The petrol engine with direct injection features a 4-cylinder, 16-valve configuration, incorporating a multi-point electronic injection system. This model is based on Audi/VW engine systems. Designed for high performance and compliance with strict emission standards, it includes a DOHC twin overhead camshaft and water cooling system. This cutaway model is carefully sectioned and mounted on a mobile stand, enabling detailed examination of internal systems.
Features
4-cylinder petrol engine with direct injection and multi-point electronic injection
DOHC twin overhead camshaft system for improved engine efficiency
16 valves (4 per cylinder) with water cooling system
Fully operational model with manual control, allowing observation at reduced speed
Mounted on a stand with wheels for enhanced mobility and classroom integration
Professionally painted cutaway model, highlighting different circuits such as lubrication, fuel, and cooling systems
Value for Students
Study the direct injection system with detailed insights into how fuel is delivered directly into the combustion chamber, enhancing understanding of atomization and fuel efficiency
Analyze the multi-point electronic injection system to understand injection timing, sensor control, and electronic fuel management
Observe the working of a twin overhead camshaft (DOHC) with water cooling, gaining insights into efficient thermal management in combustion engines
Learn about lubricating and cooling systems through differentiated color-coded components, simplifying the identification of each system's role in engine functionality
Examine the dynamics of operation with through manual control, providing a safe, controlled environment to view component movement in real-time
Value for Instructors
Demonstrate OEM based technology and teach the working principles of a modern petrol engine, including direct injection, electronic injection, and twin overhead camshaft design
Use color-coded cross-sections to easily guide students through different systems such as fuel, lubrication, and cooling circuits, making lessons more interactive and engaging
Mobile stand design ensures that the engine model can be easily transported and integrated into different learning environments
Electrical operation with reduced speed provides a safe and practical method to observe engine operations, eliminating risks associated with live engine demonstrations
Specifications
Displacement: 1400-2000 cc
Dimensions: 900 x 1100 x 1250 mm (35.43 x 43.31 x 49.21 in)
