Engine cutaway model featuring a 4-cylinder, in-line configuration with a 1995 cu cm displacement and a DOHC twin overhead camshaft. Equipped with a multipoint electronic injection system and vibration-damping balancing shafts, this trainer operates electrically at 220 volts, running at reduced speed to safely demonstrate the operation of key engine components. The model includes a comprehensive lubrication system with gear pump control, a water cooling system with an electric fan, and a fully sectioned, color-coded design to facilitate in-depth automotive education.
Features
Engine features a 4-cylinder, in-line configuration with a DOHC twin overhead camshaft, allowing for detailed study of modern engine designs.
Equipped with a multipoint injection (MPI) system with an integrated ignition control unit, the model accurately simulates modern fuel injection processes.
The inclusion of balancing shafts allows students to study the methods used to reduce engine vibrations in high-performance vehicles.
The engine is professionally sectioned and painted in different colors to distinguish various parts and systems, such as the lubrication and cooling circuits.
The engine runs at a reduced speed, powered by a 220-volt electrical system, making it safe for instructional use while providing a clear view of the moving components.
Value for Students
Fully functional cutaway model observes the internal mechanics of a 4-cylinder, 16-valve engine in action. The engine operates electrically at 220 volts, allowing for safe observation at reduced speeds.
The model is sectioned to expose critical components such as the twin overhead camshaft (DOHC), vibration-damping balancing shafts, and the multipoint electronic fuel injection system. This setup allows for the study of timing, lubrication, cooling, and fuel systems in detail.
The model’s color-coded sections help students distinguish between various parts, such as cross-sections of the lubricating circuits, cooling system, and fuel system, aiding in clearer comprehension of engine functionality.
The engine operates at a controlled speed, minimizing risk while providing real-time insights into the interaction between mechanical components. This is essential for understanding the timing and coordination required in high-performance engines.
Value for Instructors
Demonstration of complex engine operations, making it easier for educators to convey the principles of internal combustion engines, multipoint electronic injection, and valve timing.
Mounted on a wheeled stand, the engine model is easily transportable within the classroom, allowing for flexible teaching setups. The model’s durable construction ensures longevity, even with frequent use.
The model is designed for easy maintenance with clear instructions, ensuring that it remains operational with minimal downtime. Teachers can focus on instruction rather than equipment upkeep.
Educators can provide students with realistic OEM training that closely mirrors real-world automotive repair and diagnostics, thereby enhancing their preparedness for industry work.
Specifications
Dimensions: 900 x 1200 x 1250 mm (35.43 in×47.24 in×49.21 in)
