ماژول محافظ شارژ باتری لیتیومی 2 سل 5A

2S Round Lithium Battery Charging Protection Board – 7.4V, 5A
The BMS (Battery Management System) for 2S Li-ion/Li-Po battery packs with an 7.4V nominal voltage and a 5A maximum continuous discharge current is an essential component for ensuring the safe and efficient operation of lithium battery packs.
Designed to manage and protect battery cells, the BMS offers features such as overcharge protection, over-discharge protection, and balanced charging.
It is commonly used in applications such as electric vehicles, portable power banks, and solar energy storage systems, where multiple cells are connected in series to achieve higher voltages and capacities while maintaining individual cell health.
Specificatoins
Nominal Voltage: 7.4V
Maximum Continuous Discharge Current:5A
Battery Type: Designed for 2S (2 series) Li-ion or Li-Po battery packs
Protection Features: Overcharge protection, over-discharge protection, short-circuit protection, balanced charging
Balancing Current: Typically up to 60mA per cell
Temperature Range: Operating temperature -20°C to +60°C
Features
Safety and Protection: The BMS safeguards the battery pack by preventing overcharging, over-discharging, and short-circuiting, enhancing the lifespan and safety of the cells.
High Discharge Current: With a maximum continuous discharge current of 5A, the BMS supports high-power applications while maintaining cell health.
Cell Balancing: The BMS ensures that individual cells within the battery pack are balanced during charging, promoting uniform cell performance and extending battery life.
Usage Tip:
Install the BMS according to the manufacturer’s guidelines and ensure proper wiring and connections.
Monitor the battery pack’s voltage regularly and take necessary precautions to prevent over-discharge or overcharge.
Caution:
Handle the BMS and battery pack carefully to prevent damage to the components. Ensure that the BMS is properly configured and compatible with the specific battery chemistry (Li-ion or Li-Po) and capacity.
Exercise caution when working with high-power battery packs and adhere to recommended safety practices to avoid risks associated with lithium batteries.
Extra Notes
Note:
This module does not perform charging operations and requires the use of another module to do that. This module is designed to protect the battery from abnormal conditions.
Steps to Follow
1. Connect the power source to the voltage buck module.
For a 3-cell battery pack, you should have a power supply of 8.4V (2×4.2).
To do this, you will need a voltage buck module with a controlled current.
This module needs a minimum of 9.5V on the input side in order to produce 8.4V at the output, so you should connect it to the voltage buck module.
2. Use a multimeter to adjust the output voltage.
3. To adjust the current, set the multimeter to the current mode (plug the multimeter cables into the correct ports) and then connect them to the output pads of the module and adjust the output current.
Note that the output current should be less than the rated capacity of the batteries.
4.Connect the negative terminal of the first battery to the B- pad (0V) and the positive terminal to the B1 pad (4.2V). Then connect the negative terminal of the second battery to the B1 pad (4.2V) and the positive terminal to the B+ pad (8.4V).
Note: Follow this order to avoid damaging the BMS.
Then you can use P+ and P- as input and output, and connect these pads to the voltage buck module to perform the charging operation.
Next, connect the output of the Buck module to the p+ and p- pads to start charging.
Remember that you should use these p+ and p- pads to use the battery.
Package Contents
1 x Battery Protection Board

Precautions
1. Pay attention to the input and output voltage and load current, do not use more than the power of the module and cause it to burn.
2. This module has an anti-static protection circuit, please do not touch it with your hands when working on the module to avoid damaging it.