Product News: Test & Measuring Instruments

AC Engine Dynamometers range from 11.9-735 kW.

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Press Release Summary:

August 6, 2014 - Available in models from 16–985 hp with max engine speed ranging from 3,000–11,000 rpm, AC Engine Dynamometers provide high overload capacity for research and development applications. Units offer low moment of inertia and high pulse torque in testing in either direction. Other key features include regenerative opportunities, fast response for transient testing of engines and transmissions, and seamless test-cell integration.

Taylor Dynamometer

3602 W. Wheelhouse Rd., Milwaukee, WI, 53208, USA

Original Press Release

Taylor Dynamometer Expands its Standard AC Engine Dynamometer Offering

Press release date: August 4, 2014

Milwaukee, WI – Taylor Dynamometer expands its standard AC Engine Dynamometer (dyno) offering to include 16 hp (11.9 kW) on up to 985 hp (735 kW) models with maximum engine speed ranging from 3,000 to 11,000 rpm.  Designed for rough operating conditions providing high overload capacity and research and development applications, the AC Engine Dynamometers offer low moment of inertia and high pulse torque in testing in either direction of rotation at speeds up to 11,000 rpm. Plus, their compact design uses as little valuable floor space as possible.

Other key features of the AC Engine Dynamometers include: regenerative opportunities to reduce energy costs, fast response for transient testing of engines and transmissions and seamless test-cell integration.  Taylor will also continue to provide custom AC dynamometer solutions, outside the range listed above, to suit specific customer testing needs and requirements.

About Taylor Dynamometer
Taylor’s comprehensive product offering along with a unique blend of product knowledge and clear understanding of application environments ensure that customers get the most out of their equipment over its entire life cycle through superior performance, enhanced flexibility and higher return on investment. Taylor Dynamometer – Everything you need to succeed www.taylordyno.com

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