5 Dust Collection Blast Gates Compared + 3D Printed Valves
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- Опубліковано 7 лип 2024
- Which dust collection blast gates are most efficient over time? #dustcollection #woodworking #blastgate
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📦 PRODUCTS IN THIS VIDEO (In order of appearance) 📦
• Powertec Plastic 4” Blast Gate (PAID AMAZON LINK): geni.us/BCDEgZ0
• Powertec Aluminum 4” Blast Gate (PAID AMAZON LINK): geni.us/57HBgIx
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🔗 OTHER LINKS FROM THIS VIDEO 🔗
• Full 4” Ball Valve: www.thingiverse.com/thing:458...
• Compact 4” Ball Valve: www.thingiverse.com/thing:470...
2 ½” Ball Valve: www.thingiverse.com/thing:457...
4” Butterfly Valve: www.thingiverse.com/thing:442...
2 1/2” Butterfly Valve: www.thingiverse.com/thing:429...
3D Printed Blast Gate: www.thingiverse.com/thing:342...
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00:00 Intro & Setup
00:50 ABS Blast Gate New
01:41 Aluminum Blast Gate New
01:56 Sponsor - Teslong Endoscope
03:23 3D Printed Blast Gate New
03:48 3D Printed Butterfly Valve
04:23 3D Printed Ball Valve
04:57 1st Round Results + Round 2 Prep
06:22 ABS Blast Gate Dirty
07:11 Aluminum Blast Gate Dirty
07:53 3D Printed Blast Gate Dirty
08:20 3D Printed Butterfly Valve Dirty
08:37 3D Printed Ball Valve Dirty
09:04 Final Results - Навчання та стиль
Great test! Thanks.
Really appreciate the work you put into this I tried the old powertec plastic gates and did not like how much air they leak when closed. I am going to install the new orange powertec gates and let you all know how well they work.
Awesome info!
Would love to see you test some of these DIY magnetic ones people are just starting to make.
I've been using the valve style 3d printed ones for a while now. They worked well at first, but they are slowly degrading. They don't seem to take the wear and tear well and I've snapped off the turning handles a bunch of times on several different ones. So while they do work nicely ... it's short lived, or at least it has been for my setup. As they age there's more and more resistance in trying to turn them. Not sure which I'm going to next, probably another DIY something-or-other!
Excellent review!
Per the instruction on metal blast gates states the locking screw should be installed on the opposite side reference to the vacuum. The gate is draw to the suction and closing of the opening. The screw as shown on the video will keep the gate from sealing completely I believe. This is per Spiral Mfg in their blast gate instruction.
I designed a vertical rotary valve blast gate- allows choice of two inlets, or off. Halves the number of gates that you need. Motor driven, of course.
Have you evaluated the new Woodpeckers Full Throttle (butterfly) blast gate?
Also curious if you have seen or evaluated the Taylor Toolworks ABS 4" OD Self Cleaning Anti Clog Blast Gates?
Did you test the woodpecker full throttle blast gate? what do you think
Excellent video! I just ordered several of the ABS Blast Gates a few days ago, then watched this video, good choice on my part. What is the quick fix for the ABS Blast Gates for addressing the clogged issue? You mentioned a piece of duct tape, details? Video coming soon?
Glad to hear you enjoyed it, Don! As for the ABS Blast Gate fix, I'm just finishing that video up and it will be released Saturday morning so stay tuned!
The new video is out this morning, if you're interested: ua-cam.com/video/p_uu_ToWNaU/v-deo.html
Around 6:00: Gold Leader. You may start your attack run on the Death Star :-)
Very good test video. It's cool to know in advance how different solutions will perform, so one doesn't waste money or filament.
I'd like to know what system you use to extract the air/dsut, i guess it's a professional grade one? I'm trying to build one myself for my DIY Workbench from a duct fan as cheaply as possible and would like to know what i can put in between it and the suction end, besides a cyclone seperator. Im thinking of several removable grid-plates with the holes getting progressively smaller and a filter mat right before the fan. Can you give some usefull tips? Thanks!
Hey Buzz, sounds like you've got a cool project on your hands. I'm using the $200 Harbor Freight 2 horse power dust collection system. I'll be posting a video about my setup because I've learned a ton in the last several weeks. I don't know how much help I am on the DIY dust collection front but, if you haven't already, do a quick UA-cam search for Mathias Wandell Dust Collection and you'll find a host of videos on the topic. He's a total genius and has some really clever solutions that I think will serve you well. Best of luck!
@@LRN2DIY From the first looks, wow, this guy is serious about that particular topic ^^
Thanks for the resources and the heads up, this helps a lot
edit: i actually had a subscription already from other wood projects he did (i think marble-related or something), but wasn't aware of the dust collection videos/projects
Would have been nice to use the anemometer between the valve and vacuum to check for leakage
Correct me if I'm wrong but I Think your flow numbers are being inversely represented. Your measuring air velocity not air volume directly. So by putting a restriction in front of the meter you are increasing the velocity but actually reducing the cfm.
What is the black liner you put into your 4 inch pipe? I been using flex tape around my blast gate and hate using flex tape as it is sticky and messy and hard to work with.
I didn't add any liner into the 4" duct, that's actually a liner that comes with it because these are drain pipes that come that way. They're a little more flexible and cost less than standard 4" PVC. Around 4:38 in the video you can see that I used electrical tape to adjust the OD of the gate. I like that it's a little rubbery and compressible and has held up well.
What is your guess as to why the ABS gate performed much better than the metal one? Is the metal ID smaller?
I think it's the inside diameter of the flanges. The aluminum flanges are much thicker and I think that has a big impact on the air flow. It's deceptive though - they open up more than the ABS ones so it definitely looks like the aluminum ones should win but they never did.
@@LRN2DIY It may also be that because the sliding portion blocks some of the opening, which then has the effect of increasing the velocity in the remaining opening. I noticed that you used the same cross sectional area for all your feet/minute to ft^3/ min, but given that the ABS one blocks off some of the opening it should have a smaller cross sectional area which would lower the ft^3/min.
I am in the midst of printing out the 2.5" ball valve for testing. Question: do you recall your print settings? My first print came out great. however, when I place mouth on inlet and blow (not too hard either), air leaks around the ball and escapes the outlet.
I can't recall what the settings were at all since it's been so long. I do remember that the ball valve, while pretty fun to use, was difficult to get to turn smoothly. The print has to be pretty perfect (or a lot of post cleanup) in order for it to move as it should. Too much cleanup and you'll create gaps, so it is tricky.
@@LRN2DIY that is what I suspect...too much sandpaper done on the inside. Plus, I did oversize it (inlet/outlet & ball) from 100% to 102% to easily couple with 2 1/2" green sewer & drain PVC pipe. I am reprinting to original 100%, using 0.12mm instead of the original 0.2mm (hopefully that means less air gaps per line). I have it in mind to try out servo motors + ESP32 for automation. Will also try adding fiberglass repair bondo to help with the air gaps.
@@ejholbs3730 Sounds like those changes should certainly help. I'd love to hear how it works out! I still have a couple of these variations in use in my shop but I haven't spent the time to really perfect them so I'm mostly using the traditional $6 gates with the tape flap. The 3D printed ones look about 100x cooler though :)
@@LRN2DIY one of the Pro's of such a ball valve setup is not external pieces to be broken off or run into or snagged. I did DIY self cleaning blast gates for 6" and 4". All middle flat pieces eventually broke off.
Good research. Is anyone printing and marketing them in less common sizes like 5", 8", and 10"? I suppose they'd be very expensive, wouldn't they? I'll probably settle for shop-built segment of a circle like the recent Katz-Moses design.
Good question. I haven't seen any but I've been focusing on the 4" and 2 1/2" stuff. In those cases, I think you're right - the shop-built options may be best. I saw the Katz-Moses video on his blast gates and they looked pretty cool.
Hello
Who sells the 3d printed valves
I haven't actually seen these for sale anywhere, so I'm not sure. Sorry!
How on earth are you getting 1750 cfm out of 4” pipe?
I think his math are wrong. He calculated Pi*D2 instead of Pi*R2 and so his calcul are for an 8 inch pipe instead of 4 inch.
I'd love to see this updated using 5" aluminum blast gates on the 4" pipe. They end up not restricting the flow since they slide over the outside of the 4" pipe instead of going inside and decreasing the volume. I also disassembled them and put some strips of gorilla tape inside to help seal them when they are closed, as seen in this video: ua-cam.com/video/qqMwV752WS8/v-deo.html (not me).
Very interesting products and topic! But heads up, the 3-4 ads playing during this video are very distracting. I don't know how much say you get in the ad amount, but 2 is plenty.
Ah - good call. We usually turn those off and must have forgotten. Removing those now.
5060 feet/min is not 1766 CFM for a 4" diameter pipe. You forgot to divide the diameter by 2 to get the radius.
The correct calculation is 5060 * pi * (4/2/12)^2 = 442 CFM.
You missed a very important test though!
Should have measured between the gate and the dust collector closed to see the actual flow including leaking, as you completely missed any leaks from places that are not the hose on the other side of the blast gate
But he isn't testing the whole system, hes testing solely the blast gate. Otherwise it wouldn't be a fair comparison would it?
Assuming a steady blow, the higher the fpm the smaller the cross section. So the 6 dollar gate has the smallest cross section. It does not make it a winner but a loser. If you want cfm, messure the true cross section, and multiply with the fpm. So you get a theoretically cfm. Not a true one, as you also need to calculate static pressure.
Thank you. I thought I was the only one who noticed the “science” here. Also, your cfm values are insanely wrong. Your anemometer apparatus is blocking a substantial portion of the 4” port. This will give you a much greater measured velocity, but you are effectively reducing the duct to maybe a 1” or 2” diameter pipe. So yeah, 4500fpm, but you have to plug in the actual area of your duct with the anemometer in the way into your cfm calculation. IRL a 4” pipe maxes out at 350-400 cfm.
The mask while digging through sawdust is astonishing.