AE36015E 8 Valve Engine with Turbo Diesel Common-Rail Cutaway Model

AE36015E 8 Valve Engine with Turbo Diesel Common-Rail Cutaway Model

Name: AE36015E 8 Valve Engine with Turbo Diesel Common-Rail Cutaway Model
Brand: Autoedu
SKU: AE36015E

Reference: AE36015E - Manufacturer: Autoedu

Cutaway 1,900 cm³ turbo diesel engine trainer with 4-stroke, 4-cylinder inline configuration and 115 hp at 4,000 rpm. Designed for technical education, it features common rail direct injection with electro-injectors, high-pressure pump up to 1,350 bar, common rail piping, and fixed-geometry turbocharger.

The engine runs at reduced speed to allow clear observation of mechanical operation. It includes a complete cooling circuit with radiator and water/oil exchangers, plus a lubrication system with gear pump and cartridge filter.

All main components are sectioned and colour-coded for easy identification, with chromium-plated and galvanized parts for durability and professional presentation.

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This educational diesel engine trainer is based on a 1,900 cm³, 4-cylinder inline turbo diesel engine with 8 valves and a power output of 115 hp at 4,000 rpm. It is designed to provide students with a clear and practical understanding of modern diesel engine operation, including combustion, lubrication, cooling, fuel injection, and turbocharging systems.

The engine features key technologies commonly found in automotive diesel applications, such as a turbocharger, common rail direct injection system with electro-injectors, and a high-pressure fuel pump capable of reaching up to 1,350 bar. These components allow learners to study the working principles of high-pressure diesel injection and engine management in a realistic training environment.

For safe and detailed observation, the trainer operates at reduced speed using a 220 V power supply. This allows students and instructors to clearly follow the movement and interaction of the internal mechanical components while the engine is running.

The unit includes a complete lubrication circuit with gear pump and cartridge filter, as well as a cooling system with a water/oil heat exchanger. The internal components are carefully sectioned and colour-coded to improve visibility and make each system easier to identify and explain during practical lessons.

This cutaway diesel engine is an ideal teaching tool for automotive, mechanical, and technical training programmes, helping students understand the structure, operation, and interaction of the main systems used in modern turbo diesel engines.

- (H x L x W) 120 x 100 x 90 Cm
- Weight (netto) approx.: 150 Kg
- Weight (brutto) approx.: 210 Kg

Students can study the operation of a 4-stroke, 4-cylinder inline turbo diesel engine with 1,900 cm³ displacement and 115 hp at 4,000 rpm. The sectioned design allows clear observation of key mechanical components, including the overhead camshaft, timing belt, cylinder head, valves, and lubrication system.

The trainer helps students understand the interaction between the turbocharger and the common rail direct injection system, including electro-injectors, high-pressure pump, common rail piping, and fuel management components.

Operating at reduced speed with a 220 V power supply, the engine enables safe and detailed observation of moving parts, oil circulation, cooling circuit operation, and injection system layout. Professionally painted and sectioned components make each system easy to identify, supporting practical learning in automotive and diesel engine training.

The cutaway turbo diesel engine trainer allows instructors to demonstrate common rail injection, turbocharging, lubrication, cooling, and mechanical engine operation in a clear and practical way.

Its sectioned and fully operational design supports both theoretical lessons and hands-on training, helping students understand complex engine systems through direct visual observation.

The engine runs at reduced speed, creating a safer and more controlled teaching environment for explaining internal movement and system interaction. Chromium-plated and galvanized components provide durability for repeated use in automotive and technical training laboratories.