4 Cylinder diesel engine cutaway AE36065E

4 cylinder diesel engine cutaway is an electrically driven training unit designed for automotive education. It features a 4-stroke inline-4 engine with indirect injection, equipped with a Bosch VE-type rotary injection pump, overhead camshaft (OHC), and toothed belt-driven timing system. The model includes a thermostatic valve, alternator, and a water-cooling system. The engine runs on 220V (110V US) electric power at reduced speed for safe observation of internal mechanical movements. All mechanical systems, including lubrication, injection, and cooling circuits, are sectioned, color-coded, and surface-treated for extended durability in classroom environments.

• Engine type: 4-stroke, 4-cylinder inline diesel.
• Displacement: 1400–1700 cm³.
• Injection system: Indirect, VE Bosch rotary pump.
• Valve control: Overhead camshaft (OHC).
• Timing: Toothed belt distribution.
• Cooling: Water cooled.
• Electrical supply: 220V (110V US).
• Operation: Electrically driven at reduced speed.
• Dimensions: 850 x 1300 x 1000 mm (33.5 x 51.2 x 39.4 in).
• Weight: 160 kg (352.7 lbs).
• Product number: AE36065E

• Understand the structure and function of a 4-stroke diesel engine.
• Observe indirect fuel injection process using VE Bosch rotary pump.
• Learn the purpose and operation of overhead camshaft and toothed belt timing system.
• Study lubrication, fuel delivery, and cooling circuits through visible cross-sections.
• Identify components such as pistons, crankshaft, camshaft, and valves.
• Analyze the function of water cooling system and thermostatic valve in temperature regulation.
• Practice diagnosing mechanical systems based on physical layout and functional principles.
• Gain hands-on experience with real automotive training equipment used in professional automotive education.

• Ideal teaching tool for explaining diesel engine cycles and mechanical principles.
• Engine runs at low speed for safe, clear demonstrations.
• Painted cross-sections allow easy identification of all engine components.
• Facilitates visual teaching of fuel, air, and cooling system flow paths.
• Durable construction for repeated classroom use in vocational schools and training centers.
• No fuel or exhaust emissions, suitable for indoor automotive learning environments.