8/20/2019 Plc Based Load Sharing on Slide Share

1/28

CONTENTS

  CERTIFICATE i

  ACKNOWLEDGEMENT ii

  ABSTRACT iii

  Ch. No CHAPTER NAME PAGE NO

1 INTRODUCTION TO PLC BASED LOAD SHARING 2-3

2 BLOCK DIAGRAM OF PROJECT 4

  3. HARDWARE REQUIREMENTS 5

  3.1 TRANSFORMERS 5-

  3.2 DIODES

  3.3 PROGRAMMABLE LOGIC CONTROLER !

 "ALLEN BRADLE# MICROLOGI$ 1%%%&

  3.4 RECTIFIER !-'

  3.5 RESISTOR '-12

  3.( CAPACITOR 13-1(

  3. RELA# 1

  3.! LED) DC INDICATOR 1-2%

  3.' DC MOTOR "12* 3%%RPM& 21-22

CONCLUSION 23

REFERENCE 24

LIST OF FIGURE

DEPARTMENT OF EE, SKIT

8/20/2019 Plc Based Load Sharing on Slide Share

2/28

FIG. No FIGURE NAME PAGE NO

2"+& PLC BASED LOAD SHARING S#STEM 4

3.1 A T#PICAL TRANSFORMER 5

3.2 A DIODE

3.3 A T#PICAL PLC !

3.4 CIRCUIT DIAGRAM AND WA*EFORM FOR BRIDGE RECTIFIER '

3.5 *ARIOUS T#PES OF RESISTOR 1%

3.("+& *ARIOUS T#PES OF CAPACITOR 13

3.(",& PARALLEL PLATE CAPACITOR 15

3."+& A T#PICAL ! PIN RELA# 1

3.!"+& T#PICAL LED 1!

3.!",& CIRCUIT S#MBOL OF LED 1!

3.!"& DIFFERENT T#PES OF LED 1'

3.' A 12* 3%% RPM DC MOTOR 21

DEPARTMENT OF EE/SKIT Page 1

8/20/2019 Plc Based Load Sharing on Slide Share

3/28

CHAPTER 1

INTRODUCTION TO PLC BASED LOAD SHARING

A P/0++, L/0i C//6 PLC / P/0++, C// i7 + 8i0i+ /9:  :78

;/ +:/+i/ /; /

8/20/2019 Plc Based Load Sharing on Slide Share

4/28

i7 7:99=. I; += ;+:7 /:7 +8 i7 7:99= / /+8 i7 i:98

8/20/2019 Plc Based Load Sharing on Slide Share

5/28

CHAPTER 2

 

PROJECT BLOCK DIAGRAM

FIG 2"+& PLC BASED LOAD SHARING S#STEM

DEPARTMENT OF EE/SKIT Page 4

8/20/2019 Plc Based Load Sharing on Slide Share

6/28

CHAPTER 3

HARDWARE REQUIREMENTS

3.1  TRANSFORMER 

  T+7;/7 /@ AC ii= ;/ / @/+0 / +/

8/20/2019 Plc Based Load Sharing on Slide Share

7/28

8/20/2019 Plc Based Load Sharing on Slide Share

8/28

T+7;/7 /+=

8/20/2019 Plc Based Load Sharing on Slide Share

9/28

U7:+=

8/20/2019 Plc Based Load Sharing on Slide Share

10/28

3.*  RECTIFIER 

A i;i i7 + i+ 8@i

8/20/2019 Plc Based Load Sharing on Slide Share

11/28

FIG3.4 CIRCUIT DIAGRAM AND WA*EFORM FOR BRIDGE RECTIFIER 

3.+ RESISTOR 

A 7i7/ i7 + /-i+ /i /9/ 87i08 / /99/7 + i : ,= 9/8:i0 + @/+0 8/9 , i7 i+7 i 9/9/i/ /

8/20/2019 Plc Based Load Sharing on Slide Share

12/28

FIG 3.5 *ARIOUS T#PES OF RESISTOR 

A 7i7/ i7 + /-i+  9+77i@  /i /9/ 

8/20/2019 Plc Based Load Sharing on Slide Share

13/28

T

8/20/2019 Plc Based Load Sharing on Slide Share

14/28

A

8/20/2019 Plc Based Load Sharing on Slide Share

15/28

3. CAPACITOR 

A +9+i/ / /87 i7 + 9+77i@ /i /9/ /7i7i0 /; + 9+i /; /8:/7

79++8 ,= + 8ii. Wi77 ,

8/20/2019 Plc Based Load Sharing on Slide Share

16/28

FIG 3.("+& *ARIOUS T#PES OF CAPACITORS

A +9+i/ ";/= ?/ +7 /87& i7 + 8@i ;/ 7/i0 i

8/20/2019 Plc Based Load Sharing on Slide Share

17/28

C

8/20/2019 Plc Based Load Sharing on Slide Share

18/28

/ ;++8 +7

8/20/2019 Plc Based Load Sharing on Slide Share

19/28

8/20/2019 Plc Based Load Sharing on Slide Share

20/28

  FIG 3. A T#PICAL ! PIN RELA#

A += i7 + i+= /9+8 7i

8/20/2019 Plc Based Load Sharing on Slide Share

21/28

 

W

8/20/2019 Plc Based Load Sharing on Slide Share

22/28

 

Fi0 3.!"& DIFFERENT T#PES OF LEDS

Co!o$, )d 0'e$(!, o LED:S

C/@i/+ LEDS + +8 ;/ + @+i= /; i/0+i 7i/8:/ +i+76

8/20/2019 Plc Based Load Sharing on Slide Share

23/28

W

8/20/2019 Plc Based Load Sharing on Slide Share

24/28

W

8/20/2019 Plc Based Load Sharing on Slide Share

25/28

  FIG 3.' A 12* 3%%RPM DC MOTOR

A DC motor   i7 +

8/20/2019 Plc Based Load Sharing on Slide Share

26/28

T

8/20/2019 Plc Based Load Sharing on Slide Share

27/28

CONCLUSION

T

8/20/2019 Plc Based Load Sharing on Slide Share

28/28

REFERENCE

TE