7/17/2019 Ee6461 Electrical Engineering and Control System Laboratory

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EE6461 ELECTRICAL ENGINEERING AND CONTROL SYSTEM LABORATORY L T P C

 0 0 3 2OBJECTIVES:

• To provide hands on experience with generators and motors.

• To Understand the working of DC/AC motors and generators

• To study the characteristics of transducers

• To learn the use of transformer

• To understand the behavior of linear system through simulation

• To gain knowledge of controllers

LIST OF EXPERIMENTS:

. !tudy of DC " AC motor starters.

#. !tudy of three phase circuits.

$. !peed Control of DC shunt motor.

%. &oad Test on DC shunt motor.

'. (CC " &oad Characteristics of DC shunt generator.

). Transfer *unction of separately excited D.C.+enerator.

,. -egulation of three phase alternator.. (pen Circuit and !hort Circuit test on single phase transformer to draw its euivalent circuit.

0. &oad test on single1phase transformer.

2. &oad test on single phase and three1phase 3nduction motor.

. 4easurement of passive elements using 5ridge 6etworks.

#. !tudy of transducers and characteri7ation.

$. Digital simulation of linear systems.

%. !tability Analysis of &inear system using 4AT&A5 or euivalent !oftware.

'. !tudy the effect of 89 839 83D controllers using 4AT&A5 or euivalent !oftware.

). Design of &ead and &ag compensator.` TOTAL: 45

PERIODS

OUTCOMES:

At th !" #$ th %#&'() th (t&"!t (h#&*" + ,+* t#:

• 8erform experiments to study the load characteristics of DC motors / generators.

• Design bridge network circuit to measure the values of passive component.

•  Analy7e the stability of linear system through simulation software.

• (btain transfer function of DC generators.

LAB E-UIPMENT FOR A BATC. OF 30 STUDENTS:

. DC !hunt 4otor with &oading Arrangement #

#. $:89##2;9%A9,'2-8492.)A<!hunt field=$. DC !hunt 4otor Coupled >ith Three phase Alternator

%. DC !hunt 4otor 1 k>? '.# / volts? ##2 / Amps? #,.'/

'. !peed? '22 -84/ *ield current? 2.0A

). Three phase Alternator 1 k;A? ,.'/ volts? %'/ Amps? 2.%

!peed? '22 -84/ *ield current? #A.

,. !ingle 8hase Transformer@ # ;A9#$2/21)) ;

. Three 8hase 3nduction 4otor with &oading Arrangement

0. <$.,>9%'v9,.'A9%$2 -84=

2. !ingle 8hase 3nduction 4otor with &oading Arrangement

. <#$2;9':89,A=

7/17/2019 Ee6461 Electrical Engineering and Control System Laboratory

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#. DC !hunt 4otor Coupled >ith DC Compound +enerator

$. <DC !hunt 4otor? k>? ,.%/ volts? ##2/ Amps? $.'/ !peed? 0)2 -84 *ield current.#A=

%. <DC Compound +enerator? k>? ,.'/ volts? ##2/ Amps? $.'/

!peed? 0)2 -84 / *ield current.#A=

'. Tachometer BDigital/Analog

). !ingle 8hase Auto Transformer@<21#,2=; #

,. Three 8hase Auto Transformer@<21#,2=;

. 4C ;oltmeter1<21$22/)22=; '0. 4C Ammeter <212/#2=A '

#2. 4C Ammeter <21#/=A %

#. 43 ;oltmeter <21$22/)22=; '

##. 43 Ammeter <212/#2=A )

#$. 43 Ammeter <21/#=A %

#%. U8* >attmeter <$22/)22;92/#2A= %

#'. &8* >attmeter <$22/)22;92/#2A= %

#). !ingle 8hase -esistive &oading 5ank<2>= #

#,. Three 8hase -esistive &oading 5ank<2>= #

#. !8!T switch ##0. *use various ranges As per the reuirement

$2. >ires As per the reuirement

$. -heostats<229A@#'29.'A@,'9)A92229A= ach #

$#. Computers with 4AT&A5 or euivalent !oftware.