Lithium Battery Board - 17s 60V 50A BMS PCB with Charging Function

This lithium-ion battery protection board, model ATK17S-12M/V4, weighs 136g/4.8oz and features a multitude of safety and performance-enhancing functions. Firstly, it boasts short-circuit, overcharging, overcurrent, and overdischarge protection, ensuring the safe operation of the battery. Additionally, the internal components are coated with a protective rubber material that is waterproof, antistatic, and anti-interference, making it stable and reliable.

In terms of performance, the board showcases low internal resistance, allowing for high current and high-voltage discharge capabilities. These features make it suitable for use with rechargeable lithium-ion and lithium-ion polymer batteries, particularly those with a nominal voltage of 3.7V in the 13-17 series range.

The key specifications of this battery protection board are as follows:

Model: ATK17S-12M/V4 Weight: 136g/4.8oz Monomer Overcharge Voltage: 4.25±0.025V Monomer Overcharge Release Voltage: 4.19±0.05V Rated Charging Current: 50A Monomer Overdischarge Voltage: 2.8±0.08V Monomer Overdischarge Release Voltage: 3.0±0.08V Rated Discharge Current: 50A Discharge Current: 150±10A Short Circuit: Yes Overdischarge Voltage: 4.25V Equilibrium Current: 13mA Resistance: ≤Ω Power Consumption: ≤50μA Size: 7010510.1mm/2.84.10.4inch

The package includes 1 x Lithium Li-ion Battery Board, model ATK17S-12M/V4.

In summary, this battery protection board is designed to provide a comprehensive set of safety features, including short-circuit, overcharging, overcurrent, and overdischarge protection. Its low internal resistance, high current, and high-voltage discharge capabilities make it well-suited for use with rechargeable lithium-ion and lithium-ion polymer batteries, particularly those in the 13-17 series with a nominal voltage of 3.7V. The internal components are protected by a durable, waterproof, and anti-interference rubber coating, ensuring the board's stability and reliability.

product information: