2 Stroke Diesel Engine Model For Mechanical Lab

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MOQ : 01 Carton

2 Stroke Diesel Engine Model For Mechanical Lab Specification

Usage
For Mechanical Lab, Engineering Education, Demonstration and Study

Power Supply
Manual Operation (Hand-cranked Demonstration)

Product Type
Engine Model

Material
High-grade Acrylic and Metal

Size
Standard Laboratory Size

Style
Didactic, Realistic Engine Cutaway Model

Weight
Approx. 4-6 kg

Feature
Sectional working model, shows complete mechanism and internal parts, easy to understand, durable construction

Color
Silver & Blue

2 Stroke Diesel Engine Model For Mechanical Lab Trade Information

Minimum Order Quantity
01 Carton

Main Domestic Market
All India

About 2 Stroke Diesel Engine Model For Mechanical Lab

2 Stroke Diesel Engine Model

Demonstration engine model in mounted on metal base with printed diagram. Ignition is shown by miniature bulb. Carburetor and fuel supply are sectioned. with a crank handle for manual operation.

Comprehensive Visualization for Engine Mechanics

This unique 2 Stroke Diesel Engine Model enables users to observe the movement and interaction of each critical component such as pistons, connecting rods, fuel injectors, and valves. The clear acrylic cutaways afford students and educators a real-world perspective on internal engine operations, fostering a robust understanding of diesel engine principles in a safe, accessible format.

Hands-On Educational Tool

Specifically intended for educational settings, this model is mounted on a durable base for easy tabletop demonstration. Students can manually operate the internal mechanisms with a hand crank, directly observing the coordination of parts and the flow of the engine cycle. This process-oriented approach enhances comprehension and retention for engineering students.

Exceptional Durability and Realism

Constructed from high-quality materials with a powder-coated, polished finish, this engine model offers excellent corrosion resistance and long-lasting use. Its true-to-life dimensions and sturdy construction guarantee reliable performance in repeated demonstrations, making it ideal for mechanical laboratories, educational institutes, and training centers.

FAQs of 2 Stroke Diesel Engine Model For Mechanical Lab:

Q: How does the 2 Stroke Diesel Engine Model help in understanding engine mechanics?

A: This sectional model provides a hands-on view by revealing internal mechanisms through clear acrylic parts. When operated via the hand crank, moving parts such as the piston, valves, and fuel injector can be closely observed, allowing students to grasp the working cycle and interaction of components in a real diesel engine.

Q: What are the primary educational applications of this engine model?

A: The model is primarily intended for mechanical engineering labs, education, and training. It assists instructors and students in visualizing the operation, structure, and functioning of a 2 stroke diesel engine, making theoretical concepts more tangible and easier to understand.

Q: When should this model be used in the learning process?

A: This engine model is most effective during practical demonstrations, laboratory sessions, and hands-on workshops. It serves as an excellent supplement after theoretical lectures, enabling learners to correlate theory with actual mechanical processes.

Q: Where can the 2 Stroke Diesel Engine Model be displayed or utilized?

A: The model is suitable for placement on laboratory tables, demonstration desks, or engineering classrooms. Its compact size and sturdy base allow for stable tabletop use in educational institutions, training centers, and technical workshops.

Q: What is the process for operating the sectional engine model?

A: Operation is manual; users turn the hand crank to activate internal moving parts. This action simulates the actual engine cycle, showing how the piston, crankshaft, and other components interact within a functioning diesel engine. No external power supply is required.

Q: How does the models design benefit instructors and students?

A: The clear acrylic cut sections and realistic representation enable straightforward observation and explanation of complex engine mechanisms. Instructors can effectively demonstrate internal processes, while students gain hands-on experience, which enhances understanding and retention.

Q: Is the model easy to maintain and handle for regular classroom use?

A: Yes, the model features a robust construction with a polished, powder-coated finish, ensuring it resists corrosion and is simple to clean. Its manageable weight and durable design make it appropriate for frequent handling in educational environments.

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