The Smart CAN BUS Training System has one CAN BUS network human-machine interface (HMI) platform and 10 experimental modules. In addition to providing CAN BUS signal input /output, the presentation of CAN BUS data formats and the display of various measured waveforms can be performed on the platform, following OBD-II standard in vehicles , it is able to simulate the operation of air flow, temperature, fuel system, ignition system, idle air control valve, and other sensor characteristics…etc.

1. Engine Speed Sensors
(1) Pick-up Coil Type Engine Speed Sensor (NE Signal)
(2) Photo-Type Engine Speed Sensor (PHO Signal)
(3) HALL IC Engine Speed Sensor (HALL Signal)
2. Air-Flow Sensors
(1) Vane Air-Flow Sensor (VAF)
(2) Hot Wire Mass Air-Flow Sensor (MAF)
(3) Manifold Absolute Pressure Sensor (MAP)
3. Throttle Position Sensor
4. Coolant Temperature Sensor
5. Oxygen Sensor
6. Vehicle Speed Sensor
7. Third Gear Switch
8. Park/Neutral Switch
9. Air Conditioning Switch
10. Power Steering Pressure Switch
11. Injector Circuit
12. Computer-Controlled Ignition System
13. Cooling Fan Relay Circuit
14. Fuel Pump Relay Circuit
15. A/C Compressor Relay Circuit
16. Idle Air Control Valve
17. Torque Converter Clutch
18. Carbon Canister Purge Valve
19. Exhaust Gas Recirculation Valve

1. Provide teaching and training frameworks for automotive sensor measurements and actuator operation control.
2. The smart integrated training system transmits and receives CAN BUS signals and provides a learning environment for verifying the system theory.
3. Constructing combination experiments via CAN BUS cable.
4. Equipped with DB9, OBD-II connectors, a simulated vehicle battery with 12V power supply etc., which are provided for related CAN BUS network designs and development environments.
5. Each experimental module is equipped with a fault troubleshooting switch.
6. The HMI platform provides CAN BUS signal input/output and interaction with the experimental module. It integrates electronic signals and digital data referencing environments, which facilitate interpretation and related research.
7. The HMI platform is an open source system that supports the CAN BUS development environment.
8. Present the integrated application of IoT (Internet of Things) and CAN BUS through the web GUI of HMI platform.