Q. Is it true that a risk analysis can be performed in place of an arc flash study? A. An arc flash study is in fact a “risk analysis” if liberally interpreted using NFPA 70E definitions and OSHA ...

Innovation in electrical safety? Yes, as old school as the electrical industry is, as far as power systems are concerned, arc flash is still one of the newer things. It may not be as fancy as the ...

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 ...

Conducting an arc flash energy analysis has become big business. Unfortunately, this has led to an abundance of providers in the marketplace and a sea of information that can be quite difficult for a ...

The Occupational Safety and Health Act of December 29, 1970, states “An Act: To assure safe and healthful working conditions for working men and women …” Section 5 of the Act titled Duties goes on to ...

In the electrical industry, and the workplace in general, the phrases "arc flash" and "hazard risk analysis" are generating much interest and attention. Many managers and supervisors are asking "why ...

Most companies rely on a standard five-year update model for their arc flash studies, but a better method is to be more proactive with ongoing updates and standards. NFPA 70E recommends verification ...

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 ...

Inductive Automation offers multiple editions of Ignition created for specific use cases. See what differentiates Ignition, Ignition Edge, Ignition Cloud Edition, and Ignition... Castle & Key brought ...

We’re all thinking about power – whether it’s having enough of it, delivering it where it’s needed, or building the right infrastructure to scale faster, denser, and smarter in the age of artificial ...

An arc flash is the explosive energy released when an electrical fault causes an arc. This rapid release of energy causes excessive temperatures in addition to air and metal in the path of the arc ...