User Panel
Posted: 1/2/2021 4:16:57 PM EDT
Hey guys, had a question regarding an existing outlet in the basement and a 6 outlet power strip.
The outlet in question is behind my reloading bench. The power strip itself has a there prong connector. I wanted to know if it were permissible to cut the connector and wire it directly to the outlet (as if I were running another outlet off the existing one). Are there any problems I should be aware of before I start hacking things apart? Obviously, I don't want to do anything that would become a safety issue. I can't find the exact model I got on Home Depot's website but it was similar to this one. https://www.homedepot.com/p/Legrand-Wiremold-Plugmold-52-in-8-Outlet-Power-Strip-with-Circuit-Breaker-Ivory-6-ft-Cord-PM48C/202320916 |
|
Why? There is the NEC to tell you why not. It would work, but it is nothing I would do.
|
|
|
Quoted: Why? There is the NEC to tell you why not. It would work, but it is nothing I would do. View Quote Honestly, was just trying to cut down on the amount of cord. I'm obviously not an electrician, otherwise I wouldn't be asking the question. I'll just figure out how to tether the cord to the wall behind and plug it in. Appreciate the insight. |
|
Quoted: Honestly, was just trying to cut down on the amount of cord. I'm obviously not an electrician, otherwise I wouldn't be asking the question. I'll just figure out how to tether the cord to the wall behind and plug it in. Appreciate the insight. View Quote View All Quotes View All Quotes Quoted: Quoted: Why? There is the NEC to tell you why not. It would work, but it is nothing I would do. Honestly, was just trying to cut down on the amount of cord. I'm obviously not an electrician, otherwise I wouldn't be asking the question. I'll just figure out how to tether the cord to the wall behind and plug it in. Appreciate the insight. If I have an outlet behind something, I usually buy a powerstrip with a 90 degree flat sided plug. Zip tie any excess cord if needed. There are way to be neat and clean without creating fire hazards. |
|
why not just add to the circuit and jump off the existing hot outlet and add a 3 gang box next to it
|
|
Quoted: why not just add to the circuit and jump off the existing hot outlet and add a 3 gang box next to it View Quote Two things. Here is what the bench looks like (ignore the mess finally stated to get it cleaned off to actually set it up). Could I run a three gang off that and then perhaps a single all the way towards the end? Attached File And is it possible to put a box at the top (of the metal conduit) to plug the light into in order to avoid having this giant plug sticking out down low? It was just plugged into the extension cord to test since it's mounted in a manner that I can't plug it in to the existing box. The conduit goes to the top of the block and then is the wire itself with room to do something (if it is possible). Attached File |
|
Yes, that's easy peasy.
Add a box up top for the light to plug into, and put in a bigger box down low for more outlets. I'd probably wire in a switch in that same box to control the outlet up top, and daisy chain a set of good LED lights off that. |
|
Quoted: Yes, that's easy peasy. Add a box up top for the light to plug into, and put in a bigger box down low for more outlets. I'd probably wire in a switch in that same box to control the outlet up top, and daisy chain a set of good LED lights off that. View Quote Ok. I'll do that then. I just bought that led light and have one other that is linked to it over my workbench to the left which isn't in the picture. |
|
Easy fix now that you have pics.
First figure out what breaker that outlet is on. It’ll probably kill all the power down there, so figure out some lighting while you work. Ensure that power is off, take the outlet box off the end of the conduit, don’t nick or cut the wires feeding it. Replace it with a metal deep 4S box. From that point you can do a lot with what you want. You could put a switch and outlet in there and wire that light off the switch. Run more conduit horizontally to more outlets. Depends on how handy you are. I’m guessing that light is just hanging and has a short cord? |
|
Yeah, like he FAL said , easy. I’d probably run a second conduit up to a box/outlet to power lights.
|
|
Quoted: Easy fix now that you have pics. First figure out what breaker that outlet is on. It’ll probably kill all the power down there, so figure out some lighting while you work. Ensure that power is off, take the outlet box off the end of the conduit, don’t nick or cut the wires feeding it. Replace it with a metal deep 4S box. From that point you can do a lot with what you want. You could put a switch and outlet in there and wire that light off the switch. Run more conduit horizontally to more outlets. Depends on how handy you are. I’m guessing that light is just hanging and has a short cord? View Quote I'm fairly handy, this isn't outside the realm of something I feel comfortable with, I just wanted to make sure I was doing it correctly as to not cause potential electrical hazards. Sounds like I have a plan...just need wire, more boxes, etc. |
|
Dang man you got EMT on a concrete wall in a shop type situation. You literally couldn't ask for a better situation as far as options go.
Sit back, plan exactly what you would choose if a wizard could grant you a wish, and make it happen! Don't limit yourself to trying to hardwire a power strip. |
|
Quoted: Dang man you got EMT on a concrete wall in a shop type situation. You literally couldn't ask for a better situation as far as options go. Sit back, plan exactly what you would choose if a wizard could grant you a wish, and make it happen! Don't limit yourself to trying to hardwire a power strip. View Quote +1 A piece of emt, some surface mount boxes, box connectors, and THHN wire and a whole row of outlets across that wall can happen pretty quickly! |
|
Just check what amp breaker is protecting that and buy the right size wire. No reason to deal with 12g wire if you don’t need it.
|
|
|
15 amp breakers, 14 ga wire. 20 amp, 12 ga. Big box stores will have everything, including short lengths of whatever wire you need.
|
|
U Attached File
Pull that little box off the end of that conduit, install this. Use the far left knockout for the existing conduit, the far right to go up with 1\2” to the new outlet to plug the lights into. Control that with a switch from where you started. Questions? |
|
Zero reason to not use #12 wire and a 20a circuit. It should also be gfci protected. Just make the first one gfci and use the pass through connection to the rest.
|
|
|
|
Quoted: Zero reason to not use #12 wire and a 20a circuit. It should also be gfci protected. Just make the first one gfci and use the pass through connection to the rest. View Quote If it is already on a 15 amp breaker, it is 14 ga. No reason to snake a new 20a circuit in for some very low draw lighting. Just follow what I am saying OP. |
|
Just checked...it's on a 15 amp breaker.
Now as far as wiring...if I want to put the outlet at the top of the wall (for the light) and have that switched but run other outlets down the wall (where the current one is located and then across as discussed) is this the correct manner to wire it in order accomplish that? If so, based on my rudimentary reading of the diagram, I'd need to run a 3 wire from the switch to the outlet I want to switch on and off and a 2 wire from that outlet to any of the others down stream, correct? I appreciate all the help you guys have given so far. |
|
So the pic I posted of the 4S box, I would bring the existing conduit into the far left opening. That will power up your outlets and light switch. Just run a short length of conduit up from the far right opening to the outlet box feeding the lights. Only need a switched hot/neutral/ground up there.
You could re use the existing box up there for the lights to plug into |
|
Just pull a ground wire in any conduit with your hot and neutral and you’ll be fine
|
|
Be safe and bond the ground in any metal boxes you use. 10-32 ground screw will be helpful.
|
|
Quoted: So the pic I posted of the 4S box, I would bring the existing conduit into the far left opening. That will power up your outlets and light switch. Just run a short length of conduit up from the far right opening to the outlet box feeding the lights. Only need a switched hot/neutral/ground up there. You could re use the existing box up there for the lights to plug into View Quote Right, I got that much. I guess my question is what does the actual wiring look like. I'm trying to sketch out a diagram but I'm not having the best of luck when it comes to visualizing what the wiring itself looks like. Here is what I'm thinking visually for how it'll physically look. The circles are outlets in case that wasn't clear. I guess the other question is where the GFI outlet goes. Attached File |
|
|
Quoted: Two things. Here is what the bench looks like (ignore the mess finally stated to get it cleaned off to actually set it up). Could I run a three gang off that and then perhaps a single all the way towards the end? https://www.AR15.Com/media/mediaFiles/113377/PXL_20210102_214100884_jpg-1760694.JPG And is it possible to put a box at the top (of the metal conduit) to plug the light into in order to avoid having this giant plug sticking out down low? It was just plugged into the extension cord to test since it's mounted in a manner that I can't plug it in to the existing box. The conduit goes to the top of the block and then is the wire itself with room to do something (if it is possible). https://www.AR15.Com/media/mediaFiles/113377/PXL_20210102_214138995_jpg-1760696.JPG View Quote of course you can , get the correct box , tapcon to the block , and cover the jumper wire with the channel electricians use , the rest is just wiring the plugs together i the box , best of all ,no fire trap |
|
Quoted: Right, I got that much. I guess my question is what does the actual wiring look like. I'm trying to sketch out a diagram but I'm not having the best of luck when it comes to visualizing what the wiring itself looks like. Here is what I'm thinking visually for how it'll physically look. The circles are outlets in case that wasn't clear. I guess the other question is where the GFI outlet goes. https://www.AR15.Com/media/mediaFiles/113377/PXL_20210103_135918024_jpg-1761643.JPG View Quote That’s exactly what I was thinking, the power strip the other guy showed would work too, it would butt up to the 4S, connecting with a close nipple and they give you some straps that hold it to the wall . When you pull off the existing box, there should be 3 wires. Probably romex. 1 each of black/white/bare copper. If it was done correctly those will be the Hot/neutral/ground. If you have a meter you can verify. Once you have the new 4S mounted with the old wires in there you’ll be making pigtails (adding 7” lengths) of black/white/bare wires. Use the same size wires as the existing, probably 14 ga romex. Pull it out of the sheath. Lemme see if I can find a pic, Found, worth a thousand words. The GFCI LOAD terminals will protect all the outlets wired to it. Attached File |
|
Got the EMT and boxes set up.
Attached File I have to go back to home depot to get the right cover for the gfi outlet. I also forgot the ground clips or screws. |
|
Quoted: That’s exactly what I was thinking, the power strip the other guy showed would work too, it would butt up to the 4S, connecting with a close nipple and they give you some straps that hold it to the wall . When you pull off the existing box, there should be 3 wires. Probably romex. 1 each of black/white/bare copper. If it was done correctly those will be the Hot/neutral/ground. If you have a meter you can verify. Once you have the new 4S mounted with the old wires in there you’ll be making pigtails (adding 7” lengths) of black/white/bare wires. Use the same size wires as the existing, probably 14 ga romex. Pull it out of the sheath. Lemme see if I can find a pic, Found, worth a thousand words. The GFCI LOAD terminals will protect all the outlets wired to it. https://www.AR15.Com/media/mediaFiles/857/B98318B4-D86D-46BF-9B69-3818B1F5BD01_png-1761925.JPG View Quote Got it. So just to make sure I understand...all the outlets downstream are linked off the load portion of the GFCI outlet and the outlet that the switch controls runs off the line portion as show in the diagram...correct? |
|
Quoted: Got it. So just to make sure I understand...all the outlets downstream are linked off the load portion of the GFCI outlet and the outlet that the switch controls runs off the line portion as show in the diagram...correct? View Quote Correct, well done. The ground screws are easier, but anything that keeps the metal grounded works. When you start wiring and have to fit everything back in the boxes folding the wire in works better than just squeezing. |
|
Looks like OP is on the right track.
Regarding power strips/surge protectors: if you paid less than 40 or $50.00 for a power strip, its likely junk. Some "surge protectors" - especially those sold at Dollar General and the like, don't even have any "surge protection" in them. If you've got a cheap one laying around, take it apart and look at how thin and chintzy the buss bars and connections are. Compare them to the thickness and durability of a hardwired outlet and romex conductors. It's no mystery why they cause fires all the time. I try not to use power strips at all, and never for any high-draw or long-term appliances like heaters. All of this applies equally to cheap or "household" extension cords. |
|
Quoted: If I have an outlet behind something, I usually buy a powerstrip with a 90 degree flat sided plug. Zip tie any excess cord if needed. There are way to be neat and clean without creating fire hazards. View Quote Zip tying a cord back on itself is CREATING a fire hazard. Cordage is designed to be in free air for the most part. Using a cord that still has a decent length on a reel is another fire hazard. Cords should be visible allowing for easy inspection. |
|
Quoted: Zip tying a cord back on itself is CREATING a fire hazard. Cordage is designed to be in free air for the most part. Using a cord that still has a decent length on a reel is another fire hazard. Cords should be visible allowing for easy inspection. View Quote But draw enough load through it, and the round welded-together mess is memorable even before the fire. |
|
|
|
Quoted: Finished. Thanks for all your help guys. I really appreciate it. https://www.AR15.Com/media/mediaFiles/113377/PXL_20210104_005836374_jpg-1762659.JPG View Quote If only we had a like button! Well done! |
|
Quoted: Finished. Thanks for all your help guys. I really appreciate it. https://www.AR15.Com/media/mediaFiles/113377/PXL_20210104_005836374_jpg-1762659.JPG View Quote Looks good. But I have to ask: What is that cord hanging off the front of your bench going to? It kinda defeats the purpose of adding receptacles if you still need a cord draped across the bench like that. |
|
Quoted: Looks good. But I have to ask: What is that cord hanging off the front of your bench going to? It kinda defeats the purpose of adding receptacles if you still need a cord draped across the bench like that. View Quote @RMG123 it was going to a vacuum. Certainly not a permanent spot for that, just happened to be where I was standing when I wanted to plug it in. |
|
One of my favorite hacks is to purchase a short extension cord of suitable size and duty and use its the power cord to a tool.
Cut off the female end (I usually cut off about 4 feet and save it for other purposes). Wire the cut end into the connection box on the tool. A nice cord with a molded plug. I have plenty of older pieces of equipment. Drill press, grinders. etc. Why chance old rubber cordage cracking? The more I think about some of the stuff described here the more worried I get. Power strips with a cord are NOT DESIGNED to be hard wired into a power source. The cord and plug connection is there "final disconnect." Cordage is NOT designed to be part of a "permanent installation." The wiring inside the power strip is not likely to conform to the requirement to be permanent either. Most power strips are not much more than glorified extension cords. NOT DESIGNED for permanent installation and use. |
|
Sign up for the ARFCOM weekly newsletter and be entered to win a free ARFCOM membership. One new winner* is announced every week!
You will receive an email every Friday morning featuring the latest chatter from the hottest topics, breaking news surrounding legislation, as well as exclusive deals only available to ARFCOM email subscribers.
AR15.COM is the world's largest firearm community and is a gathering place for firearm enthusiasts of all types.
From hunters and military members, to competition shooters and general firearm enthusiasts, we welcome anyone who values and respects the way of the firearm.
Subscribe to our monthly Newsletter to receive firearm news, product discounts from your favorite Industry Partners, and more.
Copyright © 1996-2024 AR15.COM LLC. All Rights Reserved.
Any use of this content without express written consent is prohibited.
AR15.Com reserves the right to overwrite or replace any affiliate, commercial, or monetizable links, posted by users, with our own.