Automotive Testing Expo 2024

Join Vaisala at the Automotive Testing Expo from October 22-24 at the Suburban Collection Showplace in Novi, Michigan. Visit booth #7030 and speak with one of our measurement experts about your specific challenges.

Remember to stop by the Innovation Showcase on Wednesday, October 23rd at 1:30 PM, as Kevin Walsh, a Vaisala Measurement Expert, will present how to improve engine testing efficiency using high-quality sensors. See below for more information.

Vaisala’s industrial instruments set the industry standard for reliability, stability, and accuracy, from stress testing of components and engine testing in dynamometer rooms ensuring an efficient process and high-quality finish in automotive paint booths. The highest quality measurement instruments are essential when you need to improve processes and ensure product quality, which saves energy and operating costs. That’s why Vaisala offers reliable, accurate, and easy-to-install and use instruments for measuring humidity, temperature, and dew point for the automotive industry.

Can’t wait? Vaisala’s North American Industrial Instruments team can assist in answering all your questions. Whether it is a quote, a free demo, or a technical inquiry, our experts are eager to start the conversation. https://www.vaisala.com/en/lp/contact-form

Presentation Details
Improving engine testing efficiency using high-quality sensors

High-quality sensors for relative humidity, temperature, and barometric pressure are essential in engine test cells and dynamometer rooms as they ensure precise monitoring and control—which are critical for accurate testing and validation of automotive systems. These sensors provide reliable data for assessing performance, durability, and compliance with environmental standards. Their robust design allows for operation in extreme conditions, while advanced technology ensures fast response times and minimal maintenance. Utilizing such sensors leads to improved testing efficiency, enhanced product quality, and a deeper understanding of engine behavior under various conditions.