8S 29.6V 5A LiPo & Lion & 18650 BMS Battery Protective Balance Circuit
8S 29.6V 5A LiPo & Lion & 18650 BMS Battery Protective Balance Circuit, With this module, you can charge your rechargeable batteries by protecting them from high voltage, and it also prevents batteries that are about to run out from drawing current and preventing them from deteriorating.
You can use this product with 8S batteries. There is a cooling plate and 10K NTC on it. This extends the card warm-up time and provides overheating protection with NTC.
Features
- 5A High Current Support: Handles up to 5A continuous current, suitable for high power applications. Provides reliable energy delivery for demanding devices and systems.
- 8S Configuration: Designed for 8 series lithium-ion cells, provides balanced charge and discharge. Maintains cell balance for improved performance and battery life.
- Advanced Protection Features: Includes protection against overcharge, overdischarge, short circuit and overcurrent. Increases safety and prevents damage to the battery pack.
- Effective Thermal Management: Manufactured with components that provide effective heat dissipation during operation. Prevents overheating and maintains consistent performance under load.
- Compact and Durable Design: This 8S 5A BMS 18650 battery charger board easily fits a variety of battery setups and projects. Its durable construction ensures reliability and long life in a variety of conditions.
Technical Specifications
- Supported Battery Type: 18650, Lithium-Ion
- Number of Cells: 8 cells in series (8S configuration)
- Nominal Voltage: 29.6 V
- Maximum Charge Voltage: 33.6 V (4.2 V per cell)
- Overcharge Protection Voltage 4.25 V ± 0.05 V per cell
- Overdischarge Protection Voltage 3.0 V ± 0.05 V per cell
- Maximum Continuous Discharge Current: 5 A
- Charge Current: Up to 5 A Up
- Balance Current 60 mA – 80 mA
- Balance Function: Active Balance feature is available
- Internal Resistance: ≤ 20 mΩ
- Dimensions: Approx. 62 mm x 35 mm x 10 mm
- Protection Features;
- Overcharge
- Overdischarge
- Short Circuit
- Overcurrent
- Overtemperature