I personally don’t think that your video is to long. It shows an actual step by step process of your project. I like the video just like it is. Don’t shorten them.

I have literally watched thousands of woodworking videos and often, I get disappointed by the kind of tools and materials they use because they were all beyond my imagination. Some were just too exotic and most were things, most cannot afford...But you my friend, has shown me something to inspire again. You are doing a wonderful work. Thank you.

The air velocity at the 3 inch pipe being 33 m/s gives 3x3x33 is about 300 “units” of airflow. At the 4inch pipe it was 27m/s, giving 4x4x27 is about 430 of those same units. So even though the velocity is higher it forms a serious constriction on the airflow.

It's not a flashy video, but it's real. You are making practical items with an elevated mathematical explanation. Great content sir, thank you.

Great project. Well narrated too.

Excelente proyecto muy bien desarrollado y mejor ejecutado , un ciclón magnífico , muy necesario en cualquier carpintería , por favor subtítulos en español , gracias por compartir tanta creatividad y conocimientos , un saludo cordial y por supuesto un gran like desde Narón (Galicia) 🤓 🛠️ 🔝

Great build

Consider myself inspired!

you're doing a great job! It's inspiring (and embarrassing ) to see a craftsman working with his own, hand made tools! Kudos to you!

keren keren videonya bang

Amazing work!

Great workmanship, great narration!

Nice work. That should work wonders for all your machines.

Mantap bang.. Saja juga butuh mesin ini.. Untuk hisap debu amplasan cangkang kerang..

Wuih mantaaap

amaizing

Good jobs, thank for your share this video🙏💪

keren banget uyy, nunggu video test nya

Greate work!

That is awesome Jhon, great build videos!

Yes.. A strong motor and a good impeller, reducing the intake at the Cyclone should surely increase air speed, which keeps the dust/chips moving.. The 1hp Motor with 2800RPMs must be a good strong motor. I noticed in that video, when you put the plywood over the impeller intake, there did not seem to be much motor slow down or drag.. I was wondering how much space/tolerance you had in your build of your impeller to increase the Static pressure, but, you really could not have made it much tighter than you did.. Excellent job... I will likely try to duplicate this some time in the future when I move into a larger shop.. Thank you.

Very nice! But a little disappointed to NOT see a real test with saw dust at the end of video. We can't wait 😉

Hadeer mas jhon 😁

Nice work, sounds like a jet :-)

Berkelas, gak sabar nunggu full project nya jadi

Mantap 👍🏻👍🏻👍🏻👍🏻.. thanks my brother 🙏

👍👍👍👍👍

Hi Jhon, what a brilliant 3 series of dust collection videos! Amazing. Could supply you supply sizes (flanges )for your cyclone video (2nd video) in particular how you drew out your cone. Watching from Scotland 🏴󠁧󠁢󠁳󠁣󠁴󠁿 👋 Many thanks.

Siap2 bikin dust collector ni 😁😁

Excelente proyecto muy ilustrativo e interesante Tengo una pregunta ¿Será que se pueden recojer particulan micrómetricas como harina o maizena? Saludos y estaré muy agradecido si alguien aclara mi duda gracias

Jhon, amazing manufacturing and precise design, very well done, looking forward to seeing the testing!!!

Congratulations on the excellent work. Thanks for sharing. I will just build the top part of your project. It would be possible to provide the necessary measurements for my construction to look like yours. Thank you very much.

Great Video! nice work can you please share the measurements q plan?

But is it like a vacuum or shop vac - high pressure / low volume? So it may be blowing harder but not necessary picking up more dust??

Hi hi John, I made a change from traditional dust collector to cyclone conversion, however I am having a problem with the suction. The impellers work fine but they suck from the side extraction pipe as well as the bottom of the cone so the saw dust never goes down to the drum. Any idea of what I'm doing wrong?

Where does the exhaust air go? Did you had any filter behind that during you measure the air velocity of the cyclone inlet.

Velocity increase can only happen when the cross section is smaller. (For the same blower) this has limitations up to a point when you reach max velocity. A cyclone adds resistance (drag) which is normal. Every obstacle in the flow causes drag. It just cannot happen that for the same diameter with added drag you get higher fpm. This means, that either your measure method is not consistent, or the diameter has changed.

Nice job! How did you transfer the drawing for the inlet onto the side of the top hat Also, how did you decide the rotation

Hello friend, a good hug from Santiago de Chile, I greet you. Would you be so kind as to give me the measures of the cyclone to make one of the same measure that you have.??? Thank you very much. I appreciate your kind friendship. Your work is very good. I appreciate it.

Amazing video, could the unit be installed with a wood housing? )

6:11 can u say this two part: height and diameter (up and down) thnx.

Great build and fantastic gain in air velocity! 👍 Do you think that using 5” hose instead of 4” would improve air suction even further?

I really like your video's. Can you please center your voice instead of only on the left.

Watch later dulu, lanjut nanti

1

Hey, I'm a new subscriber and I'm just wondering why is there 3 hidden videos on this playlist? I mean what happened to them? If you don't mind me asking.

my left ear....

selamat sore pak, apakah aman membuat cyclone separator menggunakan sanyo? kebetulan ada sanyo tidak terpakai karena sudah ganti jet pump.. terimakasih

bandsaw nya berapa inch om ???

Pak arif kalau pesan ini apa bisa ? Dan biayanya jadi berapa ya pak