This training stand was manufactured on the basis of a VW Golf 6. In addition to the conventional troubleshooting according to circuit diagram, diagnosis and coding by means of workshop tester via OBD is also possible. Original vehicle components with CAN- and LIN-BUS connection and connection plugs which are led out to the front side are installed. A residual bus simulator generates signals of components not contained in the vehicle which are urgently required for the function. This guarantees a realistic display of the signals.
The supplied original VW circuit diagram consisting of individual pages can be used as a circuit diagram. All documents are also supplied in digital form. The headlamps can be adjusted with a light adjustment device. All installed components such as steering column switch, light switch, wiper motor, main headlights, rear lights etc. are original components based on Golf VI. The front edging profiles hold the digitally printed base plates. The digital print is laminated with a special film to ensure high practical suitability and also offers the possibility of writing on the plates with water-soluble film pens. The mobile frame is equipped with four 125 mm braked rollers. A frame mounted underneath the training stand is used to hold the 12V 40Ah power supply unit (included in delivery).
The following extensions are possible:
Door module with ZV, electric window lifter and electric mirror as well as a trailer module and a rain sensor.
- Working with circuit diagrams, circuit symbols, terminal designations, cables, cable connections
- Use of the possibilities of standard diagnostic equipment
- Inclusion of problem-solving strategies or alternatives in the diagnosis
- Inspection of individual components and decision on necessary repair measures
- Coding of control units, adaptation of software versions and testing of data communication lines in compliance with legal and manufacturer-specific regulations
The following functions are possible:
- Send signals
- Receiving signals
- Processing signals (programming on the BUS)
- Error circuit in the CAN bus system
Connection options:
- CAN dongle via adapter
- Diagnostic tester via OBD
- oscilloscope, multimeter
- Motor vehicle mechatronics engineer with focus on passenger car technology
- Automotive mechatronics technician with focus on vehicle communication technology
- Service technician
- Master craftsman in automotive engineering
- Naming electrical and electronic components, assemblies and systems
- Testing and repair of electrical and electronic circuits
- Selecting and using electrical measuring and testing equipment
- Measurement and evaluation of electrical quantities and signals
- Documentation of work results and evaluations by comparison with calculated values and manufacturer's specifications
- Training stand
- Manual with various practical examples and circuit diagrams
- CAN error switch box for the 8 standard CAN errors
- special resistor cables for fault simulation
- voltage stabilized power supply
- Power connection: 110 / 230 volt mains connection
- Dimensions (L x W x H in mm): 1.600 x 800 x 1.950
- Weight: approx. 140 kg