Electromagnetic Braking System machinecal Student Projects

Send Inquiry

Request To Call Back

Electromagnetic Braking System machinecal Student Projects

Name: Electromagnetic Braking System machinecal Student Projects
Brand: SHREE RAM SCIENCE PROJECTS
Price: 4500 INR
Availability: InStock

Price 4500 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Electromagnetic Braking System machinecal Student Projects Specification

Style
Bench Model Engineering Project

Power Type
External DC power supply

Weight
Approx. 3.5 kg

Surface Finish
Powder coated base with brushed metal finish on moving disc

Use
Demonstration and educational purpose for automotive and engineering students

Size
Compact Classroom Tabletop

Assembly
Semi-assembled; end-user minor fitting required

Model No
EMB-2024-BM

Features
Portable, Easy assembly, Clear demonstration of braking effect, Transparent shield cover for safety, Adjustable magnetic field strength, Low Voltage operation, LED operation indicator

Material
Mild Steel, Copper, Aluminium, Polycarbonate, Neodymium Magnet, Electronic Components

Dimensions
300 mm x 200 mm x 180 mm

Shape
Rectangular Base with Cylindrical and Disc Components

Color
Grey & Silver (Base: Powder coated grey, Components: Metallic silver, Copper coil: Orange)

Function
Demonstrates electromagnetic braking action using eddy current principles when current is passed through the coil

Age
14+ (Educational/Academic Use)

Advantage
No wear and tear due to non-contact operation, smooth and rapid braking, low maintenance, improved operational safety

Control Mechanism
Variable resistor for magnetic field adjustment

Accessory Included
Instruction manual, DC power adapter

Application Field
Automobile braking system demonstration, Mechatronics training

Brake Disc Diameter
120 mm

Magnet Type
Neodymium permanent magnet

Operating Voltage
12V DC

Coil Resistance
15

Compliance
Conforms to academic demonstration standards

Protection
Polycarbonate shield for user safety

Current Consumption
1A max

Maximum Braking Force
Up to 20 N

Electromagnetic Braking System machinecal 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
All India

About Electromagnetic Braking System machinecal Student Projects

Experience the soaring demand for our Electromagnetic Braking System Mechanical Project (Model: EMB-2024-BM), designed for educational brilliance. With a brake disc diameter of 120 mm and powered by 12V DC, this in-demand model offers incomparable smooth, non-contact braking via an advanced neodymium magnet. Benefit from competitive pricing and notable savings with each purchase. Its robust, powder-coated steel construction, transparent safety shield, and user-friendly adjustable controls make it the best demonstration choice for mechatronics and automotive educational needs. Supplied semi-assembled with detailed instructions for effortless setup.

Surface, Area & Site of Application-Comprehensive Versatility

The Electromagnetic Braking System Mechanical Project is ideal for academic demonstration surfaces such as classroom tabletops and laboratory workbenches. Its area of application spans educational institutions, vocational training centers, and engineering workshops. Specifically engineered for site usage in mechatronics training and automobile braking system demonstrations, this compact and portable device brings real-world braking principles directly into learning environments. Its sturdy powder-coated rectangular base and robust construction make it well-suited for intensive use.

Sample Availability, Supply Ability & Packaging Details

Samples of the Electromagnetic Braking System Mechanical Project are available at an attractive rate for educational institutions and bulk inquiries. The supply ability meets ongoing academic demand, ensuring delivery schedules are met efficiently. Each unit is carefully packaged to prevent transit damage, with all essential accessories included. Delivered in compact, secure cartons, the sample policy allows institutions to evaluate product suitability before larger orders, ensuring complete satisfaction with both performance and packaging quality.

FAQ's of Electromagnetic Braking System machinecal Projects:

Q: How does the Electromagnetic Braking System demonstrate braking action?

A: The system uses the principle of eddy currents generated when DC current passes through the coil, producing a magnetic field from a neodymium magnet, which exerts a braking force on the rotating disc.

Q: What are the primary applications of this model?

A: This project is primarily used for automobile braking system demonstrations, mechatronics training, and general academic instruction in educational institutions and engineering laboratories.

Q: When is it suitable to use this braking system project?

A: It is best suited for educational demonstrations, practical classroom sessions, and training workshops, particularly when explaining or observing electromagnetic braking principles.

Q: Where can the Electromagnetic Braking System be installed for demonstrations?

A: The compact bench model is designed for installation on classroom tables, laboratory benches, or demonstration platforms, making it adaptable to a variety of educational environments.

Q: What process is required for assembly and setup?

A: The unit is delivered semi-assembled; end-users need only perform minor fitting using the included instructions, making setup quick and convenient for teachers and students.

Q: How does the system ensure user safety during operation?

A: A polycarbonate transparent shield covers the disc and moving parts, protecting users during operation without obstructing the demonstration's clarity.

Q: What are the benefits of using a non-contact electromagnetic brake for educational purposes?

A: The non-contact design minimizes wear and tear, lowers maintenance requirements, delivers smooth rapid braking, and improves operational safety-all crucial for consistent, long-term educational use.

Tell us about your requirement