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Eddy Current Dynamometer Manufacturers and Suppliers

IQS Directory is a top industrial directory listing of leading industrial eddy current dynamometer manufacturers and suppliers. Access our comprehensive index to review and source eddy current dynamometer manufacturers with preview ads and detailed product descriptions. These eddy current dynamometer companies can design, engineer and manufacture eddy current dynamometers to your specifications and application need. A quick and easy to use request for quote form is provided for you to contact these eddy current dynamometer manufacturers and suppliers. Each company has detailed profile information, locations, phone number, website links, product videos and product information defined. Read customer reviews and product specific news articles. We are the right resource for your information requirement whether its for a manufacturer of eddy current dynos, construction eddy currents, eddy current torques.

  • Milwaukee, WI 414-755-0040

    Our Eddy Current Dynamometers allow a precise, low-maintenance, rapid response, and repeatable alternative to water brake technology. Offering a rugged power-absorbing system ensuring a long operating life regardless of the working environment. Taylor’s Eddy Current Engine Dynos provide low-inertia, air- or water-cooled operation for testing. Contact Taylor today with your Eddy Current requirements.

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  • Sussex, WI 262-252-4301

    All of our dynamometers are beyond compare. We strive to optimize your orders which results in the highest levels of customer satisfaction. Our teams are devoted to engineering the best systems on the market and we are happy to pass our experience to our customers. We have the expertise to successfully manufacture any dynamometer to meet a customer’s needs. These easy-to-use machines come at a very affordable price.

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  • Monterey, CA 831-373-0200

    Customers choose Sierra Instruments when they need a dynamometer that is accurate and repeatable. We also offer short delivery lead times, expert flow advice, and long term customer support. Our line of dynamometers include chassis, eddy, hydraulic, and more. When it matters, choose Sierra. Contact us today to learn more!

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  • Sturtevant, WI 818-746-3649

    Phoenix Dynamometer Technologies LLC offers the most comprehensive approach to water re-circulation systems, data acquisition systems, and dynamometers in the industry. Along with these high performance products, we also offer business continuity and a competitive advantage for our customers. Come and experience the kind of service that sets us above our competitors. We would love to serve you today. Call or visit us online!

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  • Agawam, MA 800-866-3672

    As a distributor of force measuring gauges, testing machines, dynamometers and torque testers, C.S.C. Force Measurement has been depended upon for over 50 years. Our force measurement systems products are from CDI, Chattillon, Dillon and Mark-10. We also provide pre-owned and rental equipment. Visit our website to learn more or browse through our online store.

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ARTICLES AND PRESS RELEASES

Taylor Expands its RSL Towing Dynamometer Offering

Taylor Dynamometer has recently expanded its range of RSL Series Towing Dynos; now with models to test compact to full-sized cars, SUVs and light trucks.  These models are built with an aluminum frame, sheet metal body and an independent, coil-spring suspension. The RSL series use an Eddy Current Absorber, powered by batteries and an alternator, for power absorption. Combined with Taylor’s DynCntrl-II software, the RSL series provide the engineer with a highly-efficient and repeatable tool for collecting critical vehicle performance data.  The... Read More

SAIT Polytechnic Success Story (Education Application)

September 23, 2014 About SAIT Polytechnic As one of Canada’s leading polytechnics, SAIT Polytechnic in Calgary, provides relevant, skill-oriented education to over 71,000 students per year. The curriculum at SAIT is developed through partnerships with business and industry to ensure graduates have the skills and knowledge required in the workplace. Many programs include workplace internships and placements as critical components of their curriculum. The Cenovus Energy Centre The Centre is a world-class facility and fully operational power engineering plant where students... Read More

businessIndustry Information

Eddy Current Dynamometer

Eddy current dynamometers determine the torque of an engine by creating eddy currents. They are used extensively in the automotive industry to produce braking torque. Also known as eddy current dynos, these devices offer the advantages of low maintenance, high levels of control and simple construction.

Eddy current dynamometers are a subset of chassis dynamometers and are the most common absorbers, made to fit in most chassis dyno pits. They can also act as brake dynamometers. Unlike inertia dynos, they are able to provide a quick load change rate as well as steady state and controlled acceleration. Many new eddy current dynamometers use cast iron discs to pass through the magnetic field and form eddy currents. Additional materials include copper, aluminum and other conductive metals. Variable electromagnets change the strength of the magnetic field in order to control the amount of braking. The electromagnetic voltage is computer controlled to match the changes in the magnetic field to the applied power output. The range of speed and torque that eddy current dynamometers provide makes these dynos very versatile and ideal for engine testing. They are also useful and effective when testing transmissions, turbines, electric motors, gears, pump and other machines. Dynamometers are used primarily for these purposes and are widespread in manufacturing, production and industrial applications.


Eddy currents are created when a conductor (such as a metal disk) is introduced to a changing magnetic field. A circulating flow of electrons creates its own current within the magnetic field. These currents move in opposing directions from the movement of the disk, creating a repelling or dragging force between the conductor and the magnet. The strength of the currents and therefore the strength of the repelling action increases when the power of the magnetic field is increased, the electrical conductivity of the disk is greater or when the magnetic field changes quickly. The torque of the vehicle is determined through the voltage that was required to create eddy currents that were strong enough to match the output of the vehicle. A certain level of voltage indicates a specific amount of torque. Because eddy currents generate heat, eddy current dynos must be cooled. Most are air cooled but some require external water cooling systems. In other systems, the heat from the currents is used for induction heating. These dynamometers are a heavy duty but cost effective way to produce braking torque. They are also used as load absorbers because they can provide a slight levitation effect or an air cushion to absorb an impact. Because eddy current dynamometers are chassis dynos, they are able to measure torque while the engine is still in the vehicle.

More Eddy Current Dynamometer

Eddy Current Dynamometer
Eddy Current Dynamometer
Eddy Current Dynamometer - Taylor Dynamometer, Inc.
Eddy Current Dynamometer - Taylor Dynamometer, Inc.



Eddy Current Dynamometer Informational Video