LV Arc Flash Electrical Safety Training
Certified Arc Flash Training By Qualified Experts
THIS 1-DAY INSTRUCTOR-LED, CERTIFIED LOW VOLTAGE ARC FLASH TRAINING COURSE INCORPORATES RECENT REVISIONS TO THE 2018 EDITION OF CSA Z462, CANADA'S ARC FLASH ELECTRICAL SAFETY IN THE WORKPLACE STANDARD
Our Arc Flash Electrical Safety Training course is compliant with the many changes to the latest CSA Z462 Standard.
Arc Flash Electrical Safety Training for Qualified Electrical Workers covers all information required by electrical workers to safely work on apparatus rated lower than 750 volts. It includes all legislative requirements applicable to electrical workers, as well as the CSA Z462 (Workplace Electrical Safety) Standard. This course provides technical content and ppe demonstration training for power systems equipment.
All students will be required to complete a competency exam at the end of the course and reach a minimum passing grade of 80%. Certificates of Arc Flash Training will be issued to all students who reach this threshold.
This popular one-day LV Arc Flash and Shock Training course is designed for front-line workers who are responsible for electrical systems and needing certification in the CSA Z462 electrical safety standard. This standard covers safe work practices related to electrical dangers in the workplace. Students will gain a solid understanding of hazards encountered while operating or maintaining electrical installations in the low voltage (below 750V) class including a full understanding of the arc hazard categorization, appropriate PPE selection and safe electrical work procedures.
This one-day Instructor-led Arc Flash and Shock Training course is much more educational experience than taking an online training course or watching an online video!!
- Identify Electrical Safety Training Requirements For Qualified Workers
- Identify Best Practice Regulations That Address Both Arc Flash And Shock Hazards
- List The Steps To Perform A Shock Hazard Analysis And Describe Each Step
- Define The Shock Protection Boundaries And Describe Their Use
- List The Personal Protective Equipment Required For Shock Protection
- List The Steps To Achieve An Electrically Safe Work Condition
- Explain What An Arc Flash Is And The Injuries That Can Result
- Identify When An Arc Flash Hazard Exists
- List The Steps To Perform An Arc Flash Hazard Analysis And Describe Control Measures
- Define The Term "Incident Energy," Identify The Key Electrical System Variables That Affect It
- Define The Term "Arc Flash Protection Boundary" And Explain Its Application
- Define The Term "Arc-Rated" And Explain The Difference Between "Flame-Resistant" Clothing And "Arc Rated" Clothing
- Select Appropriate Personal Protective Equipment For Arc Flash Hazards
- Describe Methods Of Selecting Arc Flash PPE Using The New Tables. New
- Identify The Key Objectives Of Job Safety Planning
- Understanding Electric Power Systems
- Preparing to Work Safely
- Recognizing Electrical Safety Hazards
- Establishing an Electrically Safety Work Condition
- Hazardous Electrical Energy Control Procedures
- Determining Safe Approach Distances
- Shock Hazard Boundaries
- Basic Method for Determining Arc Flash Hazard Assessment
- Safety-related Electrical Maintenance
- Electrical Hazard Labels, Arc Flash and Shock Labeling
- Annex: Prevention of Shock Injuries from Electrostatic Discharges
- NEW: DC Safety-related Work Practices
- Arc Flash Solutions
- PPE Clothing Requirements
- Arc Rated Clothing Testing Standards
- How to Establish a PPE Program in Your Company