Product Description:

The Lithium Battery Tester is a versatile and reliable tool designed for testing lithium batteries and acid-lead batteries. It is an essential piece of equipment for professionals working with electric vehicles (EV) and battery systems. Powered by an AC220V supply, this battery tester is ideal for accurately assessing the performance and health of various types of batteries.

With a stress on battery testing, this Lithium Battery Tester is specifically tailored for EV Battery Testing Equipment applications. It is capable of conducting thorough tests on lithium batteries as well as acid-lead batteries, making it a comprehensive solution for battery testing needs. Whether you are testing individual batteries or entire battery packs, this tester ensures accurate and reliable results every time.

The Lithium Battery Tester comes in a sleek and modern design, available in two vibrant color options: blue and orange. This not only adds a touch of style to your workspace but also ensures easy visibility and identification of the tester among other equipment. The color options provide a choice to suit your preferences or match your existing tools and devices.

Equipped with a Segment LCD display mode, the Lithium Battery Tester offers a clear and easy-to-read interface for monitoring test results. The segment LCD display provides detailed information and data readings, allowing users to quickly interpret and analyze the battery performance metrics. This feature enhances the user experience and ensures efficient operation of the tester.

In summary, the Lithium Battery Tester is a sophisticated and efficient tool for EV Battery Testing Equipment applications. Its ability to test both lithium and acid-lead batteries, along with a user-friendly design and advanced display mode, makes it an essential component of any battery testing setup. Whether you are in need of a Battery Pack Test System or require precise battery testing for your EV projects, this tester is the perfect solution for professionals seeking reliable performance and accurate results.

Features:

• Battery Pack Test System
• EV Battery Testing Equipment
• DC Battery Load Tester
• Product Name: Lithium Battery Tester
• Power Supply: AC 100-240V
• Application: Lithium Battery, Acid-lead Battery
• Warranty: 1 Year
• Operating Temperature: 0-40℃
• Stress: Battery Tester

Technical Parameters:

Applications:

The Lithium Battery Tester is a versatile device suitable for a variety of Product Application Occasions and Scenarios due to its powerful features and specifications.

As an EV Battery Testing Equipment, this tester is designed to accurately measure the internal resistance of lithium batteries used in electric vehicles. Its high-resolution capabilities of 1mV/1mA ensure precise testing results, making it a reliable tool for assessing battery performance.

Furthermore, the Battery Pack Test System functionality of this tester allows for comprehensive testing of battery packs used in various applications. Whether for automotive, industrial, or consumer electronics, this tester can provide valuable insights into the health and efficiency of battery packs.

With a Power Supply range of AC 100-240V, this tester can be easily integrated into different power systems, offering flexibility in usage. The Ventilation System radiator ensures efficient heat dissipation, making it suitable for prolonged testing sessions without overheating.

Whether in a research laboratory, manufacturing facility, or service center, the Lithium Battery Tester proves to be an essential tool for professionals working with lithium batteries. Its Output Power of 0.25KW enables testing of various battery capacities, catering to a wide range of battery sizes and types.

In conclusion, the Lithium Battery Tester is a reliable and efficient device that meets the demands of Battery Internal Resistance Tester and Battery Pack Test System applications. Its precision, power supply options, and ventilation system make it a versatile tool for testing and evaluating lithium batteries in different scenarios.