Electrical Industry Articles and Stories

Up until three years ago, I lived with a couple small boxes of spare fuses that sat on top of the water heater in the basement, ready to be drawn from should the rare combination of, say, the toaster and microwave operating at the same time happen to shut down power to the kitchen.

It’s hard to believe that it was just three years ago that much of the country was on red alert status thanks to Covid. Researchers were still learning more about the new virus, but one thing they were sure of was that it spread through the air, which made air purification systems a new priority for any place people gathered in large numbers.

Occupancy sensors are quickly becoming a regulatory requirement in many commercial spaces, thanks to evolving energy codes seeking to wring out kilowatt-hours of energy savings anywhere it’s possible.

For electrical professionals, tools aren't just tools—they're the lifeline to efficiency, safety, and accuracy. Among the army of instruments available, two stand out for their ubiquity and utility: the digital multimeter (DMM) and the electrical tester. But what sets them apart? Let's dive in.

During the Industrial Revolution, which started in the 18th century, the origins of automation emerged, leading to significant technological change. This era introduced the use of mechanized equipment, such as the steam engine and the spinning jenny, revolutionizing the manufacturing process by reducing the reliance on manual labor. These advancements laid the foundation for what we now know as automation.

Recently, my wife and I had the “pleasure” of visiting a relatively new hospital complex. For almost a year, I watched the 5-story edifice being built as I traveled up and down Highway 49 in Northwest Arkansas.