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Induction Synopsis

The document is an abstract for a project that controls the speed of an induction motor using a remote. It describes a system that uses a TV remote, IR receiver, and microcontroller to send IR signals that control relays and rotate the motor in forward and reverse directions. In the future, the system could be improved by using thyristors instead of relays for noise-free operation. It then lists the hardware and software specifications and advantages of remotely controlling motor speed, such as reduced starting current and power line disturbances. Applications include energy savings for fans or pumps through flow control.

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Ujjwal PCE/15/ME/102
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83 views6 pages

Induction Synopsis

The document is an abstract for a project that controls the speed of an induction motor using a remote. It describes a system that uses a TV remote, IR receiver, and microcontroller to send IR signals that control relays and rotate the motor in forward and reverse directions. In the future, the system could be improved by using thyristors instead of relays for noise-free operation. It then lists the hardware and software specifications and advantages of remotely controlling motor speed, such as reduced starting current and power line disturbances. Applications include energy savings for fans or pumps through flow control.

Uploaded by

Ujjwal PCE/15/ME/102
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOC, PDF, TXT or read online on Scribd
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A

ABSTRACT
ON
“Speed control of
induction motor
using remote”
Submitted in the partial fulfillment of the award of
Bachelor of Technology (Rajasthan
Technical University, Kota) In
ELECTRICAL ENGINEERING

2016-17

SUBMITTED TO: SUBMITTED BY:


Dr.Himani Goyal Trilok Parihar(pce215ee054)
Vivek Malik(pce215ee063)
Vinod Kumar Yadav(pce215ee061)
Vikash Kumar(pce215ee060)

DEPARTMENT OF ELECTRICAL ENGINEERING


POORNIMA COLLEGE OF ENGINEERING
ISI 06, RIICO INSTITUTIONAL AREA
JAIPUR –302022
Abstract

The project is designed to drive an induction motor for the required application in forward and
reverse directions using wireless technology. For an example, an exhaust fan can be
used in both the directions to fresh air in and throw hot air out. This can be used in case
of conventional exhaust a fan that rotates in one direction only.
This proposed system demonstrates a technology to rotate a squril cage
induction motor in both clockwise and counter clockwise direction. It
also has the provision to control the direction of the motor using a TV
remote. When a TV remote button is pressed, it sends an IR signal in
RC5 code which is received by a IR receiver called TSOP-1738. Output
from the TSOP is fed to a microcontroller of 8051 family which is
interfaced to a relay driver IC. Thereafter, the relay switching is done in
by-stable mode for an split-phase induction motor to rotate in forward
and reverse directions.
In future, it can further be enhanced by controlling the operation of
induction motor using thyristors in place of relays for noise free
operation.
BLOCK DIAGRAM
Hardware Specifications

 TV Remote
 IR Receiver
 Crystal Oscillator
 Resistors
 Capacitors
 Transistors
 Cables and Connectors
 Diodes
 PCB and Breadboards
 LED
 Transformer/Adapter
 Push Buttons
 Switch
 IC
 IC Sockets
 Induction Motor
 8051 microcontroller

Software Specifications

 Keil µVision IDE


 MC Programming Language: Embedded C

Advantages
 Controlled Starting Current
 Reduced Power Line Disturbances
 Lower Power Demand on Start
 Controlled Acceleration
 Adjustable Operating Speed

Application
 Energy savings and process control are the two primary reasons for using adjustable speed
drives.
 Energy savings is gained by using speed control of fans or pumps as a means of flow control.
9. MEMBERS DETAIL:

Name E-mail id Contact no. Roll no.


Trilok parihar 2015pceeetrilok@poornima.org 7568895566 37
Vivek malik 2015pceeevivik@poornima.org 7073896521 47
Vinod yadav 2015pceeevinod@poornima.org 44
Vikash kumar 2015pceeevikash@poornima.org 43

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