For the Sub-Engineer Posts exam of TSNPDCL organisation, this TSNPDCL Syllabus 2018 is given. You may also refer Telangana NPDCL Sub-Engineer Exam Pattern. Download tsnpdcl.cgg.gov.in Sub-Engineer TSNPDCL Online Syllabus pdf in English and Telugu for the easiness of the preparing candidates.
TSNPDCL Syllabus 2018
With respect to the latest employment news in Telangana state, this post is published. That employment news is TSNPDCL Sub-Engineer Notification 2018 for 497 Posts. So TSNPDCL Sub-Engineer Syllabus of that notification is given here. The candidates who are viewing this post must have thought to apply for these SE vacancies. They have the time to participate in the Sub-Engineer application process till 18th June 2018. Candidates have no time to start the preparation of TSNPDCL Syllabus , they have to begin the reading of the syllabus right at this moment.
నార్త్ డిస్ట్రిబ్యూషన్ ఆఫ్ తెలంగాణ లిమిటెడ్ (TNPDCL) సబ్-ఇంజనీర్ పోస్టుల కోసం TSNPDCL సిలబస్ 208 ను విడుదల చేసింది. సిలబస్తో పాటు, TSNPDCL AE పరీక్షా విధానం కూడా ఇక్కడ ఇవ్వబడింది. పరీక్ష తేదీ 8 జూలై 2018
TSNPDCL Sub-Engineer Syllabus 2018 Details
|Name of The Organisation||Northern Distribution Company Of Telangana Limited(TNPDCL)|
|Name Of The Posts||Sub Engineer|
|Number Of Posts||497 Posts|
|Application Form Starting Date||05th June 2018|
|Application Form Starting Date||18th June 2018(11.59 PM)|
|Exam Date||08th July 2018|
The time to start the preparation of Telangana NPDCL Syllabus of Sub-Engineer has emerged. Roughly applicants have 40 days time only given by the TSNPDCL board for the preparation phase. On 26th May 2018, the recruitment notification is arrived and on 8th July 2018 TSNPDCL Sub-Engineer Exam Date is fixed. Manage this available time to cover up all the topics represented in the Online Sub-Engineer TSNPDCL Syllabus All topics are equally prioritized so don’t leave any topic. One mark in this Sub-Engineer exam may cost your selection, so do the maximum syllabus coverage.
Check Telangana NPDCL Sub-Engineer Exam Pattern
The Sub-Engineer exam Paper comprises of Technical Subject and General Ability questions. If you made a check of TSNPDCL Sub-Engineer Exam Pattern, then you also get the clarity of what to study and how to study. Despite of less time, you have to cover up a large portion of TSNPDCL Syllabus. To make this full syllabus preparation possible, you have Exam Pattern and Syllabus . If you start the study as per the exam pattern, within less time you will cover up the topics of high scoring. By covering that topics, you can able to score minimum qualified marks. More preparation guidelines are given below. Check them. Also refer our page for the new government job Notifications in India.
Graduates and Diploma Holders has got a right job placement chance in Telangana State Government organisation. So don’t loose this chance. Use the guidance of our page recruitmentindia.in to analyse the Telangana Sub-Engineer Exam Pattern. If you are sure enough about the topics of the exam, then only attempt the Sub-Engineer exam. Not having the enough preparation of TSNPDCL Syllabus and attempting the exam is a worthless thing. It won’t give good results at all. Get the basic knowledge of the SE exam topics, attend the exam. Also refer our page for Latest Telangana State Government Jobs 2018-19.
Telangana NPDCL Sub-Engineer Exam Pattern 2018
|Telangana NPDCL Assistant Engineer Exam Pattern|
|1||Written Test||Part – A||Technical Ability||80||80||2 Hrs|
|Part – B||General Ability||20||20|
|Total||100 Questions||100 Marks|
TSNPDCL Syllabus-Sub-Engineer posts
TSNPDCL Sub-Engineer Syllabus – Electrical Engineering.
I. ELECTRICAL MACHINES:
TRANSFORMERS: Emf equation of single phase transformer, operation of transformer on load, equivalent circuit, vector diagram, open-circuit and short-circuit tests, voltage regulation, losses and efficiency, all-day efficiency, parallel operation of single-phase transformers with equal voltage ratios. Voltage and current relations for three-phase transformer connections. Principle of operation of auto transformer. Cooling of power transformer, Operation of Buchhloz’s relay.
D.C. GENERATORS AND MOTORS: Expression for emf equation of D.C.Generator, armature windings, armature reaction, types of generators,characteristics. Torque equation of D.C.Motor, characteristics, speed control,starters, losses and efficiency. Testing of D.C. Machines.
THREE-PHASE INDUCTION MOTORS: Constructional aspects of cage and wound rotor types of induction motors, expression for torque, torque-slip characteristics, full load torque, starting torque and maximum torque, effects of variation of rotor resistance; losses and efficiency; different starting methods; speed control methods.
SINGLE-PHASE INDUCTION MOTORS AND COMMUTATOR MOTORS:Constructional features and operation of single-phase induction motors: split phase,capacitor and shaded pole types. Principle of operation of A.C. series motor, universal motor, Schrage motor.
II. SWITCHGEAR AND PROTECTION:
FAULTS AND SWITCHING APPARATUS: Short-circuit calculations; fuses and isolators; circuit breakers: theory of arc interruption and different types of oil circuit breakers; lightning arresters and their selection and location.
PROTECTIVE RELAYING: Basic requirements of protective relaying, primary and back-up protection; classification of electromagnetic relays and their principles of operation; time current characteristic curves; induction type over-current relay, distance relays; Merz price protection, differential protection of transformers, bus bar protection.
III. TRANSMISSION :
LINE CONDUCTORS, LINE SUPPORTS AND SAG CALCULATIONS: Different types of line conductors, conductor sizes commonly used for different voltage levels, Types of line supports, factors influencing the selection, cross-arms; spans, conductor spacings and ground clearances. Sag calculations and stringing charts.
TRANSMISSION LINE PARAMETERS: Determination of inductance and capacitance of round and parallel conductors in single phase and three-phase symmetrically spaced lines.
PERFORMANCE OF LINES: Choice of voltage; short, medium and long lines; calculation of sending-end voltage, regulation and efficiency for short lines; nominal and nominal-T methods; Ferranti effect; corona: critical voltages and factors affecting corona.
INSULATORS AND SUBSTATIONS: Different types of insulators: Pin type, strain type,suspension type and relative merits; voltage distribution across string of suspension 2 insulators, string efficiency and methods of improving arcing horns. Equipment used in substations, bus-bar arrangements.
CABLE AND DISTRIBUTION SYSTEMS : Comparison between overhead lines and underground cable. Types of cables, insulation resistance; localization of cable faults. Primary and secondary distribution; Feeders and service mains; radial and ring systems of distribution.
IV. MEASURING INSTRUMENTS AND ELECTRIC CIRCUITS:
MEASURING INSTRUMENTS: Indicating instruments: deflecting, controlling and damping torques, pointers and scales; ammeters and voltmeters: moving coil, moving iron, dynamo-meter, induction types; instrument transformers: C.T and P.T., Watt meters and measurement of power in three phase systems by two-wattmeter method; measurement of energy: Energy meters; M.D. indicators; trivector meter.
ELECTRIC CIRCUITS: Fundamentals of alternating current quantities, sinusoidal waveform;average and effective values; J-notation for A.C quantities; polar form; single phase series and parallel circuits; impedance triangle, phase, power factor. Active and reactive components of power; series and parallel resonance. Three-phase star and delta balanced systems.
V. UTILIZATION OF ELECTRICAL ENERGY:
ELECTRIC DRIVES: Factors governing selection of motors; matching of motors with given loads; electric braking; rating of motor; types of enclosures; motors for particular drive.
ILLUMINATION: Definitions of commonly used terms and units; types of lamps; requirements of good lighting; laws of illumination; terms like : depreciation factor, utilization factor, waste light factor, luminous efficiency, specific energy consumption, space height ratio.
ELECTRIC HEATING AND WELDING: Requirements of good heating materials, materials generally employed, resistance heating; electric furnace; induction heating; dielectric heating welding generator and transformers.
Section-B: 20 Marks.
General Awareness and Numerical Ability :
i) Analytical & Numerical Ability
ii) General Awareness
iv) Related to Telangana Culture & Movement
v) Computer Knowledge.
tsnpdcl.cgg.gov.in Telangana NPDCL Sub-Engineer Syllabus in Telugu
Many of the applicants felt comfort to read the TSNPDCL Syllabus in the local languages. So by considering their comfort our page provides the Telangana NPDCL Sub-Engineer Syllabus in Telugu. Do follow the syllabus blindly. With reference to the topics weight-age, go through the TSNPDCL Sub-Engineer [email protected]tsnpdcl.cgg.gov.in. By the time of hall ticket release, candidates who are completed this syllabus can score well in the exam. Also practice more previous papers to improvise your score in the exam. One time study is not enough to remember all the topics do at least 2 time revision of whole syllabus.
How to Download TSNPDCL Syllabus 2018?
- Open the Northern Distribution Company Of Telangana Limited(TNPDCL) @tsnpdcl.cgg.gov.in
- See the Recruitments Option.
- After clicking that option, you will find the TSNPDCL Sub-Engineer Notification 2018.
- Download that notification.
- In that notification only, officials attached the Telangana NPDCL Sub-Engineer Online Syllabus pdf.
- Save it and read all the topics given in that syllabus.
Syllabus Download Links
Download TSNPDCL Sub-Engineer Syllabus 2018(English): Download Here
Download TSNPDCL Sub-Engineer Syllabus 2018(Telugu): Download Here