Electrical Safety
HAZARDS AROUND
While working live in the energized grid, presence of voltage around the workers requires special attention. However, live-line (live working) techniques are widely applied for decades, several accidents in the past prove that the level of safety must be improved to minimize...
It may seem like all flame-resistant (FR) garments are the same. After all, government regulations demand that every FR fabric protects workers to a certain degree. However, the real issue isn’t protection. The issue is compliance. For your workers to be compliant, protection and comfort must go...
IEEE Method Vs. the NFPA 70E Tables: Evaluating arc flash analysis methods BY REZA TAJALI, Schneider Electric Recent changes in workplace safety regulations have heightened the awareness of hazards associated with electrical arcs. The hazard level must be quantified and workers properly protected...
Arc Flash
Arc Flash Mitigation
Maximizing safety and minimizing downtime
BY MAURICE D’MELLO, GE Industrial Solutions
A generation ago, an arc flash hazard was an interesting tangent to consider in electrical system design, but not a major topic for discussion. That all changed with the Canadian Standard...
Arc Flash Safety Innovations
Remote operation technologies, such as remote racking, diagnostic, and equipment control solutions, have become pivotal in enhancing arc flash safety in electrical systems. These innovations allow personnel to operate and monitor electrical equipment from a safe distance, reducing the risk of arc...
Arc Flash Hazard Analysis
Arc flash incidents pose a significant risk in electrical environments, where a sudden discharge of electrical energy through the air can cause severe injury, equipment damage, and even fatalities. Arc flash hazard analysis is a systematic approach to assessing these risks, defining safety...
