Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects

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Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects

Name: Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects
Brand: SHREE RAM SCIENCE PROJECTS
Price: 12500 INR
Availability: InStock

Price 12500 INR/ Unit

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MOQ : 1 Unit

Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects Specification

Model No
PGES-2024

Surface Finish
Powder Coated and Polished Components

Style
Educational Model Project

Use
Academic Demonstration, Renewable Energy Awareness

Features
Portable, Easy to Assemble, Visual Display of Electromagnetic Effect, Safety Covers

Size
Standard Prototype

Power Type
Manual Kinetic Motion (Hand/Rotational Driven)

Assembly
Semi-Assembled, Requires Minor Assembly

Weight
Approx. 3.5 kg

Material
Mild Steel Frame, Acrylic, Copper Wire, Permanent Magnets

Dimensions
350mm x 250mm x 200mm (L x W x H)

Shape
Rectangular Base

Color
Multicolor (as per components used)

Function
Electricity Generation using Electromagnetic Suspension

Age
Above 14 Years (School/College Level)

Advantage
Demonstrates Electromagnetic Generation Principles, No Fuel Required, Replacement for Basic Generators

Safety Precautions
Transparent Shields around Moving Parts

Rotor Type
Balanced Rotating Disk with Magnet Suspension

Suspension Mechanism
Electromagnetic Levitation using Opposed Permanent Magnets

Maximum Current Output
Up to 500 mA

Input Drive
Manual Hand Crank or Motorized Drive (optional)

Generation Principle
Faraday's Law of Electromagnetic Induction

Educational Value
Demonstrates Core Physics Concepts in Energy Conversion

Operating Temperature
0C - 45C

Packaging
Boxed with Foam Padding for Transport

Control Mechanism
Adjustable Magnetic Flux Density

Output Voltage
12V DC Peak (Varies with Speed)

Recommended Accessories
LED Load, Voltmeter, Ammeter (Optional)

Coil Specification
Copper Wire, 26 AWG, 800 Turns

Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects 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
South India

About Power Generation Using Electromagnetic Suspension Mechanical Engineering Student Projects

Experience an incomparable leap in academic demonstration with the Power Generation Using Electromagnetic Suspension Mechanical Engineering Project Kit (Model No: PGES-2024). This stellar educational model showcases Faraday's Law using a balanced, magnetically suspended disk and copper coil assembly, ensuring a visual display of exquisite electromagnetic induction. With an output of up to 12V DC and 500mA, this special kit is a bargain for learning renewable energy fundamentals. Discounted for educational institutions, the kit arrives boxed and foam-padded for safety, making it a reliable, fuel-free alternative to basic generators.

Unmatched Educational Versatility and Hands-On Application

Ideal for school and college-level demonstrations, this mechanical engineering project kit offers profound insights into energy conversion and electromagnetic suspension principles. Its user-friendly design accommodates manual or optional motor drive, making it perfect for focused classroom sessions or science exhibitions. With its robust mild steel frame and acrylic shields, students benefit from a safe, observable, and interactive learning process, setting an academic standard above conventional generator models.

Domestic Supply, Export Potential, and Trusted Certifications

Available for prompt order completion across India, this kit is gaining traction in the main domestic market as well as select international academic segments. Export quotations are offered on request, with flexible exchange terms for institutions. The product bears trusted certifications, confirming its adherence to quality and safety guidelines, ensuring seamless integration into schools, colleges, and renewable energy training centers globally.

FAQ's of Power Generation Using Electromagnetic Suspension Mechanical Engineering Projects:

Q: How does the electromagnetic suspension mechanism work in this project kit?

A: The suspension mechanism uses opposed permanent magnets and electromagnetic levitation to stably float the rotating disk, allowing it to spin with minimal friction and showcasing advanced magnetic suspension principles.

Q: What are the main components included in the kit?

A: This kit comes with a balanced rotating disk, permanent magnets, copper coil (26 AWG, 800 turns), mild steel frame, safety shields, and optional accessories such as a voltmeter and ammeter.

Q: When should I use the hand crank versus a motorized drive?

A: Use the hand crank for manual demonstrations and hands-on learning about kinetic to electrical energy conversion. A motorized drive, which is optional, is suited for extended demonstrations or more consistent output.

Q: Where can this project be installed or demonstrated?

A: It is designed for academic environments such as classrooms, science labs, STEM workshops, or public awareness exhibitions relating to renewable energy and physics principles.

Q: What competitive advantages does this model offer over basic generators?

A: This model excels by visually demonstrating electromagnetic generation via magnetic levitation, requiring no fuel or complex setup, and is safer due to its transparent shields and robust design.

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