Chroma 19311-10: The Ultimate Battery Cell Surge Tester for Enhanced Battery Performance

Chroma 19311-10 Battery Cell Surge Tester, 10 Channel, 100V-6000V, 19311 Series

Product Overview:

The Chroma 19311-10 Battery Cell Surge Tester is a high-performance instrument designed to evaluate the surge withstand capability of battery cells. With its 10 independent channels, it can simultaneously test multiple cells, providing comprehensive and efficient testing.

Features and Specifications:

10 Independent Channels: Allows for parallel testing of up to 10 battery cells.
Wide Voltage Range: Supports testing from 100V to 6000V, covering a wide range of battery cell applications.
High Surge Current: Delivers up to 100A of surge current, simulating real-world surge conditions.
Adjustable Surge Parameters: Enables customization of surge duration, rise time, and fall time to meet specific test requirements.
Advanced Data Acquisition: Captures and analyzes surge waveforms, providing detailed insights into cell performance.
Intuitive User Interface: Simplifies test setup and operation, reducing testing time and effort.
Compact and Portable: Designed for easy transportation and use in various testing environments.

Enhanced Battery Safety: Ensures the reliability and safety of battery cells by identifying potential surge-related failures.
Improved Battery Performance: Optimizes battery design and manufacturing processes by evaluating cell surge withstand capability.
Reduced Testing Time: Parallel testing of multiple cells significantly reduces testing time, increasing efficiency.
Comprehensive Data Analysis: Provides detailed surge waveforms and analysis, enabling thorough evaluation of cell performance.
Versatile Applications: Suitable for testing various battery cell types, including lithium-ion, lead-acid, and nickel-metal hydride.

Value to the Customer:

The Chroma 19311-10 Battery Cell Surge Tester empowers customers with the ability to:

Ensure the safety and reliability of their battery products.
Optimize battery performance and extend battery life.
Reduce testing time and improve efficiency.
Gain valuable insights into battery cell behavior under surge conditions.
* Meet industry standards and regulations for battery testing.