Press Release Summary:
The AccuDyne™ AC Dynamometer is able to operate at up to 14,000 RPM and is designed for testing of aircraft starter/generator units in both starter and generator mode. The DynoLAB™ test cell control system can perform various load profiles and simulations. The system allows technicians and engineers to create their own test sequences in minimal time. The test system consists of a high-precision power analyzer and a separate 3-phase regenerative inverter. The device can simulate the engine as load and as main driver.
Original Press Release:
Sakor Technologies Provides System for Testing of Aircraft Starter/Generators
AccuDyne™ AC Dynamometer system enables testing in both starter and generator modes
SAKOR Technologies Inc., a recognized leader in the area of high-performance dynamometer systems, announces that it has provided a system to a major West Coast aerospace manufacturer for the testing of aircraft starter/generator units (SGUs). Included in the testing system is an AccuDyne™ AC Dynamometer automated by the DynoLAB™ Test Cell Control System. The test stand also includes a high-precision power analyzer and a separate 3-phase regenerative inverter, which enables testing of the SGU without requiring an aircraft electronics panel be used.
The 18 kW AccuDyne AC Dynamometer is capable of operating at up to 14,000 RPM. This dynamometer, along with the inverter provided by SAKOR, is designed to test a new starter/generator product for aircraft applications, in both starter and generator mode. The DynoLAB™ Test Cell Control System can also perform a wide variety of load profiles and simulations, and is designed to make it easy for engineers and technicians to create their own test sequences in minimal time.
“This test system provides high-precision, three-phase monitoring of electrical power in and out of the starter/generator, as well as accurately measuring torque, speed, and mechanical power in or out of the unit. We can effectively test all aspects of this product in both operating modes with a single test system,” said Randal Beattie, president of SAKOR. “The AccuDyne’s regenerative design allows it to simulate the engine, as a load, during the start phase, as well as the main driver during the generation phase of operation. It also allows for recapture of absorbed power. This significantly improves system efficiency, and reduces power consumption and overall testing costs.”
By creating an effective, efficient SGU, as tested by this new system, the customer will be able to provide significant benefits of reduced weight and therefore fuel costs in aviation applications. The SGU offers the same performance as separate starters and generators in aircraft, though combined into a single, lighter-weight, package.
About SAKOR Technologies Inc.
SAKOR Technologies Inc. is a recognized leader in the manufacture and development of reliable and cost-effective automated test instrumentation systems for a wide range of applications. For over 30 years, the company has been providing quality products and superior customer service to a variety of markets including automotive, hybrid and electric vehicle (H/EV), military, aerospace, marine, heavy equipment, performance racing, electric motor, consumer appliance and more.
For more information, contact us at 989-720-2700, via e-mail at: info@SAKOR.com, or visit SAKOR’s website at www.sakor.com. Product or service trademarks mentioned herein are the trademarks of their respective owners.
McNeil, Gray & Rice
617-367-0100 ext. 122