OVERVIEW
- The RD-CDT batterie regenerer is a versatile tool designed for the rigorous evaluation and maintenance of stationary batteries and UPS systems. It incorporates key features such as constant current discharge, cell voltage measurement, and intelligent charging technology. This integrated approach ensures a thorough and precise assessment of battery performance, making it an indispensable instrument for professionals in the telecommunications industry, mobile network base stations, and utility companies.
- The RD-CDT batterie regenerer offers a scientific and structured testing process, providing valuable data on battery health and reliability. Its application extends to various sectors where uninterrupted power supply is critical, facilitating the maintenance of high-quality power systems. The tester’s design is centered around efficiency and practicality, ensuring that it meets the demanding needs of technicians and engineers in the field.
CHARACTERISTIC
1. User-Friendly Interface:
- The Battery Regeneration Machine boasts a straightforward English menu system, designed with the user in mind. It guides you through each step with clear prompts, ensuring a hassle-free operation.
2. Intuitive Test Display:
- The charging and discharging test interface is visually clear, making it easy to monitor and interpret the results in real-time.
3. In-Device Analysis:
- The main test functions provide histogram and curve chart analysis directly on the device, eliminating the need to transfer data to a PC for basic analysis.
4. Integrated Design:
- The Battery Regeneration Machine combines the monitoring and power sections into a single unit, with the power section equipped with state-of-the-art high-efficiency components.
5. Cutting-Edge Technology:
- The use of new low-heat, high-efficiency loading materials and sophisticated control technology guarantees a high level of precision in constant current operations.
6. Advanced PC Software:
- The included PC software offers powerful analysis tools, allowing you to zoom in or out on the voltage curve for detailed observation and analysis.
