Engine Dyno Testing
The AEI facility, which includes ten engine dynamometer test cells, is uniquely designed to provide a research and development environment in support of a breadth of diesel engine and/or vehicle development programs. 

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Altitude Testing
Super Cell simulates all of the conditions encountered on a mountain road in Colorado, with one major exception.  Repeatable test cycles can be easily achieved in the test cell... Read More>

Cold Start Testing
Two of the twelve engine test cells at AEI are dedicated to Cold Start Engine Testing. Test cell temperature can be maintained down to -40°F. Continuous data acquisition includes... Read More>

 

Test Cells

AEI’s test cell privacy configuration is structured for protecting proprietary projects and providing a comfortable work environment for customers and AEI support personnel.  Each test cell computer console room is isolated from the other test cells and is equipped with an individual entry door.  Privacy blinds may be closed to prevent others from viewing the engine or other hardware.  These console rooms provide a laboratory-like environment, where customers may view the control screens and see the engine test cell through a window.  A single door provides front entry to the test cell from the control console area.  Large double doors for installing and removing engines are located on the opposite side of the cell from the console area.  This arrangement limits access to visitors, and only allows authorized personnel in all areas where engines are stored, maintained, torn down, inspected etc.

 

Test Cell Specifications

The Analytical Engineering, Inc. engine test cells are all roughly equivalent in terms of size and engine testing capacity. Odd numbered test cells have a 16 x 4 foot bedplate and even numbered have 14 x 4 foot bedplates. The bedplates are 4 inch 1018 solid steel construction and are bonded to 60,000 pound steel reinforced concrete inertia blocks. The inertia blocks are isolated from the building through vibration isolation foam seams. The bedplate and inertia block combination are designed for engine / dynamometer combinations up to approximately 3,000 horsepower. Six of the test cells provide rear access through double doors with an opening dimension of 8 feet wide by 9 feet tall, thus accepting practically any conventional engine size.  

Each test cell is ventilated with a totally separate, twin air handler system with a bypass. With computer controlled variable speed blowers, air velocity, test cell temperature and inside barometric pressure (delta to outside) can be maintained and carefully controlled. The entering air from outside is filtered through a separate 99.7% efficient superfilter system.

Supercritical silencing mufflers provide approximately 45 dB attenuation. Each test cell is equipped with 8 inch exhaust with continuously variable damping to simulate a wide range of vehicle exhaust system backpressure levels. These muffler systems will provide excellent sound control with minimal exhaust restriction for engines up through 2500 horsepower.


 
© 2008 Analytical Engineering, Inc.