Endevco to display state-of-the-art sensor technology at Aerospace Testing, Design and Manufacturing exhibition April 15-17 in Munich

News Release from: Endevco
14/04/2008

Endevco Corporation will showcase a wide range of its most popular products in booth B140 at the Aerospace Testing, Design and Manufacturing exhibition to be held April 15-17, 2008 at the Munich Trade Fair Centre in Germany.

For 60 years, Endevco has been delivering the most trusted sensing solutions and program support for the world’s most advanced aerospace programs including the Joint Strike Fighter, EuroFighter, Blackhawk and V22. The company has received a Total Quality Supplier award from the United Launch Alliance joint venture between Boeing and Lockheed Martin as well as the STARS award from Cessna for superior supplier performance. Endevco also recently licensed leading edge technology from NASA for the development of silicon-carbide pressure sensors designed for very high temperature applications.

The Endevco exhibit will feature a wide range of advanced measurement devices including:

Model 67 – Industry’s first miniature, 100 mV/g, high-temperature IEPE accelerometer designed for structural and component testing and monitoring in environments up to 175°C

Model 65HT-05 – Miniature, high-temperature device packaged in a 10-mm cube of welded titanium construction and weighing only 5 grams built to operate up to +175°C

Model 7290D – Variable capacitance accelerometer with onboard, microprocessor-based temperature compensation for very high thermal stability and global accuracy

Model 71 – Subminiature, surface-mount, piezoresistive accelerometer with a rugged, undamped design for shock measurements from 6000 to 60,000g and sensitivities from 3 to 30 uV/g

Pressure Belt – Six ultra-miniaturized pressure sensor modules networked together and mounted on a flexible strip with an extremely low profile for minimal aerodynamic impact.

In addition, the Endevco exhibit will include a life-size crash test dummy outfitted with sensors in three dimensions for visitors to gain a hands-on feel for relative impacts in g-force and vector.