Filed under: Electrical, Power and Data Distribution
As I was scrolling through our extension cord page this morning, I was reminded of a product that, for no good reason, I’ve given way too little attention to. I’m all about electrical safety and smart working, and so is this little gem. How could I have passed it by?
Ever joined an extension cord to the power cord of a device or tool and started working, just to have some klutz come tripping along, catch his/her foot on the attached cords, and rip them apart? Rude interruptions like that can definitely cramp your working style, not to mention do the type of cord damage that can lead to an eventual electrical fire. Not good.
But I’ll tell you what else qualifies as “not good.” The way that people are apparently tying cords together to prevent this from happening. Are you serious??? I was so surprised to find that this is actually standard practice that, just for fun, I Googled “tying extension cords together.” A frightening number of results came back, one of the worst (and most popular) of which was a step-by-step eHow tutorial on how to get the job done.
While this seems like a quick and easy fix for the extension cord separation problem, people don’t seem to realize that tying an electrical cable in knots can lead to cracked insulation (hello, nasty shock) and damaged conductors – the kind that overheat and ignite. This solution is essentially a wolf in sheep’s clothing, or more specifically, a stupid and potentially harmful move disguised as a fast and clever fix for an annoying problem.
Call me crazy, but if I’m going for a simple but ingenious solution, I’d prefer that it be the genuine article, and not a half-baked “problem solver” that will most likely bite me back when I least expect it. That’s why I really like the Qwik-Lok Extension Cord Connector.
This twist-lock connector actually hardwires onto an industrial extension cord, replacing the original female end. Once it’s on there, whenever you plug in a power tool or piece of machinery, all you have to do is twist the connector, and it will actually lock the other plug in place internally, by sending spring-loaded locks through the holes in the device’s plug prongs. After the cords are locked together, it would take well above 250 pounds of pulling force to pry them apart.
Yep, I think that should hold.