3D Printer Part Cooling FANS COMPARISON (AIRSPEED / NOISE / WEIGHT) - 5015 vs 4020 vs 4010
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👉🏻 In this video I am testing and making a comparison between the most common 5015, 4020, and 4010 3D printer blower fans' by airspeed, noise, and weight.
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- STL files of the TEST DUCTS bit.ly/STL-ducts
🕗 TIMESTAMPS:
00:00 - What is this video about
01:02 - Basic differences
01:36 - Airspeed vs RPM
02:29 - 1x Fan Airspeed vs Noise
03:09 - 2x Fan Airspeed vs Noise
03:49 - 2in1 fan idea
04:23 - Longevity
04:47 - Airspeed vs Weight
05:07 - 7530 Blower fan
05:42 - Summary of all results
07:33 - MACRO shots on Twitter / Instagram
07:46 - Consider becoming a PATRON
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#3dprinting #3dprinter #cooling - แนวปฏิบัติและการใช้ชีวิต
UPDATED GRAPHS with the 5020 blower fan:
Google Drive - bit.ly/5020_CHARTS
Imgur - imgur.com/a/6oUTb05
For people who are concerned about the different brand performances of the fans, I can say that these tested fans were "generic" types like Gdstime, MX, Usongshine, etc. Their rotor fin designs are basically identical. The main difference is the RPM at which the fans run. That is why in the graphs on each fan performance line you can see the dots, they indicate increments of RPM of 1k (except the 7530fan). So as the designs are the same the most important factor of performance is RPM and the generic-fan-type brand doesn't really matter for this aspect. If you want better-optimized blower fans search for Delta, Sunon, Sanyo Denki, Mechatronics Fan Group, and others. They will perform better when compared at the same RPM but don't expect miracles like 50% better performance and 50% lower noise. Hopefully, this answers the question if you had one.
How do you think the gdstime 4015 would rank?
Thank you this video, it truly helped me figure out what to purchase! I just did my first printer and what a difference, both in flow and noise. Without your video i wouldn't have started this upgrade 👍
Finally, I have been looking for this comparison for a long time.
I love your videos so much ❤❤. They are really interesting and thank you for the work you put into into benchmarking!
Glad you like them! :)
Great video, I've always thought 4020 was a great middle ground for airflow vs bulk, but apparently not
Top notch work!
fantastic job, thanks, Number 1
Fantastic job! Succinct video that sums up excellent suggestions. Bottom line: 5015 or two that has been used for years now is, in general, the way to go. You have a knack for this type of topics. Wonder if one day you'll disprove a common practice (like CNC kitchen has done a few times). Well done!
Thanks a lot, I am glad you like the videos. Yeah, 5015 fans are great. The only common practice that I know and could have real potential is using blower fans instead of axial to cool the heatsink of the hotend. Using a smaller heatsink with thinner fins and a 4010 blower fan at reduced speed could make the hotend smaller, and fans more silent without losing required cooling. Sprite Extruder has something similar but it uses the almost useless 3010 blower fan which must run at insane speed being very loud to compensate for its size.
Great job.
My printer has stock 30mm for E3D Heatsink and 2x 4010 fans. Interestingly the 30mm fan was the big problem on mine not the 4010 fans.
So I have to replace the crappy 30mm fan since I got heatcreep issues and it was loud as well.
Ótimo resultados !
One issue I've noticed with bigger fans is during bridging moves. Some of these larger fans don't even spool up until after the bridge has been completed. Kind of like turbo lag on a car.
Fan should have a program advance in the slicer.
Im running a Neptune 3 pro and one of the fans has a pinched wire and was causing thermal runaway when the fans turned on. So I printed the Wind Warden upgrade and snagged some 5015 fans and Im glad to see I made the right choice! I print a lot with a .6 mm nozzle and I have been eyeing a 50-15 fan upgrade for a while. The bridging on a nozzle that large is terrible but hopefully this upgrade can mitigate that. Also the wind Warden upgrade makes the tip a lot easier to access
A 247printing / bambulab aux fan not fitted to the print head seem to be the best upgrade.
Not seen it done on a bed slinger yet as you'd have to mount it on the x gantry, but it's totally doable.
it would be interesting then what kind of fan would be ideal for side cooling for z-axis print bed (as opposed to bolted down printbed/bedslinger)
considering mass isn't a big deal, what would be the sweet spot of airflow vs noise
I designed a dual 5015 mod for the voron 2.4, and was still able to run 7k accelerations -- with a canbus toolhead board, so weight savings of removing the cable chains, I was able to keep the weight down, and cooling performance is excellent.
You can easily get 20k acceleration with >350mm/s using stock Stealthburner on a 2.4 Voron with very good quality. I'm running that for several month now. Reducing weight with a custom toolhead should yield even more.
Which mod is it? Manta or the Owl?
Do you have a link to the setup so I can try and print it?
this is already a GOAT video/comparison, but I'm dying to know how 4x 4010 would compare? Takes up around as much space as 2x 5015, and the 2x 4010 was surprisingly strong.
i used dual 5015 for a while but switched to a single 12032 that is mounted on the side of the printer and connected trough a hose to the printhead.
- all the airflow i could ever need
- no weight on the printhead
- the fan should live longer because its not being shaken by the hotend moving ;)
- runs perfectly fine from the fan header of my creality 4.2.7 board :D
That kinda setup is so interesting. One day I will probably try it too :)
Wow now that is an interesting setup! Got any more info to share on it?
What about the noise level is this setup?
@@sandrolauer350 its a lower pitch then the dual 5015 i used before but its by no means silent.
but i dont really care about noise since the printer is in the basement ;)
Excellent video!
Thank you! Cheers! :)
5015 for parts cooling and 5015 for extruder cooling on my modded Ender3S1.. works great.
I'm running a 4020 axial fan for the hotend cooling and a 5015 blower for part cooling. I tend to run the blower at around 60% for most prints (for a little less noise and to try and eek out lifespan) but for bridging I tend to ramp it up to 100% (using Cura's "experimental" bridge settings). Most of the time this works pretty well for me - so far.
YES! 4020 axial for heatsinks works pretty well and if you have a branded high-quality 5015 fan you definitely can run them at lower speed while still getting a lot of cooling.
@@DIYPERSPECTIVE I did purchase some Winsinn 5015 blowers but they won't run at anything other than 100% speed. I guess something in their electronics doesn't like PWM. I might try a Resister/diode/capacitor filter circuit to see if that helps but since buying them I've read that Winsinn aren't that great anyway - I'll have to build the filter to find out for myself I guess.
@@steveellis2829 Curious about your opinion on the WinSinn fans after running them for a while. I've been running WinSinn ball bearing fans exclusively for over a year (primarily because of price). I've found their performance is excellent, BUT noise levels are "hit or miss"...especially with the 5015 blowers. I have several that are VERY quiet, while others are far worse than the crap Creality fans. I have no idea why, it's just what I have noticed. I'd love to find some simiiiarly priced fans that were pretty quiet.
@@tommyc8333 Certainly WinSinn fans aren't the quietest of fans but they have so far proved to be pretty reliable however I do tend to peel back the label and put just a drop of machine oil onto the bearings before I put them into service - this might be helping. I've not noticed any being quieter or noisier than others but then I've not needed to replace any yet so that might change further down the line.
Just as an update - I built the filter for the Winsinn fans and can happily run the fans at lower speeds without issue or strange noises. They've been running flawlessly for a few months now. All good.
I go through a 4010 heatbreak fan about every 8 months. I really wish there was a more durable option out there. My 5015 part cooling fans have no issues with the acceleration (25k @ 750mm/s)
Will the 24v 4010 fan performance be greater than its 12v counterpart and if yes then how much increase?
I run a HeroMe gen 7 set up with a Noctua 40x20 on the hot end and two 5015 fans for part cooling. I have a sprite I am thinking about modding as the stock blowers are well...
great vid
I bought 2 4020 by mistake so I use those in pair, I agree with everything you said, they are weak, can rattle at high accel, in pair they are ok but not much or at all better than 2 4010
You should also consider current ratings, bearing type and brand, for example i got a SK branded 5015 woth dual bearings and its so god damnit loud
I run dual 5015 fans on my anycubic vyper, and a single 5015 on my svo6 plus.
I tried a 4020 fan but it amplifies the noise from the pwm speed control. I found that 2 4010 fans have good cooling and less noise than the 4020. I don't have space for 5015 in my printer.
I just installed new 4010 set , BB fans...yes there is a diffrence in RPM between them and Sleeve.There noticeably faster.
Mine use huge blower fans attached to the frame. The air supplied to the hotend through silicone casw, and yes i use liauid cooling.😅
I have two 5015 fans on my e3d v6 /titan clone setpu, i have a week trying to find why my printer halt, then i figure it out that i need the TEFLON socket because if the fans go up 60% , the air refelected in the model download my hotend temperature so low , thats triger the Marlin error , and stop printig, so PUT A SILICON SOCKET IN THE BLOCK, PROBLEM SOLVE (i musts do that first but i change the termistor, nozzle, try pid calibration , all of that first...good leson for me)
Thank you for your comparison testing. I'm only just starting out into the wide world of 3D printing and as such this may sound a bit weird. But has anyone tried to use a high volume air pump? There'd be no noise from a fan per say, and the air flow can be fine adjusted to the precise point at which it is needed and can be located away from the hot end and have no vibration issues
Are high volume air pumps are quiet? I really doubt they are, plus you will still hear the whoosing noise out of the duct hitting the print. Vibration issues? Unless you hit the speed at which fan amplifies vibrations then sure, but even with a fan that has high vibrations it is not issue th-cam.com/video/TXw37ydld5g/w-d-xo.html
would like to see a cpap fan tested
hello can u share stl file for 2 in 1 fan that u use for the test, thx b4
2 x winnsinn 5015 hydraulic sleeve bearing on sprite extruder,sonic pad speed..the fans are spot on
Is there any way to have a second high velocity fan that only kicks on for overhangs?
Not sure if there are slicers that can add gcode for that?
To my knowledge, there aren't, we definitely need more advanced slicers to utilize cool features like that.
I personally use a 4028 server fan, pushes so much air, and it'g great for fast parts.
Yeah, server fans can do that as they operate at 10K+ RPM. Probably not the best airspeed-to-noise ratio but I doubt that is relevant as you are rocking RAT RIG V-CORE 3 at some sick speeds :)
You just listed my setup, I’m looking at making a mod to run 2 4028. This would allow quieter ops running at like 50% while having higher headroom if I want to print a 5 min benchy
Something else about 4020 fans, is they blow air out at a 90 degree angle towards one side. This will cause uneven air flow, especially if you have split or more ducting. I found smaller ducting gives it more backpressure and far more even distribution. And going on a deep dive also found blower motors are made to operate in high static pressure environments, i.e. pushing air through long ducts in homes that go up multiple stories while pulling though dirty air filters.
Either way, when i tested out a 5015 fan and i found it blows out almost straight out and moves slightly more outside of a duct. BUT i also tested a 4020 blower fan with 0.3A draw, vs a typical 0.08A draw.. literally blew my hair back. Only issue with a 24v 0.3A DC fan is low speeds, might ruin any print that isn't PLA and used mechanically.
I'm currently designing a new part cooling duct for the 5015, see how that goes
Dual 5015s FTW
I run 2x5015 for print cooling and one 4020 for hot end cooling. I’m impressed with this setting. I have a hard modded Ender 3s1 pro.
Build a housing, use clipper, have linear rails on all axis, the z axis is with Pom anti backlash and brass sliders for z wobbling modded. I have a modded breakout board. Installed a bi metal heatbrake, z axis belt tensioner, and a full custom heat bed by a 750 watt 220v silicone heater isolated of course with an 6mm cast and cnc machined aluminum plate on silicone spacers. And a have squash balls feet. My whole electronic is upgraded with safer parts (meanwell power supply, extra fuse for the bed, ssr relay for the bed, some additional fan, cutouts in the botten cover).
That is a lot of mods. So, basically only what has left from Ender is the frame? You should make a name for it because it is nothing like Ender anymore, haha! :)
@@DIYPERSPECTIVE I should think about it, I forgot the copper heatblock 😉 Bit i Tell you, the energy saving and consistance of printing is amazing.
5015s vs 5015 ??
I run 1 dual ball bearing 4020s and 1 5015.
The only reason why I use the 4020s is to reduce weight to print at higher speeds.
There are various applications, so the idea will also spread.
Yup. That is why I worded the title - "3D Printer Part Cooling FANS" and tested all the fans in a way that the data would be relevant for this application.
i have an ender 3 modified with a 4010 layer fan and its is ok, not the better but ok.
Oh yes, 5015 fans are noisy as hell :)) I am in the middle of redesigning the hotend cooling, thanks for the data, it's useful and i will change my design
That's a very interesting printhead for KP3s, can you share the link?
Here you go www.printables.com/model/382202-kingroon-kp3s-30-mod-for-e3d-v6-hotend-4010-fan
well im a crazy person and i run an omega cooler for my ender 3 v3 se which uses a 80 mm pc fan but i have an adapter and i am usicng a 6015 axial fan
i actually using a 4010 fan in my custom corexy printer made of ender 3 v2 parts, but, i will install a 5015 fan
How effective is a 5015 as a heatsink fan, if I can't mount it directly? I currently have a 3010 (or 3015, don't remember exactly) fan mounted directly to the heatsink (v6), and I'm wondering if placing the 5015 fan above the heatsink and ducting it would result in quieter operation?
In general blower fans are more efficient than axial at forcing air through small ducts or through the fins of the heatsink. 3010 achieves good cooling results by running it fast and annoyingly loud. I think 5015 as a heatsink fan would be a little bit overkill, but if the silence is your number one goal then yes it could provide better noise levels with better cooling. Just keep in mind that you have to reduce its speed first and the easiest way would be with a resistor. And if we are talking about ducting 5015 fan that is on the printhead then I don't think you need to worry about the performance loss.
@@DIYPERSPECTIVE Thanks for the reply! I'm running almost stock cooling setup still (might be a 4010 fan, but no duct)l, I'm planning on running a 5015 for part cooling, not worried about duct losses there, just the heatsink - I've got extremely limited space - it's a corexy, but there's little space from the build platform to the edges -, and a 5015 would fit better than the 4020, for axial fans I think only the 3010 is possible, don't have the distance from heatsink for a bigger fan with duct.
I only ever met 40x10 fans that come stock from Creality and they are noisy AF. I've switched Steve's ones to two axial Gdstme 40x20 with Briss Fang, and it was way quieter all this time. Now I've switched to Creality Sprite and it comes with another set of noisy Creality fans.
I'm considering a mod for two 40x20 again because I have them, but I think the mod I'm looking at requires one axial and one.. the other one, so I'd still have to buy some more. One 50x20 is considered two... I'm not ready for two of them ;)
The most mind blowing thing is that no company yet made a 3D printer oriented to be silent. Because I think that is what most people want as they have a printer in a living room and the noise gets annoying pretty quick.
@@DIYPERSPECTIVE Yes, I'd quite like it to be quiet. With my previous fan setup, I could close one sliding door (the printer lives in a wardrobe) and struggle to remember if it's on, with two I couldn't hear it. Now I still can hear it's on with all three doors. No sleeping with it working unless one really likes white noise with a bit of whining 🙈
The most really important points are completely missed here....
We need to talk about airflow and air pressure. When you open up a spec sheet, these are the values you find.
This is your first clue: No manufacturer talks about airspeed....
Also, if you read some specsheets, you will find massive differences between blower fans of the same size. So comparing random models is questionable.
Example1:
An axial fan delivers a very high airflow, but a very low air pressure.
If you mount an axial fan to a long/complex cooling duct, it will be ineffective. Because it cannot press the air trough the duct.
That is why we use blower fans for part cooling - they deliver a much higher air pressure.
Example2:
The BerdAir system uses an actual airpump and delivers a very little amount of air under extrem pressure to the printed part.
This outperforms your standard 5015 fan and is commonly used in the highend area.
So we further increased the pressure and decreased the airflow.
HOWEVER:
If you your ducting/delivery sytem is quite open/direct, a higher airflow at lower pressure does the trick as well.
It is however less directed to immediately cool the plastic when it is layed down. This might affect the printers performance while printing overhangs. You want to cool these directly out of the nozzel.
Conclusion regarding airspeed:
If you deliver twice the air at a slightly lower airspeed, your cooling will still be better overall.
If you widen your duct for a "lower pressure" airspeed fan, you will immediately increase its overall performance in direct comparsion to a "higher pressure" fan.
The "higher pressure" fan will profit less of this change.
Meaning your test setup does provide only partially valid data.
In general:
The RIGHT amount of cooling will deliver the best printing result. Too much cooling will even result in issues - depending on your filament.
The required cooling depends on the material flow.
If you build a highend-speed-printer, your 5015 fan will not be sufficient. Of if you print with a 0.8mm or 1.0mm nozzle.
For your standard printers, like Prusa i3, Ender etc. the print speed is limited.
There is no need to make the printhead heavier by mounting an overweight part cooling fan to it.
A proper fan duct is most important here - you want equal cooling performance from all sides.
@sourand jaded Well, the air heats up when you compress it and cools down when it expands. So the total energy and therefore temperature remains equal.
We could get into tiny details now, where the compressed and therefore heated air radiates some heat away on its way to the air duct.
But also an airpump will create more heat than a simple fan and transfer some of it into the air it compresses.
So I would assume these effects are neglectable.
Regarding radial fans:
This was for sure a massive improvement over axial fans for part cooling.
It is sometimes strange... with today's knowledge and experience, it all feels so obvious.
But it is for sure not, when we hear about these things for the first time.
I have been working on a design using two large radial fans connected with a high-diameter hose to the printhead.
I am targeting a high airflow approach over maximum pressure.
The reason for this design was simple: The airpumps for a berd-air are too loud.
By now, the community came up with a similar design, but they use a lower hose diameter and ultra high rpm radial fans.
These ones sound like a trubine, which makes it a no-go for me again.
But the cooling significantly outperforms the berdair system.
Michael Schaub, I perfectly understand your points, but I think you are taking this video as in your eyes it should be some sort of definitive comparison with the most accurate scientific data.
You compress the air into the duct with one of these blower fans, but when the air leaves the duct that air expands resulting in an increase in airspeed. So I don't think my results are misleading when using airspeed as a performance indicator. The whole video is based on giving a general comparison of what you could expect from these fans. And I am using the test duct opening size that is similar to the real ducts for regular 3D printers like Enders, Prusas and etc. Not to mention that there can be slightly better-optimized fans of each type. That is why I think a general comparison is more than enough.
@@DIYPERSPECTIVE
I do understand your point. My conclusion was, that the data is partially valid.
And yes, if you conclude that a bigger fan gets you a better performance to noise ratio, I do agree with that statement in most cases.
I just think that the perspective is too limited. When I listen to the 5015 fan on my I3, I do not hear the fan, but I do hear the air passing trough the airduct and I hear the air pushing on the printed part. A different air duct will make a greater change in noise level than your fan ever could.
If you now use an approach with higher volume and lower pressure, your noise level will drop - independed from the fan noise. Simply because lower pressure in the fan duct results in lower speed in the fan duct with results in lower noise. Again, huge dependency of the kind of airduct design.
And regarding differences between same sized fans: I spent hours searching through spec sheets when I designed my external part cooling system which features a hose to the printhead.
We are not talking about a minor difference. The pressure between two fans of the same size can be double - and the fans will look quite similar.
Regarding your last comment:
You got it the wrong way around: If you compress the air, the air speed increases. The speed is highest, at the most narrow spot.
With expansion (wider spots / leaving the air duct) the air speed decreases.
However, this is just a sidenote and does not impact your results, since you measured all ducts the same way.
In summary:
If you want to provide a general overview in the thought of bigger fan = better noise/performance ratio:
This statement remains correct as long as you work with short / simple airducts which are not significantly more narrow than the exit of the fan itself.
Meaning, for your I3, Ender, etc. the results are generally correct.
This kinda comparison video is so hard to make as there are so many variables. My goal with it was to provide the most relevant data for the most common 3D printers, which is not perfect but at least it is not anecdotal data, you know. I appreciate the in-depth comment, there is always something to learn from those.
Man do some testing between all different 5015 brands! There seems to be so many (Delta, sunon, th3d, winsinn, creality, MX/topfan, etc)
More known brands like delta, sunon have datasheets so it is very easy to compare fans yourself. Plus sourcing all those would be a nightmare as you can't find them in on place or at least I don't know where. :/
Twin 5015's running 40% seems quieter than the board fan on my little kingroon.
as far as i understood partcooling its not about airspeed but airflow. airspeed: the speed of the air in m/s as mentionend in the video. airflow: how much airvolume per second. i want to know about the airflow and not about the airspeed. cause the speed could be very high but the airflow at the same time very low. so this data seems quite useless in my opinion.
You understand that those two things are very closely related, right? Airspeed gives more concentrated cooling. Also higher airspeed gives a higher cooling rate that can be equal to a higher airflow. And the opening size of the ducts on most 3d printers are more orientated to make direct concentrated airflow at higher airspeeds. That provides a more consistent cooling when moving in any printing direction and especialy when printing thin details that needs high cooling rate in a small area. So for you saying that this data is useless clearly shows that you have no understanding of this complex subject.
@@DIYPERSPECTIVE OP is right, airspeed is only viable as a proxy for airflow at very low static pressures and that’s exactly what your test is missing.
Without static pressure numbers the tests are pretty much meaningless.
Now how does airspeed affect print quality? From what I've read the higher the cooling, the better the pieces look, but the lower the layer adhesion. My question would be where is a good point? I usually run a single 5015 fan at full speed with the Petsfang cooler. Is this maybe already too much?
Cooling does not harm layer adhesion at all unless your hotend temperature is too low and you're relying on the previous layer still being hot and soft in order for the next layer's heat to be sufficient for bonding.
@@daliasprints9798 that depends a lot on what material you print. too much cooling can cause serious layer adhesion problems with filaments such as petg or asa. but for pla its usually fine to blast it with as much cooling as you can.
@@2mD For ASA and ABS, cooling to room temp is problematic but if you're using a chamber, full strength cooling to the chamber temperature should be ok. I don't have experience doing this but the folks I know with chambers & Annex printers seem to do fine.
For PETG, I print with my full cooling (over 100 cfm total air flow) and no layer adhesion problems, at 270-290°C.
@@daliasprints9798 my chamber isn't heated ( yet :D ) so it only reaches ~40°C, maybe that's the problem.
and 290°C for petg seems quite high. i usually print somewhere between 235 ( extrudr XPETG ) and 250 ( most other PETGs ). and with that i get layer adhesion problems with more then ~40% partcooling ( 12032 blower fan ). but if the higher temp works for you im gonna give it a try :)
interesting cause the voron printers use 4020 fans
Is a 6028 worth it for having more than 2x the airflow of a 5015? (Also, 2x 5015's weight)
I didn't test the 6028 fan, so unfortunately I can't answer the question.
It's difficult to find a 5015 blower that doesn't whistle at speed lower than 100%. Often materials like PETG needs 20-40% blower speed, and the whole printing will be with an obnoxious hissing.
Hey thanks for the video I was searching for something like this for a long time, ty for going so in-depth.
I had a question what if I use no nozzle on the front and run a 7530 vs 2x 5015 (price and weight don't matter)
will the dual 5015 still pull ahead with unobstructed flow?
edit: both noise and heat removal are important as they will be used in a room next to the bedroom
I have seen noctua 4020 server fans put into a duct... I wonder how that would compare.
Server fans usually run at 10K+ RPM, so they probably could match or maybe exceed the performance but noise levels would be insane.
@@DIYPERSPECTIVE search printables for Noctua A4x20 see what I am talking about.
People replace server fans with these to cut the noise at home, 5000 rpm, optimized for static pressure, I believe they are rated at 14.9 db, 5.2 CFM. Using it may not be simple, 12v pwm, would be interesting to replicate.
I would love to see how effective different styles of cooling ducts are, not sure how you would judge that though.
NF-A4x20 has 2,26mm H2O static pressure, while 5015 fans at same RPM have ~12mm H2O. If you didn't watched I suggest checking this video where I compared axial vs blower performance - th-cam.com/video/mxb71Ndg6tY/w-d-xo.html
@@DIYPERSPECTIVEyes, that video completely answered my questions... Great job.
single delta 5015 on a EVA 2.4.2 toolhead
Oh, to answer your question. I'm running 2x 5015 blowers and 2x 8025 axial fans. 😁 You can see them on my channel.
Nice :) That is definitely a lot of cooling :D
Like said before, the brand of the fan matters quiet a lot. And most importantly, the design of the fan ducts
Obviously. Because they run at different RPM speeds. That is why I showed graphs with RPM:Performance ratio. Plus unbranded fans from China that almost every printer uses (or you can buy) come with almost identical blade fin designs. There always be variables, but my goal is to minimize them as much as possible and provide the most relevant use-case scenario for a good reference point.
@@DIYPERSPECTIVE yes but you should’ve used all same brand fans to have a more accurate comparison between them
They all were MX brand fans that I ordered from Kingroon store on AliExpress...
Would be nice to see 5020s. Reportedly they're quieter *and* have better performance than 5015s.
Now when I done the whole video it would. Too bad, I didn't have any on hand and the ordered ones didn't arrive. But when I was looking at the datasheets 5020 fans usually had way lower static pressure compared to 5015's and that is definitely not good if your cooling duct openings are narrow. But then what is better? Wider or narrower duct openings? :D It's like a never ending story, haha!
@@DIYPERSPECTIVE Interesting. The ones I've seen are mounted without any complex or or shrinking duct path, for example the Annex usermods Chubby, so indeed they're in a setting where static pressure matters a lot less. But I thought they were comparable. I'll look at the specs on some. Been thinking about changing out my 5015s for 5020s.
I love 50x20 blowers (the ones with intakes on both sides). They're so much quieter for the amount of airflow compared to anything else I've tested, I started incorporating them into my own designs. If you want to design around one, I uploaded a 5020 blower model to thingiverse (same username) some time back. I've been surprised how popular that model has been. Apparently a lot of people like them. :)
When I get the 5020 fan I will test it and post the results on this channel community tab and on Twitter.
after running dual 5015s for a few years Im going back to dual 4010s, the noise just isnt worth it.
I mean, did you run them at full speed that noise is the issue? Maybe it is the duct that increases the noise because they affect the noise levels too.
@@DIYPERSPECTIVE I was using the hero me duct on an ender 3 and theres really a bunch of problems with the duct itself that made ma not a fan of the design...
but ya, if you have to run the fans at 50% just to be as quiet as the non-silent steppers there really isnt a point (for me) to use the bigger, higher power draw, louder, heavier fans.
Sleeve bearings are only silent when new. Hydraulic bearings are better sleeve bearings with a bigger oil reservoir. Ball bearings stay the same for years.
I mean, I agree with you more than not. But for example, I had a 4512 ball-bearing blower fan that ran at ~7500 RPM and lasted not even a year with a relatively small amount of printing.
@@DIYPERSPECTIVE sunon makes radial fans that are ok in terms of price and quality.
This accent sounds familiar :)
You did get a CNC machine, noise should not be that much of a factor.
I'm more of a 6061 or 7075 kind of guy
I always feel like the 4020 moves more air than the 5015. Honestly, I hate 5015's. They're too large and I always felt their output sucked but clearly I Was wrong. I really like the 4020's as noise isn't a problem. Not sure why I feel like this. lol
4020 blower could feel that they provide more airflow but another very important aspect when using the fan in a duct is the static pressure. And there is no way that 4020 provides more of it than the 5015 at the same RPM. But I feel you, I thought 4020 would perform better.
9GAX0412P3S001 eva
drop mike
Weight is irrelevant. Put the fan on the printer frame and bring the air by a hose to the printhead. Solved.
Brand/manufacture is the biggest factor to all aspects here unfortunately.
Those appear to be wathai 4020 fans.
There is a new version out more that completely annilate the old ones