And i update my chillerproject. I hope it will be done within a week that i can use my third cnc machine again. I will be finish in next week also a waterblock for the ASUS TUF RTX4090 O24G OG Gaming and have a waterblock for the Playstation 5 and KFA2 GeForce RTX 4070 Ti EX Gamer in the pipeline. But this in next year... I also developed a new cpu waterblock and had some tests with EKWB, Aquacomputer, Watercool and Alphacool. What i had in my mind, the results r authentic and i dont got surprises. The Core 1 is very good, but not good enough for my Prototype
Inspired by Xaver aka Skullbringer from Igorslab.
0.3Nm mounting torque -> fail after 42 mountings. Recommended mounting torque: 0.15Nm -> safe. At least no leaks... puh...
Looks like a modified dehumidifier. I had one once, did something similar. Shoved the radiator between the evap and condenser. 2 rads actually. Was too much BS to deal with to cool off water though.
Looks like a modified dehumidifier. I had one once, did something similar. Shoved the radiator between the evap and condenser. 2 rads actually. Was too much BS to deal with to cool off water though.
Not really. The evap blows on the condenser, not the other way around. So you don't really get chilled air temps.
I do have a window unit I simply tape my radiator to. I've seen temps as low as 7°c core temp 14700K (no OV,) and that does chill the room (single car garage).
Hi, today a short clip of the Liquid Extasy KFA RTX 4070 TI waterblock. If someone knows how to work with Wondershare Filmora, u can contact me. -> [email protected]
If u need help to realize urproject, pls let me know. The cnc machines r ready for u J
Hi, today a short clip of the Liquid Extasy KFA RTX 4070 TI waterblock. If someone knows how to work with Wondershare Filmora, u can contact me. -> [email protected]
If u need help to realize urproject, pls let me know. The cnc machines r ready for u J
I dont have a lot of news, but a lot of prototypes.
Asrock HM77-MXM
Asus B550I Aorus Pro AX
Asus Striker Extreme
EVGA RTX 3070 TI CX3
Minis Forum BD790i
MSI RTX4090Gaming Slim24G 24579MB
Palit RTX 4070 Jetstream 12GB GDDR6X 192bit 3-DP HDMI
RAM 2X
Ram 4X
RAM 6X
XFX RX 6800 MERC 319
Actually I have a lot of work in the office. But step by step I will be finish the new waterblocks. Apart the production I try to improve how to cut the cpu waterblock-coldplates in a good way. Attached a pic of the MSI RTX4090Gaming Slim24G 24579MB waterblock for the backside of the card. If someone need help @ his project, he can write me an email.
Hi,
there's not that much new except a lot of paperwork. In the last few months I've been able to test the new water cooling system for the milling spindle. This cools the spindle at least up to 30°C room temperature, as it should. I haven't been able to test anything beyond that because it was already midsummer. I've now tested the spindle cooling heater, which was basically installed 2 years ago, for the first time and it works great. The water is at operating temperature within 5 minutes.
The fretting rust of the tool holders is also history. Tool lengths of less than 50mm work great. That sounds healthy. Accordingly, I had to run various tests to find the right tool. One of 6 tools, working fine. The rest is crap.
Now I have to finish the waterblocks first. After that, I'm planning on building a small, cheap active loudspeaker with Chinese drivers for very small amount, which subjectively don't make a good impression. But more on that later. After that, it's back to rehab and then the filter housing will be built. Hopefully that's it and I'll finally have clean air in the workshop. Finally, the final commissioning of the pneumatic tool changer
The No. Uno CPU waterblockproject is continuing in the meantime. I've now received new saw blades from China. And I've received thick saw blades from Germany that I've had ground down on both sides. So either cheap blades from China with a low yield of slots, or expensive reground saw blades from Germany for a high yield. In this context, the sawing strategy also needs to be determined. A new base plate holder for the coldplates has already been milled of 25mm aluminum and will be anodized next week.
Attached are pictures from the production of the No. UNO CPU water cooler.
No restrictions in the acrylglasversion. A small restriction in fullmetallversion.
Its one of the highest rated waterblocks at the market in terms of highflow.
My benchtable has a baseline of 144l/h max. The acrylglasversion has a flow of ~142l/h and the fullmetallversion ~ 138l/h.
So almost nothing. Iam using just an aquacomputer aquastream.
Let me ask a different way... what is the flow pattern? Where does water come in, exactly and what is the path it takes to get out of the block?
Normally we see microfins and the water hits them and there is an obvious path/flow out. With this block, I'm not sure where the inlet is and how it flows through those thick 'wave' fins and escape.
EDIT: See image below. The blue area - testicles at the bottom, lol - looks like a resivoir/pool. The red marked areas are typically 'open' for flow.
I'm not a fluid dynamacist (is that a thing?), but that is unique. It still looks like those wave channels are dead ends/pools that rely on turbulence to get the heat out, whatever that is worth (nothing, lol). But clearly it works, lol!
Yes its a CFD simulation.
The advantage is that the waterblocks works fine at singleDIE's like Intel and also at multi DIE's like AMD.
The other advantage is that it has almost no restrictions.
Somehow I missed your last posts, but this one seems interesting to me and I bet that many others around the web. I saw some people searching for BD790 and AR900 blocks. I went the only store-way that I found available and installed Watercool NB block on my AR900i mobo, but I had no time to even check how it works for over a month.
I have the BD790 too, but it runs in my 24/7 PC (literally, it has been running 24/7 since Feb this year), and even if I decide to change the cooling, then I don't know when I find the time.
Do you have the finished block for the BD790?
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