TRAINING.

Arc Flash and Shock Mitigation for Industrial Personnel - Electrical Safety per CSA Z462/OSHA 1910

Online /
Mar 2 - 3, 2022 /
Course Code: 12-0325-ONL22

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  • Overview
  • Syllabus
  • Instructor

Overview

Please note, This instructor-led course has specific dates and times:
This course is held online over 2 days on the following schedule (All times in Eastern Time Zone):

9:30 am to 5:30 pm Eastern (Will include the usual breaks)

Participants are required to purchase and bring their copy of the CSA Z462-18 Standard to the course as well as a calculator.

After Participating in this course, you will be able to:

  • Understand principles of Electrical Safety per OSHA 29CFR 1910(S), CSA Z462 2018
  • Apply the above methodology with Safe Work Practices for Industrial Electrical work
  • Be aware of the requirements for a Qualified Electrical Worker
  • Use knowledge gained for PPE selection, use of barriers, barricades, boundaries and signage
  • Be able to perform risk assessments

Description:
This course covers principles of Electrical Safety to reduce incidents of Shock and Arc Flash. The contents of CSA Z462 and its American counterpart NFPA 70E are a result of cumulative studies on incidents documented by OSHA since 1970 involving injuries and fatalities due to Electrical Energy.

What this course does not cover is the practical component of this standard required for Electrical Workers involving field demonstration of LV/MV Safe Work practices. What this course also does not cover is any build of Electrical systems or Electrical Work Standards /Practices. They are part of Canadian Electrical Code.

Course Outline:

  • History, evolution and chronology of the standard CSA Z462
  • Arc Flash and shock theory and boundaries
  • Boundary distance calculation, tables, interpreting Arc Flash labels
  • Risk assessment
  • Review of JHA/JSA and job planning forms
  • PPE study
  • Setting up a safe work zone, safe work practices
  • Medium voltage systems (1kV-69kV) considerations
  • Flexible cords and portable tools
  • Definition, requirements of a qualified electrical worker

Who Should Attend:
Electrical Engineers • Managers who supervise Electricians or Operators of Electrical Equipment • Plant Supervisors, Operations Personnel and Foremen • Human Resource and Safety Professionals for Manufacturing, Processing Facilities • Instrumentation, Controls and Manufacturing Engineers • Owners of Plants, Facilities with risk of Electrical Incidents

Special Features:
Participants are required to purchase and bring their copy of the CSA Z462-18 Standard to the course.

Required Resources:
Please bring a calculator.

More Information

Time: 9:30 AM - 5:30 PM Eastern Time


Please note: You can check other time zones here.

Syllabus

Day 1

  • History, OSHA, NFPA 70E and CSA Z462 evolution & chronology
  • Arc Flash Hazard, definition, causes, factors that accentuate/mitigate
  • Shock Hazard, Dalziel studies, harmful thresholds and effects
  • Limited Approach Boundary, Restricted Approach Boundary, Arc Flash Boundary Definitions & Rules (Safe Work Practices)
  • Tables for distances for Shock Boundaries (DC & AC)
  • How to read and interpret an Arc Flash label, use of old and new tables for arcflash PPE selection

Day 2

  • Empirical calculations, tables to determine Arc PPE selection when labels are absent or cannot be used.
  • Step and Touch Potential considerations for MV/HV equipment and systems.
  • Revision of Lockout/Tagout (Establishing an Electrically Safe work Condition)
  • Setting up/Staging of an Electrically Safe Work Zone
  • use of barriers, barricade, PPE
  • type of PPE for shock & arc flash including inspection
  • Risk Assessment, JHA/JSA and written procedure
  • Substation bonding, switching use of IPE, use of temporary protective grounds.

Instructor

Sam Pherwani, P.Eng., CESCP

Sam Pherwani has 24+ years work experience in Electrical Engineering, Process Controls & Instrumentation and Industrial Automation, Sam brings to EPIC his expertise in the Process Automation/Instrumentation field in Automotive sector with Ford, GM, Honda & Toyota, in the Energy sector with Conoco Phillips, Chevron, Shell, Westinghouse as well as in the Semiconductor industry with Motorola, Samsung & Freescale.

His achievements include design, development, programming, training and completion of several Control Systems projects for Process plants in Manufacturing, Water/Wastewaster, Oil/Gas, Automotive Facilities & Building Management Systems. He is an award recipient of Texas Environmental Excellence in 2004 for Industrial HVAC Energy Conservation. Sam also served as Canadian Engineering Volunteer in Serbia with CESO for system reliability studies, SIL certification.

For the last five years, his focus has been Electrical Code and Arc Flash/Shock mitigation with work at Siemens, Berkeley Lab, NASA, refineries, windfarms and substations across USA and Canada.




The Engineering Institute of Canada AIBC Approved   
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Fee & Credits

$1295 + taxes

  • 1.4 Continuing Education Units (CEUs)
  • 14 Professional Development Hours (PDHs)
  • ECAA Annual Professional Development Points
  • This course has been approved by the AIBC for 14 Non-Core Learning Units
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