Dear friend, I have some doubts about your project... like how many bombs did you use? In your diagram it shows that the hot fluid first passes through the radiators, wouldn't it be interesting to have a cooling source directly in the reservoir so you could send the already cooled fluid back to the compressor... something simple like a copper coil or even peltier pads.
con todo lo que gsto se hubiera comprado el hill que viene con refrigeracion incluida.. y se olvidaba de todo ese poco de amarres.. saludos desde colombia.. el mio lo opero con hielo y funciona.
That is nicely executed but for around $150 you can get a CO2 laser industrial chiller all ready made in a nice package. Unless you simply love DIY which might be worth more than those extra $$$ you spend!
@@kraftzion How did you calculate the 400 minimum? Also - you need to remember what the compressor itself is - it is a cheap cheerful little compressor not meant for heavy usage. As such - the cheap $150 chiller will do just fine. Comparing to the very small and weak pump it comes with - it is a magnitude better. And if you really wanted to up the game you could spend around $400 which will buy you a chiller capable of ~1750W cooling and to be honest I am not sure if it is going to be a lot more expensive (if at all) than all the parts / tools needed to build it. But as I said - if the DIY factor is important then by all means building it can be really fun!
I have to wonder about the total cost of your DYI cooling setup? Do you care to share the total cost? Did you consider using a standalone all-in-one industrial water chiller for Co2 laser? I've seen them in the $175 - $350 range.
pretty cool, and very inventive, but for about 50 bucks every year or two for a piston and o-ring rebuild, why go to all this trouble? I guess if you have fun inventing and building things like this that is what is important.
That’s the point of this design is to give a lifespan to the compressor. I have tested this compressor running with more than four hours at times over 8 hours. tanks from 100cu to 98cu, plus 3L,6.8L,9L,12L with no problem, working temperature max @ 62.3c, top cylinder max temperature 43c, low cylinder 68c. Remember if it doesn’t get hot it’s not working. All compressors from small to big have a working temperature. By keeping A reasonable temperature 10c to 15c lower. The compressor will do his job no problems. Look at all the problems that other’s that are having problem, Becauser they’re using a bucket of water with ice,. Not a good idea. It only works for a short period time is for the compressor breaks down. This design will allow the compressor to work the way by keeping a reasonable temperature.
I like your engineering enthusiasm, but that is a waste of effort and time, doesn't matter how much flow, external cooling you have, you can only dissipate so much heat away.
Perhaps you understand the concept of the purpose of this design it’s not wanting to cool it down but it also to keep the external pipes down at a certain temperature so it doesn’t create moist water in the tanks, without such design the outcome with a using an ice bucket you will get water inside the tanks of the guns and your normal tanks. This design province that from happening keeping a below 45 Celsius will keep water out of your tanks the water separated will also provide additional water removal giving you pure air. Same concept if you Go to a scuba dive shop which they provide pure dry air. That’s what the system does the idea is to get pure air no water whatsoever. My design Service purpose and very happy with it.
Good video! I am thinking of adding a radiator to my setup. I don't know what you have in your second stage, mine is a molecular sieve. I have my black filter in between my 1st and second stage. Here is another video I enjoyed, same concept, different implementation. th-cam.com/video/rcI1wD_rXOg/w-d-xo.html
All three of these stages prevents water from entering into the Tanks, and The AirGun Tank., Nothing but pure air. This my Stage setup. Stage 1. TOAUTO 30Mpa High Pressure Air Filter External Water Oil Separator Filtration for Air Compressor Air Pump. ==> www.amazon.com/gp/product/B077SX5G9V/ref=ppx_yo_dt_b_asin_title_o05_s00?ie=UTF8&psc=1 Stage 2. 30Mpa Oil Water Separator PCP Air Compressor 4500Psi Air Filter L350mm OD50mm (Air filter) ==> www.amazon.com/gp/product/B07V4F6H1X/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&th=1 Stage 3. ASHATA Cylinder Water Cooling Tank, 240mm Transparent Fast Cooling Water Tank, G1 / 4 Thread Heat Exchanger Water Cooling Reservoir Radiator for PC Computer Water Cooling Radiator. Plus I use this==> Dry & Dry (1 Gallon) Premium Silica Gel Blue Indicating(Blue to Pink) Silica Gel Beads Desiccant Beads(Industry Standard 2-4 mm) - Rechargeable(7.5 LBS) Moisture Absorber Silica Gel ==> www.amazon.com/gp/product/B013L2Z2MY/ref=ppx_yo_dt_b_asin_title_o09_s00?ie=UTF8&psc=1 Checkout this one. I also found this oneless expensive: 30Mpa Oil Water Separator PCP Air Compressor Pump 4500Psi High Pressure Air Filter Diving Separator L300mm OD50mm with 8mm Female and Male Quick Connector (Blue) ==>www.amazon.com/gp/product/B081H954Y4/ref=ppx_yo_dt_b_asin_title_o07_s00?ie=UTF8&psc=1
Nice work ! Too smart for me! I like to use water from tap garden hose with a filter it’s always cool
Super good design, excellent work!
Hi, very impressive set up.I wold like to know where I can get that fluid speed sensor, thank
Very innovative and impressive build.
Thanks
What all this cooling cost?
Dear friend, I have some doubts about your project... like how many bombs did you use? In your diagram it shows that the hot fluid first passes through the radiators, wouldn't it be interesting to have a cooling source directly in the reservoir so you could send the already cooled fluid back to the compressor... something simple like a copper coil or even peltier pads.
con todo lo que gsto se hubiera comprado el hill que viene con refrigeracion incluida.. y se olvidaba de todo ese poco de amarres.. saludos desde colombia.. el mio lo opero con hielo y funciona.
good for you. with ice ! for me i can take it anywhere and not worry about a bucket of water and ice. My setup runs AC/DC power.
How much you spend mind as well bought and expensive one?
That is nicely executed but for around $150 you can get a CO2 laser industrial chiller all ready made in a nice package. Unless you simply love DIY which might be worth more than those extra $$$ you spend!
For $150 you can get a 50 watt chiller. He needs a 400 watt minimum. Which adds another compressor, refrigeration circuit, etc.
@@kraftzion How did you calculate the 400 minimum? Also - you need to remember what the compressor itself is - it is a cheap cheerful little compressor not meant for heavy usage. As such - the cheap $150 chiller will do just fine. Comparing to the very small and weak pump it comes with - it is a magnitude better. And if you really wanted to up the game you could spend around $400 which will buy you a chiller capable of ~1750W cooling and to be honest I am not sure if it is going to be a lot more expensive (if at all) than all the parts / tools needed to build it. But as I said - if the DIY factor is important then by all means building it can be really fun!
I’m getting a yong heng. Which $150 chiller are you guys talking about?
@@t206n Just search for "co2 laser chiller"
@@adriansosialuk276 any specific model? Thanks.
Awesome build! Thanks
I have to wonder about the total cost of your DYI cooling setup? Do you care to share the total cost? Did you consider using a standalone all-in-one industrial water chiller for Co2 laser? I've seen them in the $175 - $350 range.
just around $265
Of you can pay for it, enjoy it man. Cheers.
A old motorcycle oil cooler that comes with the12v electric fan and just put in a bottle of antifreeze would be way easier. And more compact👍✌️👌💯🛠️🥂
I like the idea and maybe I'm wrong, but don't motorcycle oil coolers depend on large amounts of air/wind to chill the fluid?
@@andrewgardner3071 thermostat and electric fan take care of that
pretty cool, and very inventive, but for about 50 bucks every year or two for a piston and o-ring rebuild, why go to all this trouble? I guess if you have fun inventing and building things like this that is what is important.
That’s the point of this design is to give a lifespan to the compressor. I have tested this compressor running with more than four hours at times over 8 hours. tanks from 100cu to 98cu, plus 3L,6.8L,9L,12L with no problem, working temperature max @ 62.3c, top cylinder max temperature 43c, low cylinder 68c. Remember if it doesn’t get hot it’s not working. All compressors from small to big have a working temperature. By keeping A reasonable temperature 10c to 15c lower. The compressor will do his job no problems. Look at all the problems that other’s that are having problem, Becauser they’re using a bucket of water with ice,. Not a good idea. It only works for a short period time is for the compressor breaks down.
This design will allow the compressor to work the way by keeping a reasonable temperature.
Great if you use the compressor alot but not worth it if you dont
Easier for me to use cold water in a 5 gallon bucket with several frozen 2 liter bottles.
Just buy a vevor industrial chiller!
Idk why people don't use what things are intended for? And the industrial chiller is only $130
That vevor chiller is only good for 50 watts. They do list a 800 watt chiller that will do the job for $388.
250 millilitres not 250 litres
Seems an awful lot of spend for a £150 air pump. Those EKWB components alone cost more than whole new air pump, possibly even two!
I like your engineering enthusiasm, but that is a waste of effort and time, doesn't matter how much flow, external cooling you have, you can only dissipate so much heat away.
Perhaps you understand the concept of the purpose of this design it’s not wanting to cool it down but it also to keep the external pipes down at a certain temperature so it doesn’t create moist water in the tanks, without such design the outcome with a using an ice bucket you will get water inside the tanks of the guns and your normal tanks. This design province that from happening keeping a below 45 Celsius will keep water out of your tanks the water separated will also provide additional water removal giving you pure air. Same concept if you Go to a scuba dive shop which they provide pure dry air. That’s what the system does the idea is to get pure air no water whatsoever. My design Service purpose and very happy with it.
Good video! I am thinking of adding a radiator to my setup. I don't know what you have in your second stage, mine is a molecular sieve. I have my black filter in between my 1st and second stage.
Here is another video I enjoyed, same concept, different implementation.
th-cam.com/video/rcI1wD_rXOg/w-d-xo.html
All three of these stages prevents water from entering into the Tanks, and The AirGun Tank., Nothing but pure air.
This my Stage setup.
Stage 1. TOAUTO 30Mpa High Pressure Air Filter External Water Oil Separator Filtration for Air Compressor Air Pump. ==> www.amazon.com/gp/product/B077SX5G9V/ref=ppx_yo_dt_b_asin_title_o05_s00?ie=UTF8&psc=1
Stage 2. 30Mpa Oil Water Separator PCP Air Compressor 4500Psi Air Filter L350mm OD50mm (Air filter) ==> www.amazon.com/gp/product/B07V4F6H1X/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&th=1
Stage 3. ASHATA Cylinder Water Cooling Tank, 240mm Transparent Fast Cooling Water Tank, G1 / 4 Thread Heat Exchanger Water Cooling Reservoir Radiator for PC Computer Water Cooling Radiator.
Plus I use this==> Dry & Dry (1 Gallon) Premium Silica Gel Blue Indicating(Blue to Pink) Silica Gel Beads Desiccant Beads(Industry Standard 2-4 mm) - Rechargeable(7.5 LBS) Moisture Absorber Silica Gel ==> www.amazon.com/gp/product/B013L2Z2MY/ref=ppx_yo_dt_b_asin_title_o09_s00?ie=UTF8&psc=1
Checkout this one.
I also found this oneless expensive: 30Mpa Oil Water Separator PCP Air Compressor Pump 4500Psi High Pressure Air Filter Diving Separator L300mm OD50mm with 8mm Female and Male Quick Connector (Blue) ==>www.amazon.com/gp/product/B081H954Y4/ref=ppx_yo_dt_b_asin_title_o07_s00?ie=UTF8&psc=1
I'm thinking of putting headers and a high rise manifold, racing slicks and I'm gonna get me a helmet!!!
Way too much time on your hands, brother. Simpler is better.
Way over Kill