Is outlet receptacle orientation really a thing?
Do outlets have an up?
Have you ever looked at your outlets and noticed that one or more are oriented differently?
Have you ever been curious about whether there is a “right way” to install an outlet?
I’m going to guess no, and are probably thinking, “Who cares??”… but then there wouldn’t be anything to write about. Moving on. There may be more to the orientation of a receptacle than you realize. However, according to the National Electric Code (NEC), there is no “right way”. In this post, I’ll give you the quick and dirty of the not-so-great debate.
So why the different orientations?
North Americans have become accustomed to a specific way of installing power outlets in their homes. Conventionally, the receptacle orientation has the outlet with the two surprised faces staring back at us, as shown in the example image.
A Case for Change
In new construction homes, situations, where receptacles are installed “up-side-down”, are becoming more common. You may wonder whether Sparky (i.e. electrician) made a mistake or was simply not paying attention when they installed it. Perhaps, it was 4 o’clock on a Friday afternoon. However, it may not surprise you to learn that receptacle orientation is often intentional.
Go on…
In most cases, it indicates that the outlet has been installed on a switched circuit. But what exactly is a switched circuit? Essentially, it’s an outlet that a conventional wall switch controls, much like a light fixture. This is a convenient feature that allows you, the homeowner, to plug in lamps that can be controlled by the wall switch. It’s worth noting that typically, only one of the ports of the duplex receptacle is connected to the switched circuit leaving the other available for uninterrupted power. Modern conveniences – aren’t they grand!
An unfounded case for safety
Recently, there have been pundits asserting the safety implications of installing the outlets one way vs another. I have to admit, I used to be one of them. The theory was, with the receptacle orientation set in reverse, the ground plug is then located at the top of the outlet, resulting in a safer condition should an appliance plug be only partially inserted, some sort of metal object falls, makes contact with the exposed terminals, and then someone touches it. However, this is an incredible set of circumstances wrapped in a giant coincidence.
Is it impossible? No.
Impractical? Yes.
Probable? Also, yes.
Regardless, if the moon and stars aligned perfectly and such an incident occurred, would there really be any danger? Based on modern electrical standards and the copious safety measures and devices in place… not remotely. The circuit breaker would trip the moment a metallic object bridges the hot and neutral conductors, rendering the entire issue moot.
Update:
Really?! There’s an update to this topic?! Yes, yes there is. Through my interweb journeys, I have come across some insight for the inverted receptacle. Healthcare and commercial facilities. Going back to the concept that a half-plugged device or appliance could allow objects to come in direct contact with the conductors, most healthcare and commercial buildings utilize metal wall plate covers due to their durability. As they are used the plates can work loose and create that shock hazard we’ve been talking about. To circumvent this potential disaster, you would be more inclined to find inverted receptacles in these locations… that is all.
There is another way
Up to this point, we have assumed that the receptacle is installed in portrait orientation. However, we need to consider landscape orientation, or side-to-side installation, as this could be the only scenario where the position of the conductors is relevant. Let’s revisit the hypothetical situation where a metal object falls and connects the conductors. If both neutral terminals are on top, the situation is likely safe and there is no need for concern.
However, if the hot terminals are facing up, there could be a safety issue. It’s important to note that although this scenario is unlikely, Murphy’s law dictates if it can happen, it will. Consider the possibility of a curious toddler with a butter knife exploring the area. It may seem far-fetched, but don’t let me say “I told you so.”
If you’re wondering how to reclaim the time spent reading this post, I apologize. This has been something that’s been bouncing around my head for a good minute. And I figured, why should I be the only one tortured (err, blessed) with this brain nugget? For more interesting readings, check out my other blog posts.
https://www.realminspections.com/wp-content/uploads/sites/191/2023/10/Fall-Header-2.png00Joe Booshttps://www.realminspections.com/wp-content/uploads/sites/191/2023/10/Fall-Header-2.pngJoe Boos2023-04-10 08:00:032024-03-26 14:46:20Outlet Receptacle Orientation: The Great Debate
2replies
Being says:
Thanks for your post. I am glad NEC allows intallation both ways. I installed the receptacles in my home upside down because, being European, I did not want to look at those scared faces all the time. With the install, I am not meeting the code because a good number of the receptacles is not grounded (which is against code), but I considered this option much safer with little kids around than adding an adapter plug for cords with a ground (e.g. power strips). The connection is poor to begin with, compared to our European 1/8 inch thick prongs, and the flat prongs also bend too easily. An adapter and plug stick out 3-4″.
That’s for the looks, but I also agree with your safety argument favoring the upside down position of receptacles. I had a painting business for a number of years and had to measure a wall behind a fridge one time. Outlets for fridges are often about 4 feet high, right at the level where I was measuring. The thin metal measuring tape got stuck between the plug and the wall and rested on the 2 prongs (with the face-up installation). It shorted on the prongs and I burned 2 holes in my tape.
Thanks for the feedback. As for your ungrounded receptacles, you can replace them with a GFCI receptacle. This will provide some protection for the occupants albeit no real protection for equipment plugged into them. This is a more cost effective alternative to having all new circuits pulled throughout the home.
Cheers!
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Thanks for your post. I am glad NEC allows intallation both ways. I installed the receptacles in my home upside down because, being European, I did not want to look at those scared faces all the time. With the install, I am not meeting the code because a good number of the receptacles is not grounded (which is against code), but I considered this option much safer with little kids around than adding an adapter plug for cords with a ground (e.g. power strips). The connection is poor to begin with, compared to our European 1/8 inch thick prongs, and the flat prongs also bend too easily. An adapter and plug stick out 3-4″.
That’s for the looks, but I also agree with your safety argument favoring the upside down position of receptacles. I had a painting business for a number of years and had to measure a wall behind a fridge one time. Outlets for fridges are often about 4 feet high, right at the level where I was measuring. The thin metal measuring tape got stuck between the plug and the wall and rested on the 2 prongs (with the face-up installation). It shorted on the prongs and I burned 2 holes in my tape.
Thanks for the feedback. As for your ungrounded receptacles, you can replace them with a GFCI receptacle. This will provide some protection for the occupants albeit no real protection for equipment plugged into them. This is a more cost effective alternative to having all new circuits pulled throughout the home.
Cheers!