EV Motors and Generators Panel Trainer 742-01
To develop practical fault diagnosis skills, the system includes 16 manual or automatic fault insertion options that simulate real-world malfunctions. Learners can perform troubleshooting exercises related to:
- Motors and generators panel faults
- Drivetrain faults
- IGBT and PEM component issues
- Sensor faults
- HVAC failures
- Start-up circuit failures
- Motor identification faults
Typical practical training tasks include:
- System start-up procedures
- High-voltage system disabling
- Inverter circuit operation
- PWM control analysis
- CAN Bus communication investigation
- Three-phase traction motor study
- Generator operation analysis
- Regenerative braking system testing
- Troubleshooting electrical and electronic faults
The package includes:
- EV Motors and Generators Trainer
- Digital curriculum materials
- Wall mounting brackets and bench stands
Additional required equipment:
- Lab scope
- Digital multimeter
The trainer also includes access to digital curriculum resources with theoretical lessons and practical exercises. It can be integrated with optional cloud-based software offering online electronics tasks, interactive theory presentations, investigations, and assessment tools linked directly to practical activities.
Technical Specifications:
- Dimensions: 900 × 170 × 600 mm (W × D × H)
- Packed Volume: Approx. 0.316 m³
- Packed Weight: Approx. 26 kg
- Order Code: 742-01 P9614-E
EV Motors and Generators Panel Trainer
is an advanced educational training system designed to provide students and instructors with hands-on experience in electric vehicle traction motor systems, power electronics, and diagnostic procedures. This trainer enables learners to demonstrate, investigate, and troubleshoot a fully simulated electric vehicle motor and generator system in a safe laboratory environment.
The system simulates both mechanical operation and electrical power flow, allowing users to understand how EV traction motors, generators, and inverter circuits function in real-world applications. The trainer includes safe low-voltage test points for detailed electrical circuit analysis, helping students perform DC and AC measurements without exposure to hazardous voltages.
This training panel is equipped with a realistic dashboard display featuring speed, RPM, ECO monitor, and temperature indicators, providing an authentic EV operational experience. It also includes an LCD scan tool for viewing diagnostic trouble codes, along with brake and accelerator pedals, gear-shift control, and park push-button for interactive vehicle control simulation.
The trainer features a three-phase traction motor, electric motor-driven wheels with illuminated power flow channels, and selectable feedback options including a resolver and two encoders. Students can study inverter operations, pulse width modulation (PWM) control, CAN Bus communication systems, generator functionality, regenerative braking, rectifier circuits, and inverter controller operations with different feedback types.
