Prioritizing safety, these studies create a secure work environment, protect employees, and maintain smooth operations.
Get in touchThe frequency depends on several factors, including changes made to the electrical system, equipment modifications, and regulatory requirements. As a general guideline, arc flash studies should be conducted at least every five years or whenever significant changes occur in the electrical system. Examples of significant changes include adding new equipment, modifying existing setups, or changes in electrical load.
They assess electrical system risks, enhance workplace safety with proper PPE, ensure regulatory compliance, minimize downtime, optimize budget planning, improve risk management, attract insurance benefits, and build a positive reputation.
Troubleshooting, Maintenance, and Safety Training to Canadian and International Industry since 1980. With a proud history of serving the industry for over four decades, we have equipped over 25,000 students with the knowledge and skills to excel in their fields.
Our "Arc Flash and High Voltage Safety" course is designed to equip you with the skills and knowledge to mitigate electrical hazards, ensuring a safer work environment.
Already had an arc flash study? Purchase our training and receive a comprehensive audit to ensure your facility remains compliant and up-to-date with safety standards.
Identifying and addressing potential electrical hazards through arc flash studies significantly reduces the risk of downtime, saving your company valuable time and resources.
Implement tailored safety recommendations and protocols, ensuring the well-being of your employees and the longevity of your equipment.
Stay up-to-date with the latest safety standards and Z462 regulations, ensuring your facility meets the necessary requirements and operates within the established guidelines.
Ensure you're meeting the required safety standards and regulations in Canada.
Our expert team will conduct a thorough assessment of your electrical systems, identifying potential arc flash hazards.
We'll provide tailored recommendations for safety improvements, including Personal Protective Equipment (PPE) requirements and safety protocols.
Our Arc Flash Studies are tailored to your language preference—available in English, French, and Spanish. Prioritize safety in a language that speaks to your team's understanding.
The main objective of an arc flash study is to evaluate the potential risks of arc flash incidents in a specific electrical system. It involves calculating the incident energy levels, arc flash boundaries, and the likelihood of an arc flash event occurring at different points within the system.
Arc flash studies are essential for compliance with electrical safety standards, such as the Canadian Electrical Code (CEC) and CSA Z462 Workplace Electrical Safety, the National Fire Protection Association (NFPA) 70E, the IEEE 1584, and various Occupational Safety and Health Administration (OSHA) regulations. These standards provide guidelines for electrical safety in the workplace.
One of the primary concerns of arc flash studies is to ensure the safety of personnel working with or around electrical equipment. By determining the potential incident energy levels, appropriate personal protective equipment (PPE) requirements can be established for workers.
Arc flash events can lead to severe damage to electrical equipment. By conducting an arc flash study, engineers can identify measures to protect the equipment from the effects of an arc flash, thus minimizing downtime and repair costs.
The study results can help identify areas for system improvement, including the installation of protective devices, changes in equipment configuration, and the use of arc-resistant gear.
Gathering detailed information about the electrical system, including equipment specifications, configuration, conductor sizes, protective devices, and operating settings.
Evaluating the short-circuit currents to determine the magnitude of potential arc flash incidents.
Analyzing the time-current characteristics of protective devices to ensure selective coordination and proper fault clearing.
Calculating incident energy levels and arc flash boundaries at various points in the electrical system.
Providing a comprehensive report with study results, safety recommendations, PPE requirements, and suggestions for equipment improvements.
Particularly in industrial settings, where the risks of arc flash incidents are higher due to the presence of high-power electrical equipment. It is crucial to conduct these studies regularly and whenever significant changes are made to the electrical system to maintain a safe working environment.