Sorry: this isn't a magical device to achieve superhuman abilities. Unless you count 'availability of 22 outlets and 2 light sockets' as a superhero trait:)

Important note: please ignore me when i say "you can experiment with plugging in multiple sources of current." read sneigke's comment below to understand why this is a dangerous/stupid idea!

Here's a video of this easy-but-fun project:

This and pretty much everything else I build are for sale as kits and finished projects at my site, dirtnail.com.

Why build this? Good question. For me, it was basically because I wanted to finish a cool-looking project and get an obscene number of available outlets in a day:)

Step 1: Gather Your Materials, Tools

Here's the materials I used:
-A toolbox to ruin (or cardboard if you're ok w/ that:)
-Desired number of AC outlets
-Desired number of lightbulb sockets
-An AC on/off switch
-Some decent-gauge cable, to wire your outlets, etc. to each other
-Thicker gauge AC cord, to connect box of power to the wall. I used one from a broken surge protector.

And the tools:
-Piece of cardboard, or other suitable stencil material
-Pen/pencil/other writing instrument to use with your stencil on the side of the toolbox
-Utility blade, or something else to cut through the side of your toolbox
-Wire stripper
-Philips head screwdriver

Step 2: Stencil, Cut Your Layout

With all your parts and tools together, you're ready to plan your box of power.

Basically, this involves deciding how many and where you want any switches, outlets, and light sockets. If you're doing a bunch of something, I recommend making a cardboard cutout a little bigger than the size of your part and stenciling this on the side of the toolbox; if you're just doing 1 or 2 of a component, it's probably not worth the time to make the stencil.

To cut out the shapes, carefully use a utility blade, saw, or whatever else works well for your toolbox material. If you're using a utility blade, I can't stress carefully enough: they're easy to snap, and any red you see on the toolbox is from me doing so into my finger:)

Step 3: Wire It All Together, Screw Them In

Next, we'll wire all our outlets, etc. together.

To do this, I cut lengths of wire a few inches longer than the space between outlets, stripped both ends, and interconnected the outlets before fully securing them to the box.

Brass to black, silver to white: to wire your outlets w/ the right polarity, connect the black wire to the brass screws and the white wire to the silver ones. And, if you're more safety-conscious or just plain smarter than me, go ahead and hook up that ground wire as well:)

Your on-off switch should be connected to black (hot) directly from the incoming power cord if you want it to control power to everything.

For any light sockets: wire these such that they won't interrupt your circuit when a lightbulb is not present. One way to do this is to wire in parallel to any of the outlets (your outlets are connected in series to each other).

After I had everything wired together, I secured the whole shebang to the toolbox. For the outlets,
this meant cutting a pilot hole for the included screws and then screwing them through the plastic. On the light sockets, that's layers of electrical tape wrapped until i had a thickness on each side that was enough to keep the socket from sliding into or out of the box.

On the power cord, I tied a knot on the inside and then did the electrical tape trick for the outer.

Step 4: Shine On!

Plug in, flip your switch, and, if you've included lightbulbs and haven't miswired anything, you should be in well-lit, outlet-filled bliss.

Some improvements you might consider are:
-Adding a nonconductive, watertight sealant around the edges of the outlets.
-Providing separation between exposed, AC-carrying wires and whatever you put in the toolbox. this could be bending the wires to the side and placing an inner layer of plastic between wires and toolbox contents.
-Adding a DC converter and having one side of this output adjustable DC current/voltage for projects.
-Adding a camera, duct tape dispenser, or whatever else you never have handy but always wnat for your projects.
-Basically, anything you feel like adding on!

And, as Pink Floyd would say:

Shine on, you crazy diamond:)

<p>I like it, its pretty cool. It not bad but it need some kind of circuit protection. Like if you cord if it 16 AWG or gauge on it, you would need a 10 amp thermal circuit breaker or 10 amp or less fuse. And if your cord run 14 or 12 AWG or gauge on it, you would need 13 amp thermal circuit breaker or 15 amp or less for the fuse. </p>
<p>Yes, your outlets are wired one after another, but they are not in series; the circuitry is still wired in parallel in your instructable. I would ensure that the supply cord to the tool box is 12 gauge and that all connections between your outlets use 12 gauge wiring. The switch should also be rated at 20 amps. Ensuring those three components are up to the task of carrying 20 amps means you will not end up melting something and causing a fire if you plug the toolbox into a 20 amp outlet and draw 15+ amps. A cord from an outlet strip is not suitable for even 15 amps and poses a safety hazard as long as the toolbox design doesn't include overcorrect protection of its own.</p>
I'm sure someone else has commented, but you should work on the construction quality. Electrical tape is nice for insulating things, I don't think you should use it to hold things in place. Over time it will fail if you are asking it to serve a mechanical rather than electrical insulation based duty. <br><br>The box itself should have some kind of over current protection. Relying on what is installed at your apartment or house is really taking your life into your own hands. Even some of your larger Microwave ovens are only rated to 1200 watts. (As to feedback on the cord you are using)<br><br>Of course, this is just me, but that plastic toolbox isn't UL listed, I would feel much safer with a metal box for grounding purposes, combined with over current protection and some sort of GFCI, you could make this a much safer project. <br><br>
911 whats your emergency <br>----ummm my house is on fire
with that many outlets you cant use them all you will end up overloading the circuit and thripping the breaker or worse
Ya, you will never be able to use this many outlets, but if you rewired your house with larger gauge cable and put in a larger breaker you could use some of them but there is no way in hell that you could use 22 sockets from one socket, it just can't be done. The only problem with rewiring your house is that it is hard and time consuming as well as your breakers wouldn't trip when you needed them to for normal appliances. Rewiring one socket with a bigger brealer would be good though, like I had to do for my welder.
the real problem is u would be drawing to many amps
I'll admit that I'm not an expert at electricity, but having that many outlets rigged in series, and then plugging it into the wall, seems like a fire hazard to me.
i'm no expert either, but I'm sure your suppose to have a max of 10 outlets on a single breaker. and BTW, where is your ground wire? they are not there just for looks. But I do like LinuxH4x0r's comment about an inverter.
Short answer: don't use more than 15-20 amps on this unless you've got a fire extinguisher ready.<br/><br/>Longer answer:<br/><br/>The issue isn't number of outlets, but what those outlets are carrying: you don't want to pump too much current through your wires, or they get hot and bad things happen. Assuming your electrical system has properly-sized breakers, this shouldn't happen: you'd just flip a fuse before things get flammable. Keyword is assuming:)<br/><br/>After entry to the box and making the debatable assumption that I know what I'm talking about, the limiting factors should be:<br/>-thickness of wires in microwave AC cord running into box: should be rated to total amperage used on box. Microwaves use lotsa lotsa current and the wires are physically thicker than the ones used between outlets, so I'm not too worried about this as my failure point <br/>-amount of current the wires i used to interconnect the outlets can carry. according to <a rel="nofollow" href="http://www.make-my-own-house.com/diagram-electrical-wiring.html">this, I should be good on the 12-gauge wire used up to 20 amps</a><br/>-switching capacity of main switch: should be rated to total amperage used on box. This was printed on the switch itself as 15 amps. <br/>-capacity of outlets. ditto at 15 amps. <br/><br/>Also, for more detail than you'd ever like on grounding, check out <a rel="nofollow" href="http://nmsu.edu/~tdi/pdf-resources/cc72.pdf">this, courtesy of make #14 article on solar system design</a>.<br/>
that was too much about grounding...my head hurts...
I must comment on your comment in your video about "trying multiple sources" for higher current capability. Rule one: Don't do it! First, if you use two plugs into the same circuit, you have gained nothing. Rule two: you could kill yourself. Typical homes are provided with 220, 2 phase.. If you were to connect two plugs, and parallel both phases, you first, better make darned sure their in phase or you WILL melt down/pop breakers. Rule three: Connecting across phases can also fry everything in your box by hitting everything with 220VAC! Yes, I said 220. You can measure the voltage in your own house to verify this. There are circuits on both phases and if you measure the voltage between your "two sources", and they happen to be on opposite phases, you have made a deadly 220VAC box which will pop the bulbs in seconds, and fry anything plugged into it. Or, if you are lucky, you will parallel the two phases in opposite polarity, causing a direct short circuit between 220V and pray the main breakers pop in time! Just some words to the wise.
thanks sneigke! another good reason to document your work is to learn from people much smarter than you:) i'm adding a warning to the first page of the instructable now; let me know if you've got any suggestions for improvements to it. have a good one, luke
I understand that you did your homework on this project, and wont overload the box. but there are others out there that will not, and decide to plug this system into a 20A breaker and start overloading wires. I can see someone taking it to a LAN party, and trying to plug 10 computers into this thing. As for grounding, the article you pointed me to states that if your in Europe, your fine, no grounding required, but the NEC requires outlets with a grounding plug to be grounded in the USA. Otherwise a good Instructable. I checked out your other Instructables, some good stuff.
Were you drunk when you built this?
Sorry, were you HIGH when you built this?
1:get a faceplate for the outlets 2:use less outlets 3:use the ground Other than that,great,detailed instructable,well done!
Dude? Come on Really? You didn't have a shirt on in your other video either. Don't you get it? No shirt, No Shoes, No Service. For the love of God your scaring the kiddies!
If ya don't like the channel, change it! Sounds like he's scaring You!
Blaa blaa blaa that's all I'm hearing
what is it with people and shirts? they're definitely the most over-rated piece of clothing. try not wearing one for a coupla hours and, if you're not totally hooked, i'll think about wearing one for my next instructable:)
Clothes suck!
LOL, maybe you could make and ible for reasons why not to wear a shirt or how to go "Incredible Hulk" stlye.
I always run naked in the house,so that would be No underwear,No pants,No shoes,No shirt,No service
most modern and safe extension cords come with 4 to 5 sockets only and each socket has its own fuse. these extension cords also have a device that trips the system in case something goes bad...
This is one of the most insanely unsafe project I've come across in a while. Unprotected bulbs, outlets with no plates, no ground and a serious possibility of an overload. Also a terrible wasted of a nice tool box.
If that's safe, I'm an octopus.<br/><br/>Oh wait, it's in series? Never mind, that's just one outlet with a crapload of plugs. If you ever attempt to use all 22 plugs you'll end up with a drill clocking out at half an rpm. On the other hand, if you <strong>had</strong> wired it in parallel you'd end up with a pile of ash.<br/>
Wait, what? The outlets are in series? That's not right at all! Then any time you have more than one thing plugged in there will be a voltage drop. You need to have the outlets wired in parallel or they won't work properly if more than one thing is plugged in. The "no more than 10 outlets on one circuit" rule does depend on what you have plugged in, in theory you can have as many as you want but need to be responsible with your power consumption. I'd suggest adding a circuit breaker so you don't keep blowing fuses in the box's plug, but of course this isn't an excuse to not have a fuse.
I'll avoid any remarks about how safe or unsafe this is. But I will recommend that you Google &quot;electrical safety&quot; at least one time before attempting this.<br/><br/>That said, you could incorporate one of these..<br/><a rel="nofollow" href="http://www.kitsrus.com/pdf/k74v2.pdf">http://www.kitsrus.com/pdf/k74v2.pdf</a><br/>to be able to control the outlets via your PC.<br/>
Cool idea, upriverpaddler; thanks for the link. Neat might also be to add a motion sensor as a controller that you can switch on/off...
put a damn shirt on
Not a bad idea. I should make one with a battery and inverter.

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Bio: bicycles, gardening, and other important stuff
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