of the protection board, and the negative pole is connected to the negative terminal of the protection board.

Connect the balance line: CR1625 battery manganese oxide battery is usually composed of several 3.6V single cells. In order to ensure the voltage balance of each single cell, the balance line needs to be connected. Usually, the balance line connection terminal is marked with numbers, which correspond to the connection positions of each single cell. Connect the balance line to the terminal at the corresponding position to ensure the voltage balance of each single cell.

Check the wiring: After completing the above two steps, you need to carefully check whether all the wiring is connected correctly to ensure that there is no wrong or reverse connection. Pay special attention to whether the positive and negative poles are connected correctly to avoid short circuits or other safety problems.

Test the protection function: After the connection is completed, a simple test can be performed to ensure that the protection board functions normally. You can observe the working status of the protection board by connecting a charger or load to ensure that the protection function during charging and discharging is operating normally.

It should be noted that the above wiring method is based on the wiring method of the general CR1625 battery manganese oxide battery protection board. The specific wiring method may vary depending on the protection board of different brands and models. Before wiring, it is recommended to read the instructions of the battery and protection board carefully to ensure that you understand the relevant wiring details and precautions.

When wiring, be careful to avoid wiring errors that may cause battery short circuits or other safety issues. If you are unsure of the wiring method or have any questions, it is recommended to seek help from professionals or consult relevant technical support. Correct wiring can ensure the safe operation and performance of the battery, thereby extending the battery life and ensuring the safe operation of the device.

Read recommendations:

502030 200mAh 3.7V

Demand market demand for iron phosphate lithium batteries in communication base stations

Working Principle of Liquid Lithium - Ion Batteries

connector for energy storage battery Processing

button battery 2032