This Electrical Safety Training course is suitable to a wide range of technical professionals but will greatly benefit:
Day 1: Electrical Safety Related to OSHA and NFPA 70E
- Overview and Definition of Arc Flash
- Electric Shock Hazards
- Internal Arc Fault and Electrical Safety Hazards
- Severity of Arc Flashes and Arc Blast
- IEEE 1584 and NFPA 70E Relevance to Arc Flash Hazards
- IEC Standard Time/Current Zones Effects of AC Currents on Persons
- Electrically Safe Working Environment and Safety Programmes
- Implementation of Lock Out Tag Out and its Significance
Day 2: The Impact of Arc Flash Accidents and How Can Such Incidents Be Avoided and Controlled?
- Current Limiting Fuses and Fast Acting Circuit Breakers
- How Over Current Protective Devices Can Reduce Arc Flash Hazards
- Arc Flash Metrics
- Arc Flash Incidents
- Arc Flash Mitigation Methods
- Arc Flash Safety Solutions
- How to Avoid Arc Flash Accidents?
- Arc Proof and arc Resistant Switchgears
Day 3: IEEE 1584 Incident Energy and Limits of Approach
- Arc Flash Protection Boundaries
- Limits of Approach
- Hazards Risk Categories
- Incident Energy
- Significance of arc flash warning labels
- Calculation of Incident Energy
- Electrical Intrinsic Safety
- Types and Operation of Arc Flash Protection Relay
Day 4: Arc Flash Hazard Analysis
- Arc Flash Studies and Maintenance
- Arc Flash Risk Assessment and Strategies
- Arc Flash Hazards Analysis
- Arc Flash Analysis Available Software
- Active and Passive Arc Flash Containment
- Ultra-Fast Earthing Switch
- Selective Arc Flash Protection
- Numerical Relay Incorporating Arc Flash Protection
Day 5: Arc Flash Mitigation Techniques
- Arc Flash Mitigation Effectiveness and Sustainability
- Overcurrent Protective Devices and Arc Flash Reduction
- Arc Flash Protection Relay
- Arc Flash Sensors and Detectors
- Major Changes of IEEE 1584 2018 Version
- Remote Racking Techniques and Technologies
- Wrap Up Session with Q&A