About CUT SECTION MODEL OF FULLY FLOATING DIFFEREINTIAL
Model No.MT-J01
CUT SECTION MODEL OF FULLY FLOATING DIFFEREINTIAL AND REAR WHEEL MECHANISM (WORKING) (HCV):
This model is made out of original used heavy vehicle parts, suitably sectioned to show clearly the action of Differential gear box, such as pinion crown wheel in Differential and Brake drums in Rear axle, A Crank handle is provided to demonstrate the model. The model is mounted on a sturdy iron frame.
Comprehensive Educational RepresentationThis cut section model distinctly exhibits all major internal parts of a fully floating differential, including the gear assembly and differential cage. Color-coded components enhance visibility, making complex mechanisms easily understandable for students during demonstrations.
Precision Engineering and Durable FinishManufactured from high-grade metal and alloy, this model boasts meticulous machining and a robust, powder-coated exterior. The anti-rust treatment and sturdy metal stand guarantee long-lasting performance and low maintenance in demanding lab environments.
Ready-to-Use and Safe PackagingThe product comes pre-assembled and securely packaged with foam padding to prevent damage during transport. Its ready-to-use configuration eliminates the need for installation, allowing immediate integration into academic settings.
FAQs of CUT SECTION MODEL OF FULLY FLOATING DIFFEREINTIAL:
Q: How does the cut section model demonstrate the working of a fully floating differential?
A: The model allows manual rotation of its moving parts, enabling students to observe the interaction between the gear assembly, differential cage, and axle shafts. This hands-on demonstration provides clear insights into power transmission and differential action in vehicles.
Q: What makes this differential model suitable for educational use?
A: It offers exposed, color-coded internal components within a cut section, making complex mechanisms easily visible for group instruction or individual study. Its robust build and clarity of design make it ideal for teaching and demonstration in automobile engineering laboratories.
Q: When should this model be used in the curriculum?
A: This tool is best utilized during units covering automotive drivetrain systems, either in introductory demonstrations or advanced practical sessions, helping students bridge theoretical knowledge with real-world mechanisms.
Q: Where can the model be installed or displayed?
A: The model is designed for immediate use in any educational or laboratory environment, featuring a stable metal stand and standard display size that fits on typical lab benches or demonstration tables.
Q: What is the benefit of the ready-to-use feature?
A: Since the product arrives completely assembled, it eliminates the need for time-consuming setup. Educators can focus directly on demonstrations without worrying about assembly, ensuring efficient classroom or laboratory integration.
Q: How should the model be maintained for longevity?
A: Thanks to its powder-coated and anti-rust treated finish, the model requires minimal maintenance. The surface can be easily cleaned with a soft cloth, maintaining its appearance and functionality over time.