INDUSTRIAL DESIGN ENGINEERING AND APPLICATIONS HANDBOOK (ELECTRICAL ENGINEERING)

Mr KAMAL KRISHNA MAITY

ISBN 10: 1521458596 / ISBN 13: 9781521458594

Verlag: Independently published, 2017

Beschreibung

419 pages. 11.00x8.50x1.05 inches. In Stock. Bestandsnummer des Verkäufers zk1521458596

Bibliografische Details

Titel: INDUSTRIAL DESIGN ENGINEERING AND ...

Verlag: Independently published

Erscheinungsdatum: 2017

Einband: Paperback

Zustand: Brand New

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Inhaltsangabe:

This book will tremendous useful for fresh graduate/post graduate Electrical engineering pass out students who are searching for job & Working professional. This book will be very handy book for clearing interview of fresh engineer & will be useful for day to day work for experienced professionals, This Book cover below Topics 1. CABLE 1.1 OVERHEAD CONDUCTOR 1.2 INSULATED POWER CABLES FOR HIGH-VOLTAGE APPLICATIONS 1.3 TYPICAL CABLE DESCRIPTION 1.4 CONDUCTOR 1.5 INSULATION 1.6 ARMOURING 1.7 EXTERNAL LAYER 1.8 ELECTRICALLY CONDUCTING MATERIALS USED IN THE CONSTRUCTION OF CABLES 1.9 ELECTRICALLY NON-CONDUCTING MATERIALS USED IN THE CONSTRUCTION OF CABLES 1.10 OIL FIELD CABLE 1.11 ELASTOMERIC CABLES 1.12 AERIAL BUNDLED CONDUCTORS (ABC) 1.13 COMPOSITION & NOTATION OF POWER AND CONTROL CABLES 1.14 OVERVIEW OF ELECTRIC PARAMETERS OF UNDERGROUND POWER CABLES 1.15 SHIELD BONDING METHODS AND ELECTRIC PARAMETERS 1.16 UNDERGROUND LAYOUT AND CONSTRUCTION 1.17 TESTING, TROUBLESHOOTING, AND FAULT LOCATION 1.18 CABLE SIZING CALCULATION 1.18.1 SIZING OF 33KV FEEDER CABLES 1.18.2 SIZING OF 11 KV CABLES 1.18.3 SIZING OF 3.3 KV CABLES 1.18.4 SIZING OF 415 V MOTOR FEEDER CABLES 1.18.5 SIZING OF 415 V FEEDER CABLES 1.18.6 SIZING OF EHV CABLE SIZING 1.18.7.1 CURRENT CARRYING CAPACITIES 1.18.7.2 GENERAL CONDITIONS 1.18.7.3 CABLE SIZING FORMULA 1.18.7.4 CONDUCTOR RESISTANCE 1.18.7.5 DIELECTRIC LOSS 1.18.7.6 METALLIC LAYER LOSS FACTOR 1.18.7.7 THERMAL RESISTANCE 1.18.7.8 CURRENT CARRYING CAPACITY 1.18.7.9 MAXIMUM SHORT CIRCUIT 1.18.7.10 CALCULATIONS 1.18.7.11 SHORT CIRCUIT RATING OF METALLIC SHEATH CALCULATIONS 1.19 OVERHEAD VS UNDERGROUND DISTRUBUTION SYSTEM 1.20 REFERNACE CODES AND STANDARDS 2 EARTHING 2.1 PURPOSE & SCOPE 2.2 TYPE OF EARTHING 2.3 EVALUATION OF EARTHING METHOD 2.4 DESIGN OF EARTHING SYSTEM 2.4.1 HIGH VOLTAGE SYSTEM EARTHING 2.4.2 LOW VOLTAGE SYSTEM EARTHING 2.5 ASSUMTION & CONSIDERATION 2.6 METHODOLOGY 2.7 ACCEPTANCE CRITERIA 2.8 FLOW DIAGRAM FOR EARTHING CALCULATION 2.9 CALCULATION 2.10 RESULT/CONCLUSION 2.11 CONSTRUCTION DETAILS RELATING TO EARTHING 2.12 REFERENCE 3 LIGHTNING 3.1 PURPOSE & SCOPE 3.2 TYPE OF LIGHTNINGING PROTECTION 3.3 DESIGN OF LIGHTNING SYSTEM 3.4 ASSUMTION & CONSIDERATION 3.5 METHODOLOGY 3.6 ACCEPTANCE CRITERIA 3.7 FLOW DIAGRAM FOR LIGHTNING CALCULATION 3.8 CALCULATION 3.9 RESULT/CONCLUSION 3.10 REFERENCE 4 LIGHTING 4.1 PURPOSE & SCOPE 4.2 TYPES OF LIGHTING FITTINGS 4.3 LEVELS OF ILLUMINATION 4.4 DESIGN INPUT 4.5 ASSUMTION & CONSIDERATION 4.6 METHODOLOGY 4.7 ACCEPTANCE CRITERIA 4.8 CALCULATION 4.9 RESULT/CONCLUSION 4.10 REFERENCE 5 ELECTRICAL SYSTEM STUDIES 5.1 PURPOSE & SCOPE 5.2 DESIGN INPUT/ EQUIPMENT DATA/STUDY DATA 5.3 SYSTEM LOADS 5.4 ASSUMTION & CONSIDERATION 5.5 METHODOLOGY 5.6 ACCEPTANCE CRITERIA 5.7 CALCULATION/ ELECTRICAL SYSTEM STUDIES 5.7.1 LOAD FLOW STUDIES 5.7.2 SHORT CIRCUIT STUDY 5.7.3 MOTOR STARTING STUDY 5.7.3.1 STATIC 5.7.3.2 DYNAMIC 5.8 RESULT/CONCLUSION/ RECOMMENDATIONS 5.9 REFERENCE 6 TRANSFORMER 6.1 PURPOSE 6.2 SCOPE 6.3 OPERATING PRINCIPLES 6.4 DESIGN INPUT 6.5 ASSUMTION & CONSIDERATION 6.6 METHODOLOGY 6.7 ACCEPTANCE CRITERIA 6.8 CALCULATION 6.8.1 GENEARTOR STEP UP TRANSFORMER SIZING CALCULATION 6.8.2 UNIT AUXLIARY TRANSFORMER SIZING CALCULATION 6.8.3 AUXILIARY TRANSFORMER SIZING CALCULATION 6.8.4 ON LOAD TAP CHANGER CALCULATION 6.8 RESULT/CONCLUSION 6.9 REFERENCE SIMILAR CONTENT/INDEX FOR FOLLOWING TOPIC MV & LV SWITCHGEAR, NERTRAL EARTHING TRANSFORMER, UPS, DIESEL GENERATOR, CURRENT & VOLTAGE TRANSFORMER, BUSDUCT, RELAY SETTING CALCULATION