Arc Flash Hazard Analysis
Arc flash safety is an important consideration for any commercial or industrial facility. Not only is it a good idea to have knowledge about one’s power distribution system, the Bureau of Labor Statistics records more than 2,000 injury incidents a year that require admission to a burn care center from the result of an energized, electrical accident. This statistic alone suggests energized, electrical equipment is dangerous and the proper precautions must be taken to minimize the risk in these areas.
Arc flash is a short circuit through the air that releases heat of up to 35,000 degrees with effects being compounded by the tight, enclosed areas where many electrical components are located. The effects of an arc flash from a even a moderate electrical supply can cause severe injury including severe burns or death.
An Arc Flash Hazard Assessment is part of a complete electrical hazard assessment required by OSHA and NFPA 70E.
Arc Flash Can Be Caused By
- Coming close to a high-amp source with a conductive object
- Dropping a tool or otherwise creating a spark can ignite an arc flash
- Equipment failure
- Breaks or gaps in insulation
- Dust, corrosion or other impurities on the surface of the conductor
Equipment that must be properly analyzed and labeled includes
- Industrial control panels
- Meter socket enclosdures
- Motor control centers
…or any electrical component that requires maintenance, inspection, or adjustment.
AN EASY SOLUTION
Stansell’s team of trained technicians and certified Professional Engineers can help mitigate the risks and make sure that you are in compliance with all OSHA and NFPA 70E rules. Using ETAP software and collaborating with plant personnel, the customer will receive the following Arc Flash Analysis deliverable items:
- Conduct a full facility survey of electrical distribution
- Produce a one-line diagram illustrating the entire system
- Collect extensive data to determine
- Arc flash boundary
- Incident energy
- Shock hazard exposure
- Limited approach boundary
- Restricted approach boundary
- Prohibited approach boundary
- Minimum PPE requirements
- Analysis and review of all results by a licensed professional electrical egineer
- Delivery of a full report, employee training, and ANSI rated labeling of all affected devices
Stansell Electric is a member of the following safety associations:
NFPA (National Fire Protection Agency)
ASSE (American Society of Safety Engineers)
IEEE (Institute of Electrical and Electronics Engineers)
Stansell Electric proudly uses ETAP, the most comprehensive analysis platform for the design, simulation, operation, control, optimization, and automation of generation, transmission, distribution, and industrial power systems.