6 v cylinders petrol (gasoline) engine with multi-point electronic injection cutaway DOHC Educational Trainer AE35195E

Cutaway educational trainer featuring a 6 V cylinder petrol (gasoline) engine with multi-point electronic injection system. The engine uses a DOHC (double overhead camshaft) configuration with two camshafts per cylinder head. It includes a centrifugal water pump for cooling and a 12V alternator for electrical system simulation. The trainer is mounted on a mobile stand with wheels for flexible classroom use. Designed for visual learning, the unit is partially sectioned to expose internal engine components and injection system layout.

• Engine type: V6 petrol (gasoline) engine.
• Displacement: 2000–3000 cc.
• Valvetrain: DOHC (2 camshafts per head).
• Fuel system: Multi-point electronic injection.
• Cooling system: Centrifugal water pump.
• Electrical system: 12V alternator.
• Cutaway: Exposed internal components.
• Frame: Mobile stand with wheels.
• Weight: 190 kg (418.9 lbs).
• Dimensions: 1200 x 600 x 1000 mm (47.24 x 23.62 x 39.37 in).
• Product number: AE35195E

• Learn the structure and working principle of a 6 V petrol (gasoline) engine with DOHC valve system and multi-point fuel injection.
• Understand how the electronic injection system distributes fuel through multiple injectors for improved combustion.
• Identify main engine parts including pistons, crankshaft, camshafts, valves, injectors, and ignition components.
• Observe the function of centrifugal water pump and 12V alternator.
• Practice interpreting engine layout and electronic fuel management.
• Gain knowledge in automotive learning areas such as ignition timing, valve timing, and combustion sequence.
• Analyze the integration of mechanical and electrical systems in internal combustion engines.
• Use as part of hands-on lessons in automotive education and diagnostics.

• Useful for explaining the construction and operating principles of V6 petrol (gasoline) engines with electronic injection.
• Cutaway design allows safe and clear demonstration of internal engine dynamics.
• Portable design with wheels ensures easy movement and setup in different classrooms or labs.
• Enables instructors to link theoretical teaching with real engine structure in automotive education programs.
• Supports step-by-step teaching of engine cycle, injection control, and cooling system functions.
• Effective for courses focused on engine mechanics, electronic injection, and hybrid mechanical-electrical systems.