Gasoline Engine with Manual Transmission Trainers

Key Features of the Gasoline Engine with Manual Transmission Trainer:

1. Fully Functional Electric-Controlled Gasoline Engine & Manual Transmission:

   • The system replicates a fully operational gasoline engine with manual transmission, showcasing real-time engine performance and gear shifting operations.

2. Circuit Diagram Comparison & Control System Analysis:

   • Students can compare the circuit diagrams with the real electric-controlled gasoline engine and dual-clutch automatic transmission to understand the control system’s working principles, enhancing theoretical learning with practical application.

3. Real-Time Monitoring with Automotive Instruments:

   • Equipped with essential automotive instruments, including fuel pressure gauges and vacuum pressure gauges, students can observe real-time changes in engine speed, vehicle speed, fuel injection pressure, intake manifold pressure, and more.

4. Electrical Signal Detection & Parameter Analysis:

   • The training bench includes detection terminals that allow students to directly measure electrical signals, such as resistance, voltage, current, and frequency, from various sensors, actuators, and engine control unit (ECU) pins.

5. ECU Diagnostic Seat with Fault Code Reading:

   • The trainer features a diagnostic seat that can connect to specialized or universal automotive decoders, enabling ECU code reading, fault code clearing, data stream reading, component testing, parameter setting, waveform analysis, and other self-diagnostic functions.

6. Throttle Control for Engine Operations:

   • Students can easily control the engine’s acceleration and deceleration using the throttle control device, gaining practical experience with engine operation.

7. Braking System for Manual Transmission Experiments:

   • The trainer includes a complete braking system (brake pedal, master cylinder, slave cylinder, brake disc) for conducting manual transmission gear experiments and testing engine and transmission power parameters.

8. Safety Features for Secure Operation:

   • The training system incorporates safety features such as a power switch, water tank protective cover, and output shaft protective cover, ensuring a secure and safe learning environment.

9. Durable, Mobile Steel Structure:

   • The steel structure base is welded for strength, with surface-treated spray coating and self-locking casters for easy mobility. The round handrails on the front and sides provide added safety and convenience during use.

Technical Specifications:

• Power Supply: DC 12V
• Fuel Type: Specific to engine model
• Fuel Tank Capacity: 10L
• Operating Temperature: -40℃ to +50℃
• Steel Tube Dimensions: 40603mm
• Panel Cabinet: 1.5mm cold plate stamped and formed
• Mobile Casters: 120*80mm
• Overall Dimensions: 170010001700mm

Benefits for Students:

• Direct interaction with a fully operational gasoline engine and manual transmission, gaining hands-on experience in engine startup, acceleration, deceleration, and gear shifting operations.
• Real-time monitoring and data collection for engine parameters, allowing students to understand the behavior of various automotive systems in live conditions.
• Access to diagnostic tools and fault simulation, providing a comprehensive understanding of engine performance and troubleshooting techniques.
• Practical exposure to real-world electrical signals, sensors, and actuators, preparing students for actual automotive repair and diagnostics tasks.

Benefits for Instructors:

• A dynamic teaching tool that allows instructors to demonstrate key principles of automotive engine operation, control systems, and diagnostics in a hands-on, engaging way.
• The integration of industry-standard tools and real automotive components ensures that students gain authentic, real-world experience.
• Simplified training with a plug-and-play design, ensuring minimal setup and immediate operation in the classroom.
• The system supports collaborative learning, allowing multiple students to work with the equipment simultaneously.

Conclusion: The Gasoline Engine with Manual Transmission Trainer is an essential tool for automotive education, providing students with real-world experience in engine operation, gear shifting, and diagnostics. With its comprehensive features, real-time monitoring, and hands-on functionality, this trainer offers a valuable educational resource for vocational schools, technical colleges, and automotive training institutions. Whether you’re teaching automotive engineering, maintenance, or diagnostics, this training system delivers the quality, durability, and functionality required to enhance your students’ learning experience.

For more information on how to incorporate the Gasoline Engine with Manual Transmission Trainer into your curriculum, please contact us today.