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Course Description

For various reasons, electrical system grounding and bonding procedures are not very well understood. This seminar provides up-to-date theory, practice and knowledge necessary for design, construction, safety, operations and management of electrical facilities. The seminar offers a comprehensive coverage of grounding and bonding procedures, electrical code requirements, substation and safety grounding, sensitive electronic equipment and lightning protection. Practical case studies are used to reinforce knowledge of the grounding and bonding principles studied during the seminar.

Each participant will receive a set of notes that will serve as information and reference.

Course Outline

Day 1 - registration/check-in will start at 8:00 a.m. with sessions to begin at 8:30 a.m. and adjourn at 4:00 p.m. Day 2 will commence at 8:30 a.m. and adjourn at 4:00 p.m. There will be 15 minute mid-morning and afternoon breaks. Lunch is on your own from 12 noon to 1:00 p.m.

Day 1

Introduction
  • Grounding and bonding definitions
  • Grounding and bonding purposes
  • Electrical shock and body currents
What is Grounding?
  • Grounding methods
  • Electrical code requirements
  • Objectionable ground current flow
  • Grounding electrodes and grounding methods
  • Effects of emergency generators
  • Communication systems grounding methods
Electrical Safety Grounding
  • Electrical shock hazards
  • CSA Standard Z462-08 Workplace Electrical Safety
  • Electrical safety grounding
What is Bonding?
  • Body resistance and electric shock
  • Bonding to the electrical system neutral
  • Electrical code requirements
  • Methods of bonding and what must be bonded
  • Single point bonding
Other Important Information
  • Ground faults - impedance effects and effective fault paths
  • Earth resistance vs. resistivity
  • Ground fault protection
  • Single conductor cables - circulating and eddy currents
Questions and Answers

Day 2

Substation Grounding
  • Step and touch potentials
  • Grounding resistance and resistivity
  • Substation grounding requirements
  • ANSI/IEEE grounding standard
Electronic Equipment
  • Electrical disturbances
  • Frequency response of conductors
  • Minimizing electrical noise
  • Shielding methods
Lightning Protection
  • The nature of lightning
  • Lightning protection principles and methods
  • Protection equipment and grounding methods
Measurement Techniques
  • Ground resistance and resistivity
  • Effects of moisture and temperature
  • Measurement methods
Case Study #1 - Retrofitting an Existing Installation
Case Study #2 - Fatality Study
Open Discussion

What You Will Learn

Participants will learn to:

  • Identify and avoid electrical hazards caused by incorrect grounding and bonding methods
  • Reduce electrical equipment problems and failures by employing safe and correct grounding and bonding methods
  • Become more familiar with electrical code requirements
  • Maximize safety in the operation of all types of electrical facilities

Notes

For more Engineering & Technical Professional Development courses click here.

Recommended For

Engineers, technologists, managers, electrical contractors and consultants involved in the design, installation, inspection, maintenance or operation of electrical facilities.
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