Sakor Dynamometers Engineered for Low Power Applications

Modern drive technology allows the systems to provide seamless crossover between motoring and loading modes.

Modern drive technology allows the systems to provide seamless crossover between motoring and loading modes.

May 11, 2012—Sakor Technologies, Inc. recently introduced the MicroDyne series of small motoring dynamometers. Suitable for a wide range of automotive, military and aerospace testing applications, this newest innovation from Sakor is capable of testing all types of small rotary devices such as motors, pumps, generators, compressors and more. The MicroDyne is a fully functional, four-quadrant dynamometer engineered specifically for low power applications. Versions are available in sizes from 100 watts to five kilowatts.   For applications operating at five kilowatts and above, Sakor's AccuDyne AC dynamometer system is readily compatible with larger rotary components as well as conventional engine and power-train systems, hybrid vehicle drives and electric motors. Both the AccuDyne and MicroDyne offer the most precise speed and torque control available. This is especially true in low speed applications where full torque can be applied all the way to stall (zero speed). Modern drive technology also allows the systems to provide seamless crossover between motoring and loading modes. Advanced features for more sophisticated testing requirements include inertia simulation, engine simulation, and NVH testing capability.

 

Sakor Technologies, Inc.
URL: 
www.sakor.com