SAKOR TECHNOLOGIES PROVIDES NEW HYDRAULIC CAM PHASER PERFORMANCE TEST SYSTEM FOR MAJOR INTERNATIONAL PROVIDER OF DRIVETRAIN COMPONENTS
HIGHLY CONFIGURABLE TEST SYSTEM TO TEST DESIGNS FOR IMPROVING ENGINE FUEL EFFICIENCY
SAKOR Technologies Inc., a recognized leader in the area of high-performance dynamometer systems, announces that it recently provided a performance test stand for validating designs for new hydraulic variable timing cam phaser systems for a major international provider of powertrain components. Powerful and flexible, the cam phaser test stand will be used for research and development on engine timing designs that improve engine fuel efficiency. Simulating an engine using an electric dynamometer is cleaner and safer than using an actual internal combustion engine and reduces the costs and time needed for cam phaser design testing.
The SAKOR system features a 60 kilowatt dynamometers that can operate at up to 8500 revolutions per minute (rpm) to simulate the engine. A 235 kW ultra-low inertia dynamometer is used to simulate the high frequency torque pulses found on a cam shaft. The test stand can be easily adjusted, so it can accommodate a wide range of cam phaser designs. The DynoLAB™ data acquisition and control system provides reliable fully automated test procedures for all customer testing protocols.
"SAKOR is dedicated to helping customers design the next generation of fuel efficient engines in ways that do not require huge expensive facilities to conduct testing of components," said Randal Beattie, president of SAKOR. "To the best of our knowledge, ours is the first system capable of simulating dynamic cam shaft torque pulsing in real time and in a clean lab environment."