The Electrical Safety & Arc Flash Prevention training course will address the severity of arc flash hazards and the appropriate safety measures to be implemented in electrical installations. This comprehensive analysis will identify the risks, estimate the potential incident energy, and recommend the types of personal protective equipment (PPE) to be used. Technology plays a crucial role in preventing arc flash hazards. Although electrical safety protocols and accident prevention measures are always in place, accidents can still occur, leading to significant harm and unacceptable downtimes for personnel. Hazard risk categories are essential as they determine the incident energy and the appropriate PPE.
Arc flash boundaries or limits of approach ensure safe distances when working in electrical installations. These include simple precautions and the use of PPE when working with switchgear, which significantly reduces the risk of arc flashes. Proper and correct PPE is mandatory, as it can save lives and prevent severe injuries. Arc flash hazard analysis and proper labeling can foster safe working habits and help eliminate flashovers.
At the end of this Energy Training Centre training course, participants will learn to:
- Understand the importance of arc flash accident prevention and analysis in electrical installations
- Explain the necessity of working safely
- Learn the dangers and hazards of high voltage electrical faults
- Determine how to avoid accidents at your workplace
- Analyse the various methods of arc flash reduction devices
The Electrical Safety & Arc Flash Prevention training course is designed to provide participants with in-depth knowledge on the outlined subjects. The training course will be delivered by an instructor employing a range of effective adult learning and facilitation techniques. Each participant will receive a comprehensive set of course notes for reference.
The training course will utilize various instructional methods, including computer displays, videos, and PowerPoint presentations, to thoroughly cover the topics. The training course is structured to be interactive, encouraging active participation throughout the sessions. Attendees are invited to engage in Q&A discussions both during and at the end of each day.
Additionally, needs-based case studies and problem-solving workshops will be integrated into the programme. These sessions offer participants the chance to collaborate with peers and the instructor to address specific issues and explore suitable solutions.
Upon completion of the Electrical Safety & Arc Flash Prevention training course, the organizational benefits will include:
- Enhanced technical skills for effective arc flash management.
- Increased productivity through streamlined project processes.
- Identification of improvement opportunities with advanced arc flash techniques.
- Networking opportunities with industry leaders and experts.
- Improved workforce attitudes towards new technologies.
- Stronger adherence to safety practices in electrical installations
Upon successful completion of this training course, delegates will be able to:
- Recognize the significance of mitigating arc flash incidents.
- Understand the severity and potential damage of arc flashes and blasts.
- Appreciate the importance of studying approach limits.
- Evaluate potential incident energy levels.
- Identify the benefits of arc flash protection relays and detection systems.
- Comprehend the necessity of safety warning arc flash labels.
Engineering and administrative teams will gain a thorough understanding of the risks associated with arc flash incidents, enabling them to establish effective safety protocols and perform detailed analyses.
This Electrical Safety & Arc Flash Prevention training course is suitable to a wide range of professionals but will greatly benefit:
- Electrical Engineers
- Maintenance Technicians
- Electrical Supervisors
- Engineering Professionals
- Managers in Electrical Engineering
Day One: Arc Flash Regulations as per IEC, IEEE 1584-2018, and NFPA 70E Standards
- Overview and definition of arc flash
- Electrical safety and shock hazards
- Internal arc fault and electrical safety hazards
- Severity of arc flashes and arc blast
- Overview IEEE 1584 - 2018 and NFPA 70E relevance to arc flash hazards
- Narration of IEEE 1584 - 2018
- Electrically safe working environment and safety programmes
- Importance and implementation of lock out tag out and its significance
Day Two: Understanding Limits of Approach Boundaries and Precautions, Arc Flash Labels, and Arc Flash Protection Relays
- Limits of Approach
- Arc Flash Protection Boundary
- Importance of Arc Flash Warning Labels
- Minimum Arc Flash Label Requirements in Compliance with NFPA 70E 2018
- Incident Energy Definition and Calculation
- Hazards Risk Categories
- Electrical Intrinsic Safety
- Types and Operation of Arc Flash Protection Relays
Day Three: Arc Flash Hazards Analysis Information and Risk Assessment
- Practical Approach to Arc Flash Hazard Analysis and Reduction
- Arc Flash Studies and Maintenance
- Arc Flash Risk Assessment Report and Strategies
- Arc Flash Hazards Analysis
- Arc Flash Analysis Available Software
- Active and Passive Arc Flash Containment
- Personal Protective Equipment and Arc Flash Incidents
- Ultra-Fast Earthing Switch
Day Four: Arc Flash Mitigation Technologies
- Current Limiting Fuses and Fast Acting Circuit Breakers
- How Overcurrent Protective Devices Can Reduce Arc Flash Hazards
- Arc Flash Metrics
- Arc Flash Incidents
- Arc Flash Mitigation Methods
- Arc Flash Safety Solutions Including Sensors and Detectors
- Can Arc Flash Incidents Be Avoided?
- Arc Proof and Arc Resistant Switchgears
Day Five: Minimizing Arc Flash Incidents and Maintenance
- ARMS – Arc Flash Reduction Maintenance System
- Methods of Reducing Arc Flashes
- Time-Current Selectivity
- Active and Passive Measures to Minimize Arc Flashes
- Arc Flash Accidents and Prevention
- Avoiding Arc Flash Blasts
- Remote Racking of Circuit Breakers
