Most electrical workers today recognize that, in recent years, a major emphasis has been placed on arc flash hazard recognition. Depending on the maturity of your company’s electrical safety program, ...

The topic of layering arc-rated apparel and its protection in comparison to other protective apparel is often a hot topic of discussion. There is currently not an industry standard or requirement we ...

Incident energy is directly proportional to the total arcing time. Because of this, most strategies for arc flash hazard mitigation focus on faster detection and clearing of the arc flash. The two ...

Utility workers need garments that not only provide protection from arc hazards and foul weather, but also ensure that they can be seen by others, reducing the risk of visibility-related workplace ...

Electrical environments are extremely dangerous for workers, with arc-flash hazards on the rise due to an increased demand in electricity and energy, meaning that workers are at risk now more than ...

Standards and regulations may change, but the danger associated with arc flash hazards remains. Analyzing potential incident energy correctly and understanding what personal protection equipment is ...

A maintenance worker is about to open a non-fusible safety switch, which serves as a local motor disconnect, when he’s confronted by a co-worker. “Hey, what’s up?” inquires the co-worker. “I need to ...

Electrical workers face the risk of unexpected arc flash incidents throughout their daily operations by the very nature of their job. The right apparel can offer protection and peace of mind. NFPA 70E ...

Tri-State Generation and Transmission requires its linemen to wear flame-retardant clothing and use the proper tools and personal protective equipment when working ...

In the electrical industry, particularly within data center environments, arc flash studies have long been associated with one primary goal: safety. For years, facility owners and managers have ...

Arc flash is defined as an explosive release of energy caused by an electrical arc. Typically, the arc results from either a phase-to-ground or phase-to-phase fault created by many possible events.

An arc-flash analysis assessment is critical to the safety of employees and to ensure that facilities are in compliance with industry standards. Unless a realistic determination of the available fault ...