Air Compressor Cutaway AE413072

Cutaway Air Compressor Trainer is a functional educational unit designed to demonstrate the operation and internal structure of a lubricated air compressor. It features a 2HP (1500 W) electric motor running at 2850 RPM and delivering 222 l/min free air flow at a maximum pressure of 8 bar (116 PSI). The trainer includes a 24-litre tank with integrated pressure reducer and gauge, allowing users to study air storage and regulated output. Direct air intake design ensures simple airflow observation. The compressor operates on 240V electrical supply and is designed to store compressed air for controlled pneumatic output during technical demonstrations.

• Air rating: 7.8 CFM direct.
• Tank capacity: 24 litres.
• Max pressure: 8 bar (116 PSI).
• Free air delivery: 222 l/min.
• Motor: 2HP (1500 W).
• Voltage: 240V.
• System type: Lubricated piston compressor.
• RPM: 2850.
• Pressure reducer: Included with gauge.
• Weight: 25 kg (55.1 lbs).
• Dimensions: 3000 x 6000 x 6000 mm (118.11 x 236.22 x 236.22 in).
• Product number: AE413072

• Learn basic working principles of an electric lubricated air compressor.
• Understand pressure build-up, automatic shut-off at 8 bar, and restart functions.
• Identify internal parts: piston, cylinder, crankshaft, air intake and outlet valves, and oil-lubrication system.
• Observe how electric motor power converts into compressed air energy.
• Study airflow path, tank pressurization, pressure regulation, and depressurization cycle.
• Practice air system diagnostics and fault simulation in automotive applications.
• Train in safe air pressure handling and system inspection in a controlled environment.
• Gain practical knowledge applicable in pneumatic systems and tools used in automotive service centers.

• Suitable for visual demonstration of internal compressor structure.
• Shows real operation of lubricated 2HP compressor with clear technical visibility.
• Stable cutaway design for hands-on classroom explanation.
• Enables safe teaching of compressed air generation and release.
• Fits various levels of technical education, from vocational to higher education.
• Supports theory with real example of kinetic energy conversion in automotive education.
• Easy to integrate into curriculum focused on pneumatic systems or engine shop tools.
• Aids in explaining air-assisted systems in modern automotive service operations.