Dynamatic® Eddy Current drives, brakes and controls for automotive performance testing
The automotive industry is just one, that has relied on Dynamatic® Eddy Current drives, brakes and controls in various testing applications for many years. Leading brands such as The Ford Motor Company, Rausch Racing, General Motors and Caterpillar turn to Dynamatic® for the rigorous test procedures they put their vehicles and components through. For details on the specific tests and the adjustable speed solutions that support them, download this Dynamatic® application guide.
Test stands are used to control and measure torque, speed and horsepower, both input and output, of engines, transmissions, differentials, drive transfer boxes and transaxles. These test stands can be simple or very complex, with special mechanical and electronic equipment. In addition, because of the need for extensive test data, the electronic portion of the systems can include automated input command interfaces and data acquisition interfaces from several output points.
Dynamatic® has been involved worldwide in both military & commercial grade testing facilities. Dynamatic® Eddy Current Brakes as large as 4000HP are used to load test transmissions, gearboxes and compressors. Dynamatic® WCS Couplings up to 2500HP provide smooth acceleration and a non-mechanical link for test cells and wind tunnels. Specialty High Speed Motors as large as 500HP / 10,000 RPM are designed and built right here in the USA to keep up with the ever-increasing demands of today’s automotive testing market.
For further information or details on these and more engine testing applications, please contact one of our application specialists.
Transmission and torque converter testing
Internal combustion engine testing
Differential and transaxle testing
Four-wheel drive transfer box testing
Complete vehicle performance testing
Brake, clutch and drive testing
Aircraft engine testing
Dynamatic® Eddy Current drives, brakes and controls are the driving force behind the automotive industry’s rigorous testing procedures.