Vertical Mechanical Energy Student Project

Name: Vertical Mechanical Energy Student Project
Brand: SHREE RAM SCIENCE PROJECTS
Price: 5500 INR
Availability: InStock

Price 5500 INR/ Unit

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MOQ : 1 Unit

Vertical Mechanical Energy Student Project Specification

Model No
VME-1279

Use
Demonstration of Mechanical to Electrical Energy Conversion

Features
Visible moving gears, demonstration lamp, manual handle operation, portable design

Weight
Approx. 1.5 kg

Power Type
Manual (Hand Operated)

Assembly
Pre-Assembled, ready to use

Surface Finish
Painted and Polished

Style
Educational/Project Model

Size
Medium Project Size

Material
Mild Steel, Transparent Acrylic, Copper, Plastic

Dimensions
300 mm x 150 mm x 450 mm

Shape
Rectangular Vertical Frame

Color
Multicolor (as shown in image - metallic base with clear acrylic sections)

Function
Converts vertical mechanical motion into electrical energy

Age
14 years and above

Advantage
Hands-on learning, Practical representation of energy conversion, Durable construction

Voltage Output
Up to 3V DC (demonstration output)

Maintenance
Low, periodic lubrication recommended

Gear Ratio
4:1 conversion mechanism

Safety
Smooth edges, child-safe design, RoHS compliant materials

Base Type
Non-slip rubber feet for stability

Load Type
Miniature Incandescent Bulb/LED

Educational Value
Ideal for classroom experiments, science exhibitions, and practical demonstration of energy transformations

Input Mechanism
Vertical push-rod with spring return

Vertical Mechanical Energy Student Project Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Vertical Mechanical Energy Student Project About

Discover the crowning achievement in educational models with the VME-1279 Vertical Mechanical to Electrical Energy Project. Utilise this offer to experience hands-on demonstrations of energy transformation, designed with non-slip rubber feet for stability and transparent acrylic for high visibility. With a standout 4:1 gear ratio, this model not only delivers noteworthy performance but also ensures savings with its low-maintenance, durable build. Ideal for classroom and exhibition use, it employs safe, RoHS-compliant materials, blending advanced learning with best-in-class safety and style. Deal ends soon-empower learning today!

Competitive Advantages & Applications: Hands-on Learning Redefined

The Vertical Mechanical to Electrical Energy Project stands out for its robust construction, child-safe design, and superior educational value. With visible moving gears and a portable layout, it's perfect for classrooms, science fairs, or practical engineering demonstrations. Suited for ages 14 and above, its ready-to-use format saves set-up time and maximises engagement. This project model is ideal for anyone seeking to demonstrate core STEM concepts, from energy conversion to mechanical engineering principles, making learning tangible and interactive.

Export Markets, Shipping & Sample Provisions

The VME-1279 model sees drop-off and dispatches to major export markets across Asia, the Middle East, Africa, and Europe via secure FOB ports in India. Samples are available, so educators can assess expenditure before bulk orders. Packaged for safe transit, each unit is meticulously prepared for overseas dispatch. Experience reliable shipment and prompt sample provision, reducing the waiting period and guaranteeing satisfaction on arrival, making international procurement seamless and efficient for schools and institutions alike.

FAQ's of Vertical mechanical to electrical energy mechanical projects:

Q: How does the VME-1279 project model demonstrate mechanical to electrical energy conversion?

A: The model uses a vertical push-rod with a spring return, operating a 4:1 gear ratio mechanism. This converts manual mechanical motion into electrical energy, lighting up a bulb or LED to visually demonstrate the process.

Q: What type of educational activities is this mechanical project best suited for?

A: It is ideal for classroom experiments, science exhibitions, STEM workshops, and any learning scenario where practical demonstration of energy transformation is required.

Q: When is periodic maintenance recommended for this model?

A: Periodic maintenance involves simple lubrication as needed, ensuring the moving parts remain efficient and the demonstration stays smooth. Minimal expenditure and effort are required for upkeep.

Q: Where can this project be used most effectively?

A: This model is effective in schools, science labs, engineering colleges, workshops, and exhibitions, providing a hands-on approach to understanding mechanical and electrical energy concepts.

Q: What are the competitive advantages of using this model for energy conversion education?

A: Its transparent design for gear visibility, smooth child-safe edges, durable construction, and portability make it a noteworthy choice for interactive learning. Assembly-free and ready-to-use, it saves time and maximises demonstration impact.

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