Відео

Excellent. 👍

love this i have a thing from a nitrogen generator its a tube with a sensor that is suppose to tell you what gassed in ppm are in the flow, its yours if you want it

Similar dessicant dryer on the air input line mau help.

Dude this is really nice!

Antifa, vacuum diode hackaday, professional content, and only 5k subs??? What a travesty! You're wonderful.

Hey that's a Sack Barrow in NZ

I have two old medical oxygen concentrators I want to convert into an oxygen generator.

Fantastic build mate, practical if a little complex, solution for a real cost. What is the rough hours of use to pay back the system I wonder? Also just a thought if that condenser safety valve would be better upright to reduce risk of it freezing shut?

Now you need to built an acetylene generator , then you would be cooking with fire .

You ought to contact Elon Musk, he can do it a lot more efficiently...hay it's just like an air hockey table.

Yes please do a video on the clean build you have made for the spot welder.

Great video! Thanks very much for sharing and especially for the wonderful, high-quality video and narration! Liked & Subscribed! AND thanks very much for the added information in the video description text which fleshes out the narration and clarifies some key points.

Never thought anything good would have come out of Covid. Nice video.

Respect bro. Near cracked my screen hitting thumbs up. Love tubes. Love your work.

Cool project well explained, nicly put together in a compact package. Do you think that would have enough flow for cutting? I suppose with a larger filter and acumulator it could up flow rate. In the UK we would call your trolly "sack trucks" (point of interest, not a criticism of some bullshit UK terminlogy vs North Ameriacan termnology). P.S.Love the tats on your fingers. I always fancied e^i pi as in a preveosue life I was a mathermetician for a few years post uni. P.P.S. Excuse the spelling Spell check has stopped working on youtube comments for me!

Would a version 2.0 include an air conditioner in the path of the air you are ingesting help? I know a/c is great for dehumidifying , and my brain is trying to fit one in after your dessicant issues in the SE USA was noted. They make portable A/c units that you could pipe the output directly into your intake potentially. Likely overcomplicating your design, but I thought I'd ask anyway. Great video regardless.

That was cool, exactly the right kind of needing out for me. Subbed!

1300 bucks???

Your oxygen tank is a muffler.

I especially like the exposed parts of the live wires at the solid state relay.

Is that mica you're cutting on the laser/plasma cutter and using as isulators(?)

Very informative. I would like to know the composition of the sealant you use, which you pour when heated and which behaves well in a high vacuum.

So with very little modification, couldn't you extract the nitrogen exhaust and pump it into an air compressor and have NEA. Maybe have another stage of zeolite to get closer to N2 in your air compressor. 2 bangs 1 buck. N2 and O2 in separate containers.

Lovely tech, awesome craftmanship! I'm picking up a lot of Dalibor Farny vibes here. Looking forward to seeing more.

💡Watch offer-up and occasionally you'll find used medical oxygen concentrators for as low as $50 and sometimes even free.

I love your tattoo's!

Hand truck = sack barrow 🏴󠁧󠁢󠁳󠁣󠁴󠁿🔧👍

Tube dimensions are generally tighter than pipe. As usual, I have a choice to be a maker or a patron. Maker it is.

Can you oxygen pressure gauges?

20:40 an oil (glycerine) filled gauge..the oil is confined to the outside of the Bourdon tube. unless the Bourdon tube develops a leak..no risk.

Really interesting project. I've saved it in my playlist, passed it on to a couple of mates to watch and subbed.

For something that got randomly recommended to me on UA-cam this is great stuff! Love the content!

Am I shtupeed? Inches of Water? Inches of Mercury ?

This is the first video of yours I've seen, and I'm only two minutes in, but I love it! Instant sub. Also you look futuristic as fuck, it's great

Thank you for the video. My interest is for nitrogen and wondered if the exhaust output is sufficiently pure nitrogen for oxygen shielding in welding application, or is there a more economical alternative method for removing oxygen?

Some applications may want the low oxygen (N2) output discharge. I have an amazon plasma torch for cutting steel/aluminium/stainless. I am a NOOB with this type of tool. It would be interesting to see if the low O2 air would work well for that application. I noticed when cutting SS that there was a lot of oxidation in the cut. Who knows....?

I'm always surprised on how precise you choose topics that have my main interest. That's something awesome with you. You disappear and when you come back it's with something really big. Really thank you. It reminds me by the way of the glass lathe project. Are you still on it?

I bought a medical oxygen concentration system for my glass shop last year i wonder if this would have been more or less cost effective.

Pro tip- fill the copper pipe with sand....if requiring to create nice round, tight bends or loops. Shape the pipe with the sand filled within it. This will almost completely remove the chance the pipe will crimp down on tighter bends.... you will have nice and smooth and round piping...remove sand when finished.

This project looks like it wants air bearings for chuck alignment, and some kind or rotary air cylinder to handle chuck holding force.

This video gives me an idea that might put me on a watch list. Say you have a large amount of uranium hexafluoride gas and you wanted to purify it to get some U-235, could you not pressurize the gas through zeolite of a certain pore size to trap just the U-235? Sort of like how a centrifuge works, just line up loads of these connected in line and just keep running them in a cycle until all that's left is U-235. Btw, I love your tats!

This whole video was a beautiful example of humans being bros. You were reasonable in your expectations, did your research, and those who had capacity provided samples and useful information. And now hobbyists are blessed with more paths to success as a result of your efforts. I applaud everyone involved. This is how it should work.

Good video. I enjoyed it and all that you went through. For many of us we may not need as much O2 and therefore may be able to use a used oxygen concentrator. The thing is that your video highlights the internal workings of these concentrators. They use the same mechanisms. Your video should be helpful as well to anyone that is using an old medical O2 concentrator for soldering or brazing.

Great vid. but www.google.com/search?q=pronunciation+sieve

if the zeolite is dangerous, how will that be great for hospital? How do you know you got it 100% out of finished product? Just a filter doesnt give me 100% assurance.

Sweet! I wonder if there's a cheap way to pre-desiccate your air so your dryer doesn't saturate as quickly, using crushed ice? Air that's flowed over crushed ice has very low absolute humidity (at least once the fog droplets have separated out). Maybe a cooler full of crushed ice, with a perforated false bottom to create an air plenum? Honestly not sure whether this is actually more convenient than just regenerating the desiccant though, that sounds pretty easy and ice is a consumable one would need to go get.

hi thank you so for the amazing video and all the info can you pls let me know if i can use 6 mm od copper tube instead of 3/4 9.5mm like is mentioned in oxikit website i live in a city Humidity: 69% according to google im just rebuilding a Concentrator that i found in flea market im using it to get the parts i need because everything its expensive if i want to by all new part thank you so much

This is awesome. Inspirational stuff, thank you. But I wonder, for US$1500 in parts and materials plus the amount of hours I would have to put into this to get my 20 litres per minute of oxygen… say it took me 80 hours to complete. In my experience, things take way longer. For example, I study the plans and endeavour to understand the science, do drawings, and spend time thinking and visualising, I search online for the parts, usually from China so they are affordable, but also I need to wait a month sometimes for delivery, then I do the fabricating, testing, changes, upgrades, maintenance, etc. But lets still just say it took only 80 hours, Multiplied by a low hourly rate of 30 bucks per hour, Equals $2400 plus parts $1500, Totals $4k ! Then I look around online and discover I could buy 2 or 3 of the commercially available 9 litre per minute O2 Accumulator Machines, that are quite small and cost US$250 each, that I could plumb together and mount them to the same trolley you have to give me 27 litres per hour. For a third of the money and all that time saved that I could actually spend on practising my glass blowing skills and buying borosilicate tube. I made this very mistake when I made 3 or 4 versions of a large HHO generator cell for welding gas, spending hundreds of hours and eventually succeeding but not with a super reliable machine, and its currently broken! I found a company in Russia that makes pretty much the same thing for the same money I spent on materials. Which will be under warranty for 2 years and reliable. And the manufacture answers my questions. As a bonus I achieve actual results! So, although making stuff provides invaluable knowledge of materials and fabricating, inventing etc, which I am personally wired for and love to spend time with such, doing a feasibility study prior to commencing a project such as this, and being brutally honest with yourself, is very important.

Is the output sufficient to run the torch with Acetylene and cut steel with it?

Wouldent a one way valve be usefull right befure the buffer?