When it comes to arc flash protection, multiple factors must be considered when creating, implementing, and maintaining a workplace electrical safety personal protective equipment (PPE) program. While ...

Have you ever found yourself faced with an electrical task that involves a potential arc flash hazard, and the first question you ask is: “What level of personal protective equipment (PPE) do I need ...

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 ...

Something that happens in a split second can impact a worker and his or her family for the rest of their lives. While arc flash injuries can be fatal, those that aren’t fatal still require significant ...

Sharing is not caring… when it comes to arc flash PPE. For decades, workers have been sharing arc flash personal protective equipment, including suits, hoods and face shields but — to protect the ...

When electrical equipment must be maintained or repaired while energized, an arc flash hazard may be present. Affected workers need to know what steps should be taken to stay safe. Arc flash warning ...

Every day, an estimated five to 10 arc flash incidents occur and more than 2,000 people are hospitalized each year, according to The National Fire Protection Association (NFPA). With arc flash and ...

An arc flash is a phenomenon where a flashover of electric current leaves its intended path and travels through the air from one conductor to another, or to ground. The results are often violent and ...

Arc flash risk assessments, boundaries, and personal protective equipment help prevent arc flash and its effects. Regular inspection and maintenance of electrical systems and machinery also help ...

What are some PPE boiler technicians need—and why does arc-flash gear matter? Today on Weekly Boiler Tips we're breaking down the core safety equipment every boiler room demands: safety glasses, ...

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.