EE II 2011 PDF - techedu.rajasthan.gov.intechedu.rajasthan.gov.in/BTER/EE_II_2011_PDF.pdf1 goverm et...
31
1 GOVERMET OF RAJASTHA BOARD OF TECHICAL EDUCATIO, RAJASTHA, JODHPUR TEACHING AND EXAMINATION SCHEME FOR Diploma II Year (ELECTRICAL EGIEERIG) AUAL SCHEME SESSIO 2011-2012 & OWARDS Code No. Subjects Distribution of Time Distribution of Max. Marks/ Duration Total Marks Hours per week L T P Tot Board's Exam. TH Hrs. PR Hrs. Sessionals CT TU PR(S) EE 201 Basic Electronics 2 -- 2/2 3 70 3 -- -- 30 -- 50 150 EE 202 Basic Mechanical Engineering 2 -- 2/2 3 70 3 -- -- 30 -- 50 150 EE 203 Basic Electrical Engineering 2 -- 2 4 70 3 50 3 30 -- 50 200 EE 204 Electrical Measurement & Instrumentation 2 -- 2 4 70 3 50 3 30 -- 50 200 EE 205 Electrical Circuit Theory 2 2/2 -- 3 70 3 -- -- 30 50 -- 150 EE 206 Electrical Machines – I 2 2/2 2 5 70 3 50 3 30 25 25 200 EE 207 Power System – I 2 2/2 -- 3 70 3 -- -- 30 50 -- 150 EE 208 Microprocessor & C-Programming 2 -- 2 4 70 3 -- -- 30 -- 50 150 EE 209 Electrical Workshop 2 -- 2 4 70 3 50 3 30 -- 50 200 EE 210 Management 2 2/2 -- 3 70 3 -- -- 30 50 -- 150 Practical Training -- -- -- -- -- -- 100 -- -- -- -- 100 Total 20 4 12 36 700 300 300 175 325 1800 Grand Total : 1800 1. L : Lecture 5. PR : Marks for Board’s Examination for Practicals 2. T : Tutorial 6. CT : Marks for Class Tests 3. P : Practical 7. TU : Marks for Tutorials 4. TH : Marks for Board Examination for Theory 8. PR(S) : Marks for Practical and Viva
Transcript of EE II 2011 PDF - techedu.rajasthan.gov.intechedu.rajasthan.gov.in/BTER/EE_II_2011_PDF.pdf1 goverm et...
1
GOVER�ME�T OF RAJASTHA�
BOARD OF TECH�ICAL EDUCATIO�, RAJASTHA�, JODHPUR
TEACHING AND EXAMINATION SCHEME FOR
Diploma II Year (ELECTRICAL E�GI�EERI�G) A��UAL SCHEME SESSIO� 2011-2012 & O�WARDS
Code
No.
Subjects
Distribution of Time Distribution of Max. Marks/ Duration
Total
Marks Hours per week
L T P Tot
Board's Exam.
TH Hrs. PR Hrs.
Sessionals
CT TU PR(S)
EE 201 Basic Electronics 2 -- 2/2 3 70 3 -- -- 30 -- 50 150
EE 202 Basic Mechanical Engineering 2 -- 2/2 3 70 3 -- -- 30 -- 50 150
EE 203 Basic Electrical Engineering 2 -- 2 4 70 3 50 3 30 -- 50 200
EE 204 Electrical Measurement &
Instrumentation
2 -- 2 4 70 3 50 3 30 -- 50 200
EE 205 Electrical Circuit Theory 2 2/2 -- 3 70 3 -- -- 30 50 -- 150
EE 206 Electrical Machines – I 2 2/2 2 5 70 3 50 3 30 25 25 200
EE 207 Power System – I 2 2/2 -- 3 70 3 -- -- 30 50 -- 150
EE 208 Microprocessor & C-Programming 2 -- 2 4 70 3 -- -- 30 -- 50 150
EE 209 Electrical Workshop 2 -- 2 4 70 3 50 3 30 -- 50 200
EE 210 Management 2 2/2 -- 3 70 3 -- -- 30 50 -- 150 Practical Training -- -- -- -- -- -- 100 -- -- -- -- 100
Total 20 4 12 36 700 300 300 175 325 1800
Grand Total : 1800
1. L : Lecture 5. PR : Marks for Board’s Examination for Practicals
2. T : Tutorial 6. CT : Marks for Class Tests
3. P : Practical 7. TU : Marks for Tutorials
4. TH : Marks for Board Examination for Theory 8. PR(S) : Marks for Practical and Viva
1
BA
SIC
EL
EC
TR
O�
ICS
CO
DE
EE
201
L T
P
2 --
2/2
RA
TIO
�A
LE
Basic electro
nics h
as the clo
se relation w
ith e
lectrical engg. an
d at p
resent th
e know
ledge o
f basic electro
nics e
ngg.
is exte
nsiv
ely u
sed in
all bran
ches o
f engg. so
for a d
iplo
ma h
old
er in electrical en
gg., it h
as beco
me essen
tial to h
ave
adeq
uate k
now
ledge o
f electronic d
evice
s.
T
he co
urse co
vered
in th
is subject p
rovid
es sufficie
nt k
now
ledge o
f sem
iconducto
r dev
ices as well as P
-N ju
nctio
n,
rectifiers, bip
olar ju
nctio
n tran
sistor, R
C co
upled
am
plifier, sp
ecial dev
ices, feedback
am
plifier an
d o
scillator.
Basic d
igital e
lectronic is th
e req
uire
ment o
f modern
com
puter, m
icropro
cessor an
d d
igital co
mm
unicatio
n sy
stem
.
On acco
unt o
f reliability
and accu
racy d
igita
l electronic sy
stem
are replacin
g co
nventio
nal an
alog sy
stem
s. A d
iplo
ma h
old
er
hav
ing k
now
ledge o
f dig
ital syste
m w
ill be u
sefu
l to th
e industrie
s.
CO
�T
E�
TS
1.
Sem
i Co
nd
ucto
r Dio
de :
1.1
B
asic Intro
ductio
n o
f P-N
junctio
n io
de
1.2
Sem
iconducto
r dio
de as h
alf wave rectifier, its efficie
ncy a
nd rip
ple facto
r
1.3
Sem
iconducto
r dio
de as fu
ll wav
e rectifier, its efficiency a
nd rip
ple facto
r
1.4
B
ridge rectifier, O
verall co
mpariso
n b
etwee
n h
alf wav
e and o
ther fu
ll wav
e rectifiers
1.5
P
eak in
verse v
olta
ge (P
IV)
1.6
U
se of filter circu
it in rectifiers
1.6
.1
L filter
1.6
.2
C filter
1.6
.3
LC
section filter
1.6
.4
π S
ection filter
2.
Bi-P
ola
r Ju
nctio
n T
ran
sistor :
2.1
C
oncep
t of tran
sistor
2.2
T
ypes o
f transisto
r and th
eir work
ing in
forw
ard an
d rev
erse bias
2.3
C
onstan
ts of tran
sistor (α
,β,γ)
2.4
A
naly
sis of tran
sistor a
mplifie
r, load
line
2.5
O
peratin
g p
oin
t and b
iasing
2.6
In
put - o
utp
ut c
haracteristic
s in C
B, C
C an
d C
E co
nfig
uratio
n
2.7
L
ow
frequency sm
all signal h
ybrid
equiv
alent circu
it of tran
sistor
2.8
D
erivatio
n o
f volta
ge, cu
rrent an
d p
ow
er gain
, input an
d o
utp
ut im
ped
ance o
f CE
config
uratio
n
3.
R-C
Co
up
led a
nd
Po
wer A
mp
lifier :
3.1
G
ain at lo
w, m
id a
nd h
igh fre
quen
cy ra
nge, cu
t off freq
uen
cies
3.2
C
oncep
t of p
ow
er am
plifiers
3.3
T
ypes o
f pow
er am
plifier
3.4
C
lass A p
ow
er am
plifier, o
utp
ut p
ow
er analy
sis
3.5
P
ush
-pull a
mplifier.
3.6
C
lass - B p
ow
er am
plifier
4.
Sp
ecial D
evices :
4.1
C
onstru
ction, o
peratio
n, eq
uiv
alent circu
it and ch
aracteristics o
f
4.1
.1
JFE
T, M
OSFE
T, C
MO
S
4.1
.2
Sem
iconducto
r photo
dev
ices such as L
ED
, LD
R, p
hoto
transisto
r
4.1
.3
Varacto
r dio
de
Electrical E
ngin
eering
2
5.
Feed
Ba
ck a
nd
Oscilla
tors :
5.1
B
asic concep
t of feed
back
and ty
pes o
f feedback
52
Advan
tages a
nd d
isadvantag
es o
f neg
ativ
e feedback
for g
ain, stab
ility, freq
uency a
nd n
onlin
ear disto
rtion
5.3
V
oltag
e series, shunt an
d cu
rrent series a
nd sh
unt feed
back
circuit
5.4
U
se of p
ositiv
e feedback
for o
scillators
5.5
B
arkhau
sen criteria
5.6
P
rincip
les of R
C p
hase sh
ift, Wein
brid
ge o
scillator
6.
Cla
ssificatio
n o
f Electrica
l Sig
na
ls :
6.1
A
nalo
g &
Dig
ital signals a
nd its rep
resentatio
n
6.2
A
dvan
tages o
f dig
ital techniq
ues
7.
Lo
gic G
ates :
7.1
In
troductio
n
7.2
S
ym
bol an
d tru
th tab
le of N
OT
, AN
D, O
R, N
AN
D, N
OR
, EX
-OR
, EX
-NO
R g
ates
7.3
U
niv
ersal gates a
nd realizatio
n o
f oth
er gates
7.4
P
ositiv
e, negativ
e logic
8.
Bo
olea
n A
lgeb
ra :
8.1
B
asic law
s of B
oolean
algeb
ra
8.2
P
roof b
y p
erfect in
ductio
n
8.3
D
e’Morg
en’s th
eore
m an
d its ap
plicatio
ns
8.4
Sim
plificatio
n o
f expressio
n b
y B
oolean
algeb
ra
8.5
K
-Map
8.6
R
ealization o
f simplified
expressio
n b
y lo
gic g
ates
9.
Co
mb
ina
tion
al C
ircuits :
9.1
B
inary
half a
nd fu
ll adder
9.2
B
inary
half a
nd fu
ll subtracto
r
9.3
B
inary
serial, parallel an
d B
CD
adder
9.4
P
arity b
it generato
r and ch
ecker
9.5
B
inary
com
parato
r
9.6
B
asic idea o
f multip
lexer, d
emultip
lexer, e
nco
der an
d d
ecoder
10
. S
equ
entia
l Circ
uits :
10.1
In
troductio
n to
R-S
,D,J-K
,T, M
/s J-K an
d th
eir truth
table
10.2
C
oncep
t of ed
ge a
nd lev
el triggerin
g
10.3
A
synchro
nous a
nd sy
nchro
nous co
unters –
up, d
ow
n an
d u
p-d
ow
n
10.4
M
ode co
unter –
Mod - 3
, Mod - 5
, decad
e counter
10.5
R
ing co
unter, Jo
hnso
n co
unter
10.6
L
eft, rig
ht an
d b
i-directio
n sh
ift register
10.7
Series an
d p
arallel shift reg
ister
10.8
U
se of sh
ift register fo
r bin
ary m
ultip
lication a
nd d
ivisio
n
PR
AC
TIC
AL
S
1.
Plo
t V-I ch
aracteristics of P
-N se
mico
nducto
r dio
de in
forw
ard
and rev
erse bias
2.
Plo
t the V
-I characteristics o
f a zener d
iode an
d d
esign a v
oltag
e regulato
r usin
g zen
er dio
de.
3.
Observ
e the w
ave fo
rm fo
r HW
R an
d calcu
late ripple facto
r.
4.
Observ
e the w
ave fo
rm fo
r FW
R an
d calcu
late ripple facto
r.
5.
Observ
e the w
ave fo
rm fo
r brid
ge rectifier an
d calc
ulate rip
ple facto
r
6.
Observ
e the w
ave fo
rm fo
r capacito
r filter and fin
d th
e effec
t of v
alue o
f capacito
r on rip
ple facto
r.
7.
Plo
t input o
utp
ut c
haracteristics o
f P-N
-P tran
sistor in
CB
config
uratio
n.
Electrical E
ngin
eering
3
8.
Plo
t input o
utp
ut c
haracteristics o
f P-N
-P tran
sistor in
CE
config
uratio
n.
9.
Plo
t V-I ch
aracteristics of N
-P-N
transisto
r in C
B co
nfig
uratio
n
10.
Plo
t V-I ch
aracteristics of N
-P-N
transisto
r in C
E co
nfig
uratio
n
11.
Verify
the tru
th tab
le of N
OT
, AN
D, O
R, N
AN
D, N
OR
, EX
-OR
, EX
-NO
R g
ates
12.
Desig
n a N
OT
, AN
D, O
R , E
X-O
R, E
X-N
OR
gates u
sing u
niv
ersal gate
s
13.
Desig
n a b
inary
half a
nd fu
ll adder
14.
Desig
n a b
inary
half a
nd fu
ll subtracto
r
15.
Verify
the tru
th tab
le of R
-S, J-K
, D,T
, flip flo
ps
RE
FE
RE
�C
E B
OO
KS
:
1.
Electro
nic P
rincip
les
V
.K.M
ehta
2.
Electro
nics D
evices &
Circ
uits
San
jeev G
upta
3.
Integ
rated E
lectronics
M
illman &
Halk
ias (TM
H)
4.
Dig
ital Prin
ciple
s & A
pplicatio
n
Malv
ino L
each
5.
Dig
ital Electro
nics
T.C
. Bartee
6.
Modern
Dig
ital Electro
nic
s
R.P
.Jain
* *
* *
*
Electrical E
ngin
eering
4
BA
SIC
ME
CH
A�
ICA
L E
�G
I�E
ER
I�G
C
OD
E E
E 2
02
L
T
P
2 --
2/2
RA
TIO
�A
LE
A D
iplo
ma h
old
er in electric
al engin
eering ab
sorb
ed in
State electricity
board
s & in
dustries h
as to d
eal with
the
differe
nt ty
pes o
f water tu
rbin
es, pum
ps, stea
m en
gin
e & b
oilers, th
erefore th
e basic co
nstru
ction/w
ork
ing o
f types o
f steam
& w
ater prim
e movers b
ecom
es essential. T
his su
bject fu
lfills the ab
ove n
eed.
CO
�T
E�
TS
1.
Mech
an
ical P
rop
erties of M
etals :
1.1
D
efinitio
ns -
1.1
.1
Elasticity
1.1
.2
Plasticity
1.1
.3
Ductility
1.1
.4
Brittlen
ess
1.1
.5
Toughness
1.1
.6
Hard
ness
1.1
.7
Malleab
ility
1.1
.8
Fatig
ue
1.2
E
xam
ple
s of ap
plicatio
ns o
f above term
s related to
electrical engin
eering.
2.
Ba
sic Co
ncep
t of T
her
ma
l En
gin
eering
:
2.1
E
nerg
y
2.2
In
ternal e
nerg
y
2.3
P
oten
tial energ
y
2.4
K
inetic e
nerg
y
2.5
H
eat
2.6
W
ork
and en
thalp
y
2.7
Specific h
eat
2.8
Specific h
eat ratio
2.9
C
haracteristics g
as equatio
n
2.1
0
Univ
ersal gas co
nstan
t
2.1
1
First la
w o
f therm
odynam
ics
2.1
2
Seco
nd la
w o
f therm
odynam
ics
3.
Hy
dra
ulics :
3.1
P
hysical p
roperties o
f a fluid
3.1
.1
Den
sity
3.1
.2
Specific v
olu
me
3.1
.3
Specific w
eight
3.1
.4
Specific g
ravity
3.1
.5
Visco
sity
3.2
P
ascal's law
4.
Pressu
re Mea
surin
g D
ev
ices :
4.1
M
anom
eters
4.1
.1
Sim
ple m
anom
eters
4.1
.2
Differen
tial manom
eters
4.1
.3
Inverted
'U' tu
be
Electrical E
ngin
eering
5
4.2
P
ressure g
auges
4.3
C
ontin
uity
equatio
n
5.
Bern
au
lli's Th
eore
m :
5.1
E
nerg
y o
f a fluid
5.1
.1
Pressu
re energ
y
5.1
.2
Velo
city en
ergy
5.1
.3
Datu
m en
ergy
5.2
V
entu
rimeter &
its use
s
6.
Pu
mp
s :
6.1
T
ypes o
f pum
ps
6.2
C
entrifu
gal p
um
p
6.3
R
ecipro
cating p
um
p
6.4
T
heir relativ
e advan
tages a
nd p
erform
ance
7.
Tu
rbin
e :
7.1
W
ork
ing p
rincip
les an
d ty
pes o
f water tu
rbin
es
7.2
Selectio
n o
f turb
ines
7.3
B
rief idea o
f turb
ine
7.3
.1
Pelto
n w
heel tu
rbin
e
7.3
.2
Fran
cis turb
ine
8.
Pro
perties o
f Stea
m:
8.1
G
eneratio
n o
f steam
at consta
nt p
ressure
8.2
E
nth
alp
y o
f water w
et steam
8.3
E
nth
alp
y o
f dry
saturated
stem
8.4
D
ryness fractio
n
8.5
Superh
eated stea
m
8.6
L
atent en
thalp
y
8.7
E
nth
alp
y o
f steam
8.8
Specific v
olu
me
8.7
E
xtern
al work
durin
g ev
aporatio
n
8.8
In
ternal co
nte
nt e
nth
alpy
8.9
In
ternal e
nerg
y o
f steam
8.1
0
Use o
f steam
table
8.1
1
Sim
ple n
um
erical pro
ble
ms
9.
Bo
ilers :
9.1
C
lassification o
f boilers
9.2
W
ork
ing o
f com
mon b
oilers
9.2
.1
Bab
cox an
d W
ilcox
9.2
.2
Chic
hra
m b
oiler
9.3
B
oiler m
ountin
g an
d th
eir accesso
ries
9.4
In
troductio
n to
modern
hig
h p
ressure b
oiler fo
r therm
al pow
er station ( L
am
ont b
oiler, w
effler b
oiler,
Ben
son b
oiler an
d V
elox b
oiler).
Electrical E
ngin
eering
6
10
. S
team
Tu
rbin
es :
10.1
In
troductio
n
10.2
T
ypes o
f steam
turb
ine
10.3
W
ork
ing p
rincip
le of stea
m tu
rbin
e
10.4
U
ses and ad
van
tages o
f steam
turb
ine
11
. I.C
. En
gin
es :
11.1
I.C
. engin
e cycle ( o
tto, d
iesel)
11.2
W
ork
ing p
rincip
le of
11.2
.1
Tw
o stro
ke p
etrol an
d d
iesel
11.2
.2
Four stro
ke p
etrol an
d d
iesel
12
. T
ran
smissio
n :
12.1
B
elt driv
e
12.2
R
ope d
rive
12.3
velo
city ratio
12.4
T
ensio
n ratio
12.5
E
ffect o
f centrifu
gal ten
sion
12.6
A
pplicatio
n o
f these d
rives
13
. L
ub
ricatio
n :
13.1
O
bject o
f lubricatio
n
13.2
D
ifferent m
ethods o
f lubricatio
n
13.3
P
roperties o
f lubrican
ts
PR
AC
TIC
AL
S
1.
Verificatio
n o
f Bern
ualli's th
eorem
2.
Determ
inatio
n o
f coefficie
nt o
f ventu
rimeter
3.
Stu
dy o
f recipro
cating p
um
p a
nd cen
trifugal p
um
ps.
4.
Testin
g o
f centrifu
gal p
um
p fo
r disch
arge &
head
s.
5.
Stu
dy o
f Pelto
n w
heel &
Fra
ncis tu
rbin
es.
6.
Stu
dy o
f boiler av
ailable, its m
ountin
gs &
accessories.
7.
Stu
dy o
f steam
turb
ine.
8.
Stu
dy o
f constru
ctional featu
res & w
ork
ing o
f coolin
g to
wers, p
onds.
9.
Stu
dy o
f two-stro
ke p
etrol en
gin
e.
10.
Stu
dy o
f four-stro
ke p
etrol en
gin
e.
11.
Stu
dy o
f four-stro
ke d
iesel engin
e.
RE
FE
RE
�C
E B
OO
KS
: 1.
Therm
odynam
ics & H
eat Pow
er Engg.
Math
ur &
Mehta
2.
Therm
al Engg.
P
.L. B
allaney
3.
Hydrau
lics &
Hyd. M
achin
es K
hurm
i
4.
Stren
gth
of M
aterials
G.C
.Sin
gh
5.
Heat E
ngin
es
P
ande &
Shah
* *
* *
*
Electrical E
ngin
eering
7
BA
SIC
EL
EC
TR
ICA
L E
�G
I�E
ER
I�G
C
OD
E E
E 2
03
L T
P
2 --
2
RA
TIO
�A
LE
A
Dip
lom
a hold
er in electrica
l engin
eering is e
xpected
to b
e well co
nversan
t with
the b
asics of D
.C. circu
its, A.C
.
circuits,
capacitiv
e and in
ductiv
e circ
uits.
This
subject
covers
the basic
prin
ciples,
whic
h are
required
fo
r a
thoro
ugh
understa
ndin
g o
f electrical T
echnolo
gy.
In ad
ditio
n, h
e may b
e required
to p
rocu
re, insp
ect & test E
lectrical Engin
eering m
aterials. Know
ledge o
f pro
perties
of v
arious ty
pes o
f materials is req
uired
in o
rder to
execu
te th
e above m
entio
ned
functio
ns. H
e may also
have to
decid
e for an
alternativ
e when a p
articular m
aterial is either n
ot read
ily a
vailab
le in th
e mark
et or its co
st beco
mes p
rohib
itive.
CO
�T
E�
TS
1
. D
.C. C
ircuits :
1.1
R
esistance, sp
ecific resistance
, Ohm
's law
, Resista
nce in
series, parallel an
d series p
arallel circuits.
1.2
K
irchhoff's la
ws
1.3
A
pplicatio
n o
f Kirch
hoff's la
ws
2.
Ca
pa
citan
ce :
2.1
C
apacito
r
2.2
C
apacitan
ce of a
n iso
lated sp
here
2.3
P
arallel plate cap
acitor
2.4
Special cases o
f parallel p
late capacito
r
2.5
C
ylin
drical cap
acitor
2.6
C
apacito
r in series a
nd p
arallel
2.7
C
apacito
r with
com
pound d
ielectric
2.8
E
nerg
y sto
red in
capacito
r
2.9
C
harg
ing a
nd d
ischarg
ing o
f a cap
acitor, tim
e constan
t
2.1
0
Differen
t types o
f capacito
r used
in v
arious elec
trical applicatio
ns.
3.
Ma
gn
etic Circu
its :
3.1
In
troductio
n
3.2
C
om
pariso
n b
etwee
n m
agnetic circu
it and electric circu
its
3.3
B
ehav
ior o
f magnetic circu
its
3.4
C
om
posite m
agnetic circ
uits
3.5
P
arallel magnetic circu
its
3.6
B
-H cu
rve
3.7
R
ise of c
urren
t in in
ductiv
e circuit
3.8
D
ecay o
f curren
t in in
ductiv
e circuit
4.
Ph
aso
r Alg
ebra
:
4.1
M
athem
atical represen
tatio
n o
f a vecto
r
4.2
S
ym
bolic n
otatio
n
4.3
Sig
nifica
nce o
f operato
r-j
4.4
C
onju
gate co
mplex
num
ber
4.5
T
rigonom
etrical fo
rm o
f vecto
r represen
tation
4.6
E
xponen
tial form
of v
ector rep
resentatio
n
4.7
P
olar fo
rm o
f vecto
r represen
tation
4.8
A
dditio
n a
nd su
btractio
n o
f vecto
r
4.9
M
ultip
lication an
d d
ivisio
n o
f vecto
r quan
tity
4.1
0
120
o operato
r
Electrical E
ngin
eering
8
5.
A.C
. Circu
its :
5.1
A
lternatin
g q
uan
tity a
nd its eq
uatio
n
5.2
M
axim
um
, Averag
e and R
MS
valu
es.
5.3
Form
factor
5.4
B
ehav
iour o
f R, L
and C
in A
.C. circu
its with
phaso
r diag
ram
s
5.5
A
.C. th
rough R
-L circu
it, pow
er factor, activ
e and reactiv
e com
ponen
t of cu
rrent, p
ow
er
5.6
Q
-factor o
f a coil
5.7
A
.C. th
rough R
-C circ
uit, d
ielectric loss an
d p
ow
er facto
r of a cap
acitors
5.8
Solv
ing series R
-L-C
circuits
5.9
Solv
ing A
.C. p
arallel circuit b
y p
haso
r diag
ram
and p
haso
r alg
ebra
5.1
0
Solv
ing A
.C. series a
nd p
arallel circuits.
6.
Po
lyp
ha
se Sy
stem
:
6.1
N
eed an
d ad
van
tage o
f 3-p
hase sy
stem
6.2
G
eneratio
n o
f 3-p
hase v
olta
ge
6.3
P
hase seq
uence
6.4
Star-D
elta connectio
ns
6.5
P
hase an
d L
ine relatio
ns o
f voltag
e and c
urren
t in star -d
elta connectio
ns (fo
r balan
ced lo
ad)
6.6
E
xpressio
n o
f pow
er in 3
-phase circu
its (for b
alanced
load
) 7
. B
attery
:
7.1
T
ypes o
f storag
e batterie
s
7.2
C
onstru
ction an
d w
ork
ing o
f Lead
acid b
atteries, Ni-F
e batteries an
d
Lith
ium
ion b
atteries
7.3
D
ischarg
ing a
nd rech
argin
g o
f Lead
acid b
atteries
7.4
A
mpere an
d w
att-hour efficie
ncies
8.
Cla
ssificatio
n o
f Electrica
l En
gin
eering
Ma
terials :
8.1
G
eneral req
uire
ment o
f electrical en
gin
eering m
aterials,
8.2
C
lassification of
materia
ls in
to co
nductin
g,
sem
i-conductin
g an
d in
sulatin
g m
aterials th
rough a
brief
reference to
atom
ic structu
re
9.
Co
nd
uctin
g M
ateria
ls :
9.1
R
esistivity
9.2
Facto
rs affecting resistiv
ity su
ch as
9.2
.1
Tem
peratu
re
9.2
.2
Allo
yin
g
9.2
.3
Agin
g e
ffect
9.3
G
eneral P
roperties o
f follo
win
g m
aterials
9.3
.1
Low
Resistiv
ity M
aterials :
9.3
.2
Hig
h resistiv
ity m
aterials
9.3
.3
Bru
ch m
aterials
9.3
.4
Contact m
aterials
10
. In
sula
ting
Ma
terials :
10.1
E
lectrical pro
perties
10.1
.1
Volu
me re
sistivity
10.1
.2
Surface resista
nce
10.1
.3
Dielectric stren
gth
10.1
.4
Dielectric co
nsta
nt
10.2
P
hysical, T
herm
al, Chem
ical pro
perties
10.3
C
lassification o
f insu
latin
g m
aterials o
n th
e basis o
f tem
peratu
re limit
10.4
C
om
positio
n, p
roperties an
d ap
plicatio
ns o
f - Fib
rous m
aterials, C
eram
ics, M
ica and m
ica pro
ducts,
Asb
estos an
d asb
estos p
roducts, G
lass and g
lass p
roducts, N
atural an
d sy
nth
etic rubber, P
VC
, Bak
elite
10.5
P
roperties o
f liquid
insu
latin
g m
aterials such as - T
ransfo
rmer o
ils, Min
eral insu
latin
g o
ils
10.6
P
roperties o
f gaseo
us in
sulatin
g m
aterials su
ch as- H
ydro
gen, A
ir, SF
6
Electrical E
ngin
eering
9
11
. M
ag
netic M
ateria
ls :
11.1
T
ermin
olo
gy a
nd classificatio
n
11.1
.1
Dia
magnetic m
aterial
11.1
.2
Param
agnetic m
aterial
11.1
.3
Ferro
magnetic m
aterial
11.2
E
ffect o
f Curie te
mperatu
re
11.3
Soft an
d h
ard m
agnetic m
aterials
11.4
D
ifferent m
agnetic
materials su
ch as- S
oft ferrite
s, Silico
n steel, N
ickel Iro
n allo
ys, C
obalt steel, T
ungste
n
steel, AL
NIC
O, A
LN
I 1
2.
Sp
ecial P
urp
ose M
ateria
ls :
12.1
M
etals/ alloys fo
r fuses w
ith th
eir pro
perties co
mpositio
n &
use
s
12.2
C
om
positio
n an
d p
roperties o
f sold
ering m
aterials
12.3
M
aterials for th
ermoco
uple
12.4
M
aterials for b
imeta
l
12.5
Super co
nductiv
ity an
d su
per co
nductin
g m
aterials applicatio
n an
d recen
t trend in
this field
.
PR
AC
TIC
AL
S
1.
Measu
rem
ent o
f armatu
re win
din
g an
d series field
win
din
g resistan
ce of a D
.C. m
achin
e by a
mm
eter-voltm
eter
meth
od.
2.
Measu
rem
ent o
f shunt field
win
din
g resistan
ce of a D
.C. m
ach
ine b
y a
mm
eter- voltm
eter meth
od.
3.
Verificatio
n o
f Kirch
hoff's la
ws in
D.C
. circuits.
4.
Verificatio
n o
f Kirch
hoff's la
ws in
A.C
. circuits.
5.
Determ
inatio
n o
f B-H
curv
e of a D
.C. m
achin
e.
6.
Measu
rem
ent o
f pow
er and p
ow
er factor o
f single p
hase R
-L-C
series circuit
7.
Determ
inatio
n o
f R a
nd L
of a
choke co
il usin
g 3
-voltm
eter and an
am
meter.
8.
Determ
inatio
n o
f R a
nd C
of a
capacito
r usin
g 3
-am
meter an
d a v
oltm
eter
9.
Measu
rem
ent o
f phase a
nd lin
e voltag
e and cu
rrent in
Star a
nd D
elta connec
tion
10.
Measu
rem
ent o
f pow
er in 3
-phase circu
it (for b
alanced
load
)
RE
FE
RE
�C
E B
OO
KS
:
1.
Electrical E
ngin
eering (H
indi &
English
) K
.D.S
harm
a
2.
Electrical T
echnolo
gy V
ol. -I
B.L
.Theraja
3.
Electrical E
ngin
eering P
art-I
D.R
.Nag
pal
4.
Electrical T
echnolo
gy
J.B
.Gupta
5.
Basic E
lectrical Engg.
Nag
rath &
Koth
ari
6.
Electrical E
ngin
eering M
aterials
T.T
.T.I. M
adras
7.
Electrical E
ngin
eering M
aterials
Rain
a, Bhattac
hary
a
8.
Electrical E
ngg. M
aterials
B.R
. Sharm
a
9.
Electrical E
ngg. M
aterials
P.L
. Kap
oor
10. fo|
qr bathfu;fjax
inkFkZ
ds-Mh- 'kekZ
11. fo|
qr bathfu;fjax
inkFkZ
Mh-v
kj ukxiky
* *
* *
*
Electrical E
ngin
eering
10
EL
EC
TR
ICA
L M
EA
SU
RE
ME
�T
A�
D I�
ST
RU
ME
�T
AT
IO�
C
OD
E E
E 2
04
L
T
P
2 --
2
RA
TIO
�A
LE
A d
iplo
ma h
old
er in electrical en
gin
eering w
here ev
er placed
on jo
b, h
as to select a su
itable m
easu
ring in
strum
ents
for
measu
ring electrical
quantitie
s, so
he/sh
e sh
ould
have
adeq
uate
know
ledge
of
constru
ction,
work
ing,
applicatio
n,
specificatio
n an
d erro
rs of d
ifferent m
easu
ring in
strum
ents.
This
subject
covers
most
com
monly
used
electrical
instru
men
ts and m
easurin
g p
rocesses fo
r above n
eed.
The co
urse also
aims at im
partin
g th
e basic co
ncep
t of in
strum
entatio
n. A
fter studyin
g th
is course
the stu
den
ts will
be cap
able o
f imple
mentatio
n o
f these p
rincip
les in
pro
cess industries a
s well as e
ngg. in
dustrie
s. Stu
den
ts shall b
e in a
positio
n to
upkeep
and m
ainta
in in
strum
ents an
d co
ntro
l syste
ms.
CO
�T
E�
TS
1.
Intro
du
ction
to M
easu
ring
Instru
men
ts :
1.1
C
lassification o
f M.I.
1.1
.1
Abso
lute &
Seco
ndary
Instru
men
ts
1.1
.2
Analo
g &
Dig
ital Instru
ments
1.2
D
ifferent P
rincip
les u
sed in
M.I.
1.3
Sen
sitivity
1.4
A
ccurac
y a
nd p
recision
1.5
T
ypes o
f errors
1.6
D
eflecting, co
ntro
lling a
nd d
ampin
g to
rque
2.
Differen
t Mea
surin
g In
strum
en
ts :
2.1
P
MM
C, m
ovin
g iro
n an
d rectifier ty
pe a
mm
eters an
d v
oltm
eters
2.2
E
lectrostatic v
oltm
eter
2.3
D
ynam
om
eter type a
mm
eter, voltm
eter an
d w
attmeter
2.4
In
ductio
n ty
pe w
attmeter &
energ
y m
eter
2.5
B
londels th
eore
m a
nd m
easure
men
t of p
ow
er by tw
o w
attmeter m
ethod in
3-P
hase circu
its
2.6
T
esting o
f single p
hase in
ductio
n ty
pe en
ergy m
eter by d
irect and p
han
tom
load
ing
2.7
A
dju
stments o
f single p
hase in
ductio
n ty
pe en
ergy m
eter
2.8
B
rief study o
f static energ
y m
eter (single an
d 3
phase)
2.9
R
ange ex
tensio
n u
sing sh
unts an
d series m
ultip
liers
3.
Mea
sure
men
t of R
esistan
ce :
3.1
C
lassification o
f resistance
3.2
M
easure
men
t of lo
w resista
nce b
y K
elvin
's double b
ridge
3.3
M
easure
men
t of m
ediu
m resistan
ce by A
mm
eter and V
oltm
eter, Whetsto
ne's b
ridge, S
ubstitu
tion m
eth
ods
3.4
M
easure
men
t of h
igh resistan
ce and in
sulatio
n resista
nce
3.5
M
egger, E
arth te
ster and O
hm
meter
4.
Po
tentio
meters :
4.1
T
ypes o
f A.C
. and D
.C. p
oten
tiom
eters
4.2
C
onstru
ction
4.3
Stan
dard
isation
4.4
A
pplicatio
ns
5.
A.C
. Brid
ges :
5.1
G
eneral eq
uatio
n fo
r brid
ge b
alance
5.2
M
axw
ell's inductan
ce brid
ge
5.3
M
axw
ell's inductan
ce - capacitan
ce brid
ge
5.4
A
nderso
n's b
ridge
Electrical E
ngin
eering
11
5.5
Sch
ering B
ridge
5.6
W
ien's b
ridge fo
r frequency m
easure
men
ts
6.
Brief stu
dy
of:
6.1
C
RO
6.2
E
lectronic v
oltm
eter
7.
Instru
men
tatio
n S
yste
m :
7.1
In
troductio
n to
mea
sure
ment sy
stem
7.2
G
eneralised
blo
ck d
iagra
m rep
resentatio
n o
f instru
mentatio
n sy
stem
7.3
B
rief descrip
tion o
f com
ponents o
f instru
mentatio
n sy
stem
8
. T
ran
sdu
cers :
8.1
C
lassification o
f transd
ucer
8.1
.1
Prim
ary tra
nsd
ucers
8.1
.2
Seco
ndary
transd
ucer
8.1
.3
Activ
e transd
ucer
8.1
.4
Passiv
e transd
ucer
8.1
.5
Analo
g tra
nsd
ucer
8.1
.6
Dig
ital transd
ucer
8.2
C
onstru
ction, p
rincip
le of o
peratio
n an
d ap
plicatio
n o
f the fo
llow
ing tra
nsd
ucers :
8.2
.1
Poten
tiom
eter
8.2
.2
L V
D T
and R
V D
T
8.2
.3.
Resistan
ce strain g
auge
8.2
.3.1
G
auge facto
r
8.2
.3.2
G
auge m
aterials
8.3
.3.3
T
emperatu
re com
pen
sation
8.2
.4
Therm
oco
uple
8.2
.5
Therm
ister
8.2
.6
R T
D
8.2
.7
Photo
cell
8.2
.8
Piezo
Electric
8.2
.9
Cap
active
9.
Mea
sure
men
t of F
ollo
win
g P
hy
sical P
ara
meter U
sing
Su
itab
le Tra
nsd
ucers :
9.1
L
inear d
isplace
ment
9.2
A
ngular d
isplace
men
t
9.3
Strain
, Stress an
d fo
rce
9.4
V
elocity
and S
peed
9.5
T
emperatu
re
9.6
P
ressure
9.7
pH
valu
e
9.8
Flo
w m
easure
men
t
10
. In
strum
ent T
ran
sform
ers :
10.1
D
efinitio
n o
f terms related
to in
strum
ent tra
nsfo
rmers
10.2
C
urren
t Tran
sform
er (CT
)
10.3
P
oten
tial Tran
sform
er (PT
)
10.4
D
ifference b
etwee
n C
T an
d P
T
10.5
A
pplicatio
n o
f CT
and P
T
Electrical E
ngin
eering
12
PR
AC
TIC
AL
S
1.
C
alibratio
n o
f am
meter an
d v
oltm
eter.
2.
Calib
ration o
f dynam
om
eter ty
pe w
attmeter an
d in
ductio
n ty
pe e
nerg
y m
eter.
3.
Measu
rem
ent o
f pow
er in 3
-phase circu
its by tw
o w
attmeter m
ethod
4.
Measu
rem
ent o
f resistance b
y K
elvin
's double b
ridge
5.
Measu
rem
ent o
f resistance b
y W
hetsto
ne b
ridge
6.
Measu
rem
ent o
f Earth
's resistance b
y E
arth te
ster
7.
Calib
ration o
f am
meter an
d v
oltm
eter measu
rem
ent o
f resistance b
y D
.C. p
oten
tiom
eter
8.
Measu
rem
ent o
f inducta
nce an
d cap
acitance w
ith th
e help
of a su
itable A
.C. B
ridge
9.
Measu
rem
ent o
f frequency u
sing C
RO
10.
Measu
rem
ent o
f disp
lacem
ent u
sing fo
llow
ing tra
nsd
ucers :
10.1
P
oten
tiom
eter
10.2
L
.V.D
.T.
10.3
C
apacitiv
e
11.
Measu
rem
ent o
f tem
peratu
re with
the h
elp o
f
11.1
T
herm
oco
uple
11.2
T
herm
ister
11.3
R
.T.D
.
12.
Measu
rem
ent o
f strain w
ith th
e help
of strain
gauge.
13.
Velo
city an
d sp
eed m
easu
rem
ent b
y su
itable tran
sducer
14.
Stu
dy o
f instru
ment tran
sform
ers & m
easu
rem
ent o
f turn
ratio o
f curren
t transfo
rm an
d p
oten
tial transfo
rmer.
R
EF
ER
E�
CE
BO
OK
S :
1.
Electrical M
easure
men
t & In
strum
ents
J.B
.Gupta
2.
Electrical M
easure
men
t
E
.W.G
old
ing
3.
Electrical M
easure
men
t
D
.R.N
agpal
4.
Electrical an
d E
lectronics M
easu
rem
ent a
nd In
strum
entatio
n
A
.K.S
aw
hney.
5.
Instru
mentatio
n an
d S
yste
m
R
angan &
Sharm
a
* *
* *
*
Electrical E
ngin
eering
13
EL
EC
TR
ICA
L C
IRC
UIT
TH
EO
RY
C
OD
E E
E 2
05
L
T
P
2 2
/2 --
RA
TIO
�A
LE
A
dip
lom
a hold
er in electrical en
gg.is ex
pected
to an
alyse e
lectrical and electro
nic circu
its and n
etwork
s durin
g h
is
job. F
or th
is sound u
ndersta
ndin
g o
f the co
ncep
t and m
ethods o
f analy
sis of electrical circ
uits a
nd n
etwork
is a must fo
r him
.
This co
urse w
ill dev
elop an
alytical ab
ilities of stu
dents in
solv
ing p
roble
ms.
CO
�T
E�
TS
1.
�etw
ork
Pa
ram
eters :
1.1
A
ctive a
nd p
assive
1.2
L
inear an
d n
on-lin
ear
1.3
U
nilateral a
nd b
ilateral
1.4
L
um
ped
and d
istributed
1.5
T
ime v
aryin
g a
nd tim
e invaria
nt p
aram
eters
1.6
V
oltag
e and cu
rrent so
urce
s (ideal an
d p
ractical)
1.7
D
epen
den
t and In
dep
endent so
urces
1.8
Source co
nversio
n tec
hniq
ues
2.
�etw
ork
Th
eore
ms :
2.1
N
ode an
d m
esh
analy
sis, Solu
tion b
y K
ram
er's rule u
p to
three v
ariables
2.2
Star-d
elta transfo
rmatio
n
2.3
Superp
ositio
n th
eore
m
2.4
R
ecipro
city th
eore
m
2.5
T
hev
enin
's theo
rem
2.6
N
orto
n's th
eore
m
2.7
M
axim
um
pow
er transfer th
eore
m
2.8
M
illman's th
eore
m
2.9
T
ellegen
's theo
rem
3.
Reso
na
nce :
3.1
Series reso
nance
3.2
P
arallel resonan
ce
3.3
Q
-factor, b
andw
idth
, selectivity
, half p
ow
er frequen
cies, g
raphical rep
resentatio
ns
3.4
Im
portan
ce of reso
nance
4.
Circu
it Tra
nsien
ts :
4.1
In
troductio
n to
Lap
lace transfo
rm a
nd in
verse
Lap
lace transfo
rmatio
ns
4.2
L
aplace tran
sform
ation o
f follo
win
g fu
nctio
ns
4.2
.1
Unit im
pulse fu
nctio
n
4.2
.2
Unit step
functio
n
4.2
.3
Exponen
tial functio
n
4.2
.4
Ram
p fu
nctio
n
4.2
.5
Sin
uso
idal fu
nctio
n
4.2
.6
Deriv
ative fu
nctio
n
4.2
.7
Integ
ral functio
n
4.3
L
aplace tran
sform
ation th
eorem
4.3
.1
Shiftin
g T
heo
rem
4.3
.2
Shift in
's' dom
ain th
eore
m
Electrical E
ngin
eering
14
4.3
.3
Com
ple
x d
ifferentia
tion th
eore
m
4.3
.4
Fin
al valu
e theo
rem
4.3
.5
Initial v
alue th
eore
m
4.3
.6
Com
ple
x in
tegratio
n th
eore
m
4.4
Solu
tion o
f series RL
, RC
and R
LC
circuits b
y L
aplace tran
sform
ation
5.
Tw
o P
ort �
etwo
rk :
5.1
z-p
aram
eters
5.2
y-p
aram
eters
5.3
h-p
aram
eters
5.4
A
BC
D- p
aram
eters
5.5
In
ter relation a
mong z,y
,h a
nd A
BC
D p
aram
eters.
5.6
Special ty
pes o
f netw
ork
such as T
, π, B
ridge - T
, Parallel-T
and L
attice. 6
. C
om
plex
Fre
qu
ency
an
d P
ole
-Zero
Dia
gra
m :
6.1
C
oncep
t of co
mple
x freq
uency
6.2
P
oles an
d zero
s of sim
ple fu
nctio
n
6.3
P
lotin
g o
f poles an
d zero
diag
ram
of a sim
ple fu
nctio
n (u
p to
second o
rder)
6.4
N
ecessary co
nditio
ns o
f pole an
d zero
locatio
ns o
f
driv
ing p
oin
t functio
ns.
R
EF
ER
E�
CE
BO
OK
S :
1.
Electrical C
ircuit T
heo
ry
A
rum
ugam
& P
rem
kum
aran
2.
Electrical N
etwork
s Soni &
Gupta
3.
Electrical N
etwork
Analy
sis U
mesh
Sin
ha
4.
Electrical N
etwork
Analy
sis G
.K.M
ithal
5.
Tex
t Book o
f Circu
it Theo
ry
G
.S. V
erma
6.
Electrical C
ircuit
M.E
. Valv
enkerb
erg
* *
* *
*
Electrical E
ngin
eering
15
EL
EC
TR
ICA
L M
AC
HI�
ES
- I C
OD
E E
E 2
06
L
T
P
2 2
/2 2
RA
TIO
�A
LE
An electrical d
iplo
ma h
old
er is usu
ally p
laced in
Electric
ity C
orp
oratio
n, in
dustries, p
ublic d
epartm
ents etc. A
n
electrical dip
lom
a hold
er has to
han
dle d
ifferent electrical m
achin
es req
uired
for v
arious ty
pes o
f jobs. T
hey
are to su
perv
ise
the
selection,
installatio
n,
operatio
n,
main
tenance,
testing an
d rep
air of
electrical
mach
inery
used
in
vario
us
industrial,
dom
estic an
d o
ther ap
plicatio
ns.
T
he
most
com
monly
used
electrical
mac
hin
es are
D.C
. m
achin
es,
A.C
. m
achin
es, tran
sform
ers, rectifiers
etc.
Know
ledge o
f constru
ction w
ork
ing an
d p
erform
ance
characteristics o
f such m
achin
es is a m
ust fo
r a dip
lom
a hold
er for
doin
g jo
b efficien
tly. D
.C. m
ach
ines, tran
sform
ers and rectifiers h
ave b
een co
vered
in th
is subject.
CO
�T
E�
TS
1.
D.C
. Gen
erato
r :
1.1
C
onstru
ction o
f D.C
. mach
ine
1.2
L
ap an
d w
ave w
indin
g (B
rief idea)
1.3
P
rincip
le of D
.C. g
enerato
r
1.4
E
xcitatio
n m
ethods an
d d
ifferent ty
pes o
f D.C
. Generato
r
1.5
E
.M.F
. equatio
n
1.6
D
.C. g
enerato
r characteristics
1.7
L
osse
s
1.8
E
fficiency a
nd co
nditio
n fo
r max
imum
effic
iency
1.9
C
oncep
t of arm
atu
re reaction
1.1
0
Effec
t of arm
ature reactio
n o
n co
mm
utatio
n an
d g
enerated
voltag
e.
1.1
1
Parallel o
peratio
n o
f DC
generato
rs and lo
ad sh
aring .
2.
D.C
. Mo
tor :
2.1
D
ifferent ty
pes o
f D.C
. moto
r
2.2
P
rincip
le of D
.C. m
oto
r
2.3
C
oncep
t of b
ack e
mf
2.4
T
orq
ue, sp
eed an
d p
ow
er relations
2.5
Starters fo
r D.C
. shunt a
nd co
mpound m
oto
rs
2.6
C
haracteristics o
f D.C
. moto
r
2.7
Speed
contro
l of D
.C. m
oto
r
2.7
.1
Field
contro
l
2.7
.2
Arm
ature co
ntro
l
2.7
.3
Series p
arallel contro
l
2.8
T
esting o
f D.C
. mac
hin
e by
2.8
.1
Direct lo
adin
g
2.8
.2
Sw
ineb
urn
's test
2.8
.3
Hopkin
son's te
st and
2.8
.4
Calcu
lation o
f efficie
ncy a
s a gen
erator an
d m
oto
r from
above test
3.
Tra
nsfo
rm
er :
3.1
C
onstru
ction o
f single p
hase a
nd th
ree phase tra
nsfo
rmer
3.2
P
rincip
le of o
peratio
n
3.3
E
mf eq
uatio
n a
nd T
urn
ratio
3.4
Id
ea of leak
age reactan
ce
3.5
T
ransfo
rmer p
haso
r diag
ram
3.5
.1
At n
o lo
ad
3.5
.2
At lo
ad (L
aggin
g, L
eadin
g an
d U
PF)
3.6
E
quiv
alent circu
it of sin
gle p
hase tran
sform
er
Electrical E
ngin
eering
16
3.7
L
osse
s, efficiency a
nd reg
ulatio
n
3.8
C
onditio
n fo
r maxim
um
efficien
cy
3.9
A
ll day e
fficiency
3.1
0
Tran
sform
er testing
3.1
0.1
B
y d
irect load
ing
3.1
0.2
B
y o
pen
circuit an
d sh
ort circu
it test 3.1
0.2
.1 D
etermin
ation o
f equiv
alent circu
it para
meters
3.1
0.3
B
ack to
back
test
3.1
1
Parallel o
peratio
n o
f single
-phase tran
sform
er with
equal a
nd u
neq
ual v
oltag
e ratio.
3.1
2
Off lo
ad an
d o
n lo
ad tap
chan
gers
3.1
3
Auto
transfo
rmer
3.1
4
Poly
phase co
nnectio
n (D
escriptiv
e study)
3.1
4.1
Sco
tt connectio
n
3.1
4.2
O
pen
-Delta co
nnectio
n
3.1
4.3
Star-S
tar connectio
n
3.1
4.4
D
elta - Delta co
nnectio
n
3.1
5
Parallel o
peratio
n o
f 3-p
hase tran
sform
er
PR
AC
TIC
AL
S
1.
Stu
dy o
f constru
ctional featu
res of D
.C. m
achin
e and id
entify
the term
inals o
f D.C
. shunt g
enerato
r.
2.
Determ
inatio
n o
f O.C
.C o
f D.C
. shunt g
enerato
r
3.
Determ
inatio
n o
f extern
al characteristics o
f D.C
. shunt g
enerato
r.
4.
Determ
inatio
n o
f extern
al characteristics o
f com
pound g
enerato
r
5.
Stu
dy o
f constru
ctional featu
res of D
.C. sh
unt an
d co
mpound m
oto
r starter and co
nnectin
g, startin
g a
nd rev
ersing
the d
irection o
f D.C
. shunt m
oto
r.
6.
Perfo
rmin
g S
win
eburn
e's test o
n a D
.C. m
achin
e
7.
Perfo
rmin
g H
opkin
son's test o
n a D
.C. m
achin
e.
8.
Speed
contro
l of D
.C. sh
unt m
oto
r by rh
eostatic co
ntro
l (both
field
and arm
ature co
ntro
l)
10.
Stu
dy o
f constru
ctional featu
res of sin
gle p
hase a
nd th
ree phase tran
sform
ers
11.
Determ
inatio
n o
f transfo
rmatio
n ratio
, regulatio
n a
nd efficie
ncy o
f a single
-phase tran
sform
er by d
irect load
ing.
12.
Open
circu
it and sh
ort
circuit
test of
a sin
gle-p
hase
transfo
rmer
and determ
inatio
n of
its eq
uiv
alent
circuit
param
eters, efficiency a
nd reg
ulatio
n.
13.
Parallel o
peratio
n o
f single
-phase tran
sform
ers with
sam
e voltag
e ratio an
d sh
aring o
f load
s.
RE
FE
RE
�C
E B
OO
KS
:
1.
Vid
yut E
ngg.(S
.I.Units) (H
indi)
K
.D.S
harm
a
2.
Electrical E
ngg. p
art I& II(H
indi)
D
.R.N
agpal
3.
Electrical M
achin
es
J.B.G
upta
4.
Electrical T
echnolo
gy
S.L
.Uppal
5.
Electrical T
echnolo
gy V
ol.-II
B.L
.Theraja
6.
A B
asic Course in
Electrical E
ngg.
Sharm
a & G
upta
7. E
lectric Mach
ine
P
.S. B
imbra
8. E
lectric Mach
ine
N
agrath
& K
oth
ari
* *
* *
*
Electrical E
ngin
eering
17
PO
WE
R S
YS
TE
M - I
CO
DE
EE
207
L
T P
2 2
/2 --
RA
TIO
�A
LE
M
ost o
f the d
iplo
ma h
old
ers get e
mplo
ym
ent in
Electricity
Corp
oratio
n an
d in
dustrie
s. They are req
uired
to h
andle
responsib
ilities
in gen
erating statio
ns.
The
work
of
an engin
eer is
for
operatio
n an
d m
ainten
ance
of
equip
ments
and
superv
isory
contro
l in p
ow
er plan
ts.
It is ex
pected
that th
e differe
nt p
ow
er stations tau
ght in
this co
urse co
nte
nt sh
all mak
e an en
gin
eer suitab
le for
operatio
n, m
ainte
nance an
d co
mm
issionin
g o
f pow
er statio
ns.
T
he co
nventio
nal so
urces o
f energ
y are d
epletin
g d
ay b
y d
ay a
nd w
ill not b
e suffic
ient to
meet th
e fu
ture d
em
and o
f
energ
y. T
herefo
re, there is a n
eed fo
r gen
eration o
f energ
y b
y u
sing n
on-co
nventio
nal so
urces. W
ith th
is in v
iew
dip
lom
a
hold
ers should
be co
nversa
nt w
ith b
asic k
now
ledge a
nd p
ractical applicatio
ns o
f non-co
nven
tional so
urces o
f energ
y in
rural,
cottag
e and sm
all industrie
s. For ru
ral dev
elopm
ent it is d
esirable to
ensu
re the liv
ing co
nditio
ns o
f the p
eople in
villag
es. F
or
this p
urp
ose tech
nolo
gy tra
nsfer to
meet th
e rural n
eeds, w
ith th
e facilities availab
le is essential, i.e. ap
pro
priate tech
nolo
gy.
CO
�T
E�
TS
1
. In
trod
uctio
n :
1.1
E
lectrical energ
y d
em
and an
d electrical en
ergy g
row
th in
India
1.2
E
lectrical energ
y g
row
th in
India
1.3
E
lectrical energ
y so
urce
s
1.4
Fossil fu
els a
nd n
uclear fu
els
1.5
P
reesent statu
s of electrical d
em
and in
Rajasth
an
2.
Th
erm
al P
ow
er Sta
tion
:
2.1
Selectio
n o
f pla
nt lo
cation
2.2
B
lock
diag
ram
of p
lant an
d its w
ork
ing
2.3
C
oal h
andlin
g p
lant
2.4
P
ulv
erising p
lant
2.5
D
raft syste
m
2.6
B
oilers
2.7
A
sh h
andlin
g p
lant
2.8
T
urb
ine
2.9
D
ifferent ty
pes o
f conden
sers
2.1
0
Coolin
g to
wers an
d p
onds
2.1
1
Feed
water h
eater
2.1
2
Eco
nom
iser
2.1
3
Super h
eater and reh
eater
2.1
4
Air p
reheater
3.
Hy
dro
Electric P
ow
er Pla
nts :
3.1
Selectio
n o
f site
3.2
A
dvan
tages a
nd d
isadvantag
es o
f hydro
pow
er plan
t
3.3
H
ydro
logy
3.4
C
lassification b
ased o
n
3.1
.1
Water flo
w reg
ulatio
ns
3.1
.2
Load
3.1
.3
Head
3.5
E
lem
ent o
f hydro
pow
er plan
t and th
eir functio
ns
3.5
.1
Dam
3.5
.2
Sto
rage reserv
oir
3.5
.3
Fore b
ay
Electrical E
ngin
eering
18
3.5
.4
Surg
e tank
3.5
.6
Pen
stock
s
3.5
.7
Spill w
ay
3.5
.8
Head
race and tailrace
3.5
.9
Types o
f turb
ines
3.5
.10. S
pecific sp
eed
3.6
B
rief idea ab
out sm
all and m
ini h
ydro
plan
ts
3.7
P
um
ped
storag
e plan
t 4
. �
uclea
r Po
wer S
tatio
n :
4.1
In
troductio
n an
d se
lection o
f site
4.2
B
lock
diag
ram
of p
lant an
d its w
ork
ing
4.3
M
ain co
mponents a
nd th
eir functio
n
4.4
E
nerg
y m
ass relatio
nsh
ip
4.5
E
nerg
y d
ue to
fission an
d fu
sion
4.6
N
uclear ch
ain reactio
n
4.7
M
ultip
lication fac
tor an
d critical size
4.8
M
oderato
rs materials
4.9
Fissile an
d fertile m
aterials
4.1
0
Classificatio
n o
f Nuclear reacto
r, main
parts an
d th
eir fu
nctio
ns
4.1
1
Safety
measu
res required
in n
uclear p
lant
4.1
2
Disp
osal o
f nuclear w
aste
5.
Diesel P
ow
er Pla
nts :
5.1
M
ain co
mponents a
nd w
ork
ing o
f diesel p
ow
er plan
t with
the h
elp o
f blo
ck d
iagra
m
5.2
A
dvan
tage an
d d
isadvan
tage o
f diesel p
ow
er plan
t
5.3
A
pplicatio
n o
f diesel p
ow
er plan
t
5.4
P
rincip
le and o
peratio
n o
f gas tu
rbin
e plan
ts
5.5
C
om
pariso
n o
f differen
t pow
er statio
ns
5.6
In
ter connectio
n o
f pow
er stations
6.
So
lar E
nerg
y :
6.1
A
pplicatio
n
6.2
U
nit o
f solar p
ow
er and so
lar energ
y
6.3
H
istorical rev
iew
and fu
ture p
rosp
ects
6.4
Sch
em
atic diag
ram
of a so
lar therm
al pow
er plan
t
6.5
Solar cen
tral receiver th
ermal p
ow
er plan
t
6.6
Solar p
ond th
ermal p
lant
6.7
Solar th
ermal p
ow
er supply
syste
m fo
r space statio
n
6.8
In
troductio
n to
photo
voltaic sy
stem
6.9
M
erits and lim
itation o
f solar P
V sy
stem
6.1
0
Prin
ciple o
f photo
voltaic cell
6.1
1
Tran
sparen
t, insu
lating a
nd ab
sorb
ing m
aterials
6.1
2
Build
ing h
eating b
y activ
e and p
assive sy
stem
6.1
3
Solar still, so
lar dry
er and so
lar cooker
7.
Win
d E
nerg
y :
7.1
In
troductio
n to
win
d e
nerg
y
7.2
M
erits and d
em
erits of w
ind en
ergy
7.3
W
ind p
ow
er and en
ergy p
attern facto
r
7.4
W
ind m
achin
e
7.4
.1
Horizo
ntal ax
is win
d m
achin
e
7.4
.2
Vertical ax
is win
d m
achin
e
Electrical E
ngin
eering
19
7.5
Site selectio
n o
f a win
d m
achin
e
7.6
A
pplicatio
n o
f a win
d m
achin
e
8.
Bio
-Ga
s En
ergy
:
8.1
In
troductio
n to
bio
-gas en
ergy
8.2
P
roperties o
f bio
-gas
8.3
P
rincip
le of b
io-g
as pro
ductio
n
8.4
C
hem
ical and m
icrobio
logical p
rocesso
rs
8.5
Facto
rs whic
h affects b
io-g
as p
roductio
n
8.6
D
ifferent feed
stock
s for b
io-g
as pro
ductio
n
8.7
C
lassification o
f bio
-gas p
lant
8.7
.1
Fix
ed d
om
e type
8.7
.2
Flo
ating ty
pe
8.8
C
om
pariso
n b
etwee
n fix
ed d
om
e and flo
ating ty
pe b
io-g
as p
lant
8.9
Site selectio
n o
f bio
-gas p
lant
8.1
0
Bio
gas la
mp an
d ch
ulh
a
8.1
1
Bio
gas sto
rage an
d tran
sportatio
n
9.
Ocea
n E
nerg
y :
9.1
In
troductio
n to
ocean
energ
y
9.2
T
ypes o
f ocean
energ
y
9.2
.1
Open
cycle
9.2
.2
Clo
sed c
ycle
R
EF
ER
E�
CE
BO
OK
S :
1.
Gen
eration o
f Elec
trical Energ
y
B.R
. Gupta
2.
Pow
er Plan
t Engg.
Dom
kundw
ar
3.
A co
urse in
Electrical P
ow
er
Soni, G
upta, B
hatn
agar
4.
Energ
y tech
nolo
gy
S.R
ao &
B.B
. Paru
lekar
5.
Non-co
nventio
nal E
nerg
y S
ources
A.N
. Math
ur &
N.S
.Rath
ore
6.
Non-co
nventio
nal S
ources o
f energ
y an
d ap
pro
priate tech
nolo
gy
D
.M. A
gra
wal &
S.K
. Bhatn
agar
7.
Non-co
nventio
nal E
nerg
y S
ources
G.D
.Rai
8.
Solar E
nerg
y
Garg
& P
rakash
* *
* *
*
Electrical E
ngin
eering
20
MIC
RO
PR
OC
ES
SO
R A
�D
“C
” P
RO
GR
AM
MI�
G
CO
DE
EE
208
L
T
P
2 --
2
RA
TIO
�A
LE
Now
a d
ays th
e u
se of co
mputer is v
ery w
ide so
for a d
iplo
ma h
old
er the k
now
ledge o
f com
puter is essen
tials. As
the
micro
pro
cessor
is heart
of
com
puter,
the
know
ledge of
it is
necessary
. T
his
subject
pro
vid
es th
e brief
idea
of
micro
pro
cessor.
'C
' is com
puter p
rogra
mm
ing lan
guage an
d also
structu
red p
rogra
mm
ing la
nguage. In
'C' p
rogra
mm
ing la
nguage w
e
consid
er vario
us sy
nta
x u
sed in
pro
gra
mm
ing. B
y h
avin
g g
ood k
now
ledge o
f 'C', stu
den
ts can w
rite modular ap
plicatio
n an
d
syste
m p
rogra
ms. 'C
' can b
e used
in th
e engin
eering ap
plicatio
ns. B
y acq
uirin
g a so
und k
now
ledge o
f 'C' stu
den
ts will b
e able
to u
ndersta
nd th
e concep
t of all th
e applicatio
n areas. T
his co
urse is sp
ecially d
esigned
for en
gin
eering stu
dents o
f all
dip
lom
a stream
s.
CO
�T
E�
TS
1.
Intro
du
ction
:
1.1
E
volu
tion o
f micro
pro
cessor
1.2
D
igital co
mputer
1.3
O
rgan
isation o
f com
puter
1.4
D
efinitio
n o
f
1.4
.1
Instru
ctio
n
1.4
.2
Pro
gram
1.4
.3
Mach
ine lan
guag
e
1.4
.4
Asse
mbly
language
1.4
.5
Hig
h lev
el language
1.5
C
om
piler an
d A
ssem
bler
2.
Micro
pro
cessors A
rchitectu
re (Intel 8
08
5 ) :
2.1
Functio
nal b
lock
dia
gra
m
2.2
P
in-O
ut d
iagra
m w
ith d
escriptio
n
2.3
B
uses
2.3
.1
Address b
us
2.3
.2
Data b
us
2.3
.3
Contro
l bus
2.4
R
egisters
2.5
A
rithm
etic and lo
gic u
nit
2.6
T
imin
g a
nd co
ntro
l unit
2.7
T
ypes o
f instru
ctions an
d classifica
tion in
to g
roups
2.8
T
ypes o
f addressin
g m
odes
2.9
Statu
s flags
3.
Pro
gra
mm
ing
an
d A
pp
licatio
n o
f Micro
pro
cessor :
3.1
Som
e exam
ples o
f assem
bly
language p
rogra
mm
e
3.2
In
troductio
n to
circuits (b
lock
diag
ram
only
) used
in electric
al applicatio
n
3.2
.1
AD
C
3.2
.2
DA
C
3.2
.3
Analo
g M
ultip
lexer
3.2
.4
Sam
ple an
d H
old
3.2
.5
Pro
gram
mab
le perip
heral in
terface (PP
I)
Electrical E
ngin
eering
21
3.3
M
easure
men
t of E
lectrical Quan
tities :
3.3
.1
Freq
uen
cy m
easu
rem
ent
3.3
.2
Phase an
gle an
d p
ow
er factor m
easure
ment
3.3
.3
Voltag
e and cu
rrent m
easu
remen
t
3.3
.4
Pow
er and e
nerg
y m
easu
rem
ent
3.4
M
easure
men
t of P
hysical Q
uantitie
s :
3.4
.1
Tem
peratu
re mea
sure
ment
3.4
.2
Deflectio
n m
easu
rem
ent
3.4
.3
Water lev
el indicato
r
3.4
.4
Angular sp
eed
3.5
T
raffic Contro
l.
4.
Intro
du
ction
of ‘C
’ La
ng
ua
ge :
4.1
Sco
pe o
f ‘C’ L
anguage
4.2
D
istinctio
n a
nd sim
ilarities w
ith o
ther H
LL
s
4.3
Special featu
res and A
pplicatio
n areas
5.
Ele
men
ts of ‘C
’ :
5.1
C
haracter set
5.2
K
ey w
ord
s
5.3
D
ata types
5.4
C
onstan
ts and V
ariables
5.5
O
perato
rs: unary
, bin
ary, tern
ary
5.6
O
perato
r preced
ence
6.
Co
nso
le Inp
ut-O
utp
ut :
6.1
T
ypes o
f I-O
6.2
C
onso
le I-O
6.3
U
nfo
rmatted
conso
le I-O: g
etc
har(),p
utch
ar(), gets(), p
uts(), g
etch(),g
etch
e()
6.4
Form
atted I-O
: scanf(), p
rintf()
7.
Co
ntro
l Flo
w :
7.1
State
ments an
d b
lock
s
7.2
if
7.3
sw
itch
7.4
L
oops: fo
r, while, d
o-w
hile
7.5
goto
and lab
els
7.6
break
, contin
ue, ex
it
7.7
N
esting co
ntro
l statem
ents
8.
Arra
ys :
8.1
B
asic concep
ts
8.2
M
em
ory
represen
tation
8.3
O
ne d
imensio
nal arra
y
8.4
T
wo d
imensio
nal arra
y
9.
Fu
nctio
ns :
9.1
B
asic concep
ts
9.2
D
eclaration an
d p
roto
types
9.3
C
alling
Electrical E
ngin
eering
22
9.4
A
rgum
ents
9.5
Sco
pe ru
les
9.6
R
ecursio
n
9.7
Sto
rage classe
s types
9.8
L
ibrary
of fu
nctio
ns: m
ath, strin
g, sy
stem
10
. P
oin
ters :
10.1
B
asic concep
ts
10.2
&
, * o
perato
r
10.3
P
oin
ter expressio
n: assig
nm
ent, arith
metic, co
mpariso
n
10.4
D
ynam
ic mem
ory
allocatio
n
10.5
P
oin
ter v/s A
rrays
11
. S
tructu
re an
d E
nu
mera
ted D
ata
Ty
pes :
11.1
B
asic concep
ts
11.2
D
eclaration an
d m
em
ory
map
11.3
E
lem
ents o
f structu
res
11.4
E
num
erated d
ata types : ty
ped
ef, enum
11.5
U
nio
n
PR
AC
TIC
AL
S
1.
Stu
dy o
f Intel 8
085 m
icropro
cessors
2.
Pro
gram
to ad
d tw
o 8
-bit n
um
bers
3.
Pro
gram
to su
btract tw
o 8
-bit n
um
ber
4.
Pro
gram
to fin
d 1
’s com
ple
ment o
f a 8-b
it num
bers
5.
Pro
gram
to fin
d 2
’s com
ple
ment o
f a 8-b
it num
bers
6.
Pro
gram
to sh
ift an 8
-bit n
um
ber left b
y o
ne b
it
7.
Pro
gram
to m
ask
of least sig
nifica
nt 4
bits o
f a 8 b
it num
ber
8.
Pro
gram
to m
ask
of m
ost sig
nifica
nt 4
bits o
f a 8 b
it num
ber
9.
Pro
gram
to fin
d sq
uare fro
m lo
ok u
p tab
le
10.
Pro
gram
to fin
d larg
est o
f two n
um
bers
11.
Pro
gram
to fin
d sm
allest o
f two n
um
bers
12.
Pro
blem
s based
on arith
metic ex
pressio
n, fix
ed m
ode arith
metic.
13.
Pro
blem
s based
on co
nditio
nal state
men
ts and co
ntro
l structu
res.
14.
Pro
blem
s based
on arra
ys (1
-D, 2
-D), fu
nctio
ns a
nd p
oin
ters.
15.
Pro
blem
s based
on en
gin
eering ap
plicatio
ns.
RE
FE
RE
�C
E B
OO
KS
:
1.
Micro
pro
cessor &
Micro
Com
puter
B. R
am
2.
Micro
pro
cessor, A
rchitectu
re Pro
gram
min
g &
Applicatio
ns
R
am
esh
& G
aonkar
3.
An In
troductio
n to
Micro
pro
cessors
A.P
. Math
ur
1.
'C' P
rogram
min
g
Step
hen
Koch
an
2.
Pro
gram
min
g w
ith 'C
'
Sch
aum
's Series
3.
'C' P
rogram
min
g
V.B
alguru
Sw
am
i
4.
'C' P
rogram
min
g
Kern
ighan &
Ritc
hie
5.
Let u
s 'C'
Y
ashw
ant K
anetk
ar
* *
* *
*
Electrical E
ngin
eering
23
EL
EC
TR
ICA
L W
OR
KS
HO
P
CO
DE
EE
209
L
T P
2 --
2
R
AT
IO�
AL
E
A
dip
lom
a hold
er in electrical en
gin
eering h
as to p
erform
superv
isory
duty
in in
dustrie
s and E
lectricity C
orp
oratio
n.
He/ S
he sh
ould
have ad
equate k
now
ledge a
s well a
s should
be ab
le to ed
ucate
his/h
er subord
inates fo
r electrical w
iring,
wirin
g circu
its, fault in
vestig
ation an
d rep
air of d
om
estic applian
ces.
A
dip
lom
a hold
er in electrical en
gin
eering h
as to p
erform
superv
isory
duty
in in
dustrie
s and E
lectricity C
orp
oratio
n.
He / S
he sh
ould
have ad
equate k
now
ledge as w
ell as should
be ab
le to ed
ucate h
is/her su
bord
inates fo
r electrical wirin
g
insta
llation a
nd fu
ll investig
ation an
d rep
air of d
om
estic applian
ces. This sy
llabus d
eals with
above to
pics in
details.
M
any o
f electrical tec
hnicia
ns e
mplo
yed
in sta
te electricity b
oard
s or o
ther in
dustrie
s are en
gaged
in in
stallation,
main
tenance
and rep
air of a v
ariety o
f electrical mach
ines. S
uch areas m
ay in
clude g
eneratio
n, tra
nsm
ission an
d d
istributio
n
syste
ms a
nd d
ifferent ty
pes o
f electric driv
e used
with
a variety
of m
echan
ical gad
gets. N
orm
ally
manufactu
rers of h
eavy
electrical mach
ines p
rovid
e service m
anuals, in
structio
ns fo
r installatio
n, m
ainte
nance a
nd fau
lt locatio
n. T
his sy
llabus h
as
been
desig
ned
to p
rovid
e certain g
uid
elines a
nd b
road
prin
ciples reg
ardin
g th
e above activ
ities an
d a
fter underg
oin
g th
is
course th
e technician
shall b
e fit to u
ndertak
e repairs an
d m
ain
tenan
ce of electrical eq
uip
men
ts.
CO
�T
E�
TS
1.
Wire J
oin
ts :
1.1
D
ifferent ty
pes o
f join
ts
1.2
T
heir u
ses
2.
Wirin
g :
2.1
S
yste
ms o
f wirin
g
2.2
T
ypes o
f wirin
g a
nd th
eir applicatio
n
2.3
W
iring D
iagra
m o
f Differe
nt L
am
p C
ontro
l Circ
uits an
d T
heir W
ork
ing :
2.3
.1
Bell in
dicato
r
2.3
.2
Flu
oresce
nt tu
be (sin
gle an
d d
ouble)
2.3
.3
Mercu
ry v
apour la
mp
2.3
.4
Sodiu
m v
apour la
mp
2.3
.5
Neo
n sig
n la
mp
2.3
.6
Flash
er
3.
Fa
ult In
vestig
atio
n a
nd
Testin
g :
3.1
Specificatio
n,
wirin
g,
dism
antlin
g,
fault
investig
ation,
repairin
g,
assem
blin
g an
d testin
g th
e fo
llow
ing
electrical applian
ces -
3.1
.1
Electric h
eater
3.1
.2
Electric im
mersio
ns h
eater
3.1
.3
Room
heater
3.1
.4
Electric k
ettle
3.1
.5
Electric so
lderin
g iro
n
4.
Au
tom
ob
ile Electrica
l Sy
stem
:
4.1
D
ynam
o
4.2
Self starter
4.3
V
oltag
e regulato
r
4.4
Ig
nitio
n co
il
4.5
L
ightin
g circu
it
4.5
.1
Four W
heeler
4.5
.2
Tw
o W
heeler
Electrical E
ngin
eering
24
5.
Do
mestic A
pp
lian
ces :
5.1
In
troductio
n
5.2
A
pplian
ces m
akin
g u
se of th
ermal e
ffects
5.3
D
esign o
f heatin
g ele
ments w
ire
5.4
Stu
dy o
f the fo
llow
ings –
5.4
.1
Tab
le fan
5.4
.2
Ceilin
g fa
n
5.4
.3
Wash
ing m
achin
e
5.4
.4
Em
ergency lig
ht
5.4
.5
Refrig
erator
5.4
.6
Air C
onditio
ner
5.4
.7
Water co
oler
5.4
.8
MC
B
5.4
.9
EL
CB
6.
Intro
du
ction
of E
lectrical M
ain
tena
nce :
6.1
Fundam
ental o
f electrical m
ainten
ance a
nd rep
air
6.2
C
lassification, sco
pe an
d freq
uen
cy o
f electrical main
tenan
ce and rep
air work
6.3
G
eneral stru
ctu
re and eq
uip
men
t of electrical rep
air shop
6.4
R
epair reco
rds an
d m
ainten
ance sc
hed
ule.
7.
Ma
inten
an
ce an
d R
epa
ir of S
tora
ge B
atteries :
7.1
In
spectio
n a
nd ch
eckin
g o
f storag
e batteries
7.2
T
rouble an
d its sh
ootin
gs
7.3
R
epair o
f storag
e batteries
8.
Ma
inten
an
ce an
d R
epa
ir of T
ran
sform
ers :
8.1
In
troductio
n
8.2
T
ransfo
rmer in
spectio
n
8.3
P
eriodical o
verh
aulin
g o
f transfo
rmer
8.4
L
ocatio
n o
f transfo
rmer d
efects
8.5
W
indin
g an
d co
re repairs
8.6
B
ush
ing rep
airs
8.7
R
epair an
d m
ainte
nan
ce of co
nserv
ator
8.8
D
isman
tling a
nd asse
mblin
g o
f transfo
rmer
8.9
T
ransfo
rmer d
ryin
g o
ut
8.1
0
Main
tenan
ce of B
uch
holz
’s rela
y
8.1
1
Main
tenan
ce of tran
sform
ers while in
services.
8.1
2
Electrical ch
aracteristics o
f transfo
rmer o
il
8.1
3
Tran
sform
er oil p
urificatio
n m
ethods
9.
Ma
inten
an
ce an
d R
epa
ir of D
.C. M
oto
rs :
9.1
Id
entificatio
n o
f termin
als of D
.C. co
mpound m
oto
rs
9.2
T
esting o
f armatu
re and co
mm
utato
r
9.3
O
ver h
aulin
g o
f D.C
. Mac
hin
e
9.4
R
epairin
g o
f field w
indin
g
9.5
Spark
ing at b
rush
es and its re
med
ies
9.6
C
om
mutato
rs and b
rush
mech
anism
and its d
efect.
10
. M
ain
tena
nce a
nd
Rep
air o
f A.C
Mo
tors :
10.1
D
ifferent te
sts on 1
- φ cap
acitor ty
pe A
.C. m
oto
r
10.1
.1
Open
capacito
r
10.1
.2
Short cap
acitor
10.1
.3
Change o
f valu
e
Electrical E
ngin
eering
25
10.1
.4
Test fo
r open
and sh
ort circu
its faults
10.1
.5
Chec
kin
g o
f centrifu
gal sw
itch
10.2
O
ver h
aulin
g, d
ismantlin
g an
d asse
mblin
g o
f ceiling fa
n an
d tab
le fan
10.3
Id
entificatio
n o
f termin
als of 3
-phase sq
uirrel cag
e inductio
n m
oto
r
10.4
E
lectrical fault lo
cation
10.5
M
echan
ical fault lo
cation
10.6
D
ryin
g a
nd testin
g o
f insu
lation
10.7
A
bnorm
al hea
ting at b
earing
10.8
G
reasing, d
egreasin
g an
d im
preg
natin
g
10.9
A
lignm
ent a
nd ro
tor b
alancin
g
11
. M
ain
tena
nce a
nd
Rep
airs o
f Circu
it Brea
kers :
11.1
M
ainte
nan
ce and tro
ublesh
ootin
g o
f
11.1
.1
Oil circu
it break
ers
11.1
.2
Air b
last circuit b
reakers
11.1
.3
SF
6 circuit b
reakers
11.2
P
reven
tive m
ainte
nan
ce of rela
ys
12
. S
afety
Mea
sures :
12.1
Stu
dy o
f vario
us sa
fety d
evice
s and ap
plian
ces in an
electrical w
ork
shop
12.2
Safety
measu
res for w
ork
ing o
n lo
w, m
ediu
m a
nd h
igh v
olta
ge m
ain a
nd th
e study th
e apparatu
s used
12.3
U
se of fire fig
htin
g, electric sh
ock
treatment, first aid
, and sa
fety p
osters etc.
PR
AC
TIC
AL
S
1.
Prep
arations o
f join
ts on m
ultistran
d in
sulated
wire
1.1
T
wisted
join
t
1.2
M
arried jo
int
1.3
P
lain cro
ss join
t
1.4
D
uplex
cross jo
int
2.
Prep
aration o
f wirin
g d
iagra
m an
d w
iring o
f the fo
llow
ing -
2.1
Sodiu
m v
apour la
mp
2.2
M
ercury
vap
our la
mp
2.3
C
orrid
or w
iring
2.4
R
ow
of la
mps (d
ecorativ
e light)
2.5
D
ouble F
luoresce
nt tu
be o
f 40 w
atts
3.
To m
ake th
e positio
ns, fix
and co
mplete th
e intern
al wirin
g o
f the fittin
g o
f a switch
board
, contain
ing at lea
st four
switc
hes, o
ne p
lug a
nd o
ne reg
ula
tor.
4.
Asse
mblin
g, d
ismantlin
g a
nd fau
lt investig
ation in
the fo
llow
ing d
om
estic ap
plian
ces
4.1
E
lectric heater
4.2
E
lectric imm
ersion h
eater
4.3
R
oom
heater
4.4
E
lectric kettle
4.5
E
lectric sold
ering iro
n
5.
Dism
antlin
g, id
entify
ing o
f vario
us p
arts, findin
g fau
lt, rem
ovin
g th
e fault, asse
mblin
g a
nd testin
g o
f
5.1
T
able fan
5.2
C
eiling fa
n
5.3
E
lectric wash
ing m
achin
e
5.4
R
oom
cooler
5.5
E
lectric toaster an
d san
dw
ich m
aker
5.6
E
lectric mix
y
5.7
W
ater cooler
6.
Stu
dy th
e constru
ction o
f telephone an
d its circu
it
7.
To m
ake co
nnectio
n o
f supply
and co
nsu
mer b
oard
8.
Stu
dy o
f contacto
rs and tim
e dela
y rela
ys
9.
Sold
ering p
ractice and lu
gs jo
intin
g.
10.
Perfo
rm th
e follo
win
g test o
n 1
-phase tra
nsfo
rmer
Electrical E
ngin
eering
26
10.1
In
sulatio
n resista
nce test.
10.2
R
atio test.
10.3
P
olarity
and p
hasin
g o
ut te
st. 11.
Tran
sform
er oil d
ielectric strength
test.
12.
Fire p
oin
t, flash p
oin
t and slu
dge test o
f transfo
rmer o
il
13.
Stu
dy o
f choke w
indin
g.
14.
Prep
are coil w
indin
g o
f a small tran
sform
er.
15.
Rew
indin
g o
f a ceiling fa
n.
16.
Fau
lt locatio
n an
d re
med
ies in star-d
elta starter.
17.
Fau
lt locatio
n an
d re
med
ies in ro
tor-resistan
ce starter.
18.
Prep
aration o
f perio
dical m
ainten
ance sch
edule fo
r a pow
er transfo
rmer.
19.
Stu
dy o
f fire fightin
g eq
uip
ments
20.
Stu
dy o
f electric shock
treatmen
t, prep
aration o
f treatment c
hart.
RE
FE
RE
�C
E B
OO
KS
:
1.
Stu
dy o
f electrical applian
ces and d
evices
K
.B. B
hatia
2.
Work
shop p
ractice in electrical en
gin
eering
M
.L. G
upta
3.
Electrical w
iring
Aro
ra, B.D
ass
4.
Dom
estic Applia
nce
S.E
. Board
Rajasth
an, A
jmer
5.
Basic sh
op p
racticals in electrical E
ngg.
V
inod k
um
ar, & K
. Vajay
6.
Stu
dy o
f Electric A
pplian
ces and D
evice
s
K.B
.Bhatia
7.
Basic o
f Practicals in
Electrica
l Engg.
Vin
od k
um
ar & K
. Vija
y
3.
Electrical G
adgets
H. P
artab
4.
Electrical W
iring
A
rora, B
. Das.
5.
Work
shop P
ractices in E
lectric Engg.
M.L
.Gupta
6.
?kjsyw l
kf?k=
ek-f'k-cksMZ] jkt
LFkku 7.
fo|qr e'khu d
k vuqj{k.k v
kSj ejEer
ts-ih- t
Xxh
1.
Installatio
n, F
ault L
ocatio
n &
M
ainte
nan
ce
T.T
.T.I,B
hopal.
2.
Operatio
n &
Main
tenance o
f Electrical E
quip
ment (V
ol. I &
II)
B.V
.S.R
ao
3.
Prev
entiv
e Main
tenance o
f Electrical
Equip
ment
C
harle
s I Hubert.
4. fo|
qr e'khu dk v
uqj{k.k ,oa ejEer
okbZ-ih- t
Xxh
5.
Electrical M
ainte
nan
ce & R
epair
Mah
endra, B
hard
waj
* *
* *
*
Electrical E
ngin
eering
27
MA
�A
GE
ME
�T
C
OD
E E
E 2
10
L
T
P
2 2
/2 --
RA
TIO
�A
LE
This
subject
will
intro
duce
the
studen
ts ab
out
how
to
se
t up a
small-scale
industry
. T
he
subject
inclu
des
the
pro
cedure fo
r how
to select, p
roceed
and start th
e SSI, w
hich
also in
volv
es a concrete m
arket su
rvey rep
ort an
d p
roject
form
ulatio
n.
T
o ach
ieve th
e target an
d g
oals in
an o
rgan
isation it is esse
ntial to
co-o
rdin
ate the en
tire syste
m. F
or th
is purp
ose th
e
know
ledge o
f prin
ciples o
f man
agem
ent, h
um
an reso
urces d
evelo
pm
ent, m
aterial man
agem
ent an
d fin
ancial m
anagem
ent is
required
.
CO
�T
E�
TS
1.
En
trepren
eu
rship
:
1.1
R
ole o
f entrep
reneursh
ip an
d its ad
van
tage
1.2
C
lassification o
f industries (b
ased
on scale)
1.3
C
lassification o
f industries (b
ased
on ty
pe)
1.4
N
ew
industrial p
olic
y
1.5
M
.R.T
.P. act.
1.6
P
roduct id
entificatio
n/ selectio
n
1.7
Site selectio
n
1.8
P
lant la
yout
1.9
In
stitutio
nal su
pport n
eeded
1.1
0
Pre-m
arket su
rvey
2.
En
trepren
eu
rship
Su
pp
ort S
yste
m:
2.1
R
ole o
f District In
dustries C
entre in
setting u
p in
dustry
2.2
Functio
n o
f NSIC
, SIS
I, NIS
IET
, NR
DC
, SSIC
, SID
O, N
MT
C, K
VIC
, RSM
DC
2.3
R
ole o
f state finan
ce corp
oratio
n, state electricity
board
, pollu
tion co
ntro
l board
, RA
JCO
N, B
IS, I.S
.O. etc.
3.
Settin
g u
p S
SI :
3.1
R
egistratio
n o
f SSI
3.2
A
llotm
ent o
f land b
y R
IICO
3.3
P
reparatio
n o
f pro
ject report
3.4
Stru
cture o
f org
anisatio
n
3.5
B
uild
ing co
nstru
ction
3.6
E
stablish
ment o
f mac
hin
es
4.
Ra
w M
ateria
l Ma
na
gem
en
t :
4.1
A
llotm
ent o
f iron a
nd steel, co
ke/ co
al
4.2
A
llotm
ent o
f oth
er indig
enous ra
w m
aterial fro
m N
SIC
4.3
A
llotm
ent o
f imported
raw
material an
d p
arts
5.
Ma
rketin
g F
acilities :
5.1
Supply
of p
roduct to
state govt, to
defen
ce, to railw
ays, to
CSP
O, to
CSD
5.2
P
articipatio
n in
intern
ational ex
hib
ition an
d fairs, trad
e centres, state e
mporiu
m a
nd d
epartm
ental sto
res
5.3
Q
uality
conscio
usn
ess a
nd its effec
t on p
roduct sales
6.
Fin
an
cial S
ou
rces for S
SI :
6.1
V
arious in
stitutio
ns p
rovid
ing lo
ans fo
r industries
6.2
V
arious ty
pes o
f loan
s
6.3
Subsid
ies
Electrical E
ngin
eering
28
7.
Co
ntra
cts an
d T
end
ers :
7.1
T
ype o
f contracts
7.2
N
ecessity o
f contract an
d ten
ders
7.3
T
ype o
f tenders
7.4
T
enderin
g p
roced
ure
8.
Pro
ject Rep
ort :
8.1
P
roced
ure o
f prep
aring a p
roject rep
ort
8.2
Form
at of p
roject rep
ort
8.3
P
reparatio
n o
f pro
ject report fo
r som
e SSI ite
ms
9.
ISO
: 90
00
Series o
f Qu
ality
Sy
stem
:
9.1
D
efinitio
n o
f few
importan
t term
s related to
ISO
quality
syste
m
9.2
V
arious m
odels fo
r quality
assuran
ce in IS
O : 9
000 series
9.3
V
arious ele
men
ts of IS
O : 9
001 m
odel (2
0 p
oin
ts)
9.4
B
enefits b
y b
ecom
ing a
n IS
O : 9
000 co
mpan
y
9.5
In
troductio
n to
total q
uality
man
agem
ent (T
QM
)
10
. P
rincip
les of M
an
ag
emen
t :
10.1
M
anag
em
ent, ad
min
istration a
nd o
rgan
isation, d
ifference b
etwee
n th
em
.
10.2
Scien
tific m
anagem
ent : M
eanin
g, c
haracteristic
s, object an
d ad
van
tage : T
aylo
r's scientific m
anag
em
ent –
Fayol’s p
rincip
les of m
anagem
ent, fu
nctio
ns o
f managem
ent
10.3
T
ypes o
f ow
nersh
ip, so
le tradin
g, p
artnersh
ip, jo
int sto
ck, co
-operativ
e and p
ublic e
nterp
rise
10.4
T
ypes o
f org
anisatio
n, d
ifferent ty
pes an
d th
eir ch
arts.
10.5
Im
portan
ce of h
um
an relatio
n p
rofessio
nal eth
ics
10.6
N
eed fo
r leadersh
ip, lead
ership
qualities
10.7
M
otiv
ation
11
. H
um
an
Reso
urces D
evelo
pm
en
t :
11.1
In
troductio
n, o
bject an
d fu
nctio
ns o
f hum
an reso
urce d
evelo
pm
ent d
epartm
ent
11.2
R
ecruitm
ent, so
urces an
d m
ethods o
f selectio
n, n
eed fo
r effective train
ing, m
ethod o
f trainin
g, d
uties o
f
superv
isor / F
orm
en, ro
le of H
RD
in in
dustries.
12
. W
ag
es an
d In
centiv
es :
12.1
D
efinitio
n an
d req
uire
ments o
f a good w
age sy
stem
meth
ods o
f wag
e paym
ent
12.2
W
age in
centiv
es - type o
f ince
ntiv
e, differen
ce in w
age in
centiv
e and b
onus. in
centiv
e to su
perv
isor.
13
. M
ark
eting
Ma
nag
em
ent :
13.1
C
oncep
t of M
arketin
g
13.2
P
roblem
s of M
arketin
g
13.3
P
ricing p
olic
y
13.4
D
istributio
n ch
annels a
nd m
ethods o
f mark
eting
14
. T
ax S
yste
m a
nd
Insu
ran
ce :
14.1
Id
ea of in
com
e tax, sales ta
x, ex
cise duty
and cu
stom
duty
14.2
In
dustrial a
nd fire in
suran
ce, pro
cedure fo
r industrial in
suran
ce.
15
. L
ab
ou
r Leg
islatio
n a
nd
Po
llutio
n C
on
trol A
cts :
15.1
In
dustrial acts : fac
tory
act 1948
15.2
W
ork
men
's com
pen
sation act 1
923
15.3
A
ppren
tices act 1
961
15.4
W
ater pollu
tion co
ntract act 1
974 an
d 1
981
Electrical E
ngin
eering
29
15.5
A
ir pollu
tion co
ntract act 1
981
15.6
E
nviro
nm
ental p
rotectio
n act 1
986
15.7
Forest (an
imal co
nserv
ation a
ct 1972)
15.8
P
ollu
tion co
ntro
l pro
visio
ns in
moto
r veh
icle act.
RE
FE
RE
�C
E B
OO
KS
:
1.
Han
d B
ook o
f Sm
all Scale In
dustry
P
.M. B
han
dari
2.
Han
d B
ook o
n E
ntrep
reneu
rship
Dev
elopm
ent
O
.P. H
arkut
3.
Entrep
reneu
rial Develo
pm
ent
S.S
. Khanka
4.
Statistical Q
uality
Contro
l
Mah
ohar M
ahajan
5.
ISO
: 9000 Q
uality
Syste
m
S. D
alela
6.
Industrial M
anagem
ent
V
.K. S
harm
a & O
.P. H
arkut
7.
Industrial E
ngg. &
Man
agem
ent
O.P
. Khan
ana
8.
Industrial E
ngg. &
Man
agem
ent
T.R
. Ban
ga
*****
