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ELC 014 – Electrical Power Supply to Industrial & Commercial Buildings

ELC 014 – Electrical Power Supply to Industrial & Commercial Buildings

Category:
Electrical & Electronic / In-House Programs / Technical & Engineering /
ELC 014 - Electrical Power Supply to Industrial & Commercial Buildings

Duration: 2 Days
Lectures: InHouse
Certificate of Completion

INTRODUCTION

The course is designed to include basics of electricity supply systems used for industries, domestic and commercial buildings. It includes safety requirements, standards and codes for electrical installation works. Basic electrical wiring methods and practice have been presented. Working of different types of Electric Motors has been explained. Electrical system and neutral grounding methods have been thoroughly discussed. Shock hazards and the protection against it have been highlighted. Two important topics of control and protection of industrial and commercial installation works as well as installation design have been dealt comprehensively. Finally a brief working of distribution substations is given.

Objective

The course aims to give the electrical engineers, managers and technicians a thorough understanding of basic electrical circuits, standards and codes, electric supply systems and equipments. It also deals with the wiring and installation work for domestic and commercial buildings, and industries. Another main objective is to provide the information of protection and control system with the devices used in industrial and commercial buildings. One of the major goals is to acquire a thorough idea of the grounding methods, shock hazard and residual current device. Emphasis is also given on installation design aspects and on the working of distribution substations.

Who should attend?

  • All Electrical, Electronic, Mechanical, Civil, Chemical and Architectural Engineers
  • Engineering Consultants
  • Consulting Offices
  • Engineers in Industrial, Government Offices Working in Projects Evaluation and Costing
  • Engineers Preparing for Professional Engineering Degree

CURRICULUM

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Day One

  • Introduction to AC and DC, Resistance, Inductance, Capacitance.
  • Standards and NEC code
  • Health and Safety
  • Circuit laws, Power and Power Factor,
  • Power Factor Improvement
    • High and Low Voltage Distribution System
  • Basic Electrical Power Utilization
  • Systems
  • Transformers
  • Motors
  • Storage Batteries
  • Basic Devices and Equipment

(Fitting and Boxes, Receptacle

Outlets, Switches)

  • Electric Conductors (WireInsulation, Wire Sizes,Ampacity,Reducing Voltage Drop)
  • Making Wire Connections and Splice
  • Outlet and Switch Boxes
  • Wiring Method, Surface and Concealed Conduit, Trunking, Flexible Conduit
    • Distribution Board, Busbar Chamber

  • Lighting and Illumination, Light Sources, Stroboscopic Effect, Calculation of Lighting Requirement
  • Installation Circuits and Systems Lighting Layouts, Power Circuits, Space Heating
  • Industrial Installations
  • Multistorey Commercial and Domestic Installations
  • Alarm System, Emergency system
  • Off-peak supplies
  • Residential Electrical Distribution
  • Residential and Farm Motors
  • Installing Service Entrance

  •  Distribution system planning
  • Types of substation
  • Busbar schemes
  • Quality power supply
  • Basic types of circuit breakers
  • Relays
  • Feeder protection

Day Two

  • System and Neutral Grounding
  • Grounding Methods
  • Earth Electrode Resistance
  • Earth fault loop impedance
  • Residual Current device
  • Bonding
  • Types of Neutral Grounding, Solid,Resistance, Reactance, Peterson Coil Grounding

  • Short Circuits, Fault Current Calculation
  • Protection against Faults
  • Overload Protection
  • Fuses
  • Miniature Circuit Breakers
  • Discrimination
  • Under-voltage Protection of Motors
  • Protection against Direct and Indirect Contacts

  • Design Procedure
  • Design Current
  • Setting of Protective Devices
  • Correction Factors
  • Choice of Cable size
  • Voltage Drop
  • Shock Risk