HOW TO MAKE A BENCH TOP POWER SUPPLY | MADE FROM A COMPUTER ATX POWER SUPPLY

[@jllaine]

Amazing and well done. We live in a remarkable time where so many of these components are readily available and affordable. for viewers: before cutting the molinex connector look for any pin with an additional (usually thinner) wire, and for the orange or brown wire in pin 11/20 or 13/24, these are 'sense' wires and must be connected so that the power supply knows it's working or else it shuts down immediately. Also google the model of your power supply for minimum load(s), some only need 1 amp load on the 5v line, some need 0.5amp on the 3.3v, 5v, AND the 12v lines. The variable stepdown output unit needs a diode on the output to protect against feedback if you use if for battery charging or anything with capacitence/inductance such as a motor. I might also suggest circuit breakers instead of fuses for the 3.3,5,12v lines.

[@coptertim]

I've been planning to build an ATX power supply for several months. Of all the designs I've seen, yours is best for my needs and limited space. Well done!

[@777tomwall]

I am 70 years old and retired from Tennessee USA. I enjoy your videos more than any others on KZbin. I’m just starting out trying to learn basic woodworking. You make me wish I would have spent my entire life learning the skills you have. Thank you very much for sharing. Do you have a patron page? I would love to support your work. Thanks again.

[@ISIMPLYBUILTIT]

I'm glad to hear that. I'm 44 years old now and I also wish I had started this woodworking and handicraft thing when I was younger. But better late than never. I haven't yet a patreon page.

[@jasonhathaway9746]

Came for the power supply and electronic tutorial. He got to the table saw with home made slead for his cuts for his case and I hit subscribe.

[@MrClamcutter]

Me too

Nice and demanding work. 👍 So far, this was the most beautiful solution I've seen for building a lab power supply from an atx power supply.

[@PaintmanJohn]

INCREDIBLE Workmanship. May I offer ONE suggestion? Instead of cutting ALL of the wires from the Power Supply, get a Power Supply MOLEX connector from a defective motherboard, and solder all your wires to it. Then you can just use the standard Power Supply output plug to attach to your wiring harness. Someday your Power Supply will FAIL. So when it does, you can simply UNPLUG it and replace it with another in just a few minutes.

[@MrErViLi]

I was going to say the same thing. Thats the way I made mine.

[@dhianefka]

That's a good idea. I'll implement this.

[@peterschmidt9942]

An even easier way is you can buy a board of ebay for about $10 that has the molex connector, banana sockets for all voltages, already fused and has an LED and on/off switch. Just plug it in and you're ready to rock'n'roll.

[@fk6536]

there used to be 24-20 pin converters for using a new power supply with a 20-pin motherboard, on those, wires are already in, so maybe that will be even easier? something like this: www.cableleader.com/6-atx-20-pin-female-to-24-pin-male-motherboard-adapter-cable.html

[@flojotube]

PaintmanJohn & Eric Livesay - could either (or both) of you *please* explain to me where you obtained your knowledge on this subject matter?? I’m 40 and I’m desperate to learn about ALL THINGS low voltage / DC related, but I’ve got no clue where to start!! I’ve watched SO MANY VIDEOS like this one, from start to finish, and marvel at the amazing achievements & know-how of Numerous creators... I’ve even purchased some basic soldering & wiring kits/equipment and also own & tried to learn several different things like arduino, raspberry pi, and even projects with led bulbs or infrared arrays... I get started, and then quickly get LOST every time. I’m also very fond of finding discarded electronics and either fixing them or just breaking them down to see how they look inside... every week I bring home something new, like laptops, TV’s, monitors, radios, etc, which I find ON THE CURB in my neighborhood... I recently broke down a huge Plasma TV and I’m CERTAIN there are valuable components inside of it that could be used in future projects, but since I’m clueless, I’ve stacked up all the boards from all these dismantled items and piled them neatly in boxes... hoping SOME DAY I’ll understand what I’m looking at... The fact that you guys can watch this video and not only FULLY UNDERSTAND IT, but then offer ADVICE on how to do this BETTER simply blows my mind and frustrates me. HOW DO YOU KNOW???? I would die a happy man if I knew how to build something like this or simply UNDERSTAND what’s being built to the level where I felt I could easily replicate it if I chose to... Could you guys please explain to me how I can obtain a thorough education & understanding on all things involved here in this video?? You were blessed with this education and had to start somewhere, so please help me. Cheers!

[@simonbaldwin69]

Out of all the atx bench power supply builds, I like this one the best 👌

[@xd9sc1]

I was sort of thinking...."hey, I can do this"....until 15:20! Thanks for posting. I don't have a 3-D printer, but it offered a lot of good ideas.

[@Zero_Ego]

I love your attention to detail. Must have giving you great pride and personal gratification to see such a project completed. Excellent work.

[@johnzillner1596]

Best DIY tutorial of ANY I've seen on KZbin ! The attention to detail is what impressed me first, but then the inclusion of slight mistakes and the corrections taken is what really won me over and makes this a true DIY video.

[@mahatmadoo2566]

17:34 wiring dia. Great build, thank you for showing your work.

[@elettronica1903]

kzbin.info/door/1zfaGMjbhfpfOi--atjD-g Passa da qui!

[@minkorrh]

There's a German accent involved. You know it'll probably be better than factory. :))) After watching I have confirmed that I wasn't wrong. Probably the best ATX PSU conversion on the internet. Such attention to detail and safety is well integrated. +10

[@donsanders9863]

This is the nicest power supply project I have seen. There are many on KZbin, but the quality and finish on this one is exceptional.

[@kevindondrea144]

You know what they say about people like you? WOW!!! I'm in awe. You're extremely talented. :) Thanks for sharing

[@l1089624]

That case itself is a work of art, and the rounded edges and color make it look retro!

[@buddy64118]

Excellent build. I had a bench top supply that I made when I first started with Arduinos. I found that for many projects I needed more than 12 volts, but I rarely needed more than two voltage inputs simultaneously. To keep the footprint small I made mine with two variable outputs using the same modules you used. I made it so I can use a power supply from a laptop or any other type of supply using the same size male jack. The main power supply sits on the floor out of the work area and only the variable control and outputs are on the bench top. Adding multiple female jacks makes it possible to use any supply I happen to have available whether it has a barrel jack like my old Toshiba laptop or a rectangular one like my wife’s Lenovo. I can also use the power supply for my 3D printer or even my model railroad. It is very inexpensive if you shop carefully for the components.

[@LIOTBs]

I would love to see a picture of your build!

[@OvertravelX]

The hand holds in your crosscut sled are genius!

[@ISIMPLYBUILTIT]

Thank you.

[@tomnorman5461]

I agree, good idea!

[@maro9282]

Great project. Last week I found working ATX power supply on the street and I want to make an adjustable power supply. Your tutorial is the best one I have found :D thank you very much! Amazing work! I'm definitely going to subscribe

[@ISIMPLYBUILTIT]

The Part list of the Power Supply is now in the Video Description.

[@davidmarr5245]

This is the best ATX to benchtop power supply ever! very well done. Clean and simple.

[@tigxracing]

Very nice. this is the best-looking home-built power supply I have seen so far. excellently detailed instruction. This gives me an idea of how I am going to build my next project.

[@liguetunisiennedeleducatio3744]

Malheureusement c'est pas à la portée de la majorité pour avoir ce genre d'outils.. c'est merveilleux .. c'est un travail minutieux, esthétique et le résultat est une merveille.

[@kennethhawkins5943]

Your attention to detail is amazing. This is one of the best videos I've seen.

[@jay-rus4437]

Got my ham radio license early this year during the virus mess. Since then I have really been enjoying building a radio go box, power distribution box, and a dc power supply. Yours looks very professional. Im OCD, but dont have the equipment you do to 3D print etc.

[@ThisIsMySig]

Building the case seems to be the most involved part of the project. You clearly have all the tools and skills needed. I would love to see an overall shot of your workshop!

[@ponsaravanan]

I wish I can cut MDF that clean and without gaps. Great workmanship.

[@melplishka5978]

Your not only an electronic genius your wood working skills are next level as well.

[@rmkhakelly]

I like the way you roll. I plan on using your basic plans but will have to purchase a small plastic or metal case as I have no where to set up my table saw and I do not have a 3D printer.I have a power supply from an old Dell Optiplex 380 that I plan to use. This is one of the best power supply builds I have seen. I appreciate all the great suggestions you share on KZbin. I an an Amateur Radio operator and this will be very useful in my hobby. Robert KO4CER

[@allu797]

Very nice and good looking project. Also very glad you didn't use hot glue to mount any critical components and actually properly installed everything👍

[@garoldanderson3763]

I love it wish I would known about this a few years back when I threw my old computer out. Thanks

[@electronhacker4224]

congratulations you have made a superb job of the build.and it looks a very beautiful finish.i wish that my carpentry skills were even as half as good as yours are. all the best my friend.

[@blugoose86]

You are a true craftsman sir! Thank you for such an intimate, detailed presentation.

[@bgable7707]

Finally, someone designed it the way I was working towards .... last ???. All 3 separate standard voltages, adjustable up to 24v, and the standby USB connections, wow! VERY NICE JOB showing the build and color connections, etc, excellent! THANK YOU!!!

[@markcollard9326]

That has to be the nicest looking D.I.Y. Power supply from an ATX PSU. Thank you!

[@StreetMachine18]

this build is deff on my bucket list!

[@niwty]

If I can put this simply. I bloody love this! I’ve saved one of those power supply units for ages from and old desktop pc because I had an idea that it could be useful when I’m model making or just testing stuff. I haven’t made anything yet because I kept fumbling for ideas on how I’d like to do it so I just kept putting it off. Not any more. That sir is bloody awesome and I’m so happy I subscribed earlier. One of the most underrated channels on the tube in my opinion. Good health to you! 🍻

[@FrancisRodgers]

I love this modular concept. Simply excellent. Did you know that if you isolate (with simple rubber washers) the output side of the PSU from the case. You can connect 2 PSU's together. Why? To get 24V at much higher amperage than can be given by the blue wire (-12V). There is a video on how to do this, when I find it again I will edit this and show it. I dont know if it works with 3 or more PSU's. This will also give you considerably more voltages varying from any combination of 3.3, 5, and 12 up to 24 (i.e. 3.3+5 = 8.3, or 3.3+12 = 15.3 etc, all at higher amperages that the highest amperage of lowest amperage PSU can handle - which is significantly more than the blue wire and much more useful). The other reason I like it is because it is much easier to add additional features. Reverse polarity protection for example - which is needed if you want to charge car batteries. I'm going to build one like this. Thanks for sharing.

[@MarioMark-b2k]

You must be a perfectionist. Thumbs up to you.

[@popparock6506]

found this in my recommendation as I was looking at PSU's/electronic repair but once I saw the woodworking equipment and the DIY sled w/stop block, push sticks, saw blades holder and even a DIY digital height gauge I hit Subscribe/like right away, look forward to checking out what else you have made.

[@nerdshotsza]

Same...

[@R2D2inAustralia]

I came for the power supply but loved the wood working saw slide....then the final product. 😊

[@bsg1138]

Awesome design and build! However, I would think the front bezel needs a port to provide air throughput since the fan in the power supply is drawing negative flow. Too much of a seal in the enclosure will burnout the fan in the power supply as well as creating too much heat from too little air flow thus reducing the life span of the power supply itself. But overall I love it!!

[@bobburchett8517]

I am thinking that as little load that this PS will probably be under as a Bench PS will be minimal as opposed to being a functioning Computer PS. I think the fan should be fine. In fact, there will be a lot less worry about dust clogging up the fan since it will be primarily be blowing air OUT the fan opening. That would be my only concern. If the fan were blowing IN to the PS instead of OUT, then it might be a problem. Good point though.

[@alessandrochiodo9186]

how come you only have 43k subscribers? your content is amazing!

[@eltecnico3675]

Excellent idea and design. Although I saw a detail that the source lacked, it has air outlet, but it does not have fresh air inlet, it lacks a grille for new air to enter. Excelente idea y diseño. Aunque vi un detalle que le faltó la fuente tiene salida de aire, pero no tiene entrada de aire fresco, le falta una rejilla para que entre aire nuevo.

[@ISIMPLYBUILTIT]

Of course is there a air inlet. the inlet is in the upper back area and the outlet is in the lower area.

[@muhammadiftikhar5856]

Excellent Sir your all work was outstanding it is very useful power supply in work shop.

[@keldsor]

Hi ! Very nice project and right my kind of thinking - thx for sharing ! I though think it seems a little old fashioned with these old-school fuse holders ;-) - how about adding a PLUG-IN MODULE for adjustable current limitor - just installable instead of the fuse holders - it would be a very nice addition to you project, I think.

[@Nebula_Protogen752]

I love everything about this video! Your voice is very calming You explain every step with extreme detail It's relaxing to watch you go through all of that wood working And my favorite, the electronics!

[@afpwebworks]

What a very neat and tidy job! You have made a nice unit. I have several ATX Power supplies in cases of old computers I can't bring myself to throw away, so here's a productive way to use one of them at least. Thank you! Nice job.

[@DanielDeRudder]

Wow ! I'm very impressed by your skills ! A professional workshop on the side may also help to "simply" built this project to perfection.

[@stephendoriankutos4429]

Can you explain to me what the function of the resistor is in this specific project and why it's necessary?

[@1BLKBIRD]

Nicely done. The only thing missing is a flow-thru vent in the face or side panels to allow air to circulate. Otherwise, the power supply is likely to run hot.

[@hypersmudge1]

Wow! Such a great build. Love your attention to detail and craftsmanship! Inspiring! Thanks!

[@bitemykrank1970]

Simple to do, so long as you happen to have the bits laying around. I'm sure most of us do. In the junk pile in the corner is where I keep my fully equipped workshop with router bench, table saw, 3D printer, etc. Simple things we all have at our disposal..........I really liked the finished product though, Looks really Hi-Tech with all the outputs and the OLED panel at the top. And I REALLY liked the terminal block inside, that made things really neat for a few minutes...before the front panel spaghetti made it's appearance.

[@user-sk4nt5bm5r]

A lot people that are actually building their own power supply have this stuff (I do). If you don't, you can use whatever plastic container you want and cut that with a box knife. The box is not the most important bit of this build.

[@Deep_Thoughts99]

Sir you created awesome thing... You are a great experienced man

[@razortractor4009]

Very nice job you gave me some ideas for my next power supply build. I wish I was that good of carpenter that case is amazing. So I ordered one from amazon 22.00 it's about that size of yours want be as nice tho. Keep up the good work.

[@billrogers6863]

Supremely overbuilt. But someone has to show us how high the build quality can go. Many thanks!!

[@StavrosSophocleous]

One of the best videos for bench power supply i watched on youtube. Very detailed work to perfection. I would like to build one of this. Could you post links for the parts you used and if possible the stl files? Thank you in advance.

[@workforth]

Mostly, How I made a BOX with all these tools. Good content BTW.

[@robertjung8929]

Nice build, looks really good ! :) but PG is a signal, not a power rail - you must not use to power a step up converter (cheap PSU tie PG to 5V so no problem, but spec says it's a signal active high). for ATX you definitely don't need the load resistor on 5V rail - that was a thing for old AT power supplies.

[@julioromero2460]

Exelente! De primera calidad!! Me gusta!! Tratare de hacerla igual! Maracaibo Venezuela

[@CYBTHOR]

Great project! One thing that I think you overlooked is the PSU ventilation. The fan being in either a push/pull configuration has no way of getting fresh air or exhausting air as it is in a closed box. Let me know if I am wrong

[@am.esmaeel184]

Fantastic clean and perfect handmade project

[@carchi1]

Outstanding work!!! You sir are a perfectionist!! Thank you for posting this. This is the best ATX power supply build I have seen so far, albeit with a lot more work involved. Be proud of what you have accomplished. Subscribed!!

[@stujham]

A work of art and such detail, well done!

[@timhicks4058]

I do not see anything on you website for this project Do you have the 3D files for the front plate and the plans avaliable

[@ΓιάννηςΓκλεζάκης-ο6γ]

The video is very informative and the whole construction is professional. John from Greece.

[@elettronica1903]

kzbin.info/door/1zfaGMjbhfpfOi--atjD-g Passa da qui!

[@davidaustin6962]

Nice. Only dif I'd make is put a label for the voltages and use those displays for the current.

[@luiscarlossuarezmarquez264]

What a nice, clean and beautifull work. Best I've ever seen. Congrats

[@beedenmutasyonu1592]

great job clean ,elegant,awesome congragulations from istanbul

[@robertcartier5088]

Very nicely done! One thing I might do differently concerns supplying more power to the USB socket. The one used is designed for Quick Charge 3.0... It clearly will not be able to do that if all you give it is 5 volts... So, I would use a yellow (12V) wire instead of the 5 volt STB wire. If having a true 5 volt USB output that continues to work when the main switch is off is still important, you can always install another, simpler socket. But to me, spending that much on this particular socket and not using it to its full potential seems like a waste. ;-) Again, great build! Cheers from Canada!

[@diyitall2023]

Wow really detailed work...I really like the wiring diagram...it really helps me understanding it this way

[@ruiafonso3538]

Definitely the best diy power supply with maximum attention to detail! Congratulations! Forgive my ignorance... will there be any problem in resorting to the -12V (blue cable you cut) as ground and +12V (yellow), and then we would have the 24V? So I avoid using an upsteper to convert 12V to 24V... Thank you in advance.

[@hassaninel-gazzar3659]

The maximum current for converter 1A i think will born with load

[@engr.nouman3227]

Whats the purpose of adding a power resistor with a 5v source?

[@neilbarnett3046]

I'd include + and -12V or + and - 15V for operational amplifiers, too, but I suppose it's easy to add on with step up converters.

[@PaulJosephdeWerk]

Not sure if the standby power can supply enough current for the the USB socket (some power supply are as low as 0.2A. Standby is meant to keep power going to a small set of components on the motherboard used to control the power-on signal from the motherboard back to the PSU when you want it to turn on (to allow for Wake on LAN). The USB socket is designed to take in 12V (not 5V), so you may be under-powering the circuitry in there as well. It is much safer to wire it to the 12V output of the PSU. You'd lose the always on ability, but you at least know you have enough voltage and current to power it.

[@kkuenzel56]

Awesome German design and quality!

[@kan815k]

Easy, simple and detailed work

[@gitcoach]

Beautiful Project nice build. Love the design and detail.

[@joseantonioperez8273]

Awesome, how I wish to have those tools and the 3d printer, but overall your skills in step by step creative order, great job and congrats from Mexico City

[@MaxC_1]

honestly most of the stuff is actually rather easy to build manually. Replace parts with acrylic and MDF/Plyboard wherever necessary and well, it's rather simple. Just some hard work.

[@diegopala86]

You are the best, !!!!!!!!!!!!!!!! Thank you, great job , great explanation

[@johanponin1360]

upvote for the ultra clean wiring

[@E4511]

what a good job you did greetings from Mexico

[@alexanderwingeskog758]

Nice one! I just built one my self with components I had (from about 10-20 years ago :-) with 15 year old PSU. I did the easy way though and drilled my PSU case and connected everything. It was a really tight fit though as my PSU fan was "silent" and covered the whole top of the PSU. I do think I will add the buck/boost and as you did though to get the digital volt/current meter with PSU as that would make it almost perfect!

[@grzegorzwrzesien]

Very nice job.Congrats from Bogatki,Poland.

[@MCsCreations]

Really fantastic work, dude! It really looks beautiful! 😃

[@davidbroadbent6305]

well i do love his highly skilled workmanship. A couple points from an electronic engineer of over 50years skills. 1. I would recommend not having air in and air out on back panel, unless there is some form of horizontal separation barrier sticking back at least 200mm from one side to the other. I note as other have pointed out there are grills on the back panel situated above the fan outlet grill. Now if unit is placed with back near a wall or rear of bench with a high back the air will start to recirculate and unit will get hot. His case is beautifully designed and made, except for this critical thermal flaw. Look at any type of commercial equipment and you will never see inlet and exhaust placed adjacent to each other. Further like the desk top computers these supplies are filled to, I would suggest adding a removable filter on any inlet air vent as a major killer of these supplies is both dust (causes electrical arcing in the High voltage DC section of the supply) and overheating. 2nd personally I would have painted the inside of the case with a fire resistant paint or lined it with a thin fire resistant material. But that's me, very safety conscious. Absolutely brilliant video. I will do say you have taught me a lot about building in timber. Plus you mentioned some sort of cad software I had not heard of, that I will look up as I have recently got myself a 3D printer. Also EXCELLENT graphic schematic showing how to wire unit. I have to ask what did you draw that in please?

[@Augusto_Levi]

*goodnight. What are the names of these connectors that you inserted into the source wire?*

[@jeoffer]

Very nice job, I will be using your wiring diagram. Unfortunately I dont have access to a table saw or a 3d printer so my build will have a different case. One question,. When the fan on the ATX power supply is blowing out air where is it "sucking" the air from. I did not see an air inlet anywhere on your case.

[@ichhier5165]

No air intake. It will overheat sooner rather than later.

[@CollinBaillie]

The back panel has an open grid, above the ATX power supply. See 12:48

[@banglachord]

Beautifully done.

[@piyapongsukthong-ngam6556]

Excuse me . The Glod Resistor is use for....? Can you tell me know Thanks.

[@andreemarshall7533]

you do very nice work I would like to build this it looks amazing although I really don't know what I would use it for keep up the great work

[@electrode74]

Excellent case design! I had planned on converting a couple of old ATX power supplies for a number of years now. I am printing out your design right now, I can finally have the finished look I wanted to go for, thank you. I know you have since upgraded your original design, but with the original, you could eliminate the step-up converter for the 12V lighted switch by using one of the power supplies yellow 12V power leads. Thus eliminating the PG connection unless wanting to use it for LED indication or some other 5V connection. The original switch needs 12V for the power indicator light, not for switching.

[@wilfriedhoffmann4601]

Das Endergebnis ist hervorragend. Auch die Erklärung und das Verdrahtungsbild im Video sind top. Es wäre klasse, wenn du noch Links für die Bezugsquellen der einzelnen Komponenten angeben würdest. Vielen Dank für die Vorstellung deines Projektes. Gruß Willie

[@michelebortoli3919]

How many amperes did you put the various fuses on the 12v 5v 3.3v lines?

[@KSCPMark6742]

Using an ATX this way is tempting, but very dangerous. Not in the way you think though. The ground is almost certainly tied to the chassis which is tied to actual earth ground in the wall plug. So when you power a circuit, ground is also actual earth ground. So far so good. However, if for example you have an AC powered oscilloscope or other test equipment, where the probe ground is _also_ earth ground, and connect the probe ground _anywhere_in the circuit (except ground) you have just shorted that point to ground and released the magic smoke.

[@RoboticsEngineer1622]

why did you connect the 50w 8 ohm resistor to 5v instead of 12v?

[@angeloguidi5566]

Wonderful project Angelo from Italy

[@Gex121]

Amazing. What is the resistor's purpose in this build?

[@supergimp2000]

What is the purpose of the load resistor on the 5V supply?

[@BrucesWorldofStuff]

ATX Power Supplies need a constant 5 volt draw so the switching circuit in the power supply will function at the correct voltage with "No Load" on it... When the Power Supply is in a computer it has the hard drives and other things to keep the switching part of the supply working even when off, that is the purpose of the stand by wire so it knows when it needs to make 12v... Without the resistor the power supply would not know what to do when nothing is plugged in to it, basically, there is some more to it but that is the jest of it... Lol Hope this helps... LLAP

[@AutotechWoodworking]

@@BrucesWorldofStuff The resistor he is using appears to be 50W 8Ω. Is that what should be used?

[@BrucesWorldofStuff]

@@AutotechWoodworking Don't quote me on this, but I think that one is also used for audio. :-) To answer you question I did see what it was but I have seen others use 5W resistor 8 ohms with no problem. In this case the bigger is better... Lol His has a heat sink made on it and that is good. You always want to make sure that the resistor is connected to a metal case of something metal to help to dissipate the heat from the resistor as they will get Hot! But is needed to make the Power Supply Work... Hope this helps.. LLAP

[@BrucesWorldofStuff]

@@AutotechWoodworking I made one once for testing out of a old ATA supply and I just hooked up a old bad Hard Drive and let run. Does the same thing as the resisto, as long as you leave the plug to hook the the HHD too... :-D Oh! and if you don't mind the whining of the HDD.... LLAP

[@AutotechWoodworking]

@@BrucesWorldofStuff Thank you, both answers are informative. I used the same type resistors that he used when I put LED stop, turn signal, and reverse bulbs on my Jeep. I mounted them to the metal where I attached the other wire to ground. The resistors I used were 5Ω, but much less watts. I don't remember how many watts though. Live Long And Prosper to you too.

[@The_Bearded_Lady]

Thank you for making this. It makes me feel like I might be able to build one myself. I am a bit overwhelmed with the hooking up the wiring piece, but I will maybe try it :) I like your channel. Thank you, very nice build!

[@lindenash2066]

There is a Minus 12 volt on all the ATX PSU's I have seen could you not use this to get a 24 volt as Well ?

[@joeyhenry7312]

Would you mind listing dimensions of the box and possibly the srt files used for the 3d printed parts? Excellent job it looks great.