Turbo jet engine model Educational Trainer AE39200E

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Product number: AE39200E

ASE category: A1

Sectioned housing that reveals key components of a modern two-wave turbine engine, including the low-pressure and high-pressure compressors, combustion chamber, and turbines. Equipped with an electro-motor, the model allows for real-time turbine rotation, showcasing the air intake, fuel feed pump, burner, and starting igniter. Understanding of turbojet propulsion, demonstrating the processes of air compression, fuel combustion, and high-speed gas ejection through the propelling nozzle for thrust generation.

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Features

Detailed sectioned housing to expose the low-pressure and high-pressure compressors, combustion chamber, turbines, and propelling nozzle.
Electro-motor to simulate real-time operation, allowing turbines to rotate and demonstrate airflow through the system.
Visible fuel feed pump, burner, and starting igniter for practical learning about ignition and fuel delivery systems.
Components include the air intake, low and high-pressure compressors, combustion chamber, low and high-pressure turbines, and exhaust nozzle for complete jet engine learning.
Mounted on a robust base, ensuring stability during operation and easy movement for classroom settings.

Value for Students

Modern two-wave turbine engine, studying each component such as the air intake, compressors, combustion chamber, turbines, and exhaust nozzle.
Operation of high and low-pressure compressors and turbines, learning how air is compressed, fuel is injected and ignited, and how propulsion is achieved through exhaust gases.
Visualize critical engine processes, including air compression, combustion, and expansion, using the electro-motor to set turbines in motion.
Analyze key systems like the fuel feed pump, burner, and starting igniter, understanding their role in maintaining engine efficiency and reliability.
Learn the principles of gas turbine propulsion, including air compression, combustion, and high-speed gas ejection through the propelling nozzle to generate thrust.
Study the efficiency improvements in modern turbojet engines, such as multi-stage compressors and turbines designed for optimal performance at high altitudes and speeds.

Value for Instructors

Demonstrate the workings of a turbojet engine in a clear, visual, and interactive way using a sectioned model with easily visible components.
Provide students with a fully functional electro-motor-driven turbine system to enhance understanding of jet propulsion technology.
Teach various aspects of turbojet operation, from the air intake to the exhaust nozzle, allowing students to fully comprehend the flow of air and combustion gases.
Facilitate hands-on learning in a safe environment with the model’s compact, sectioned design, showcasing all critical parts of a two-wave turbine.
Easily integrate the model into classroom settings with its portable and durable base, ensuring long-term use and practical lessons.

Specifications

Dimensions: 700 x 280 x 450 mm (27.56 in×11.02 in×17.72 in)
Net weight: 13 kg (28 lb)
Product number: AE39200E

Turbo jet engine model Educational Trainer AE39200E

Features

Value for Students

Value for Instructors

Specifications

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