International Research Journal of Engineering and Technology (IRJET) Volume: 09 Issue: 12 | Dec 2022
www.irjet.net
e-ISSN: 2395-0056 p-ISSN: 2395-0072
DESIGN AND FABRICATION OF ELECTROMAGNETIC BRAKING SYSTEM Lakhan Gadge1, Manish Rathore2 1Assistant
Professor, Dr. A.P.J. Abdul Kalam UIT, RGPV Jhabua (M.P.) Professor, Dr. A.P.J. Abdul Kalam UIT, RGPV Jhabua (M.P.) ---------------------------------------------------------------------***--------------------------------------------------------------------of the wheel as heat bringing the wheel to a stop. The Abstract- An Electromagnetic Braking framework 2Assistant
eddy current development obeys maxwell's law of electromagnetic induction and lenz's law of direction of induced current.
utilizes magnetic power to connect with the brake. However the plate is associated with a pole and the electromagnet is mounted on the edge .When power is connected to the curl an attractive field is created over the armature in light of the present streaming over the loop and makes armature get pulled in towards the curl. Subsequently it builds up a torque and in the end the vehicle stops. In this task the upside of utilizing the electromagnetic slowing mechanism in car is contemplated.
Key word- Electromagnetic, Belt Drive, Braking System, Eddy Current, Iron Frame Fig.2 Electromagnet
1. Introduction 1.2 Objectives
A brake is a device which hinders movement. Its contrary part is a clutch. Most ordinarily brakes use rubbing to change over active vitality into warmth, however different techniques for vitality transformation might be utilized. For instance regenerative braking changes over a significant part of the vitality to electrical vitality, which might be put away for later use. An electromagnet is a sort of magnet in which the attractive field is delivered by an electric flow. Electromagnets as a rule comprise of wire twisted into a curl.
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Primary Objective
The main objective of our work is to design and fabricate an Electromagnetic Braking System model .
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Secondary Objective
Besides the main objective, following are our secondary objectives: 1 To understand project planning and execution. 2 To understand the fabrication techniques in a mechanical workshop. 3. To understand the usage of various mechanical machine tools and also measuring tools. 4.To make day to day human life more easier by proper use of technology.
Fig.1 CAD MODAL 1.1 Overview of project
2. Design and Fabrication
2.1 Design and Calculations
This work intends to the design and implementation of new system of retardation (braking) for automobiles. The design of the new brakes relies upon the development of electromagnetic induction and eddy currents. The design primarily consists of terribly robust magnet and rotating wheel. The motion energy
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Impact Factor value: 7.529
⚫ Centre distance between the pulleys(C)= 0.362 m ⚫ Diameter of the driving pulley(d) =0 .15 m ⚫ Diameter of the driven pulley(D) = 0.35 m |
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