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Lineman Safety


Fall Protection

Fall Protection: The ABCs of Connecting Devices

A personal fall protection arrest system (PFAS) is comprised of three vital components: an anchorage, body wear (full-body harnesses), and a connecting device (a shock-absorbing lanyard or self-retracting lifeline). The safety of at-height workers depends on these three components, and each one...

Safety Best Practices

KEEPING PACE WITH SAFETY

Lineman Safety Standards are designed to create a safer work environment for linemen and communication workers. It is an ongoing mission for those of us who serve on the National Electrical Safety Code (NESC), so it’s worthwhile to highlight changes embodied in Part 4 of the recently released...


Utility Safety Standards

Flame-Resistant Clothing Misconceptions

Misconceptions about using flame-resistant clothing BY DAN BONELLI, Cintas Corporation According to Michael Hyland, chair of the National Electrical Safety Code (NESC) and vice president of engineering services with the American Public Power Association, a 1970s electrical utility commercial...

Utilities Opt to Automate Crew Scheduling, streamline work

For many utilities, scheduling each day’s construction and restoration work means manually organizing and keeping tabs on ever-changing crew schedules and resources. Managers meticulously update whiteboards dotted with color-coded magnets representing crews and trucks. Augmenting the...

Safety

Step and Touch Potential

What Is Step and Touch Potential and Reducing Resistance To Ground?

Step Potential

Step potential is the step voltage between the feet of a person standing near an energized grounded object. It is equal to the difference in voltage, given by the voltage distribution curve, between two points at different distances from the electrode. A person could be at risk of injury during a fault simply by standing near the grounding point.

Touch Potential

Touch potential is the touch voltage between the energized object and the...

Lineman Safety Articles