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I will try the DDC block tomorrow, I think it will fit.
The SFX can move towards the motherboard to make room for terminal fitting on the TX240 next to the Side Panel. Also, you can flip the TX240 and move the terminals side next to the motherboard / CPU socket.
Oh yes that's true, but what about the GPU terminal? One port has a clear tubing path, but the other port (pointed towards the rear of the case), that tubing has no where to go. Is there enough space between side panel and GPU block for 13mm tubing?
Also, that spine solution is genius to get the 5mm increments of adjustment!
Like you mentioned, I think the angled terminal is the only solution, but maybe my component size math is failing me and there is enough room between the block and side panel for a tube run?
@DrHudacris @RySean
Tried dual TX240 +DC-LT for a test fit today...just for you guys (I didn't fill loop, too busy right now).
1. Install EK RTX 3090 using EK-FC Terminal Rotary 90 fittings on GPU block, 10mm ID/ 13mm OD tube + quick release recommended
2. Install in 1.25-GPU slot
3. Install SFX where fan is facing the GPU side
4. Install Noctua NF-A12x25 on *first TX240 radiator, will need flat head or slim head screws to prevent interference, also quick release on tubes recommended
5. Install Mobo with CPU block, also quick release on tubes recommended
6. Install Noctua NF-A12x15 Chromax.Black.Swap on *second TX240 radiator, also quick release on tubes recommended
7. Install second TX240 to Fan Bracket and secure to the motherboard side of the case (approximately 5mm space left from SFX)
8. Install DC-LT and connect loop, quick release makes life a lot easier.
9. flip the case where the DC-LT is towards the ground
That's a very nice fit - thanks for testing this. Going off the images, it looks like the TX240 crossflow might fit in both those locations, though I'm unsure about room for the connectors. Is anyone able to make an educated guess on this?
Wow, that's awesome! Thanks for testing that out :-)@DrHudacris @RySean
Tried dual TX240 +DC-LT for a test fit today...just for you guys (I didn't fill loop, too busy right now).
1. Install EK RTX 3090 using EK-FC Terminal Rotary 90 fittings on GPU block, 10mm ID/ 13mm OD tube + quick release recommended
2. Install in 1.25-GPU slot
3. Install SFX where fan is facing the GPU side
4. Install Noctua NF-A12x25 on *first TX240 radiator, will need flat head or slim head screws to prevent interference, also quick release on tubes recommended
5. Install Mobo with CPU block, also quick release on tubes recommended
6. Install Noctua NF-A12x15 Chromax.Black.Swap on *second TX240 radiator, also quick release on tubes recommended
7. Install second TX240 to Fan Bracket and secure to the motherboard side of the case (approximately 5mm space left from SFX)
8. Install DC-LT and connect loop, quick release makes life a lot easier.
9. flip the case where the DC-LT is towards the ground
Like @DrHudacris said- I wonder if the DC-LT will have enough flow, otherwise I can always replace my current one with a DDC block if it fits.
Which quick release connectors are you referring to? I have a Koolance QDC connector (link to female, link to male) in the middle of one of my tubes which is fairly large (about 2 inches from one end to the other), but it sounds like you're talking about some other quick release connectors on terminals.
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This has been asked before, by the experts above, but the red run indicated in the image below likely does not fit. 1.25 slots = 25mm, leaving only 5mm for the tube to run down between the GPU block and side panel. There may be some extra space to the side panel but it would be surprising to be 8mm.
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I've used the crossflow up top and on the side in the current version of the T1 (1.1) so I expect it'll fit in both locations on 2.0 as well.
Upon close inspection, I think it's 1.5 slot (looking at the screw holes of the spine to rear and front frames). So maybe 10-12mm? So...maybe?!
Will I be able to use my priority status when white is available (whenever that is)?
Edit: Sorry if this was a dumb question. But I recall a while back that white was slated to eventually be available for v1.5 and I assumed that held true for v2.0.
Edit: Sorry if this was a dumb question. But I recall a while back that white was slated to eventually be available for v1.5 and I assumed that held true for v2.0.
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@DrHudacris @JDuval @RySean @cennis
In 1.5 GPU slot mode, you have to use a 180 degree U shape fitting, or manifold, or flow meter to run the GPU block water tubes stacked on top of each other.
To that end, there is 40mm of space above the GPU block for this installation. It will require careful fitting planning.
On another note. As I suspected, DDC pump + *low profile heatsink (must be low profile) could work in this setup.
In 1.5 GPU slot mode, you have to use a 180 degree U shape fitting, or manifold, or flow meter to run the GPU block water tubes stacked on top of each other.
To that end, there is 40mm of space above the GPU block for this installation. It will require careful fitting planning.
On another note. As I suspected, DDC pump + *low profile heatsink (must be low profile) could work in this setup.
@Wahaha360 bump on my question about the quick release connectors you had mentioned.
@DrHudacris @JDuval @RySean @cennis
In 1.5 GPU slot mode, you have to use a 180 degree U shape fitting, or manifold, or flow meter to run the GPU block water tubes stacked on top of each other.
To that end, there is 40mm of space above the GPU block for this installation. It will require careful fitting planning.
On another note. As I suspected, DDC pump + *low profile heatsink (must be low profile) could work in this setup.
Also, when you say low profile heatsink here, do you know if the EKWB FLT 80 would fit? "Size (HxWxT): 120x80x64mm (with the mounting system)"
I don't think *one DC-lT is enough for two radiators setup. Nothing stopping you from using *dual DC-LT. DDC is obviously ok.
I have 10/13 Koolance quick release, they have the best flow rate among the other QDCs.
EKWB FLT80 should not fit.
@Wahaha360 haven't you considered making a distro plate as frontal panel? Then, you could make the current 2 tones just a cover or half a cover for the distro.
Seen how W demanding is the future of the pc builds, like some fanless cases do, sff cases should start making integrated solutions. Fanless seems unlikely today, but water cooling seems doble.
Seen how W demanding is the future of the pc builds, like some fanless cases do, sff cases should start making integrated solutions. Fanless seems unlikely today, but water cooling seems doble.
Do you think an EK-FC Terminal angled could also be used to achieve this and route the tubes stacked on top of eachother?@DrHudacris @JDuval @RySean @cennis
In 1.5 GPU slot mode, you have to use a 180 degree U shape fitting, or manifold, or flow meter to run the GPU block water tubes stacked on top of each other.
To that end, there is 40mm of space above the GPU block for this installation. It will require careful fitting planning.
Yes.
Yes.
Pretty sure some priority customer no longer want the case, or don’t want current colors available. If first wave more than priority sign up, it will be first come first serve.
Excellent news. i've been away from the forum for a while - how do we go about using our priority. I know I have one from the white colorway a while back.
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