©
Regn. No. KERBIL/2012/45073
dated 5-9-2012 with RNI
tIcf k¿°m¿
Reg. No. KL/TV(N)/634/2015-17
Government of Kerala
2016
tIcf Kkddv
KERALA GAZETTE
B[nImcnIambn {]kn≤s∏SpØp∂Xv
PUBLISHED BY AUTHORITY
2016 BKÃv 30
hmeyw 5
Vol. V
}
Xncph\¥]pcw,
sNmΔ
30th August 2016
\º¿
1192 Nnßw 14
14th Chingam 1192
Thiruvananthapuram,
No.
} 35
1938 `m{Zw 8
Tuesday
8th Bhadra 1938
PART III
Electrical Inspectorate Department
hn⁄m]\w
\º¿ Fw˛2/16040/2016/kn.C.sF.
A\p_‘w
CeIv{Sn°¬ kq∏¿sshk¿ ‘_n’ t{KUv
]co£—2016
2016 BKÃv 4.
tIcf kwÿm\ hnZyp—‡n ssek≥knwKv t_m¿Uv
tIcfØnse hnhn[ tI{μßfn¬h®v 2016 Unkw_¿
amkw 17--˛ \v \SØphm≥ Dt±in°p∂ CeIv { Sn°¬
kq∏¿sshk¿ ‘_n’ t{KUv ]co£bv°v \n›nX tbmKyX
Dffhcn¬\n∂pw At]£Iƒ £Wn®psImffp∂p.
]co£bn¬ hnPbn°p∂h¿°v tIcf kwÿm\ hnZyp—‡n
ssek≥knwKv t_m¿Uv \nbaØnse 29 (1), 30 (1) F∂o
hIp∏pIƒ {]Imcw CeIv{Sn°¬ kq∏¿sshk¿ ‘_n’ t{KUv
tImºn‰≥kn k¿´n^n°‰pw s]¿an‰pw \¬Ip∂XmWv .
At]£m t^mdØns‚ amXrI www.ceikerala.gov.in F∂
sh_vssk‰n¬\n∂pw Uu¨temUv sNbvXv FSp°mhp∂XmWv.
Uu¨temUv sNbvsXSpØ
At]£tbmsSm∏w
At]£m^okmb ` 800-˛s‚ sNem\pw lmPcmt°≠XmWv.
1.
tbmKyXIƒ :— kq∏¿sshk¿ ‘_n’ t{KUv ]co£
FgpXphm≥ Dt±in°p∂ ]co£m¿∞nIƒ Xmsg ]dbp∂
GsX¶nepw Hcp hn`mKØn¬ Dƒs∏´hcmbncn°Ww.
(1) hb¿am≥, CeIv{Sojy≥, C≥Ukv{Snb¬
Ce-I{v So-jy≥, C≥Ukv{Snb¬ skIvS¿ Ce-I{v Sn-°¬
F∂o t{KUpIfn¬ F≥.kn.hn.‰n. ]co£
(sF.‰n.sF.), sI.Pn.kn.C. (CeIv{Sn°¬
F©n\obdnwKv) ]co£ F∂nhbn¬ GsX-¶nepw
]mkmbn, tIcf kwÿm\ hnZyp—‡n
ssek≥knwKv t_m¿Uns‚ hb¿am≥ s]¿an‰v
e`n®v - NpcpßnbXv c≠p sIm√sØ hbdnwKv
kw_‘amb {]mtbmKnI ]cn⁄m\w t\Snbh¿.
]qcn∏n® At]£ \n›nX tcJItfmSpIqSn sk{I´dn,
tIcf kwÿm\ hnZyp—‡n ssek≥knwKv t_m¿Uv, No^v
CeIv { Sn°¬ C≥kv s ]Iv S dpsS Imcymebw, luknwKv
t_m¿Uv _n¬UnwKv, im¥n\K¿, Xncph\¥]pcw˛695 001
F∂ ta¬hnemkØn¬ 2016 HIv t Sm_¿ 31˛mw XobXn
sshIpt∂cw 5 aWn°pap≥]v e`n®ncnt°≠XmWv.
(2) ssek≥knwKv t_m¿Uns‚ hb¿am≥ ]co£
FgpXn ]m mbn s]¿an‰v In´nbhcpw
A{]‚okvjn∏v Dƒs∏sS A©p h¿jsØ
{]mtbmKnI ]cn⁄m\w t\Snbhcpw (s]¿an‰v
In´nbXn\ptijw \meph¿jsØ ]cnNbw).
No^v CeIv{Sn°¬
C≥kvs]IvSdpsS
Imcymebw,
Xncph\¥]pcw.
(3) ‘kn’ ¢m v ssek≥kv e`n®v 10 h¿jsØ
XpS¿®- b mb {]mtbm- K nI ]cn- ⁄ m\w t\Sn- b ]Ømw ¢m v ]T\w ]q¿Øn-bm-b-h¿°pw.
(H-∏)v
sk{I´dn,
tIcf tÉv CeIv{Snkn‰n
ssek≥knwKv t_m¿Uv.
283
10
KERALA GAZETTE
2. hnZym`ymk tbmKyX:—tbmK-y-X-Iƒ 1 (3) Hgn-s-Ibp≈
At]£I¿ Fkv . Fkv . F¬.kn.tbm XØpeyamb
]co£tbm ]m mbncn°Ww.
[PART III
(F) hbkv
(_n) hnZym`ymk tbmKyX
hb¿am≥ s]¿an‰v FIvkw-j≥ Im‰-K-dn-bntem/
]co-£-sb-gp-Xn-tbm e`n®v \n›nX Ime-b-fhv {]mtbm-KnI
]cn-⁄m\w t\Sn-b-h¿ Fkv. Fkv. F¬. kn.tbm XØpey
]co-£tbm ]mkm-bn-´p≠v F∂v sXfn-bn-°p-∂-Xn\v am¿°v
enÃns‚ ]I¿∏v IqSn lmP-cm-t°-≠-Xm-Wv. kn ¢mkv
tIm¨{Sm-IvS¿ ssek≥kv e`n®v 10 h¿jsØ {]mtbm-KnI
]cn-⁄m\w t\Sn-b-Xns‚ ASn-ÿm-\-Øn¬ ]co-£bv°v
At]-£n-°p-∂-h¿ Fkv. Fkv. F¬. kn ]q¿Øn-bm°n F∂v
sXfn-bn-°p∂ k¿´n-^n-°‰v lmP-cm-t°-≠-Xm-Wv.
3. {]mb]cn[n:—hn⁄m]\ XobXnbn¬ At]£I\v
18 hbkv ]q¿Ønbmbncn°Ww.
65 hbkv
]q¿Ønbmbh¿°v Cu ]co£bv ° v At]£n°m≥
A¿lX D≠mbncn°p∂X√.
4. ^okv:—tIcfØnse GsX¶nepw Kh¨sa‚ v
{Sjdnbn¬/P\tkh\tI{μØn¬ ‘‘0043˛00˛800˛99’’
F∂ io¿jIØn¬ ` 500 (A™qdv) AS® A ¬
sNem≥ ]co£m ^okn\Ønepw ` 300 AS® sNem≥
At]£m t^mdØns‚ hnebmbpw BsI ^okv
` 800 (FÆqdv ) At]£tbmsSm∏w lmPcm°Ww.
Hcn°¬ \¬Inb ^okv XncnsI \¬IpItbm a‰v
GsX¶nepw BhiyØn\v \o°pt]m°v \SØpItbm
sNøp∂X√.
(kn) hb¿am≥ s]¿an‰ns‚bpw tImºn‰≥kn
k¿´n^n°‰ns‚bpw ]I¿∏pIƒ.
(Un) ‘kn’ ¢m v ssek≥kns‚ ]I¿∏p-Iƒ
5. hbkpw hnZym`ymk tbmKyXbpw sXfnbn°p∂Xn\pff
k¿´n^n°‰pIfpsS ]I¿∏pIƒ Kk‰Uv B^ok¿
km£ys∏SpØn Abbvt°≠XmWv.
sXmgn¬
DSabn¬ \n∂pff kz`mh k¿´n^n°‰ns‚ A ¬
lmPcm°Ww.
(3) {]mtbmKnI ]cnNbØns‚ k¿´n^n°‰v
(4) kz¥w ta¬hnemksagpXnbXpw ` 5˛s‚
Ãmsºm´n®Xpamb 10 sk.ao × 24 sk.ao hen∏Ønepff
c≠v IhdpIƒ.
\yq\XbpffXpw sshIn°n´p∂Xpamb At]£Iƒ
as‰mcp Adnbn∏v IqSmsX \nckn°p∂XmWv.
6. At]£ £Wn®psIm≠pff hn⁄m]\Øns‚
\ºcpw XobXnbpw At]£bpsS apIfn¬
FgptX≠XmWv.
]co£m{Ia߃/hnjb߃
7. ]cnNb k¿´n^n°‰v At]£bn¬ sImSpØn´pff
t^mdØnembncn°Ww. ]co£m¿∞n H∂n¬ IqSpX¬
sXmgn¬ DSaIfpsS Iogn¬ tPmen sNbvXn´ps≠¶n¬
HmtcmcpØcn¬\n∂pw {]tXyIw k¿´n^n°‰pw
lmPcmt°≠XmWv. Ct∏mƒ tPmen sNøp∂
sXmgnepSabpsS k¿´n^n°‰v At]£bnepff
t^mdØnepw a‰pffh AtX amXrIbnepw
Bbncn°Ww.
(]co£ kne_kv Cw•ojn¬ A\y{X sImSpØn´p≠v)
1. ]m¿´v H∂nse t]∏¿ H∂n\pw t]∏¿ c≠n\pw
\qdp hoXw am¿°mWpffXv. ]m mIphm≥ 40%
am¿°v hoXw In´nbncn°Ww.
2. ]m¿´v c≠nse {]mtbmKnI sSÃn\v 100 am¿°mWv
DffXv. AXn¬ ]m mIphm≥ Ipd™Xv 50% am¿°v
In´nbncn°Ww.
8. k¿Δokv Bcw`n°pIbpw Ahkm\n∏n°pIbpw
sNbvXXns‚ IrXyamb XobXnIƒ 10˛mw tImfØn¬
FgptX≠XmWv.
3. FgpØv ]co£ c≠nepw ]mkmbh¿°p am{Xta
{]mtbmKnI
]co£bv°v
]s¶-Sp-°p-hm≥
A¿lXbpffq.
9. At]£tbmsSm∏apff lmƒ Sn°‰pIfpsS HdnPn\¬,
Uyqπnt°‰v t^mdßfn¬ t^mt´m ]Xn®v At]£bn¬
]d™n´pff{]Imcw ]qcn∏n®v Abbvt°≠XmWv.
4. CeIv{Sn°¬ kq∏¿sshk¿
k¿´n^n°‰v sImSp°p∂hn[w:—
10. At]£tbmsSm∏w Xmsg ]dbp∂ {]amW߃
lmPcm°Ww.
tImºn‰≥kn
(1) ]co£bn¬ samØw 130˛\p apIfnepw 180˛¬
Xmsgbpw am¿t°mSpIqSn ]m mIp∂h¿°v
25 sI.Uªyp. Im‰Kdn.
(1) BsI ^okv ` 800 (FÆqdv) : ^okv ` 800 (FÆqdv)
tIcfØnse FsX¶nepw Kh¨sa‚ v {Sjdnbn¬
‘‘0043˛00˛-800˛-99’’ F∂ io¿jIØn¬ AS® A ¬ sNem≥
(At]£m t^mdØns‚ hne ` 300, ]co£m^okv ` 500).
At]-£t- bm-sSm∏w lmP-cm-t°≠XmWv.
(2) ]co£bn¬ samØw 180˛w AXn¬ IqSpXtem
am¿°v In´n ]m mIp∂h¿°v 50 sI.Uªyp.
Im‰Kdn.
(3) ]co£bn¬
]m mbn
tImºn‰≥kn
k¿´n^n°‰pw s]¿an‰pw In´p∂h¿ Hcp
sImïn\ptijw
am{Xta
kvtIm∏v
Iq´phm\pff At]£ ka¿∏n°phm≥ ]mSpffq.
(2) Xmsg ]dbp∂ tbmKyXIƒ sXfnbn°p∂
k¿´n^n°‰pIfpsS icn∏I¿∏pIƒ (Kk‰Uv Hm^ok¿
km£ys∏SpØnbXv).
284
30th AUG. 2016]
ELECTRICAL INSPECTORATE DEPARTMENT
losses—Efficiency—Open circuit and short
circuit tests—Auto transformers—Temperature rise
—3 phase connections and vector group—Scott
connection—Instrument transformers—Territory
windings—dry type transformer.
DETAILS OF ELECTRICAL SUPERVISOR ‘B’ GRADE
EXAMINATION
PART I
PAPER-I
Basic Electrical Engineering—Theory
Maximum Marks—100
Principles of Electricity:—Electric pressure,
current and resistance, Ohm’s Law, Kirchoff’s
Law—Specific resistance. Law of resistance and
their application for calculating voltage drop.
Series and parallel circuits. Unit of voltage,
current, resistance, power and energy, Relation
between electrical power unit (kW) and
mechanical power unit (H.P.), Inductance,
Capacitances, Reactance, Impedances.
2.
Electromagnetism:—Production of E.M.F.—
Faraday’s and Lenz’s Laws and Fleming’s left
hand rule, Fleming’s right hand rules, Magnetic,
chemical and heating of electric current.
Magnetic properties of material, Permeability,
Hystersis, Electromagnets and their application.
3.
4.
5.
6.
7.
Motors:— (a) A. C. Motors—Rotating magnetic
field, single phase induction motors—Different
types—Working principle of 3 phase induction
motors—Squirrel cage and slip-ring—Methods of
starting, Slip torque characteristics, no load and
blocked rotor tests—Efficiency—Circle diagram
and determination of characteristics, Synchronous
motors, Commutator motors. (b) D.C. Motors—
Theory of series, shunt and compound wound
motors, their uses, installation, methods of
starting and speed control and reversal of
direction.
8.
Conversions:—Motor generator sets—Rectifiers—
Half wave and Full wave rectifiers—Single phase
and 3 phase—Voltage Equation—Filtering.
9.
Batteries:—Primary cells, Dry cells, Storage or secondary batteries—Constructional features of
storage batteries or accumulators and their
installations. Lead acid cells, Nickel iron or
alkaline cells, Initial and subsequent charging of
batteries, charging circuits and their calculations.
Series and parallel circuits. Maintenance of
batteries. Use of hydrometers.
10.
Transmission and Distribution:—Line constants—
Determination of voltage drop — Regulation—
Short, medium and long lines. Ferranti effect,
Economic size of conductors—Coronaloss—Power
loss—design of a ground conductor—
Lightening arrestors.
11.
Constructional feature of U.G. Cables:—Fault
location—Murray and Varley loop tests—Charging
currents.
Time—3 Hours.
1.
11
Materials: — Conductors — Semi conductors and
insulators, Classes of insulation—Insulating
materials and their relative merits. Transformer
Oil, Effect of heat and moisture on insulation.
Lubricants and their uses—Dielectrics—
Dielectric strength permittivity.
Circuits:—Series, Parallel, Series—Parallel
circuits, Phasor
addition, subtraction,
multiplication and division, Complex impedance—
Phase Sequence Simple L.C.R. circuit and
solutions—Star
delta
connections
and
transformations. Power and power factor—Net
work solutions—3 phase circuits — Balanced and
unbalanced loads—Symmetrical components and
sequence impedance.
PAPER-II
Generation of Electricity: — (a) A.C. Generators—
Constructional
features
and
essentials
components—E.M.F. equation—Synchronous
Reactance, Regulation, Voltage Control
Synchronizing— Synchroscopes—Bright lamp and
dark lamp methods. (b) D.C. Generators—
Essential components and constructional features,
Shunt, Series and compound Generators and their
characteristics. Causes of Sparking - Interpoles,
Commutators and their maintenance, Carbon
brushes, their adjustment and methods of voltage
regulations.
Basic Electrical Engineering—Application
Maximum Marks—100
Transformer:—Single phase and 3 phase
transformers—Constructional
features—
Transformation ratio—Voltage and current
equations—Magnetizing current, leakage reactance
—Equivalent circuit—Core and copper
285
Time—3 Hours.
1.
Design of Electrical Installations:—Load surveyDomestic-Commercial and industrial installations—
Connected load—Maximum demand—Demand
factor—Diversity factor, Load factor—Selection of
sub-station site—Transformer capacity—Selection
of distribution voltage—Main and sub-switch
boards—Distribution fuse board—M.C.C.—
P.M.C.C.—P.C.C. Distribution layout—Location of
switch board—Fault level calculations.
2.
Selection of Equipments:—Different types of
breakers—O.C.B.—A.C.B - V.C.B.—M.C.C.B.—
M.C.B.—Contactors. Breaking capacity—Making
capacity. Selection of Distribution fuse board—
Continuous ratings—H.R.C. fuses—prospective
12
KERALA GAZETTE
currents—Cut off values—Selection of major and
minor fuses—Grading switch boards, design of
outlets, fabrication, design-Parameters—F.B.A.
regulations. Cable short time and continuous
rating—De-rating factors—Methods of laying—
Design aspects of different type of cables in
Hazardous areas—Motors—Selection method of
starting D.C. Motors—Speed control, Limitation on
starting current and voltage drop-system
disturbance. High voltage motors, Protection—
capacitors—Power factors improvement—
Selection and method of connection—Special type
transformers-Rectified transformers—Scott
connection—tertiary
windings.
Captive
generation—Determination of capacity— Load
segregation—Double bus system, change over
arrangements—I.S. Regulations.
3.
4.
Protection:—Basic methods of Transformer,
Generator, Motors and Feeder protections,
Thermal and magnetic releases—Relays—I.D.M.T
Instantaneous types—Over current—Earth fault
and earth leakage relays—Time and current
setting—P.Ts and C.Ts. Specification and error
factors. Static Relays I.S. Regulations.
Cable Joining:—Aluminium and copper cable
joints—Type—precautions—Termination—I.S.
Regulations.
6.
Clearances:—Statutory clearances of live parts
from ground and buildings— Sectional clearance—
Equipment clearance—Switch boards clearance
inside and outside—Oils containing equipments.
Indoor and outdoor equipment clearances—
Relevant standards and regulations.
7.
Special Type of Installations:—C.T. Scan, X-ray,
Neon Sign, Lift, Cinema installations—Relevant
Rules, circuitry Safety precautions—Earthing _
precautionary measures-Energy meters—Tri-vector
meter—Installations and computation of energy.
8.
Testing and Maintenance:—Insulation Tester-Earth
Tester—Relay testing kit, Schering bridge Break
down test of oil—Single phase and 3 phase
energy meter testing—Volt meter—Ammeter—
Wattmeter—Different
installations—
Recommended — values of insulation resistance—
Earth resistance measurements. Desired values_
Continuity measurements _ Relay testing _
Maintenance of various electrical installations—
Relevant standards and regulations.
9.
Rules and Standards:—The Electricity Act 2003,
the CEA (Measures Relating to Safety and
Electric Supply) Regulation 2010, Kerala Cinema
Regulation Rules 1988—Kerala Electricity
Licensing Boards Rules — Condition of Supply_
Provisions applicable to consumers and
contractors in particular I.S./ NEC- Specifications
I.E.C. Regulations.
PART II
Practical and Viva Voce.
Earthing:—Determination of size of earth bus,
number of earth electrodes. Plate, Pipe and strip
electrodes — Resistivity of soil measurement—
Computation of earth resistance—Different
materials used for earthing conductors—Current
densities—Corrosion factors—Disposition of
electrodes—Joints in earth conductors. Size of
earth conductors for equipments of various
capacities. Earth continuity wire-earth continuity
resistance. I.S. Regulations.
5.
[PART III
Maximum Marks—100
A Practical Examination based on the Syllabus in Part I
will be held.
Note:—The candidate should obtain 50% in part II for a pass.
Electrical Supervisor Grade ‘B’ Competency
Certificate and Permit
(i) The successful candidates will be eligible for
getting Supervisor Competency Certificate and
permit as follows:—
(a) Those who pass the examination and secure
above 130 marks and below 180—‘‘All Low
Voltage Installations and Medium Voltage
Installations upto 25 kW”
(b) Those who pass the examination and secure marks
above 180—‘‘All Low Voltage Installations and
Medium Voltage Installations upto 50kW”.
(ii) Application for enhancing the scope of the
Electrical Supervisor permits will be considered
only after one year from the date of issue of the
permits and Competency.
286