The training stand CAN-/LIN-bus should be built-up on a mobile aluminum frame and contains the original instrument panel, driver and front seat passenger airbag, the complete lighting system and instrument lights of a Golf V. The system contains all control units e.g. like gateway, electrical system control unit, airbag, air conditioning system, instrument panel employment, driver and passenger door, etc.
Mobile training stand should have functional built-up original components Diagnostic plugs for diagnostic testers CAN-BUS interfaces with strapping plugs for measuring and diagnosis For the demonstration of typical bus errors and to diagnostic exercises at least 8 errors can be switched over rocker switches into the system,
It should work with PC supported CAN-BUS diagnostic systems
For error circuit 8 pre-defined errors are integrated over rocker switches. Over the strapping plugs and the led out diagnostic plugs measuring and diagnosis are possible with testing sets.
To have original instrument panel
Instrument panel with combination instrument and electrical starter lock
Airbag - driver and front seat passengers
Complete lighting system inclusive instrument lights
Window lifter with comfort function
Windshield wiper motor with LIN-BUS
Control unit for climate, blower/ventilation - circulating air
Central locking
Technical Data:
The mobile training stand Digital Control engineering should allow to indicate the fundamental operations of digital signal processing by using analogy models from the range of the automotive technology.
The function of sensors and actuator elements, as in and output elements of control engineering, in descriptive attempts should be examined and explained.
The extensive PC-program, in connection with Training stand should permit an interactive compilation of the appropriate pieces of knowledge.
Explanation and animation representation of a simple 2-level regulator (with and without reconducting time constant) as introduction to control engineering. Proportional controller Explanation and animation of the proportional regulation by easily understandable analogy models In order to optimally use and evaluate the sensor, its characteristics (e.g. logarithmic characteristic) have to be considered.
Dimensions: Minimum 2000x550x1800 mm
Weight: Minimum 80 kg
