OVERVIEW
- The RDCD series lithium battery testing equipment utilizes advanced charging and discharging technology and is equipped with a diverse set of built-in test and maintenance modes tailored for the discharge, charge, and cycle tests of various lithium battery packs available on the market.
- This multifunctional machine boasts a wide range of capabilities, encompassing battery pack discharge, charge, and activation testing, accommodating different voltage levels and capacity requirements. It features high-efficiency aerospace load materials and sophisticated control technology to ensure precise discharge accuracy.
- The lithium battery testing equipment adopts a comprehensive three-stage charging mode to enhance charging efficiency. Users can freely set charge and discharge rules, and activation times, and optimize the battery’s capacity effectively.
- For communication, the lithium battery testing equipment supports both CAN and RS485 protocols, offering versatile connectivity options. Additionally, it employs wireless cell voltage recording technology, which allows for remote monitoring and acquisition of each cell’s voltage, providing users with real-time data analysis and fault detection capabilities.
CHARACTERISTIC
- 1. Multifunctional Design: The tester is designed to handle the discharge, charge, and activation testing of battery packs across various voltage levels.
- 2. Multiple Discharge Modes: Utilizing high-efficiency aerospace load materials and advanced control technology, the device ensures precise discharge accuracy.
- 3. High-Efficiency Charging: A complete three-stage charging mode is implemented to enhance charging efficiency.
- 4. Battery Pack Activation: Users have the flexibility to set charge and discharge rules and activation times, effectively increasing battery capacity.
- 5. Communication Protocols: The tester supports both CAN and RS485 communication protocols for versatile connectivity options.
- 6. Wireless Cell Voltage Monitoring: State-of-the-art wireless technology is employed to monitor and record the voltage of each cell in the battery pack.
