CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH

Name: CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH
Brand: MODTECH
Price: 20000 INR
Availability: InStock

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MOQ : 1 Unit

CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH Specification

Stand Type
Mounted on Stable Base

Shaping Mode
Cut Section Model

Material
Durable Engineering Plastic & Metal Components

Product Type
Educational Model

Mould For
Single Plate Coil Spring Clutch

Mould Size
Medium Table-Top Display

Mould Material
Transparent Plastic and Metal

Design
Cross-sectional, Demonstrative

Quality
Laboratory Grade

CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Cheque

Supply Ability
100 Units, , Per Week

Delivery Time
1 Week

Main Export Market(s)
Australia, North America, Eastern Europe, Africa, Central America, Middle East, South America, Western Europe, Asia

Main Domestic Market
All India

About CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH

Model NO. MT-I01

CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH SYSTEM (WORKING):

This model is made out of original used parts such as Flywheel, Clutch plates, etc. to demonstrate the working of clutch assembly. By operating the pedal provided the model can be demonstrated. The entire model is mounted on a sturdy iron frame.

Explore Internal Clutch Mechanisms

This model provides a realistic cross-sectional view of a single plate coil spring clutch, with color-coded components enhancing visibility and identification. Students can clearly understand how the clutch operates, as each part is distinguishable and correctly positioned, offering an engaging visual learning experience.

Hands-On Demonstration Tool

Thanks to its movable working parts, this model allows manual operation, enabling learners to simulate clutch engagement and disengagement. The interaction strengthens comprehension of mechanical functions and clutch dynamics, making it an essential tool for practical automotive and mechanical education.

Built for Durability and Frequent Use

Manufactured with tough engineering plastics and metal, this model is designed to resist wear and withstand frequent handling. Its laboratory-grade construction assures longevity, while its stable base and medium table-top size make it suitable for repeated use in various teaching environments.

FAQs of CUT SECTION MODEL OF SINGLE PLATE COIL SPRING CLUTCH:

Q: How does the cut section model aid in understanding a single plate coil spring clutch mechanism?

A: By providing a cross-sectional, color-coded view of the clutchs internal components, the model allows students to observe and physically engage with the mechanism, making the working principles of the clutch clear and accessible.

Q: What components are included in the visualization of this clutch model?

A: The model features detailed representations of a flywheel, pressure plate, clutch plate, coil springs, and a release lever. Each part is color-coded and can be manually manipulated for demonstration purposes.

Q: When is this model ideally used in an educational setting?

A: Its best utilized during theoretical lectures, practical demonstrations, and hands-on sessions within automotive and mechanical engineering courses. The model supports both group and individual instruction in classrooms and laboratory environments.

Q: Where can the cut section model be displayed and used?

A: With its medium, table-top size and stable mounted base, the model is suitable for classrooms, engineering workshops, technical labs, and vocational training centers focused on automotive studies.

Q: What is the primary benefit of using this demonstration model for students?

A: Students benefit from direct interaction with the model, which enhances conceptual understanding by combining visual, tactile, and kinesthetic learning, enabling clear observation of part movements and clutch operation.

Q: How durable is the model, and what materials are used to ensure longevity?

A: Engineered from durable plastics and metal components, the model is resistant to wear and robust enough for frequent handling, ensuring long-lasting performance in demanding educational environments.

Q: Can the clutch mechanism be operated manually in this model for demonstration purposes?

A: Yes, the model is designed for manual operation via hand movement, allowing instructors or students to actively simulate clutch engagement and disengagement during demonstrations.

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