Join us as we explore how to optimize product testing in environmental test chambers. We will cover critical aspects of product testing with different materials, including air temperature vs. part temperature control, product positioning, temperature transitions, uniformity and more. Plus, we will share some insider tips aimed at enhancing your testing processes, helping to ensure accurate product evaluation and reliable test outcomes.
Overview
Join us for the upcoming webinar and gain valuable insights into the critical aspects of product testing using environmental chambers. You will learn how to evaluate the performance and durability of your products under various temperature extremes. The webinar will cover key points such as the differences between air temperature and part temperature control, the importance of product positioning within the chamber, and techniques for achieving temperature transitions, including the use of liquid nitrogen (LN2) for rapid changes.
Enhance your understanding of how to effectively use environmental test chambers to identify defects or weak areas in your product designs. By learning about the best methods for testing products, understanding the impact of product positioning, and exploring various temperature transition techniques, you will be better equipped to achieve accurate and consistent temperature changes within the chamber.
Rigorous testing is essential for high-quality products that endure extreme conditions. This webinar will highlight the importance of environmental test chambers in optimizing product testing processes. Participants will gain practical insights and strategies to enhance their testing capabilities and achieve better results.
Don't miss this opportunity to elevate your product testing expertise!
Key Takeaways
- Discover the best methods for testing your product and understand the differences between air temperature and part temperature control.
- Learn how the positioning of your product within the chamber can affect test results and ensure accurate evaluations.
- Understand how different material properties may require specialized airflow cooling systems to achieve the desired temperatures.
- Explore various techniques for achieving temperature transitions, including mechanical cooling, dual systems, and the use of liquid nitrogen (LN2) for rapid changes.
- Understand how uniform air flow contributes to consistent temperature distribution and reliable test outcomes. Gain insights into the importance of maintaining adequate air flow to facilitate smooth temperature transitions for your products.
Speaker
Berchtold has been in the test chamber market for over for 35 years. He holds a bachelor’s degree in mechanical engineering and specializes in refrigeration design and technology. He is the director of engineering for the CSZ product brand manages a large staff of electrical, mechanical and refrigeration engineers along with research and development.