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ELECTRICAL ENGINEERING FACULTY

SEE4812 – PSM1

STUDENT : MUHAMAD AZAM BIN HAMZAH

IC NO : 890427-01-6245

MATRIC NO : SX110558EES04

SUPERVISOR : EN. IZAM AMISIAN

TESTER FOR LINEAR INDUCTION MOTOR COOLING FAN IN LIGHTRAPID TRANSIT INDUSTRY


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7. METHODOLOGY

8. TIME LINE

9. PRELIMARYRESULT

10. EXPECTEDOUTCOME

11. CONCLUSION

12. Q&A

OUTLINE

1. INTRODUCTION

2. PROBLEMSTATEMENTS

3. OBJECTIES

!. SCOPE O" PROJECT

#. LITERATURE REIE$

%. PROJECTBACGROUND


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LINEAR INDUCTION MOTOR

1. INTRODUCTION

Figure 1.1 Linear Induci!n M!!r


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1. INTRODUCTION

1" Power Conversion unit (PCU)

• Si#e $21%% && ' 12%% && ' 48% &&

• (eig) $4*%+g

• Pri&ar, P!-er $%% ! /%% 0dc *% 0dc n!&ina3"

• C!nr!3 0!3age $. ! % 0dc

2" Liner In!u"tion Motor (LIM)

• Raed 0!3age $**% 0ac r&5 T)ree6P)a5e 3ine ! 3ine"

• Curren $4%% A r&5

• P!-er $1*2+( raed" 1 +( 7ea+"

• (eig) $/4+g

" Liner In!u"tion Motor Coo#in$ Fns

• Raed 0!3age $4 0dc &in % 0dc &a'

48 0dc n!&ina3• Fan de3ier, $.2/ cu9ic &:5 a 4 Pa

• S7eed $*4%%r7& ;6 2%%r7&

• Su773, Curren $*. ;6 %. A

• (eig) $*+g

EQUIPMENT OPERATING SPECIFICATIONS

Figure 1.2 PCU T)e!r,


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LIM %LIM &

1. INTRODUCTION

> T)e ?a5ic Train Uni ?TU" c!n5i55 7r!7u35i!n 5,5e& i5e3=. Pr!7u35i!n

5,5e&@ e55enia33, )e 5a&e !n a33 car5@ c!n5i55 != -! 7!-er c!ner5i!n Uni5

PCU"@ -! ruc+&!uned LIM5@ )e a55!ciaed rain c!nr!35@ and )e

iner=ace5 -i) )e !)er 5u95,5e&5. A reaci!n rai3@ in5a33ed !n )e guide-a,

9e-een )e running rai35@ reac5 -i) )e LIM ! c!&73ee )e &!!r circui

> T)e 7ur7!5e != )e 7r!7u35i!n

5,5e& i5 ! c!ner )e -a,5ide

7!-er in! rain &!e&en. T)e

&!e&en i5 in re57!n5e !

5igna35 5u773ied 9, )e rainc!nr!3 5,5e& and a+e5 )e

=!r& != acce3erai!n &!!ring"

and dece3erai!n 9ra+ing"

SYSTEM OVERVIEW


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2. PROBLEM STATEMENT

Serice Bi5ru7i!n5

Figure 2.1: The Newspaper cuttings

regarding on service disruptions on

11th Dec 2013


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Li' Fi#ure

• DLIM =an a3ar& -a5 deeced a ea3)

M!ni!r Uni MU" 9, c!nr!3 cener.

Train -i33 9e de7ar and Lig)

Mainenance Tea& -i33 a+e !u )e

LIM -)ic) i5 -eig) != /4+g. A5re5u3@ )i5 7r!93e& LIM -i33 5end !

ea, Mainenance Tea& !

r!u93e5)!! and re7air )e LIM. LIM

a5 &eni!n i5 =!rced6air c!!3ed 9, -!

c!!3ing =an5. T)e -! c!!3ing =an in6

9!ard and !u69!ard !7erae in

7ara33e3@ dra-ing un=i3ered a9!e )e

LIM and e')au5ing i d!-n3!ad !er)e LIM c!i35.

• ence@ ! deec 5eera3 7r!93e&5 -i)

RTB and =au3, =an@ )e e5er i5

needed in !rder ! =u3=i33 )eir

reuire&en in r!u93e5)!!ing H!9 -i)

5&!!)3,@ nice3, and e==icienc,

2. PROBLEM STATEMENT

Figure 2.2 LIM a9!u ! a+e !u

Figure 2. LIM Fan A3ar& a MU

Figure 2.2 Figure 2.


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3. OBJECTIVE

Min Purose

• T! i&7r!e )e !7erai!n != r!u93e5)!!ing LIM

• T! 7r!7!5e and de5ign a LIM C!!3ing Fan Te5er =!r r!u93e5)!!ing

&aer

• T)e e5er LIM de5ign c!&73ee -i) Ac:Bc P!-er Su773,@ LEB

indica!r LIM =an n! running@ Li& =an L0GF@ and RTB =au3 Ter&ina3

• T! 5ud, 3a, !u -iring =!r LIM c!!3ing =an in LIM


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4. SCOPE PROJECT

AC:BC 7!-er 5u773,@

Te5er Li& C!!3ing =an@

RTB@ Fan n! =unci!n@

and L0GF

S!urce

S!c+e

!u3e

Te5er LIMLinear Induci!n M!!r

irin$ s"*e'ti"


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• Fn See! Contro##e! +, Te'erture n! Ar!uino

)7$::---.e3ecr!5c)e&aic5.c!&:/*4%:arduin!6=an657eed6c

!nr!33ed6e&7eraure: 9, P. Marian

5. LITERATURE REVIEW

> T)e LM*

e&7eraure

5en5!r and red

3ed are 7!-ered

-i) *0 =r!& )e

Arduin! 9!ard> u5ed )e -e336

+n!-n ?B1/

ran5i5!r and a

/0 9aer, !

7r!ide 7!-er !

)e =an and

ran5i5!r > u5ed an LCB

5)ie3d ! di573a,

)e curren

e&7eraure and

57eed != )e =an

http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/http://www.electroschematics.com/9540/arduino-fan-speed-controlled-temperature/


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LIM c!!3ing =an e5er =!r 4 car rain@ ?!&9ardier 9, Sc)neider

Linear Induci!n M!!r Pr!7u35i!n 5,5e& A55e&93, $ ?


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REFERENCES

Tit#e o- er N'e o- Aut*or Yer T,e

1 LIM Pr!7u35i!n S,5e& Bee3!7&enS,5e& F!r Tran5i

J.. Par+er Ur9an Tran57!rai!nBee3!7&en

C!r7!rai!n Ld.andG. E. Ba-5!nKueen5 Unier5i,

1// Aric3e

2 T)e E==ec != Fan6Re3ia9i3i, andC!!3ing6Per=!r&ance !nE3ecr!nic6C)a55i5 Re3ia9i3i,

J!)n M. !gan 1// J!urna3

Energ, E==icien C!!3ing Fan =!r PCc)a5i5

R!dne, . G. Tan@ Y.. G!)@ Y. K. (!ng@and 0. . M!+

2%%/ c!n=erence

4 Linear M!!r6P!-ered Tran57!rai!n$i5!r,@ Pre5en Sau5@ and Fuure


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Liner In!u"tion 'otor s rou#sion

.ui#t +, .o'+r!ier

S+,Train in 0anc!uer@ Canada 1/8*" S+,9!r!ug) RT in T!r!n!@ Canada 1/8*"Ber!i Pe!73e M!er in Ber!i 1/8" /e#n 0, Line in /u# Lu'ur (%112)Mi33enniu& Line in 0anc!uer 2%%2" AirTrain JF in Ne- Y!r+ 2%%" Air7!rE'7re55 in ?eiHing 2%%8" ?eiHing Su9-a, Ca7ia3 Air7!r Trac+ in ?eiHing 2%%8"EerLine Ra7id Tran5i S,5e& in Y!ngin@ !rea 2%%/"

.ui#t +, /ws3i Hev, In!ustries

Naga)!ri T5uru&i – R,!+i Line in


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Megger e5er Li& =an

6. PROJECT BACKGROUND

MU and P!-er Su773,

Indiidua3 =an e5er PT1%% RTB 1%%!)&


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Par nu&9er 3i& =an$ 414112*/ Fan@ &!de3 O112*/Re=. Seci!n 2" 9, ?!&9ardier

C!nnec!r LIM Fan 7ar nu&9er $

CIRL6%F614S6*P6 C!nnec!r@ *

7in

ua3a Lu&7ur S,5e& -! I33u5raed Par Caa3!gue@ DC)a7er Pr!7u35i!n@

Marc) 2%% Re c. 77 $ 61612 – 6262


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Par nu&9er &!du3e@ 112% M


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Indiidua3 LIM c!!3ing =an e5er > MU and 7!-er 5u773, )ig) dc curren


Figure .1 Indiidua3 LIM C!!3ing =an e5er


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. MET!ODOLOGY

S"#$"

P$%&%'#( )%$ P$%*+," T-"(+

L-"+$#"$+ R+/-+0

T+,-,#( E/#(#"-% O

+""- #"#

S" &$%(+7 %) #(#$7

D#"# A#('-'

E

R+&%$" W$-"-

PROJECT FLOW


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MET!ODOLOGY

Te"*ni"# ev#ution on $ettin$ !t 4

• Sud, !n -iring 3a, !u != Li& =an 9a5e !n 5c)e&aic 7re=erred

• Re=erence I33u5raed Par5 Caa3!gue ! geing daa a9!u LIM

• U5ing BGMM and C3a&7 Meer =!r &ea5ure&en dc !3age i:7 !:7@

and re5i5ance =!r RTB

• Ana3,#e daa c!33eced


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F3u+e rue r&5 c3a&7 &eer

> U5e ! ge a&7ere daa =r!& -iring

> A773ica93e ! ge ac curren and dc curren

> T! ge daa =!r L0GF

> Ana3,#e =r!& geing daa

. MET!ODOLOGY

FLUE BGMM rue r&5

• U5e ! ge dc !3age =!r

L0GF@ er&ina3 in7u and !u

7u@ re5i5ance RTB


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Figure $ .1 (iring 5c)e&aic != LIM

ua3a Lu&7ur S,5e& -! I33u5raed Par Caa3!gue@ DC)a7er Pr!7u35i!n@Marc) 2%% Re c. 77 $ 61612 – 6262

. MET!ODOLOGY


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FYP 1 Project Schedule (Year 2015)

No Description

Sept Oct Nov DecWee Wee Wee Wee

% & 5 6 % & 5 6 % & 5 6 % & 5 6

1 P$%&%'#( )%$ &$%*+," "-"(+

2 P$%*+," &$%&%'#( #&&$%/#(

D-',''-% 0-" '&+$/-'%$

4 C%((+," #"#

*S+#$, -)%$7#"-% #%" &$%*+,"

&$%&%'#( S" &$%*+," &$%&%'#( -)%$7#"-%

PSM1 $+&%$" &$+$#"-%

8 PSM 1 &$+'+"#"-%

/ S7-''-% %) PSM 1 $+&%$"

1! FYP 1 "antt #hart

8. TIME LINE


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WORK SC!EDULE

2! FYP 2 "antt #hart $ ( Note $ Schedule o% PS& 2 presentation and

report su'ission is 'ased on assuption onl)

FYP 2 Project Schedule (Year 201*)

No Description+an Fe' &arch ,pril

Wee Wee Wee Wee

1 2 - . 1 2 - . 1 2 - . 1 2 - .

1 D+/+(%& %) "+,-,#( +/#(#"-%

2 D+/+(%& %) ++$ #-" #''+''7+"

3 P$%(+7 S%(/-

4 R+'(" ##(9-

5 PSM 2 $+&%$" &$+$#"-%

6 PSM 2 &$+'+"#"-%

S7-''-% %) PSM 2 $+&%$"

8. TIME LINE


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Figure /.1 (iring 3a, !u LIM =an a LIM

:. PRELIMARY RESULTS


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Figure /.2 (iring : 3a, !u 5ing3e =an e5er



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> R" F#("



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> L0GF =an



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0aria93e !3age =i' a&7

0aria93e a&7 =i' !3age

> Fan aai3a9i3,


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Mini&a3 !3age and curren ! =an 5ar u7


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Increa5e )e 5,5e& e==icienc, != r!u93e5)!!ing 5+i335

En)ance5 )e a9i3i, ! 73an and 9udge !7erai!n@ and &ainenanceacc!un5

Can 9e u5e =!r a33 ec)nician in e3ecrica3 5)!7

I&7r!e&en5 F!r


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11. CONCLUSION

Fin!in$s o- t*e investi$tion4

• A=er a33 daa and eui7&en =!r e5er !9ain@ i5 &a+e -!r+er !

r!u93e5)!! &!re =a5 and )ig) e==icienc,

• In addii!n@ ! add 5!&e 9u##er a5 5!und ! a3er -!r+er i= )ere i5 an,

7r!93e& -i) LIM C!!3ing Fan

• T)i5 e5er can 9e &!re )ig) ec) =!r =ur)er ine5igai!n


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12. REFERENCES

1 ua3a Lu&7ur S,5e& -! I33u5raed Par Caa3!gue@ DC)a7er

Pr!7u35i!n@ Marc) 2%% Re c. 77 $ 61612 – 6262

2 ?!&9ardier@ De3ana Ja,a Line F3ee E'7an5i!n Pr!Hec@I33u5raed Par5 Caa3!gue@ Fina3 C!7,@ Rei5i!n Fe9ruar,2%14"@ C)a7er Pr!7u35i!n@ 77 $ 62 – 61%

R!3= e33inger and Peer Mnic)@ DLinear M!!r6P!-ered Tran57!rai!n$

i5!r,@ Pre5en Sau5@ and Fuure


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12. REFERENCES

/ A. (a33ace@ J. Par+er@ G.E Ba-5!n@ DS3i7 C!nr!3 Li&Pr!7e33ed Tran5i 0e)ic3e5@ IEEE Tran5aci!n5


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T!ANK YOU

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