We supply a range of vehicle test system products to the automotive and commercial vehicle markets, specifically designed for testing:
Our vehicle test systems include chassis dynamometers that are of modular construction with innovative mechanical design and efficient, high response electrical inertia simulation. Control is provided by high accuracy computer systems utilising distributed I/O architecture interfaced to a Microsoft Windows™ graphical user interface.
Industry standard test cycle programmes are incorporated within the powerful software as well as the facility to generate customer specific test sequences. Data acquisition and display is provided in real time and off-line as required.
Our award-winning Robot Driver system and automatic fuel system are just two additional advanced technology options that enable us to provide a complete automated test solution.
Exhaust emission testing is performed under strictly controlled environmental conditions, to specified test schedules under simulated driving conditions using human or robot drivers.
Endurance testing systems provide full 24 hour unattended vehicle testing under automatic control. Vehicle and component ageing can be analysed within a controlled environment, or exposed to prevailing weather conditions. Our automatic fuel supply system is a common addition to this facility to support continuous testing and safe working environment.
Vehicles are taken from the production line at random or in a planned sequence for quality validation checks.
High performance application software controls the dynamometer to simulating a full spectrum of road load scenarios. This enables specific tests to be performed under laboratory conditions. Typical system configurations include 2WD, 4WD or 4x4 independent roller dynamometers.
Applications as varied as:
Various AC motor and roll configurations are available, either in-line, or centre mounted. Inertia simulation ranges cover motorcycles to heavy-duty commercial vehicles.
Low maintenance, high efficiency, reliability and precision are standard criteria across the range.
