Dynos measure engine performance by running an engine at high speeds for long intervals. Dynos are different than road tests, though, in the vehicle is placed on stationary rollers and can be controlled by a computer. Read More…
We provide dynamometer test controls and equipment for a wide range of applications. Our test cell control system is compatible with all types of dynamometers, including AC & DC motoring dynos & Water Brake Systems. Our products all include the durability & quality customers expect from SAKOR. Our dynamometers are powerful & affordable for the automotive, aerospace & heavy equipment industries.
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...
For over 45 years, Mustang Dynamometers has been a worldwide manufacturer and designer of the highest quality, most accurate testing equipment such as chassis dynamometers, engine dynos and transmission dynes systems in the world. Our sister company, Mustang Advanced Engineering, has created world leading solutions for testing. Visit MustangDyne.com for more information. Follow them on Facebook,...
When accuracy, reliability and performance matter look to the name that means dependability: A&D Technology. If you’re looking for an AC Dynamometer or an EC Dynamometer, A&D has you covered! We are a leader in dynamometers and have extensive advantages over other dynamometer manufacturers. Contact us today for more information!
More Dyno Manufacturers
Some dyno varieties involve a frame that holds the vehicle above engine mounts, rolling cylinders, a heat exchanger and a torque measuring device. Others require hydraulic fluid, water or oil to function. Modern dynomometers are able to graph the performance of an engine in terms of its maximum rotary speed, torque capacity and maximum power absorption. In some cases, they can also provide analyses of emissions and reaction time. Dyno users can interface with their equipment through control consoles, computers or remote controls.
Dynomometers are used to measure the RPMs and torque for gearboxes, belt or chain drives, fluid power systems, gas or diesel systems, turbines, transmissions and other applications. They are most commonly used in the automotive industry but are also applied in aerospace, marine and industrial processes.
Chassis and engine dynomometers are the most common dyno varieties. Chassis dynos measure an engine's performance based on the speed and nature of the rotation of the wheels that the engine powers; engine dynos measure engine performance directly.
In the case of chassis dynomometers, a vehicle is placed on a frame and placed on rollers. Once secured, a computer starts the vehicle's engine remotely. The computer measures how quickly the rollers rotate and, along with factoring in the weight of the rollers, determines the engine's performance.
Chassis dyno readings can be 15% to 20% lower than readings taken by engine dynomometers because the chassis dynamometer reading process causes energy losses due to friction throughout the drivetrain. In engine dynos, a torque measuring device is connected to the crankshaft or flywheel, and a lubricant may be used to reduce friction and heat generation. Dynos are often used to test new engines or to examine engines during diagnostic testing.
