Syllabus of TE (Instrumentation and control/Instrumentation Engg.) Rev.

Syllabus W.E.F. academic year 2013-14 onwards

The following shall be scheme of Instructions and examination for TE (Instrumentation and control/Instrumentation) Rev.

Subject

No.

Subject

Teaching scheme

HRS/WEEK

Examination scheme

Duration of

theory paper

hrs

Th. Pr. Total Theory Term

work

Pract. Class

test

Total

Part - I

ICE 3701 Signal & Systems 4 2 6 80 25 25 20 150 3

ICE 3702 Control System Engineering-I 4 2 6 80 25 25 20 150 3

ICE 3703 Advanced Microprocessor & Embedded system 4 2 6 80 25 25 20 150 3

ICE 3704 Industrial Process Control 4 2 6 80 25 25 20 150 3

ICE 3705 Process Equipment Design and Operations 4 - 4 80 - - 20 100 3

ICE 3706 Communication skill-II

(Online exam common to all branches)

- 2 2 - 50 - - 50 -

Total of part- I 20 10 30 400 150 100 100 750 -

Part – II

ICE 3707 Digital Signal & Image Processing 4 2 6 80 25 25 20 150 3

ICE 3708 Powel Drives and Control 4 2 6 80 25 25 20 150 3

ICE 3709 Power Generation and Control 4 2 6 80 - - 20 100 3

ICE 3710 PLC & DCS 4 2 6 80 25 25 20 150 3

ICE 3711 Control System Engineering-II 4 2 6 80 25 25 20 150 3

ICE 3712 Industrial Visit and Seminar - - 50 - - 50 -

Total of part - II 20 10 30 400 150 100 100 750 -

Grand total of part I & II 40 20 60 800 300 200 200 1500 -

Note: Following rules are to be follow strictly where ever are applicable.

1. Term Work: Term work shall consist of at least eight assignments/experiments based on the above syllabus. Some of them may be from the

above indicated list. Student should submit a journal consisting of the record of experiments performed as indicated above.

2. Practical Examination: The practical examination shall consist of performing the experiments/assignments based on the practical

work done during the course, the record of experiments/assignments submitted by the candidate and viva-voce based on the syllabus.

3. Theory Examination:

Pattern of Question Paper:

The units in the syllabus shall be divided in two equal sections. Question paper shall be set having two sections A and B. Question paper should

cover the entire syllabus.

For Theory paper 80 marks:

1. Minimum ten questions

2. Five questions in each section

3. Question no 1 and 6 be made compulsory and should have at least ten bits of two marks out of which FIVE to be solved.

4. Two questions from remaining questions from each section be asked to solve having weightage of 15 marks

Dr. R D Kokate

Chairman (syllabus committee)

ICE3701: Signals and Systems

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

UNIT 1

Introduction to signals and systems

Intro

ductio

n to

sig

nal,

classification of

signals,

basic

co

ntin

uous-

time

and discre

te-time

signals, step

and im

pulse

functio

ns, tran

sform

ation o

f indep

enden

t variab

le. Intro

ductio

n to

syste

ms, p

roperties o

f system

s, classific

ation o

f syste

ms, N

orm

al form

of sy

stem e

quatio

ns,

initial co

nditio

ns. Im

pulse resp

onse o

f a physica

l system

, intro

ductio

n to

convolu

tion, sy

stem

impulse resp

onse an

d c

onvolu

tion in

tegra

l, convolu

tion su

m.

(08)

UNIT 2

Analy

sis of

contin

uous

and

disc

rete

time

signals

and

syste

ms

Lap

lace-tran

sform

,

converg

ence o

f Laplace-tra

nsfo

rm, p

roperties o

f Lap

lace- tran

sform

, inversio

n o

f Laplace -

transfo

rm,

evalu

ation of

system

freq

uen

cy resp

onse,

applica

tions

of

Lap

lace -tran

sform

.

Sam

plin

g th

eore

m,

effect

of

under

samplin

g in

tim

e and freq

uency

dom

ain

Z-tran

sform

,

converg

ence o

f Z-tran

sform

, pro

perties o

f Z-tran

sform

, inversio

n o

f Z-tran

sform

, evalu

ation

of sy

stem freq

uen

cy re

sponse, a

pplicatio

ns o

f Z-tran

sform

.

(0

6)

UNIT 3

Fre

quen

cy d

om

ain

represe

ntatio

ns a

nd an

alysis o

f contin

uous an

d d

iscrete time sig

nals a

nd

syste

ms R

epre

sentatio

n o

f signals in

term

s of ele

men

tary sig

nals, co

nditio

n fo

r orth

ogonality

,

represen

tation o

f signals b

y elem

entary

Sin

uso

ids, F

ourier se

ries represen

tation o

f contin

uous

and discrete

time

signals,

Fourier

Tran

sform

, sy

stem

fu

nctio

n,

pow

er sp

ectru

m,

energ

y

spectru

m.

Calcu

lation of

simple

transfo

rms,

Discre

te tim

e Fourie

r Tran

sform

(D

TFT),

pro

perties o

f Discrete tim

e Fourier T

ransfo

rm.

(06)

UNIT 4

Statistical S

ignal A

naly

sis Auto

correlatio

n fu

nctio

n, p

ropertie

s of au

to co

rrelatio

n fu

nctio

n,

measu

remen

t of a

uto

correla

tion fu

nctio

n ap

plica

tion o

f auto

correla

tion fu

nctio

ns co

rrelation

functio

ns, p

ropertie

s of c

ross c

orrela

tion F

unctio

n se

ctral d

ensity

, relation o

f spec

tral den

sity

to au

toco

rrelation fu

nctio

n.

Auto

correla

tion fu

nctio

n of

system

outp

ut,

cross-co

rrelation

betw

een in

put an

d o

utp

ut.

(06)

Unit 5

Ran

dom

varia

bles

and th

eir

analy

sis Random

variab

les, in

dep

enden

t ran

dom

varia

ble,

Pro

bability

distrib

utio

n fu

nctio

n,

Pro

bab

ility den

sity fu

nctio

n.

Math

ematic

al expectatio

ns:

Mea

n, V

ariance, M

om

ents.D

istributio

n fu

nctio

ns: U

nifo

rm, N

orm

al, b

inom

ial, Poisso

n. (06)

UNIT 6

Com

municatio

n

Syste

ms

Com

plex

ex

ponen

tial an

d

sinuso

idal

Am

plitu

de

modula

tion,

dem

odulatio

n fo

r sinuso

idal A

M, S

ingle sid

eban

d sin

uso

idal a

mplitu

de m

odulatio

n, P

ulse

amplitu

de

modula

tion,

frequency

m

odulatio

n:

wid

eband,

narro

wban

d,

Discrete

time

modulatio

n, freq

uen

cy d

ivisio

n m

ultip

lexin

g, tim

e div

ision m

ultip

lexin

g.

(0

8)

List o

f Experiments/P

rograms

1.

Solu

tion o

f differen

ce equatio

n u

sing recu

rsive m

ethod

2.

Verify

pro

pertie

s of lin

ear convolu

tion (an

y tw

o)

3.

Sam

plin

g o

f a contin

uous tim

e signal an

d e

ffect of u

nder sam

plin

g

4.

Fre

quen

cy resp

onse o

f discrete tim

e system

usin

g D

.T.F

.T.

5.

Auto

-correla

tion an

d C

ross-c

orrelatio

n o

f discrete tim

e sequen

ces

6.

Determ

inatio

n o

f the E

nerg

y sp

ectrum

of a d

iscrete tim

e signal b

y u

sing D

. T. F

.T.

7.

Determ

inatio

n

of

the

spectral

den

sity

of

a disc

rete tim

e sig

nal

by

usin

g

Auto

correlatio

n

8.

Discrete tim

e sinuso

idal am

plitu

de m

odulatio

n

Text Books

1.

Gabel R

.A. an

d R

obert R

.A, S

ignals a

nd L

inear S

ystem

s, Third

editio

n, Jo

hn W

iley

and S

ons, N

ew

York

, 1987.

2.

Oppenheim

, Wilsk

y an

d N

awab

, Sig

nals an

d S

ystem

s, Seco

nd ed

ition, P

rentice H

all,

New

Delh

i, 1997.

3.

Spieg

el, Sch

iller and S

riniv

asan, P

robability

and statistics, S

eco

nd. ed

ition, S

chaum

's

Outlin

e Tata M

cGraw

-hill ed

ition

Reference Books

1.

Cooper G

.R an

d M

cGillem

C.D

, Pro

bab

ilistic Meth

ods o

f Sig

nals an

d S

yste

m

Analy

sis, Third

editio

n, o

xfo

rd U

niv

ersity P

ress, C

ambrid

ge, 1

999.

2.

C.J C

hesm

ond, C

ontro

l Syste

m T

echnolo

gy, E

dw

ard A

rnold

, London, 1

988.

3.

Zim

mer R

.E., T

ranter W

.H., an

d F

annin

D.R

., Sig

nals an

d S

ystem

s, Fourth

editio

n, P

earson E

ducatio

n A

sia, Sin

gap

ore, 1

998

ICE3702: Control System Engg.-1

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

Unit 1

Introduction to lin

ear control sy

stems: d

efinitio

ns an

d elem

ents o

f c

ontro

l system

s, open

loop an

d clo

sed lo

op co

ntro

l system

s, feedback

and fe

ed fo

rward

contro

l system

s,

linea

r and n

on-lin

ear contro

l system

s.

(0

6)

Unit 2

a. Stepper Motor

Prin

ciple, T

ypes, In

terfacing w

ith m

icro-co

ntro

ller (C

onnectio

n D

iagram

only

), Applic

ations.

b. Servomotors: C

onstru

ctio

n, w

ork

ing, featu

res &

Charac

teristics of A

C &

DC serv

om

oto

r

AC

& D

C p

ositio

n &

speed

contro

l, Synch

ros, M

agnetic A

mplifier. . (0

7)

Unit 3

Industrial C

ontro

l Dev

ices

Switches

Constru

ction, sy

mbolic rep

resentatio

n, w

ork

ing, ap

plicatio

n o

f Toggle

switch

, Slid

e switch

,

DIP

switch

, Rota

ry sw

itch, T

hum

bw

heel sw

itch, S

elector sw

itch, P

ush

butto

n, D

rum

switch

,

Lim

it switch

, Tem

peratu

re switch

, Pressu

re switch

, Lev

el sw

itch, F

low

switch

.

Relays

Constru

ction, w

ork

ing, sp

ecificatio

ns/selectio

n C

riteria and ap

plicatio

ns o

f

Electro

mech

anica

l relay

, Reed

relay, H

erm

etically

seale

d relay

, Solid

state relays.

Contactors

Constru

ction, w

ork

ing, sp

ecifications an

d ap

plicatio

ns o

f contac

tors. C

om

pariso

n b

etween

relay &

contacto

r (07)

Unit 4

Sequen

cing &

Interlo

ckin

g fo

r moto

rs ,Concep

t of se

quen

cin

g &

Interlo

ckin

g:

Electrical W

iring D

iagram

, Stan

dard

sym

bols u

sed fo

r Elec

trical Wirin

g D

iagram

,

Wirin

g d

iagram

s in re

lation to

moto

rs

1.

Startin

g, S

toppin

g, E

merg

ency sh

utd

ow

n, (D

irect on lin

e, star delta)

2.

Pro

tection of

moto

rs: Short

circu

it pro

tection,

Over

load

Pro

tectio

n,

Low

/Under

Voltag

e

3.

Pro

tection, P

hase re

versal P

rotec

tion, O

ver tem

peratu

re Pro

tection

4.

Rev

ersing d

irectio

n o

f rotatio

n

5.

Brak

ing

6.

Startin

g w

ith v

ariable sp

eeds

7.

Joggin

g/in

chin

g

8.

Moto

r Contro

l Cen

ter: Conce

pt a

nd w

iring d

iagram

s (08)

Unit 5

Pneum

atics

Pneum

atic com

ponents

Pneum

atic Pow

er Supply

and its co

mponen

ts

1. P

neum

atic relay (B

leed &

Non b

leed, R

everse &

direct)

2. S

ingle ac

ting &

double actin

g cy

linder

3. S

pecial cy

linders: C

ush

ion, D

ouble ro

d, T

andem

, Multip

le positio

n, R

ota

ry

4. F

ilter R

egulato

r Lubricato

r (FR

L)

5. P

neum

atic valv

es (directio

n c

ontro

lled v

alv

es, flow

contro

l etc)

6. S

pecial ty

pes o

f valv

es like relief v

alv

e, pre

ssure red

ucin

g, etc.

7. T

ime d

elay v

alve

8. A

ir moto

rs

Pneumatic Circuits

1. S

equen

ce diag

ram (step

-disp

lacem

ent) fo

r implem

entin

g p

neu

matic c

ircuits

2. S

tandard

Sym

bols u

sed fo

r develo

pin

g p

neum

atic circuits

3. D

ifferent P

neu

matic C

ircuits: R

ecipro

cating, S

equen

cing, A

nti-cy

cle rep

etition, B

lock

Tran

sfer, Spee

d re

gulatio

n e

tc. (06)

Unit 6

Hydra

ulics

Hydra

ulic co

mponen

ts: Hydrau

lic supply

Hydrau

lic pum

ps, A

ctuato

r (cylin

der &

moto

r)

Hydra

ulic v

alves, H

ydra

ulic C

ircuits.

1. S

tandard

Sym

bols fo

r dev

elo

pin

g h

ydrau

lic circuits

2. D

ifferent H

ydrau

lic Circu

its: Meter in

, Mete

r out, R

ecipro

cating, sp

eed co

ntro

l,

Sequen

cing o

f cylin

ders, D

irection c

ontro

l etc. . (0

6)

List o

f Experiment: (A

ny eight experim

ent)

1.

Implem

entatio

n o

f Logic

Gate

s usin

g re

lays.

2.

Stu

dy o

f vario

us p

neum

atic and h

ydrau

lic com

ponents an

d p

ow

er supplies.

3.

Implem

entatio

n an

d testin

g o

f Pneu

matic circu

its.

4.

Implem

entatio

n an

d testin

g o

f Hydrau

lic circuits.

5.

Stu

dy o

f Synch

ro tra

nsm

itter and re

ceiver sy

stem

6.

Stu

dy o

f Pressu

re / temperatu

re/level / flo

w S

witch

es (any tw

o).

7.

Stu

dy o

f Moto

r contro

l Cen

ter based

on in

dustrial v

isit.

Text Books

1.

Electrical T

echnolo

gy, B

.L.T

heraja.

2.

Industrial E

lectronics, P

etruzella

3.

Pneum

atic Maju

mdhar

4.

Industrial H

ydrau

lics, Pip

enger

Reference Books:

1.

Pneum

atics, Festo

Did

actic

2.

Hydra

ulics, F

esto D

idactic

3.

Pro

cess co

ntro

l and In

strum

ent tech

nolo

gy, C

.D.Jo

hnso

n, T

MH

.

ICE3703: Advanced Microprocesso

r and Embedded System

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

Unit 1

8086 C

PU

, arch

itecture, ad

van

tages o

f segm

entatio

n, ad

dresses m

odes. 8

086 in

structio

n set,

use o

f MA

SM

, assem

bler d

irectiv

es in 8

086 p

rogram

min

g, p

rogra

ms rela

ted to

Arith

metic,

logic

al, code c

onversio

n, strin

g m

anip

ulatio

n o

pera

tion. W

riting p

rogra

ms u

sing P

roced

ures

and m

acros.

(07)

Unit 2

Interru

pt stru

cture

of 8

086 C

PU

, hard

ware a

nd so

ftware in

terrupts, elem

entary

pro

gram

min

g

usin

g In

terrupt serv

ices. Intro

ductio

n to

micro

contro

llers: C

om

pariso

n o

f micro

pro

cessor an

d

micro

contro

llers 4-b

it, 8-b

it, and 1

6-b

it mic

roco

ntro

llers.

(06)

Unit 3

8051 A

rchitectu

re: Pin

out d

iagram

, 8051 o

scillato

r and clo

ck, P

rogra

m co

unte

r and D

ata

Poin

ter, A an

d B

CPU

registe

rs, Flag

s and P

SW

, inte

rnal m

emory

, stack a

nd stack

poin

ter,

SFR

S, in

ternal R

OM

, i/p a

nd o

/p p

orts.

(0

7)

Unit 4

Assem

bly

la

nguag

e pro

gram

min

g

for

8051

micro

contro

ller

instru

ction

classification,

instru

ction set

Arith

metic an

d lo

gic

al operatio

ns, ju

mp an

d call in

structio

ns e

tc., Writin

g

assembly

language p

rogram

min

g b

ase

d o

n in

structio

n set, stack

s and su

bro

utin

es. (07)

Unit 5

Intro

ductio

n to

Em

bed

ded

Syste

ms, E

mbed

ded

System

s, pro

cessors in

Syste

ms, O

ther H

/W

units, S

oftw

are Em

bed

ded

into

a Syste

m, E

xem

plary

Em

bed

ded

System

s, and E

mbedded

Syste

m O

n ch

ip (S

OC

) & V

LSI C

ircuit.

Pro

cesso

r & M

emory

Org

anizatio

n S

tructu

ral Units in

a Pro

cesso

r, Pro

cessor selectio

n in

Em

bed

ded S

ystem

, 8/1

6/3

2 b

it micro

contro

llers, Mem

ory

dev

ices, M

emory

selection fo

r

Em

bed

ded S

ystem

alloca

tion o

f mem

ory

to p

rogra

m seg

men

ts and b

lock

s and m

emory

map

s of sy

stem. D

irect mem

ory

access. In

terfacin

g p

rocesso

r, mem

ories an

d I/O

device

s.

RIS

C an

d C

ISC

pro

cessor, A

RM

pro

cessor.

(08)

Unit 6

Devices an

d b

uses fo

r Dev

ices Netw

ork

s. I/O d

evic

es, Tim

er and C

ountin

g d

evic

es, Serial

com

municatio

n u

sing I

2C, C

AN

and ad

van

ced

buses. C

om

puter p

arallel com

munic

ation

betw

een n

etwork

s ISA

, PC

I, PC

I-X, ad

van

ced

buse

s.

Case stu

die

s of P

rogra

mm

ing an

d A

pplic

ation o

f ES in

instru

mentatio

n d

ifferen

t applicatio

n

cruise co

ntro

l of C

AR, au

tom

atic c

hoco

late v

endin

g m

ach

ine.

(05)

Recommended Books:

1.

Hall D

. V, "M

icropro

cesso

r Interfac

ing" P

rentice H

all India.

2.

Gib

son L

. "8086/8

088 M

icro

pro

cessor: h

ardw

are and so

ftware" P

rentice H

all India,

2002,2

/e

3.

Brey

B.B

, "The In

tel Micro

pro

cesso

rs" Pren

tice Hall In

dia, :2

000, 4

/e

4.

Intel

Corp

ora

tion,

"Mic

rosy

stem

s C

om

ponen

ts H

andbook:

Micro

pro

cesso

rs and

perip

herals", v

ol. 1

and 2

5.

Ayala K

.J, "The 8

051 M

icroco

ntro

ller" P

enram

Inte

rnatio

nal, 1

996, 2

!e

6.

"The 8

088 &

8086 M

icropro

cessor P

rogram

min

g, In

terfacing S

oftw

are, Hard

ware"

Pearso

n E

ducatio

n,4

/e

7.

Uffcn

beck

J,

"The

8086fam

ily.D

esign,

Pro

gra

mm

ing

&

Interfacin

g"

Pearso

n

Educatio

n, 3

/e

8.

Mazid

i M.A

li: 8051 M

icrocontro

ller Em

bed

ed S

ystem

, Pearso

n E

ducatio

n 2

000,1

/e

9.

Em

bed

ded sy

stems –

Raj K

amal

10. E

mbed

ed sy

stem d

esign –

Jhon W

iley

11. E

mbed

de so

ft Prim

er-Dav

id S

imon

12. E

mbed

ded L

inux-C

raig H

ollab

augh

13. F

undam

entals o

f Em

bedded

softw

are-D

anie

l Lew

is

14. E

mbed

ded C

Pro

gram

min

g a

nd A

tmel A

VL –

Barn

ett C

ox

Practical Examination:

The p

ractical ex

am

inatio

n sh

all consist o

f perfo

rmin

g th

e experim

ents/p

rogram

s (at

least eight) b

ased o

n th

e prac

tical work

done d

urin

g th

e reco

rd o

f experim

ents su

bm

itted b

y

the can

did

ate and v

iva-v

oce b

ased o

n th

e syllab

us.

ICE3704: In

dustria

l Process C

ontrol

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

Unit 1

Process c

haracteristics: T

ypes o

f Pro

cesses (Dead

time, sin

gle &

multica

pacity

, self &

non

self regula

ting, in

teractin

g, L

inear &

non L

inea

r Pro

cesse

s), Pro

cess g

ain

s, pro

cess reactio

n

curv

e, Pro

cess tim

e c

onstan

t and co

nstan

t step an

aly

sis meth

od fo

r findin

g tim

e c

onstan

t,

dead

time, D

ynam

ic elemen

ts in c

ontro

l loops

Controllers:

Tw

o positio

n,

multip

ositio

n c

ontro

l, floatin

g co

ntro

l, pro

portio

nal

plu

s ra

te,

pro

portio

nal p

lus re

set, pro

portio

nal p

lus reset p

lus rate co

ntro

l actions, p

neu

matic, electro

pneu

matic, e

lectrical / electro

nic, h

ydrau

lic, electro-h

ydrau

lic contro

llers. Alg

orith

ms o

f PID

,

and D

esignin

g o

f PID

in p

neum

atic and ele

ctronic sy

stems. (0

7)

Unit 2

Control Valves &

Actuators: D

esignin

g co

ntro

l valv

e for g

as, v

apor a

nd liq

uid

Effects a

nd

remed

ies of cav

itations, flash

ing co

nditio

n, n

oise, c

ontro

l valv

e linea

rizer, v

alve au

xilia

ry

parts, flo

w ch

aracteristics o

f valv

e, contro

l effect of lo

ad c

han

ges, h

igh pressu

re &

hig

h

temperatu

re serv

ice co

ntro

l valv

e, installed

range ab

ility an

d v

iscosity

corre

ction fo

r contro

l

valv

e. C

ontro

l valv

e ap

plicatio

n &

selectio

n, v

alve sizin

g. C

ontro

l valv

e seat leak

age, v

alve

noise calcu

latio

n an

d red

uctio

n m

ethods. S

mart v

alve p

ackages. In

tellig

ent-sm

art ac

tuato

rs,

desig

n co

nsid

eratio

ns fo

r actu

ators (S

ole

noid

, Pneu

matic, H

ydra

ulic, D

igital B

us ac

tuato

rs).

(0

8)

Unit 3

Analysis

and properties of some common loops:

Flo

w,

Pre

ssure

level,

tem

pera

ture,

com

positio

n, p

H etc.

Multilo

op and multivariable process control systems:

Feed

bac

k,

feed-fo

rward

contro

l,

cascade co

ntro

l, ratio

contro

l, auto

selec

tive co

ntro

l, and sp

lit-range co

ntro

l. Interac

tion a

nd

deco

uplin

g, C

-M R

elative P

rocess G

ain M

atrices (RPG

) and ap

plicatio

ns. R

obust co

ntro

l

statistical pro

cess co

ntro

ls.

(0

5)

Unit 4

Process c

omponents: D

esign asp

ects and selectio

n c

riteria fo

r flow

, tem

pera

ture, p

ressure &

level

transd

ucers,

SM

AR

T &

in

tellig

ent

transm

itter w

ith contro

l ca

pab

ility,

hand held

termin

als sp

ecification stan

dard

s an

d reco

mm

ended practices

for

instru

men

ts, field

bus

com

ponen

ts & field

bus co

ntro

ller D

esignin

g A

nalo

g a

nd D

igital S

ignal C

onditio

ners (m

V to

0-5

to 4

-20m

A, 0

-5 to

0-F

FH

) Photo

elec

tric an

d P

roxim

ity S

enso

rs. Safely

Sw

itches a

nd

Lim

it switch

es.

(07)

Unit 5

Boiler Instrumentation and optimization: B

oiler E

quip

men

t, Safety

Interlo

cks b

y P

LC

,

Boiler E

fficiency

and D

ynam

ics. Boile

r Contro

ls: Com

bustio

n C

ontro

l, Air to

Fuel R

atio

Contro

l, 3 –

elem

ent d

rum

level co

ntro

l, steam p

ressure

contro

l, steam

tempera

ture c

ontro

l,

burn

er manag

em

ent an

d c

ontro

l, boiler

optim

izatio

n. F

urn

ace co

ntro

l, FB

-FF-C

S o

f Heat

Exch

anger,

steam an

d fired

heaters

contro

l, R

eboilers,

Vap

orizatio

n and C

onden

ser’s

Contro

l.

(0

7)

Unit 6

Pumps and Compressor Controls: T

ypes o

f pum

ps, F

low

pressu

re and p

um

p sp

eed co

ntro

l

at co

nstan

t lo

ad,

types

of

variab

le

spee

d

driv

e, m

ultip

le pum

p

stations.

Types

of

Com

presso

rs, in

terlocks

in C

om

presso

rs. Surg

e in

C

om

presso

rs an

d anti-su

rge

contro

l

syste

m.

Micro

pro

cessor

based

contro

l fo

r com

presso

r optim

ization.

Inte

rlock

s in

Com

presso

rs. Surg

e in

Com

presso

rs and A

nti-su

rge C

ontro

l Syste

m. M

icro

pro

cessor b

ased

contro

l for co

mpresso

r optim

ization.

(0

6)

Term work:

The jo

urn

al shall c

onsist o

f a record

of six

experim

ents/ p

rogra

ms fro

m th

e list giv

en b

elow

.

1.

Stu

dy o

f pro

cess transd

ucers (E

lectronic T

ype)

2.

Stu

dy o

f multilo

op co

ntro

l cascade co

ntro

l.

3.

Stu

dy o

f ON

– O

FF e

lectronic tem

peratu

re contro

l.

4.

Stu

dy o

f optim

um

contro

ller settings u

sing co

mputer

5.

Stu

dy o

f contro

l valv

e characteristics.

6. P

C/ m

icropro

cesso

r/PLC

base

d tem

peratu

re/Lev

el/pressu

re contro

l syste

m

7. S

tudy an

d co

nfig

uratio

n o

f ‘SM

AR

T’ tran

smitter

8. S

tudy o

f calibrato

rs (Tem

p., p

ressure.)

Practical Examination:

The p

ractic

al exam

inatio

n sh

all consist o

f perfo

rmin

g an

experim

ent b

ased o

n th

e p

ractical

work

done d

urin

g th

e course

, the reco

rd o

f the ex

perim

ents su

bm

itted b

y th

e can

did

ate and

vice

voce o

n th

e sylla

bus.

Recommended Books:

1.

F. G

. Shin

sky: P

roce

ss contro

l system

s, applica

tion, D

esign T

unin

g: M

c – G

raw -H

ill,

Intern

ational E

ditio

n, 1

998

2.

C. D

. Johnso

n: P

rocess C

ontro

l Instru

men

tation T

echnolo

gy

3.

Georg

e Ste

phan

opoulo

s: Chem

ical pro

cess c

onto

l(PH

I)

4.

Peter H

arrio

t: Pro

cess co

ntro

l, Tata M

c Graw

Hill, 1

984

5.

Donald

Eck

man: A

uto

matic p

roce

ss contro

l, Wiley

Eastern

Ltd

., 1975.

6.

D. P

atranab

is: Prin

ciple

s of p

rocess co

ntro

l, Mc G

raw

Hill 1

987.

7.

Conghan

ow

er and L

.B. K

oppel: P

rocess sy

stem an

alysis a

nd co

ntro

l, Mc G

raw

Hill,

1965.

8.

Lip

tak B

. G: H

and B

ook o

f pro

cess c

ontro

l.

9.

Com

puter b

ased In

dustrial C

ontro

l by K

rishna K

ant (P

HI)

10. F

eed

back

contro

llers –

Tunin

g, A

pplicatio

ns an

d D

esig

n b

y F

.G. S

hin

skey

(TM

H)

ICE3705: Process E

quipment Desig

n and Operations

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Class te

st: 20 M

arks

Unit 1

Heat exchanger equipments I: P

rerequisites, o

verv

iew o

f pro

cess eq

uip

men

ts in v

ario

us

industries, ap

plica

tions,

heat

transfe

r fu

ndam

enta

ls. G

eneral

desig

n req

uirem

ents,

shell &

tube ty

pe, p

late type h

eat ex

chan

gers, fu

ndam

ental p

rincip

al, ap

plica

tion, fa

brica

tion.

Calcu

lation o

f heat tran

sfer coefficie

nt, co

nden

sers: ty

pe, w

ork

ing, ap

plicatio

n. (0

8)

Unit 2

Heat exchanger equipments

II: B

oilers:

types,

work

ing,

applicatio

n,

com

ponen

ts,

fabricatio

n.

Jacketed

agitated

vessels:

CSTR

, evap

orato

rs: ty

pes,

work

ing,

applica

tion,

com

ponen

ts,

fabricatio

n &

heat

transfer

coefficien

t. Cap

acity

eco

nom

y efficien

cy of

the

equip

men

ts.

Param

eters asso

ciated in

desig

n. (0

6)

Unit 3

Distilla

tion:

types, c

ontin

ues

& batch

, siev

e pla

te &

pac

ked

colu

mn, h

eight

& diam

eter

relation of

distillatio

n co

lum

n.

Overall

desig

n asp

ect: m

aterial,

fabricatio

n,

mass

transfer

calculatio

ns, en

ergy b

alance &

material b

alance. R

ectificatio

n, strip

ing, fra

ctionatin

g co

lum

n

& a

pplic

ation. (0

6)

Unit 4

Mass transfer

equipment:

Lea

chin

g &

ex

traction,

gas

abso

rptio

n,

dry

ing of

solid

s,

crystallizatio

n:

equip

men

t setu

p

require

men

ts, w

ork

ing,

fabricatio

n,

mass

transfer

calculatio

ns, an

d ap

plicatio

ns. (0

8)

Unit 5

Mechanical operations: M

ixin

g o

f solid

s, size reductio

n, a

nd screen

ing: ty

pes, eq

uip

men

t

setup, w

ork

ing p

rincip

al.

Filtra

tion: C

ake filters, cen

trifugal filters, cla

rifyin

g filters &

equip

ment setu

p.

Settlin

g &

Sed

imen

tation: g

ravity

& cen

trifugal settlin

g an

d eq

uip

men

t setup. (0

6)

Unit 6

Industrial Piping & fluid moving machinery: F

undam

entals o

f pip

e, types, sizin

g, m

aterial

& trea

tment acc

ord

ing to

serv

ices- liq

uid

or g

ase

s. Pip

e layouts an

d fittin

gs, facto

rs under

consid

erations, ca

lculatio

ns o

f losses in

pip

es, valv

es, b

low

ers, p

um

ps an

d co

mpre

ssors. (0

6)

Reference Books:

1.

Mass tran

sfer operatio

ns, R

.E. T

reybl, M

cgra

w H

ill publicatio

ns.

2.

Unit o

pera

tions &

chem

ical en

gin

eerin

g, W

.L.M

ccav &

J.C.S

mith

, Tata

Mcg

raw H

ill

publicatio

ns

3.

Unit o

peratio

ns, C

.G.B

row

n.

4.

Chem

ical Engin

eers handbook, R

.H.P

erry, M

cgraw

Hill p

ublicatio

ns.

5.

Mass tran

sfer, T.K

.Sherw

ood, M

cgraw

Hill p

ublica

tions

6.

Pro

cess eq

uip

men

t desig

nin

g, B

row

n w

ell & Y

oung

7.

Pro

cess eq

uip

men

t desig

nin

g, D

r. S.D

.Daw

ande

ICE3706: Communication Skill-II

Teaching Scheme

Examination Scheme

Pra

ctical: 2 H

rs/wee

k

Paper: 5

0 M

arks

.

PART-2

ICE3707: Digital Signal and Im

age Processin

g

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

Unit 1

The Discr

ete F

ourier Transform, It’s P

roperties And Applications:

Fre

quen

cy D

om

ain S

amplin

g an

d R

econstru

ction o

f D

iscrete

Tim

e Sig

nals,

The

Disc

rete

Fourier T

ransfo

rm ( D

FT ) : T

he D

FT as a L

inea

r Tran

sform

atio

n, R

elationsh

ip o

f DFT to

The

Z Tra

nsfo

rm,

Pro

perties

of

The

DFT :

Multip

lication of

Tw

o D

FTs

and C

ircular

Convolu

tion, P

roblem

s Based

on D

FT P

roperties L

inear F

ilterin

g M

ethods B

ased o

n D

FT,

Filterin

g of

Long D

ata Seq

uen

ces :

Overlap

A

dd M

eth

od ,

Overlap

Sav

e M

ethod,

Fast

Fourier

Tran

sform

(F

FT)

Alg

orith

ms

: D

ivid

e A

nd C

onquer

Appro

ach ,R

adix

2 FFT

Alg

orith

ms,

Dec

imatio

n in

Tim

e FFT,

Decim

ation in

Freq

uency

FFT,

Com

putatio

n of

Inverse D

FT u

sing F

FT alg

orith

ms, G

ortzel A

lgorith

ms. (0

7)

Unit 2

IIR Filter Design:

Infin

ite Im

pulse

R

esponse

( IIR

)

Filte

rs and Its

Pro

perties,

Desig

n of

IIR Filters

Fro

m

Analo

g Filters

: IIR

Filte

r D

esign B

y A

ppro

xim

ation of

Deriv

atives,

Impulse

Invarian

ce

Meth

od, B

ilinear T

ransfo

rmatio

n M

ethod, T

he M

atch

ed Z

- Tra

nsfo

rmatio

n S

pec

ification o

f

low

pass

filter :

Desig

n of

Low

pass

Dig

ital B

utterw

orth

Filte

r, D

esign of

Low

pass

Cheb

ysh

ev filter, F

requen

cy T

ransfo

rmatio

ns in

analo

g D

om

ain

, Fre

quen

cy T

ransfo

rmatio

ns

in d

igital d

om

ain.

(07)

Unit 3

FIR Filter D

esign:

Intro

ductio

n, S

ym

metric a

nd A

nti sy

mm

etric F

IR F

ilters, S

tability

of O

ptim

al FIR

Filte

rs,

Desig

n M

ethods o

f FIR

Filte

rs: Desig

n o

f Lin

ear Phase F

IR F

ilters U

sing F

ourier se

ries

meth

od, u

sing W

indow

s & U

sing F

requen

cy S

am

plin

g M

ethod. (0

6)

Unit 4

Fundamentals of Im

age Processin

g:

Imag

e A

cquisitio

n, Im

age M

odel, S

am

plin

g, Q

uan

tization, a

nd R

elatio

nsh

ip b

etw

een p

ixels

and d

istance

mea

sure

men

t, connec

tivity

, Im

age G

eom

etry,

Photo

grap

hic film

. Histo

gram

:

Defin

ition, D

ecisio

n o

f Contrast b

iasing o

n h

istogra

m, O

pera

tions b

ased o

n h

istogram

s like

imag

e stretch

ing, Im

age classificatio

n. D

efinitio

n a

nd A

lgorith

m o

f Histo

gra

m e

qualizatio

n

(08)

Unit 5

Image Transforms:

Intro

ductio

n to

Fourie

r Tra

nsfo

rm,

The

Discrete

Fourier

Tran

sform

, Pro

perties

of

two

dim

ensio

nal

Fourier

transfo

rm,

Fast

Fourie

r Tra

nsfo

rm,

WA

LSH

Tran

sform

atio

n,

HA

DA

MA

RD

Tran

sform

atio

n, D

CT (0

6)

Unit 6

Image Enhancement: Im

age Enhancement (b

y Spatial Domain Methods):

Arith

metic an

d A

naly

tical operatio

ns, p

ixel o

r poin

t operatio

ns, size o

peratio

ns) S

mooth

ing

filters – M

ean, M

edian

, Low

pass filters, h

igh p

ass filters, sharp

enin

g filters.

Image Enhancement: (b

y Frequency Domain Method): D

esign o

f Low

Pass, H

igh P

ass,

Edge en

han

cement, S

harp

enin

g filte

rs in freq

uen

cy d

om

ain

. Butterw

orth

Filter,

Hom

om

orp

hic filters in

frequency

dom

ain an

d sp

atia

l dom

ain.

(06)

Reference Books:

1.

John G

. Pro

akis,

Dim

itris G

. M

anolak

is, D

igital

Sig

nal

Pro

cessing,

Prin

cip

les,

Alg

orith

ms, an

d A

pplic

ations, 4

th E

ditio

n, P

HI, 2

007.

2.

Sanjit K

Mitra, D

igital S

ignal P

rocessin

g: A

Com

puter-B

ased A

ppro

ach

, 3rd

Editio

n,

McG

raw- H

ill.

3.

B.V

enkataram

ani, M

.Bhask

ar, “D

igital S

ignal P

rocesso

rs, Arch

itecture, P

rogram

min

g

and A

pplicatio

n“, T

ata McG

raw H

ill, New

Delh

i, 2003.

4.

Saliv

ahan

an,V

alla

vraj, G

nan

apriy

a, Dig

ital Sig

nal P

roce

ssing, T

ata McG

raw H

ill

5.

Rab

iner, G

old

, Theo

ry an

d A

pplicatio

ns o

f Dig

ital Sig

nal P

rocessin

g, P

rentice H

all

6.

Dig

ital

Imag

e Pro

cessin

g,

BY

R

afael C

G

onzale

z, R

ichard

E W

oods,

Pearso

n

Educatio

n.

7.

Dig

ital

Imag

e Pro

cessin

g usin

g M

ATLA

B”,

BY

R

afael C G

onzalez,

Rich

ard

E

Woods, E

ddin

s, Pearso

n E

ducatio

n.

8.

Fundam

entals o

f Dig

ital Imag

e P

rocessin

g, B

Y A

nil K

Jain, P

HI.

ICE3708: Power Drives a

nd Control

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

UNIT 1

Power Devices

Silicon Controlled Rectifier

s:-Constru

ctio

n,

turn

on M

ethods,

turn

off

Meth

ods,

V-I

Characteristics, d

ynam

ic Characteristics o

f SC

R, g

ate Chara

cteristic

s, Intro

ductio

n to

heat

transfer P

rocess, P

rote

ction circu

its. Pow

er dio

de, P

ow

er BJT

, Pow

er MO

SFET, IG

BT, G

TO

,

Tria

c, Diac, U

JT &

PU

T.

(0

8)

UNIT 2

Thyristo

r Commutation Techniques &

Firing Circuits

Prin

ciple o

f Natu

ral com

mutatio

n, F

orc

ed co

mm

uta

tion circu

its: Self c

om

mutatio

n, Im

pulse

com

mutatio

n,

reso

nant

pulse

com

mutatio

n,

Com

plem

entary

com

muta

tion,

Extern

al pulse

com

mutatio

n. B

asic Blo

ck d

iagram

of firin

g c

ircuit. R

, RC

Half W

ave, R

C F

ull W

ave &

UJT

Firin

g c

ircuits, T

riggerin

g C

ircuit fo

r Triac u

sing D

iac.

(06)

UNIT 3

Phase Controlled Rectifie

rs

Single phase Controlled re

ctifie

rs: Half w

ave, C

enter tap

ped, B

ridge (h

alf contro

lled an

d

fully

contro

lled) w

ith R

, RL lo

ad, w

ith &

with

out F

ree Whee

ling D

iode.

Three phase Controlled rectifie

rs: Half w

ave, B

ridge w

ith R

and R

L lo

ad. E

ffect o

f source

inductan

ce on C

ontro

lled rec

tifiers, voltag

e an

d c

urren

t harm

onic

s analy

sis, dual c

onverte

rs.

Pow

er factor im

pro

vem

ent m

ethods.

(0

6)

UNIT 4

DC chopper (U

sing SCR):

Prin

ciple o

f Operatio

n o

f step u

p ch

opper, S

tep d

ow

n, M

org

an ch

opper, Jo

nes ch

opper.

Inverters(U

sing SCR): S

ingle

phase

inverters: serie

s, parallel an

d b

ridge co

nfig

ura

tions w

ith

R lo

ad, P

WM

inverte

rs. Three

phase

inverte

rs with

120° a

nd 1

80° co

nductio

n w

ith R

and

load

RL.

Cyclo-converters(U

sing SCR): T

he b

asic p

rincip

le of o

peratio

ns o

f single p

hase S

tep u

p &

step d

ow

n C

yclo

-converte

r.

(08)

UNIT 5

Speed control of DC & AC motors

Usin

g d

ifferent rec

tifiers, prin

ciples o

f regen

erativ

e b

rakin

g, p

rincip

les of tw

o/ fo

ur q

uad

rant

chopper d

rives,

contro

l usin

g m

ultip

hase

choppers, m

icropro

cessor c

ontro

l of D

C d

rives.

Stato

r volta

ge

contro

l, ro

tor

volta

ge

contro

l, fre

quen

cy co

ntro

l, voltag

e an

d freq

uen

cy

contro

l, micro

pro

cessor co

ntro

l of A

C d

rives.

(05)

UNIT 6

Applications:

Pow

er Contro

lled C

ircuit, S

tatic AC

& D

C circu

it Break

ers, O

ver v

oltag

e P

rotectio

n, Z

ero

volta

ge S

witc

hin

g, In

tegral C

ycle

triggerin

g, T

ime d

elay

circuits, S

oft sta

rt circuits, lo

gic

Dig

ital c

ircuits, b

attery ch

argin

g, Illu

min

ation c

ontro

l circuit &

UPS.

(0

7)

Term Work: T

he S

tuden

ts are ex

pec

ted to

perfo

rm a

set of 8

experim

ents b

ased

on th

e

syllab

us, w

hich

may

inclu

de th

e follo

win

g.

1.

SC

R ch

aracteristic

s.

2.

Tria

c charac

teristics.

3.

Diac C

harac

teristics

4.

UJT

as Relax

ation O

scillato

r.

5.

Pow

er contro

l usin

g S

CR.

6.

Pow

er contro

l usin

g T

riac.

7.

Sin

gle p

hase c

onverte

rs.

8.

Sin

gle p

hase in

verter.

9.

Step

Up &

Ste

p D

ow

n ch

opper

10. S

tudy o

f D.C

. moto

r contro

l usin

g co

ntro

lled rec

tifiers & C

hopper.

11. S

tudy o

f A.C

. moto

r contro

l usin

g in

verter.

12. S

tudy o

f Zero

volta

ge S

witch

ing.

13. U

niv

ersal moto

r contro

l.

Reference Books:

1.

M. H

. Rash

id, "P

ow

er Ele

ctronics: C

ircuits, D

evices, an

d A

pplica

tions", P

rentice

Hall

of In

dia P

rivate L

imite

d, N

ew

Delh

i-110 0

01(In

dia

), Seco

nd E

ditio

n, 1

994.

2.

M.

D.

Sin

gh,

K.

B.

Khan

chan

dani,

"Pow

er Electro

nics",

Tata

McG

raw-H

ill

Publish

ing C

om

pan

y L

imited

, New

Delh

i (India), 1

998.

3.

Dr. P

. S. B

imbhra, “

Pow

er Electro

nics" K

hanna P

ublish

ers, Delh

i-110 0

06 (In

dia), 2

nd

Editio

n, 1

998.

4.

M. R

am

amooty

, "An In

troductio

n to

Thyristo

rs and T

heir A

pplicatio

ns", A

ffiliated

East-W

est Press P

rivate L

imite

d, N

ew

Delh

i-110 0

20 (In

dia), 2

nd E

ditio

n, 1

991.

5.

N. K

. De, P

. K. S

en, "E

lectric Driv

es", P

rentice H

all of In

dia P

rivate L

imited

, New

Delh

i-110 0

01(In

dia), 1

999.

6.

G. D

e, "Prin

ciples o

f Thyristo

rised C

onverters", O

xfo

rd an

d IB

H P

ublica

tions.

7.

Elem

ent o

f Pow

er Ele

ctronics –

Philip

T. T

rein –

Oxfo

rd H

igher E

ducatio

n.

ICE3709: Power Generation and control

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

UNIT 1

Intro

ductio

n to

differe

nt ty

pes o

f pow

er plan

ts and th

eir salien

t features. T

herm

al pow

er

plan

t, Hydro

Electric p

ow

er p

lant, G

as turb

ine p

ow

er p

lant N

uclea

r pow

er plan

t

Intro

ductio

n of

pro

cess in

pow

er plan

t: Raw

mate

rials, diffe

rent

fuels,

water

feed,

wate

r

steam cycle,

gas

air cy

cle, steam

generato

rs, differe

nt

types

of

turb

ine,

types

of

hydro

turb

ines, steam

turb

ines an

d g

as turb

ines, p

ow

er generatin

g an

d d

istributin

g sy

stem, co

olin

g

tow

ers. (08)

UNIT 2

Com

bin

ed opera

tions

of

differe

nt

pow

er plan

ts: In

troductio

n,

advan

tages

of

com

bin

ed

work

ing, lo

ad d

ivisio

n b

etween

pow

er stations, co

mbin

ations su

ch a

s hydro

electric pow

er

plan

t with

steam p

lant, co

-ord

inatio

n o

f hydro

electric and g

as turb

ine statio

ns. (0

8)

UNIT 3

Mea

surem

ents in

pow

er plan

ts: Importan

ce o

f measu

rem

ent a

nd in

strum

enta

tion in

pow

er

plan

t, flow

measu

remen

t, feed

wate

r, fuel, airflo

w, stea

m flo

w m

easu

rement an

d co

rrection

factor fo

r temperatu

re an

d p

ressure, tem

peratu

re mea

surem

ent, p

ressure m

easu

rement, lev

el

measu

remen

t, smoke, d

ensity

measu

rement, rad

iation d

etection in

strum

ent. (0

4)

UNIT 4

Contro

l loops a

nd in

terlocks: C

om

bustio

n c

ontro

l, air/fuel ratio

, furn

ace draft a

nd ex

cess air

contro

l dru

m lev

el contro

l or th

ree element co

ntro

l, rehea

t steam

tem

peratu

re contro

l, super

heater sp

ray an

d g

as recirculatio

n c

ontro

l. Wate

r recirculatio

n a

nd ty

pes o

f water co

olin

g

meth

ods

Turb

ine m

onito

ring an

d c

ontro

l: Speed

, vib

ration, sh

ell tem

peratu

re, monito

ring, lu

bricatin

g

oil tem

peratu

re contro

l, and h

ydro

gen g

enerato

r coolin

g sy

stem

. (08)

UNIT 5

Auxiliaries in

pow

er p

lant: a

ir system

, ID, F

D fan

s, make u

p w

ater treatmen

t plan

t, de-su

per

heaters, a

ir pre-h

eaters, so

ot b

low

ers, d

ifferent co

ntro

l valv

es an

d effic

iency. U

se of feed

forw

ard a

nd casca

de co

ntro

l. Instru

men

tatio

n a

nd co

ntro

l in reac

tors, th

eir ty

pes, w

hich

are

used

in, p

rocess in

dustries. (0

4)

UNIT 6

Analy

tical in

strum

ents:

Analy

sis, ch

emical

meth

od &

in

strum

ental

meth

od,

colo

rimete

rs,

refractom

eters, cro

mato

grap

h,

spectro

meters-

infra

red,

NM

R,

atom

ic ab

sorp

tion,

spectro

meter, p

rincip

al setu

p o

f instru

men

t, applicatio

ns.

Enviro

nm

enta

l m

onito

ring in

strum

ents:

Flo

urim

eter,

phosp

hori

meter,

turb

idity

m

eter,

air

pollu

tion &

w

ater

pollu

tion m

onito

ring in

strum

ents (w

ork

ing prin

cip

al, in

strum

ent

setup,

features an

d ap

plicatio

ns) (0

8)

Recommended Books:

1.

F.T

. Morse: “ P

ow

er plan

t engin

eering”, E

ast west P

ress Ltd

.

2.

Dom

kundw

ar V.: “P

ow

er p

lant en

gin

eerin

g”, D

han

pat R

ai & c

o. L

td. D

elh

iI –

2001

3.

B.G

. Lip

tak: “In

strum

entatio

n in

Pro

cess In

dustrie

s “, Butte

rworth

& H

ein

mann

1999

4.

Nag

: “Pow

er Plan

t Engin

eering “, T

ata McG

rawH

ill Publish

ing 2

000

5.

Yad

av: “S

team a

nd G

as Turb

ines “, C

entral B

ook D

epot, A

allahab

ad

6.

Willard

, M

erritt, D

ean &

Settle,

“In

strum

ental

Meth

ods

of

Analy

sis” ,

CBS

Publish

ers &

Distrib

uto

rs, New

Delh

i, Sev

enth

editio

n.

7.

Galen

W. E

win

g, “

Instru

men

tal Meth

ods o

f Chem

ical A

naly

sis” , M

cGraw

-Hill

Book C

om

pan

y, F

ifth e

ditio

n

8.

Dr.R

.S.K

han

dpur, “A

naly

tical instru

men

tatio

n” T

ata McG

rawH

ill Public

ation.

ICE3710: PLC and DCS

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

UNIT 1

Pro

gram

mab

le logic co

ntro

llers (PLC): In

troductio

n, arch

itecture, d

efinitio

n o

f discrete-state p

rocess

contro

l, discre

te – sta

te variab

les, pro

cess spec

ificatio

ns, E

vent seq

uen

ce d

escriptio

n, lad

der

diag

ram

: B

ackgro

und,

ladder

diag

ram elem

ents

ladder

diag

ram

ex

am

ple

s, pro

gram

mab

le

contro

llers: Relay

sequen

cer, p

rogram

mab

le co

ntro

llers, pro

gra

mm

able co

ntro

ller opera

tion,

pro

gram

min

g,

advan

ced fea

tures,

ladder

dia

gram

s and pro

gram

min

g fo

r so

me

typical

exam

ples o

f pro

cess contro

l study o

f at least o

ne in

dustrial P

LC

mak

e.

(8)

UNIT 2

Intro

ductio

n to

su

perv

isory

co

ntro

l an

d data

acq

uisitio

n (S

CA

DA

) as

applied

to

pro

cess

contro

l sy

stems.

Intro

ductio

n to

H

ierarchica

l co

ntro

l m

emory

optim

ization of

em

pirical

pro

cess. Perso

nal co

mputers (P

C) in

pro

cess c

ontro

l direc

t dig

ital contro

l distrib

ute

d p

rocess

contro

l, advan

ced

pro

cess contro

l (APC

)

(8

)

UNIT 3

DC

S co

nfig

ura

tion:

Superv

isory

co

mpute

r fu

nctio

ns,

contro

l tec

hniq

ues,

Superv

isory

contro

l, alg

orith

m D

CS an

d su

perv

isory

co

mputer

disp

lays,

Advan

ced co

ntro

l strateg

ies

com

puter in

terface with

DC

S.

(0

4)

UNIT 4

Data h

ighw

ays, field

buses, m

ultip

lexers an

d rem

ote sen

sing term

inal u

nits. I/O

hard

ware, set

poin

t stations, C

RT d

ispla

ys p

rinters an

d o

perato

rs interface. S

uperv

isor co

mputer task

s and

config

ura

tion.

(07)

UNIT 5

Syste

ms in

tegratio

n w

ith P

LC

’s and co

mputer (H

ybrid

Contro

l System

). Netw

ork

pro

toco

ls,

MA

P/T

OP

(0

7)

UNIT 6

Stu

dy o

f TD

C-3

000, R

s-3, A

BB

MO

D 3

00: Y

okogaw

a cen

tum

–C

S (A

t least two) (0

6)

Term W

ork: T

erm w

ork

shall co

nsist o

f at least six

to eig

ht a

ssignm

ent/tu

torials/p

ractical

base

d o

n ab

ove sy

llabus. S

om

e o

f the ex

perim

ents m

ay b

e from

the fo

llow

ing list.

1.

Stu

dy o

f Any o

ne P

LC

module.

2.

Develo

pm

ents o

f Ladder d

iagram

for th

e contro

lling m

oto

r operatio

n

3.

Develo

pm

ent o

f ladder d

iagra

m an

d S

imulatio

n fo

r the lev

el contro

l syste

m.

4.

Develo

pm

ent o

f Lad

der d

iagra

m fo

r bottlin

g p

lant.

5.

Stu

dy o

f Softw

are pack

age fo

r SC

AD

A

6.

Develo

pm

ent o

f mim

ic diag

ram fo

r a particu

lar p

rocess u

sing S

CA

DA

softw

are

7.

Stu

dy o

f Logo P

LC

8.

Develo

pm

ent o

f Lad

der d

iagra

m u

sing lo

go so

ftware fo

r differen

t pro

cesses.

Reference Books:

1.

Gary

Dunnin

g, “In

troductio

n to

Pro

gram

mable L

ogic C

ontro

llers”

Seco

nd E

ditio

n,

Thom

son D

elmar learn

ing, 2

002.

2.

C.

D.

Johnso

n,

“Pro

cess C

ontro

l In

strum

entatio

n Tec

hnolo

gy”

Seven

th Editio

n,

Pearso

n E

ducatio

n, N

ew

Delh

i 2003.

3.

Instru

men

t Engin

eers

han

dbook –B.

G.

Lip

tak (E

d)

Vol-II

and III,

Chilto

n book

Com

pan

y.

4.

Tech

nica

l M

anual

– M

anuals

of

TD

C – 3000 R

s-3,

AB

B M

PD

300 Y

okogaw

a

centu

m-C

S

5.

Distrib

uted

contro

l system

– M

. Lucas

6.

Distrib

uted

contro

l system

– P

eter an

d B

hatk

ar

7.

Web

b

J. W

., “P

rogram

mab

le

Contro

llers: Prin

ciples

and

Applica

tions”,

Merg

y/p

ublish

ing co

. 1988

8.

Parr

A.

“Pro

gram

mab

le C

ontro

llers: A

n Engin

eer’s G

uid

e”, N

ewnes,

Butte

rwoth

-

Hein

men

Ltd

. 1993.

9.

C. D

. Johnso

n, “

Micro

pro

cesso

r based

Pro

cess Contro

l”, Pren

tice Hall In

ternatio

nal

Editio

n.

ICE3711: Control System Engineering-II

Teaching Scheme

Examination Scheme

Lec

tures: 4

Hrs/w

eek

Paper: 8

0 M

arks

Pra

ctical: 2 H

rs/week

Term

work

: 25 M

arks

Class te

st: 20 M

arks P

ractical: 2

5 M

arks

UNIT 1

Mathematica

l modelin

g of dynamic sy

stems: W

riting d

ifferential eq

uatio

ns fo

r any g

iven

(e g.

Mech

anical, electrical, h

ydrau

lic, pneu

matic, th

ermal, liq

uid

-level etc) co

ntro

l system

s and th

eir

Tran

sfer functio

n d

etermin

ation, an

alogous sy

stems, b

lock

diag

ram, rep

resentatio

n an

d red

uctio

n

Tech

niq

ue, sig

nal flo

w g

raph co

nstru

ction, term

inolo

gy, A

lgeb

ra and M

asson's g

ain fo

rmula (0

4)

UNIT 2

Time-domain analysis: S

tandard

test signals, T

ransien

t resp

onse o

f First o

rder a

nd sec

ond

ord

er Syste

m, p

hysica

l exam

ples o

f first and seco

nd o

rder sy

stem an

d th

eir an

alysis. (e.g

.

liquid

lev

el),

System

s, electrical

system

s, co

ntro

l valv

e ac

tuato

rs.) Tran

sient

response

specificatio

ns, ste

ady state E

rror a

nd erro

r constan

ts. Effe

ct of in

tegral an

d d

eriv

ative co

ntro

l

action o

r syste

m p

erfo

rman

ce. Perfo

rmance in

dex

concep

t and e

rror p

erform

ance

index

es

ISE, IT

SE, IA

E, IT

AE.

(08)

UNIT 3

Stability

of control sy

stem: D

eterm

inatio

n o

f stability

of a

contro

l system

, Routh

-Hurw

itz

criteria, R

oot lo

cus tech

niq

ue, an

d ro

ot c

ounters effect o

f addin

g a p

ole/ze

ro o

n stab

ility,

perfo

rmance S

pecificatio

ns in

time d

om

ain, ap

plica

tion o

f root lo

cus to

contro

l system

s.(08)

UNIT 4

Frequency domain analysis: P

erform

ance

spec

ificatio

n, co

rrelation b

etw

een tim

e dom

ain

and F

requency

dom

ain sp

ecification. U

se of lo

g m

agnitu

de an

d p

hase an

gle cu

rves- B

ode

plo

ts in d

etermin

ing th

e stability

and p

erform

ance; o

f close

d lo

op co

ntro

l system

s, effect of

additio

n o

f pole/zero

on co

ntro

l system

perfo

rman

ce, Mappin

g th

eorem

, dete

rmin

atio

n o

f

stability

usin

g N

yquist: sta

bility

criteria g

ain

marg

in an

d p

hase

marg

in, effec

t of ad

din

g a

pole/ ze

ro o

n : sta

bility

, constan

t M &

N lo

ci. Use o

f Nich

ol’s c

hart in

dete

rmin

ing th

e clo

sed

loop p

erfo

rman

ce from

the o

pen

loop re

sults.

(08)

UNIT 5

Frequency domain design of control systems:

The

desig

n

pro

ble

m,

prelim

inary

consid

eration o

f classical desig

n, re

alization o

f basic

Com

pensato

rs, cascade c

om

pen

sation in

frequen

cy d

om

ain, p

hase le

ad, lag

, lead-lag

contro

llers (E

lectrical, electro

nic &

mech

anical

type), th

eir tra

nsfe

r functio

n, B

ode p

lot, p

olar p

lots, d

esign. P

roced

ure, e

ffects & lim

itations,

feedback

com

pen

sation in

frequen

cy d

om

ain

(0

8)

UNIT 6

Time domain design of control systems: C

ascade c

om

pen

sation in

time d

om

ain lea

d, lag

,

Lea

d-L

ag co

mpensatio

n u

sing ro

ot lo

cus tech

niq

ues, p

ole-ze

ro c

ance

llatio

n co

ntro

l, Brid

ge –

T n

etwork

s &cascad

e co

mpen

sation u

sing th

em, p

rincip

le of c

om

pen

sation in

AC

system

.

(04)

Recommended books:

1.

Nagrath

I.J. & M

. Gopal . C

ontro

l system

engg. (sec

ond ed

ition) W

iley E

astern L

td.

1985

2.

Ogata K

.: Modern

Contro

l Engg. (th

ird ed

ition) P

rentice H

all of In

dia. ,

3.

B.C

.Kuo. A

uto

matic C

ontro

l System

. (fifth ed

ition) P

rentice H

all of In

dia.

4.

Rav

en: A

uto

matic co

ntro

l engg. .T

MH

.5/e

5.

Goodw

in. C

ontro

l System

Desig

n, P

HI

6.

Nise N

.S: C

ontro

l System

s, John W

iley an

d S

ons. In

c

7.

Desig

n o

f Feed

back

contro

l Sysem

s – R

aym

ond T

.Stefa

ni –

Oxfo

rd H

igher E

ducatio

n

Term-W

ork:

The stu

den

ts are ex

pected

to p

erform

a set of 8

experim

ents b

ased o

n th

e syllab

us, w

hich

may

Inclu

de th

e follo

win

g:

List o

f Experim

ents:

1.

Pro

gra

ms fo

r calculatin

g tran

sfer functio

n.

2.

Pro

gra

ms fo

r basic p

lot, B

ode, R

oot lo

cus, N

yqusit, p

olar etc.

3.

Pro

gra

ms fo

r plo

tting th

e responses fo

r standard

test signals.

4.

Pro

gra

ms fo

r pilo

ting tran

sient resp

onse o

f first and se

cond o

rder sy

stems.

5.

Pro

gra

ms fo

r Routh

and H

urw

itz stability

test.

6.

Pro

gra

ms fo

r P I D

contro

l actions in

time d

om

ain

.

7.

Pro

gra

ms fo

r time d

om

ain co

mpensato

r desig

n.

8.

Pro

gra

ms fo

r frequen

cy d

om

ain

com

pen

sator d

esig

n.

Stu

den

t sh

ould

su

bm

it a

journ

al co

nsistin

g of

the reco

rd of

experim

ents

perfo

rmed

as

indicated

Above.

ICE3712: In

dustria

l visit a

nd Seminar

Examination Scheme

Term

work

: 50 M

arks

The term

work

will co

nsist o

f a report p

repared

by ev

ery stu

den

t on th

e semin

ar topic allo

tted to

them

and E

xtern

al oral

presen

tation. T

he stu

den

t is ex

pected

to su

bm

it the

semin

ar rep

ort in

standard

form

at. The to

pic fo

r the sem

inar sh

ould

necessarily

be o

ut o

f syllab

us an

d relev

ant to

the latest tren

ds

in In

strum

entatio

n an

d C

ontro

l.