Even when I used to regularly visit my then girlfriend in Vegas, one of the driest places around that you would think conducive for static electricity, I don't recall ever getting a shock in her fully carpeted condo.ĭid the CFC ban to save the ozone layer have a side effect of removing static electricity from the air or something? :)Īt a previous job, we had a lot of problems with brittle keystone jacks. House I live in now has plenty of carpet, but I could walk around in socks dragging my feet and not elicit even the tiniest of a shock touching a grounded surface like the screw on an outlet cover or my cast iron stove. Last I can remember for sure was that I used to get one when I touched the outer door handle of a previous car sometimes, but that was 5+ years ago, and I think that was more likely an electrical fault in the door to be honest.Īre children more conductive? Did my parents house contain a hidden Van De Graaff generator? One house had shag carpets, but even when our family moved to a new house that had regular carpets and no shag I remember getting some pretty good sized shocks. I remember getting some BIG shocks sometimes growing up, but I honestly can't remember the last time I got even the tiniest shock. I don't go all out with wrist straps and such, but I always try to touch a metal surface before touching sensitive areas like a motherboard or DIMM, just in case.įunny thing though - it seemed like static electricity was WAY more of a thing when I was a kid. That doesn't mean however that I haven't damaged something with static electricity, and it later failed and I didn't connect the two. I too have never, to the best of my knowledge, killed something from static electricity and I go back to Atari 8 bit computers. One slacker who thinks they know better break things for others. Static damage frequently causes degradation, perhaps components shift out of their specified tolerances, not always obviously destroying a part, but when it is under a specific load the shift away from the specified tolerance eventually conflicts and causes an overall failure. So they swapped out all parts that the previous dedicated engineer had touched (10s thousands $) and there were no more problems. One day a more-experienced engineer was on-site and saw the local dedicated engineer failing to follow the anti-static precautions. One of the sites had many random system failures ongoing for a couple of years, all other sites were reliable, this was a huge problem. We had quite a few big data centres each with a dedicated engineer at each site, many of the systems upgrades involved handling the electronics. it can degrade the transistors on the chips to the point they're more likely to fail earlier" Now the outlet is programmed."Also static damage isn't, to coin a word, binary. The important thing to remember is that the number on the remote will be the programmed number for controlling the outlet going forward.ĥ. With the light blinking, grab the remote and select the off button. Once the Etekcity Outlet has turned on, hold down the same button used to turn on the outlet for 5 seconds. Turn on the Etekcity Outlet on using the button on the right side of the outlet. Plug the Etekcity Outlet in to a power source.Ģ. Follow the steps below to get them setup:ġ. Setting up the Etekcity Zap Outlets is acutally very easy. How to setup the Etekcity Wireless Remote Control Electrical Outlet? They are also not too big and do not take up the entire electrical outlet. I think they would fit well into most houses. One of the first things you notice about the Etekcity Zap Outlets is their white finish. The Eteckcity Zap Switcehs feature the ability to program several outlets and then wireless control them from up to 100 ft away. Looking to control your outlets with a wireless remote? In this unboxing and review we look at the Etekcity Zap Wireless Remote Control Electrical Outlets.
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