Laboratory Stand "Electronic Control and Monitoring Systems for Automotive Transmission"

Technical Specifications

● Power Supply: AC220V/50Hz

● Shift Mode: Manual

● Drive Motor: 300W

Standard Configuration

● Engine Assembly

● Clutch

● Differential Gear

● Driving Motor (300W)

● Transmission Assembly

● Rear Axle

● Mobile Stand

Based on the original power transmission system of the rear-drive vehicle, this comprehensive training platform features main components with a cutaway structure, enabling users to fully observe the internal workings of the engine, clutch system, transmission, and drive rear axle.

This trainer demonstrates the working process of each component in the rear-drive power transmission system, making it an ideal tool for vocational schools and training centers focused on automotive engineering.

Functional Features

1. Realistic Operation Simulation:

○ The trainer is driven by a reduction motor, allowing users to operate the shift lever and observe the different output speeds of the rear-drive system.

2. Cutaway Structures:

○ The engine, transmission, and rear axle system feature cutaway structures painted in different colors for easy identification and understanding of internal components.

3. Interactive Learning Platform:

○ Enables direct observation of the internal structure and operation of the engine, clutch system, transmission, and drive rear axle.

4. Safety-Oriented Design:

○ Equipped with a mobile stand for easy relocation and stability during experiments.

List of Works Performed

1. Function Introduction of Main Components:

○ Study the function and structure of key components in the rear-drive powertrain system, including the engine, clutch, transmission, and rear axle.

2. Demonstration of Work Principle and Process:

○ Observe and analyze the working principles and processes of the rear-drive powertrain system, gaining a deeper understanding of its operation.

3. Clutch, Gear Shifting, and Rear Axle Demonstration:

○ Demonstrate the working principles and processes of the clutch, gear shifting mechanism, and rear axle system, enhancing practical skills in diagnosing and maintaining these components.

Educational Benefits

● Hands-On Experience: Students gain practical experience by interacting directly with real-world components of the rear-drive powertrain system, fostering a deeper understanding of its structure and operation.

● Comprehensive Coverage: The trainer covers all essential aspects of the rear-drive powertrain system, including its components, working principles, and maintenance.

● Visualization Capabilities: Cutaway structures and color-coded components enhance visualization and simplify complex systems for easier learning.

● Simulation Capabilities: Realistic simulation of the rear-drive powertrain system enhances problem-solving and diagnostic skills.

Conclusion

The laboratory stand "Electronic Control and Monitoring Systems for Automotive Transmission" is a cutting-edge educational tool that combines real-world components with advanced simulation capabilities. Its robust design, interactive features, and wide range of functionalities make it an indispensable solution for teaching and training in modern automotive technology and mechanical engineering.