Dual Mass Flywheel with Clutch Cutaway Educational Trainer AEDMF01
Dual Mass Flywheel with Clutch Cutaway Educational Trainer AEDMF01
AutoEDU
Product number: AEDMF01
ASE category: A2
Illustrating dual-mass flywheel systems and clutch mechanisms. Model features visible components including a clutch cover, diaphragm spring, primary mass, secondary mass, and damper springs.
Cutaway dual mass flywheel shows the internal workings of the dual-mass flywheel, including primary and secondary masses, damper springs, and clutch cover.
Interactive clutch mechanism demonstrates how the clutch system engages and disengages, highlighting friction surfaces and pressure components.
Spring damping system illustrates the function of damper springs in mitigating rotational oscillations and enhancing smooth operation.
Educational markings clearly labeled components for easy identification and understanding of their functions.
Value for Students
Cutaway model demonstrating the intricacies of a dual-mass flywheel and clutch system. Observe the functioning of the clutch cover, diaphragm spring, primary and secondary masses, and damper springs in a controlled environment.
Learn about the frictional coupling mechanism that transmits torque through the clutch. Understand how the clutch engages and disengages, and the role of the diaphragm spring and pressure disc in smooth operation.
Study the dual-mass flywheel’s role in dampening rotational oscillations and protecting the transmission. This model illustrates how the dual-mass design reduces vibrations and improves driving comfort, particularly in vehicles with high torque engines.
Examine the spring damping system connecting the primary and secondary masses, providing insight into the mechanical nuances of rotational balance and vibration reduction.
Explore the model’s dimensions and the working principles behind clutch engagement, including friction types (wet and dry), activation mechanisms (mechanical, hydraulic), and pressure mechanisms (diaphragm spring).
Value for Instructors
Teaching tool to demonstrate the functionality of dual-mass flywheels and clutch systems. This model supports in-depth technical training and helps elucidate complex concepts with a tangible, interactive display.
Uses OEM components for easy, safe, and realistic training that mimics real car.
Provide students with practical, visual insights into clutch operation and flywheel dynamics. The cutaway design and detailed components allow for clear, effective demonstrations of theoretical concepts.
Easily incorporate this trainer into classroom settings for practical exercises, including demonstrations of clutch engagement, disengagement, and vibration control.
The robust construction of the trainer ensures long-term use and reliability in educational environments. The model’s compact size and manageable weight make it suitable for various teaching scenarios.
Specifications
Dimensions: 350 x 350 x 200 mm (13.78 in x 13.78 in x 7.87 in)
Weight: approx. 21 kg (46 lb)
Components: Includes clutch cover, diaphragm spring, secondary mass, primary mass, and damper springs
