Descrizione
The SI-6200 Battery Cycler Analyzer is a state-of-the-art solution for testing a diverse range of battery materials, supercapacitors, and micro fuel cells (MFC) with precision and reliability. Designed to operate at up to 200mA/10V per channel, this advanced battery cycler goes beyond standard functionality, offering extensive analytical capabilities that make it an indispensable tool for researchers and engineers in the energy storage industry.
Whether you are working with stackable 10-channel modules or a cabinet-based system, the SI-6200 provides flexible, stand-alone operation. It boasts a fast data acquisition speed of 1000 samples per second across all channels, thanks to its patent-pending Direct To Disk technology. This rapid data collection, combined with high-resolution 24-bit converters, enables the early detection of subtle differences in cell behavior, allowing users to save valuable time in their testing processes.
The SI-6200 Battery Cycler Analyzer also supports parallel channel connections for testing 10W devices, making it versatile for a variety of applications. Its scalable, multi-user, and multi-PC capabilities ensure that the system can grow with your research needs. Additionally, built-in Electrochemical Impedance Spectroscopy (EIS) on all channels, without the need for multiplexing, enhances the analyzer’s performance.
FEATURES ABOUT A SI-6200 BATTERY CYCLER ANALYZER
Seamless integration with third-party climate chambers and data logging equipment further enhances the SI-6200’s utility, making it a comprehensive solution for battery testing and analysis.
- Stand-alone operation using stackable 10-channel modules or cabinet-based system.
- Fast data acquisition speed of 1000 samples per second across all channels using patent-pending Direct To Disk technology.
- High-resolution 24-bit converters allow early detection of small differences in cell behavior, saving time in the testing process.
- Parallel channel connections enable testing of 10W devices.
- Flexible and scalable multi-user, multi-PC battery cycler.
- Built-in Electrochemical Impedance Spectroscopy (EIS) on all channels, with no need for multiplexing.
- Seamless integration with third-party climate chambers and data logging equipment.
