Fully functional dashboard, open contacts for real-time CAN BUS signal measurement, and the ability to activate components via the CAN network, providing hands-on experience with system operations. The system supports high-speed (500 kbps) and low-speed (100 kbps) CAN buses, enabling comprehensive exploration of drivetrain, convenience, and infotainment systems. Equipped with an OBD 16-pole diagnostic socket, it allows for detailed diagnostics and fault simulation, enhancing troubleshooting skills in a safe, robust environment.
Features
Fully functional dashboard included for realistic training scenarios.
Open contacts available for measuring CAN bus signals, providing hands-on experience with live data.
Capability to activate components by sending commands through the CAN network, enhancing practical learning.
OBD 16-pole diagnostic socket for comprehensive diagnostics and troubleshooting.
Supports high-speed (500 kbps) and low-speed (100 kbps) CAN buses for drivetrain, convenience, and infotainment systems.
Simulate and diagnose faults across the CAN bus system to develop troubleshooting skills.
Durable and high-quality design for safe learning experiences.
Value for Students
Learning with open contacts for measuring CAN BUS signals.
Send commands via the CAN network to activate various components, enhancing understanding of system operations and interconnectivity.
Use the OBD 16-pole diagnostic socket to diagnose and troubleshoot issues.
Study the multimaster architecture of the CAN BUS system, where multiple control units operate simultaneously without prioritization, promoting a deeper understanding of automotive network communication.
Learn about high-speed (500 kbps) and low-speed (100 kbps) CAN buses, understanding their roles in different automotive systems such as drivetrain, convenience, and infotainment.
Gain skills in identifying and resolving CAN bus-related faults using the system’s self-diagnosis functions and fault memory.
Value for Instructors
Provide detailed demonstrations of the CAN bus system’s operation, showcasing data exchange between control units and sensor-actuator interactions.
Use OEM components to ensure students gain practical, real-world skills applicable to modern automotive systems.
Ensure safe training environments with robust design, including protective measures for high-voltage components and secure electrical connections.
Facilitate interactive and engaging lessons with the ability to send commands and simulate faults, improving students' diagnostic and problem-solving abilities.
The training stand is designed for simplicity, requiring only small adjustments to reset to default parameters, making it easy to prepare and start each lesson quickly and efficiently.
Plug and play design, requiring no additional mountings, assembly, or special preparation for operation.
Specifications
Dimensions: 1200 x 800 x 1800 mm (47.24 in x 31.50 in x 70.87 in)
