Electricians face many challenges on the job, including shock, electrocution, arc flash, and arc blasts, all of which can cause lasting injuries or death. Construction electrical work is considered ...

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 ...

Companies in the arc-rated (AR) and flame-resistant (FR) clothing and personal protective equipment (PPE) industry recently launched The Partnership for Electrical Safety, an effort to ensure hundreds ...

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 ...

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 ...

Arc-rated (AR), flame-resistant (FR) garments are a vital part of any thermal hazard mitigation personal protective equipment (PPE) program, and within the electrical industry, is a mainstay for ...

It’s a force that can set clothing or skin on fire, send debris flying like shrapnel, melt metals, start fires or send a worker tumbling from a large height. An arc flash can kill or seriously hurt a ...

An arc flash occurs due to a phase-to-ground or phase-to-phase short circuit. The extreme heat, light, and pressure blasts associated with these events make it necessary to take precautions when ...

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 ...

It’s been a very long time, in fact 20 years, since OHSA has updated its arc flash guidance. “OSHA’s new guidance, issued on November 25, targets two major causes of arc flash injuries and fatalities, ...

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.