Arc Flash & Shock Training - Certified Electrical Safety Instruction

Arc Flash Training

This 1-Day - Instructor-led, Certified Arc Flash and Shock Training course incorporates recent revisions to the latest Edition of CSA Z-462 Arc Flash Electrical Safety in the Workplace Standard.

CSA Z-462 - Important Changes That You Should Know About.

Electrical energy when harnessed and properly utilized can do significant amounts of work and can make our lives easier.  The electrification of cities, industries and rural areas has had a life changing technological effect and caused society to advance.  After electricity was brought to New York, it was nicknamed “The city that never sleeps”. 

While harnessing electricity can be highly productive, it also carries significant risks due to the amount of energy that can be released.  An electric shock with as little as 50mA has the potential to be fatal.  Utilizing electricity also carries arc-flash, blast and other safety risks.

Maintaining electrical safety, arc-flash and shock protection is both the duty of employers and employees when working on electrical equipment.  This is mandated in OHS legislation, due diligence clauses, electrical safety programs, the CSA Z462-18 standard and various other legislation.  This course covers electrical safety and discusses topics relating to the following topics:  safety requirements and duties, electrical safety programs, safety related maintenance requirements, safety requirements for special equipment, hazard mitigation, shock protection and arc-flash. 

One  workplace electrical incident can cost an organization a huge price in terms of injuries, fines, reputation and workers compensation premiums. Employers and supervisors can face personal liability for an injury in their workplace that could result in fines up to $1,000,000, four years, or more, in jail, or both. Many workers may not have received arc flash hazard information in their apprenticeship training and many organizations do not meet current workplace electrical safety standards. This course identifies what it means to be a “qualified electrical worker” and organizations should be aware that holding a license as a journeyperson may not be enough to qualify. The importance of developing safe work procedures, training workers, identifying hazards, evaluating risks, planning and documenting safe work is covered.

This course provides many benefits of an instructor lead course including:  electrical safety examples, discussion, demonstrations and hands on training.  This provides much more benefit than watching a video.  There is no room for error when working with electrical equipment so why compromise on safety education?

Note: Employers have the legislated obligation to identify hazards, evaluate the risks, select and implement the appropriate controls. This course helps companies to understand their legal requirements and what due diligence is required to avoid conviction under provincial or federal OHS legislation, or the Criminal Code of Canada. 

 

Learn from our instructor and others in the class

Students will learn real-life examples and have their electrical safety questions answered by a safety professional with years of electrical safety experience in the development and implementation of an arc flash safety program. Class discussion is encouraged and students also have an opportunity to learn from each other. They will understand the hazards of energized electrical work and how the following Top 5 mistakes workers make can lead to a very serious injury, lost production and/or a fatality.

 

Top 5 mistakes workers make when it comes to electrical safety.

  1. Failure to verify the absence of voltage before beginning work.
  2. Failure to identify the arc flash hazard, evaluate the risk of arc flash and implement the appropriate controls.
  3. Inappropriate selection and/or use of personal protective equipment. 
  4. Complacency to low voltage hazards (typically 115 to 250 volts).
  5. Failure to develop and communicate an emergency response plan.

 

Our Arc Flash/Electrical Safety Masterclass course will students avoid these mistakes and help students to recover if they already made these kinds of mistakes.

 

Top 5 Benefits of Instructor-led Training

  1. Learn from an instructor who is trained and knowledgeable regarding electrical safety.
  2. Students have the opportunity to ask questions which are answered in class while the thoughts are fresh.
  3. Students can enter discussion and get feedback from other attendees with examples of best practices.
  4. Real life examples and solutions are used to present the information in a meaningful way which helps students relate to their own workplace experiences.
  5. All levels of experience and knowledge are accommodated.

 

Instructor-led classes have the flexibility to cater to all levels of experience and electrical knowledge. Even non-electrical workers will gain an appreciation for the hazards of electrical work.

 

How will taking our Arc Flash Training course make you safer in your workplace?

Our instructor-led Arc Flash training course presents students with information they need to evaluate the arc flash and shock hazards, and to help them to ensure the safety of themselves and other electrical workers that may be in proximity to energized electrical equipment. Students will understand the value of a comprehensive risk evaluation, the importance of safe work procedures and pre-job planning.

Workers are given the information and workplace best practices in the course but many times are powerless to use the information because the infrastructure is not in place in their organization. Certification will not change that.

This course covers the analytical process of identifying electrical hazards such as shock and arc flash burns, to determine and communicate the appropriate control methods to be used. We explain why complacency can be deadly when working with circuits energized at 120 volts.  

This one-day arc flash training course is designed to assist organizations to identify shock and arc flash hazards and prevent injuries and incidents associated with those hazards.

Note: Students will demonstrate understanding of arc flash hazards and PPE protection by passing a proficiency examination at the end of the course.

 

 

WHO should attend

THIS COURSE IS IDEAL FOR:

  • Industrial, Commercial, Institutional Electrical Industry Engineering and Maintenance Personnel
  • Electrical personnel who work on or near energized and de-energized electrical equipment
  • Electrical Safety Managers and Safety Professionals
  • Non-Electrical Personnel working in the vicinity of energized systems, or involved in Lock Out/Tag Out of Motor Control Sections
  • Electrical Engineers
  • Plant Electricians
  • Qualified Electrical Workers
  • Instrumentation Mechanics
  • Electrical Technicians
  • Managers & Safety Professionals

 

Students receive

  • 100-Page Electrical Safety Handbook - Value $20 (details below)
  • 0.7 Continuing Education Unit (CEU) Credits
  • FREE Magazine Subscription (Value $25)
  • $100 Coupon toward any future 2019 Electricity Forum event (restrictions apply)
  • Course Presentations in Paper Format
  • NOTE: This course DOES NOT INCLUDE A CSA Z462* Standard. Copies of the CSA Z462* Standard must be purchased separately from Canadian Standards Association and brought to the course.
  • This course comes with an Arc Flash Training Certificate.

 

 

WORKPLACE SAFETY REQUIREMENTS

  • OHS legislation
  • Right to refuse unsafe work
  • Legal requirements relating to safe work practices

 

ELECTRICAL HAZARDS

  • Electrical Shock
  • Effects of current on human beings
  • Shock Protection Boundaries
  • Approach to Energized electrical conductors or circuit parts operating at 50 Volts or more
  • Arc Flash/ Arc Blast
  • Elements and characteristics of an Arc Flash Event
  • Arc Flash Hazard Analysis
  • Arc Flash Protection Boundary for voltages between 50 and 600 Volts

 

Safety Work Related Practices

  • Worker Responsibility
  • Employer Responsibility
  • Electrical Safety Program
  • Host and Contract Employers Responsibilities
  • Establishing an electrically safe work condition
  • Energized Electrical Work Permit

 

Safety Maintenance Requirements

  • General maintenance requirements
  • Substation, switchgear assemblies, switchboards, panelboards, motor control centres and disconnect swithches
  • Control equipment
  • Fuses and circuit breakers
  • Rotating equipment
  • Hazardous Locations
  • Batteries and battery rooms
  • Portable electric tools and equipment
  • Personal safety and Protective Equipment

 

Safety Requirements For Special Equipment

  • General
  • Safety related work practices for electrolytic cells
  • Safety requirements related to battery rooms or battery room enclosures
  • Safety related work practices for use of lasers
  • Safety related work practices for power electronic equipment
  • Safety related requirements for research and development laboratories

 

PREPARING TO WORK SAFELY

  • Hazard Risk Analysis/ Task Assessment
  • Assessment to Lockout or Work Energized
  • Overview of Lockout Fundamentals
  • Working Energized defined
  • Preparing a Job Briefing and Planning Checklist
  • How to plan for an Energized Electrical Work Permit 
  • Elements of an Energized Electrical Work Permit


ELECTRICAL HAZARDS

  • Electrical Shock
  • Effects of current on human beings
  • Shock Protection Boundaries
  • Approach to Energized electrical conductors or circuit parts operating at 50 Volts or more
  • Arc Flash/ Arc Blast
  • Elements and characteristics of an Arc Flash Event
  • Arc Flash Hazard Analysis
  • Arc Flash Protection Boundary for voltages between 50 and 600 Volts

 

ESTABLISHING AN ELECTRICALLY SAFE WORK CONDITION

The most effective way to prevent electrical injury is to completely remove the source of supply. This section will discuss the methods and process of achieving an electrically safe work condition. Including the following:

Working On or Near De-energized Electrical conductors or Circuit Parts That Have Lockout Devices Applied
Principles of Lockout Tagout Execution

a. Employee Involvement
b. Training
c. Plan
d. Control of Energy
e. Identification
f. Voltage
g. Coordination

 

Hazardous Electrical Energy Control Procedures

a. Individual Qualified Employee Control Procedure
b. Simple Lockout Tagout Procedure
c. Complex Lockout Tagout Procedure
d. Coordination
e. Training and Retraining

 

Equipment

a. Lock Application
b. Lockout Tagout Device
c. Lock out Device
d. Tagout Device
e. Electrical Circuit Interlocks
f. Control Devices
g. Procedures
h. Planning


DETERMINING SAFE APPROACH DISTANCE

  • Determining Safe Approach Distance
  • Definitions of Boundaries and Spaces
  • Limits of Approach
  • Shock Hazard Analysis
  • Shock Protection Boundaries
  • Limited Approach Boundary
  • Restricted Approach Boundary
  • Prohibited Approach Boundary
  • Hazard Boundary


Shock Hazard Boundaries

 

  • Limits of Approach
  • Preparation for Approach
  • Qualified Persons, Safe Approach Distance
  • Electrical Conductors or Circuit Parts for Shock Protection
  • Safe Working  Distances from Energized Conductors

 

BASIC METHOD FOR DETERMINING ARC FLASH HAZARD ASSESSMENT

 

  • Breakdown and characteristics of the 4 Hazard Risk Categories - NEW
  • Selection of Personal Protective Equipment for Various Tasks
  • Hazard/ Risk Category Classification
  • Protective Clothing and Personal Protective Equipment (PPE)
  • Protective Clothing Characteristics
  • Factors in selection of Protective Clothing and Equipment
  • Two Category, Flame Resistant (HRC/ Hazard Risk Category) Clothing System - NEW
  • Layering Protective Clothing and Total System Arc Rating
  • Arc Rating, Arc Thermal Performance Value (ATPV) and Break-open Threshold Energy (EBT)
  • Brief overview of applicable ASTM standards for Protective Clothing and PPE

 

Safety-related Electrical Maintenance

 

  • Introduction
  • Frequency of Maintenance Tests
  • Maintaining Electrical Drawings
  • Maintenance Standards

Electrical Hazard Labels, Arc Flash and Shock Labelling
General
Canadian Electrical Code Rule 2-306 Shock and Arc Flash Warning Label
Arc Flash Label Example

Detailed Arc Flash Hazard Analysis Label - NEW

NEW ANNEX: Prevention of Shock Injuries from Electrostatic Discharges

Prevention of Shock Injuries from Electrostatic Discharges, describes workplace scenarios, such as high-speed network operations, in which potential for shock injury from electrostatic discharge exists. This Annex identifies methods to prevent, control, and protect personnel from injury.

NEW: DC Safety-related Work Practices

The latest edition of CSA Z462 has considerably more information on safety-related practices relating to work on and around DC systems. A new Shock Protection Boundary Table for DC systems and an arc flash energy calculation method for DC systems have been added. Extensive revisions have been made to deal with safety-related practices for batteries, battery rooms and battery enclosures. Both high value for anyone working on or around DC equipment. This new additional information is essential for working on DC systems.


ARC FLASH SOLUTIONS

 

  • Arc Flash Study Analysis and Implementation
  • Power System Upgrades
  • Arc Resistant Switchgear
  • Circuit Breaker Retrofitting
  • Remote Breaker Racking
  • Regular Maintenance and Testing
  • Arc Rated Power Switchgear
  • Light Sensing trip breakers
  • GE Arc Vault Protection system

 

CSA Z462 PPE CLOTHING REQUIREMENTS, Arc Rated CLOTHING TESTING STANDARDS, HOW TO ESTABLISH A PPE PROGRAM IN YOUR COMPANY

  • The evolution of Arc Resistant (AR or HRC) fabrics
  • Changes in Clothing Requirements in Electrical Work - New
  • The various types of HRC fabrics that are available in the marketplace
  • HRC fabrics and the effects of undergarments
  • Review the technology and effectiveness of inherently flame resistant fibers vs chemically treated fabrics
  • Developing a PPE Program in Your Company
  • Assessing the correct Arc Flash hazard and choosing the right level of protective clothing
  • Company training and worker compliance
  • Documentation

TEST
A test to ensure student understanding of the days information

 

COURSE TIMETABLE

Start: 8:00 a.m.
Coffee Break: 10:00 a.m.
Lunch: 12:00 noon
Restart: 1:15 p.m.
Finish: 4:30 p.m.

 

 

Registration Fees & CEU Credits

The registration fee to attend this training course is $399 + GST/HST.

Register and prepay 14 days before forum date and receive an early bird registration fee of $349 + GST/HST

Register 3 delegates at full price $399, and get a 4th registration FREE!

Earn Continuing Education Unit (CEU) Credits

Successful completion of this course qualifies delegates to receive a certificate of course completion with indicated CEUs.

EIC

CEUs are granted by the Engineering Institute of Canada. One CEU is equivalent to 10 professional development hours of instruction.

This course earns 0.7 CEUs.

Course Locations

September 5, 2019

Sandman Hotel & Suites Winnipeg Airport

1750 Sargent Ave.
Winnipeg, MB
204-775-7263

September 9, 2019

Sandman Airport Hotel Saskatoon

310 Circle Dr
Saskatoon, SK
306-477-4844

September 11, 2019

Sawridge Inn Edmonton South

4235 Gateway Blvd NW
Edmonton, AB
438-1222

September 16, 2019

Sandman Signature Vancouver Hotel & Resort

10251 ST. Edwards Drive
Richmond, BC
604-278-9611

September 19, 2019

Hampton Inn and Suites Toronto Airport

3279 Caroga Drive
Mississauga, ON
905-671-4730

Course Schedule
Corporate Sponsors
Ago Industries
George M. Fraser Ltd.

On-Site Training Available

We can present this Arc Flash & Shock Training - Certified Electrical Safety Instruction Course to your electrical engineering and maintenance staff, on your premises, tailored to your specific equipment and requirements. We are ready to help design this program for you. Click on the link below to request a FREE quotation.

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