2023 Automotive Testing Expo

Join Vaisala at the Automotive Testing Expo from October 24-26 at the Suburban Collection Showplace in Novi, Michigan. Come speak with us at booth #7030! And don’t forget to stop by the Technical Presentation Stage on Wednesday, October 25th at 12:20 PM as Jackie Whitney, a Vaisala Application Sales Engineer, discusses the importance of high-humidity measurement sensors and how they can help improve performance, stability, and reliability in automotive testing. 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 to 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 get the conversation started. Contact Form - How may we help? | Vaisala

Technical Presentation Details:

Humidity Sensor Technologies for evolving Environmental Test Chambers requirements
 
The extreme environmental conditions required in automotive testing need humidity and temperature sensors that can measure up 98%RH and 95°C. These sensors must be highly reliable throughout repeated cyclical testing. Performance of the sensors can be achieved by, starting with using high-quality capacitive polymer sensors, and then adding important features such as warmed probe, sensor purge, and sensor heating. These features can improve performance, stability, and reliability, in addition to being able to measure environmental conditions that conventional humidity sensors are unable to withstand. Vaisala experts will discuss how these features work and how those extreme conditions can be measured.  
 
What the you will learn: 

Capacitive polymer humidity sensor history and benefits How a warmed-probe feature allows measurement in near condensing conditions How a sensor purge feature can reduce chemical vapor-related sensor drift, and its ability to extend calibration intervals How sensor heating can aid in recovery of saturated sensors in condensing conditions

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