Is there space between the PSU and gpu to just put some double sided tape and stick the drive there?
Is there space between the PSU and gpu to just put some double sided tape and stick the drive there?
Nice! I had a feeling in my gut there would be other rads that fit just fine.Well, the "feeling lucky" build is still on track! And, if you want to know, NO BULGE! (If you see any, is an optical illusion, like in the first page the pictures with the LT240!)
Removing ALL the rubber pad from the noctua fan, you get 1,5mm off, + the 27mm radiator, well, there are only 0,5mm of difference compared to the LT240 Build!.
Today is a good day...
Thats the EK SE240 Classic right? the standard SE240 is meant to be pretty bad for a 240. Curious to see how the classic performs. Could you have mounted it PANEL>FANS>RAD? I am considering it to remove any fan blade clearance issues. Also allows for running angled fittings and tubes super parallel to the radiator.
Just FYI I spoke to XSPC and their shipments are being affected. No stock in Australia of the TX240 and no eta on more. So if you want this rad I'd buy now. But it also may be a none issue since we cant buy the case yet anyway haha.
The LT240 only comes in the LT240 kit. So essentially unless you purchase the AIO you cannot get the LT240. I have a Kelin T12 (fractal rebrand) which I will need a 240mm rad for. So I others trying different rad configs is a big help.
So yeh its less about maximizing performance and more about availability and other hardware choices.
Which sounds really awesome! Sorry for asking again, but would a 25mm thick fan and a 15mm thick fan be possible in this configuration? Already bought the 25mm thick one
Just use double sided tape, it’s very tight, so you don’t even need to use Fan Bracket.
Using double sided tape means no need to worry about fan bracket spacing for 240mm radiators.
Oh for sure! I was just offering my feedback to help! Considering this is the first run of a brand new case, it's pretty incredible that only the manual needs work.
I had a sneaking suspicion the little pads could be the fix, but didn't want to use them in the wrong place before asking. Thanks!
Edit: Those little pads made it feel rock solid! What a difference!
Last edited:
The filling was super easy, also thanks to the size of the T1, is pretty easy to shake and turn! Now, lunch time! It rests a bit...
No, there is no bend! No needed actually, is PERFECT!
Oo-wee look at that tight space.
Digging the apartment as well
Getting close...!!
You can see I've managed to add the Alphacool DC-LT 40 Reservoir+Pump (fill ports) and thanks to a T fitting, I've put a passthrough thermal sensor that can work as a drain port!
This specific configuration was possible keeping the structure in 2 slots GPU configuration but moving the PSU closer to the panel thanks to the included standoff.
So I could clear the space to have the Pump combo aligned with the radiator port.
You can see I've managed to add the Alphacool DC-LT 40 Reservoir+Pump (fill ports) and thanks to a T fitting, I've put a passthrough thermal sensor that can work as a drain port!
This specific configuration was possible keeping the structure in 2 slots GPU configuration but moving the PSU closer to the panel thanks to the included standoff.
So I could clear the space to have the Pump combo aligned with the radiator port.
Last edited:
Getting close...!!
You can see I've managed to add the Alphacool DC-LT 40 Reservoir+Pump (fill ports) and thanks to a T fitting, I've put a passthrough thermal sensor that can work as a drain port!
This specific configuration was possible keeping the structure in 2 slots GPU configuration but moving the PSU closer to the panel thanks to the included standoff.
So I could clear the space to have the Pump combo aligned with the radiator port.
I can't believe this is finally happening. God damnit. So happy for you!
Getting close...!!
You can see I've managed to add the Alphacool DC-LT 40 Reservoir+Pump (fill ports) and thanks to a T fitting, I've put a passthrough thermal sensor that can work as a drain port!
This specific configuration was possible keeping the structure in 2 slots GPU configuration but moving the PSU closer to the panel thanks to the included standoff.
So I could clear the space to have the Pump combo aligned with the radiator port.
@fabio you tease! I wanna see those tubing runs!
I also ran into the same issue with the mounting bracket. If I mounted 4 screws to the rear bracket, I also would not have been able to mount a full size fan in the front position. So I just used 2 screws, and like wahaha said, it's very snug so I fell safe doing this.
Same stress test I did in the Ghost: the temps ARE AMAZING!
Only 2/3 degrees higher than the Ghost, but that was using the phenomenal Noctua A12x25!
Without FurMark the CPU stay at 76 degrees MAX, exactly the same than in the Ghost. ?
So the GPU in the loop, under stress, is adding 4 degrees to the CPU.
(My system is also running above a radiator, so I am pretty sure the system can run less hotter on a normal desk!)
The pump speed goes from 80% to 100% relative to the Water Temp.
The fans are in the Standard Bios setup.
This system is SUPER QUIET!
Only 2/3 degrees higher than the Ghost, but that was using the phenomenal Noctua A12x25!
Without FurMark the CPU stay at 76 degrees MAX, exactly the same than in the Ghost. ?
So the GPU in the loop, under stress, is adding 4 degrees to the CPU.
(My system is also running above a radiator, so I am pretty sure the system can run less hotter on a normal desk!)
The pump speed goes from 80% to 100% relative to the Water Temp.
The fans are in the Standard Bios setup.
This system is SUPER QUIET!
I can't say that any of them are too thin or too thick, but LT240 is thicker than NVMe SDD on the backside on the mobo, unlike the noctua mounting; you also need to keep in mind that riser goes there, so you'll have gpu -> riser -> ssd/cooler mount -> mobo, and if cooler mount is thicker than sdd that's become the issue
Same stress test I did in the Ghost: the temps ARE AMAZING!
Only 2/3 degrees higher than the Ghost, but that was using the phenomenal Noctua A12x25!
Without FurMark the CPU stay at 76 degrees MAX, exactly the same than in the Ghost. ?
So the GPU in the loop, under stress, is adding 4 degrees to the CPU.
(My system is also running above a radiator, so I am pretty sure the system can run less hotter on a normal desk!)
The pump speed goes from 80% to 100% relative to the Water Temp.
The fans are in the Standard Bios setup.
This system is SUPER QUIET!
Why didnt‘t you use the A12x25? ?
Also super excited to build your loop for my machine!
Well, mainly because in my build there is no space for it!
I've also used the bracket to secure the radiator, and I wanted to have matching fans!
Last edited:
He can't, he needs to use slim fans. I believe he is using the noctua chromax slim fans.
Am I seeing correctly 1455Mhz on GPU on the stress test? Isn't this a bit low?Same stress test I did in the Ghost: the temps ARE AMAZING!
Only 2/3 degrees higher than the Ghost, but that was using the phenomenal Noctua A12x25!
Without FurMark the CPU stay at 76 degrees MAX, exactly the same than in the Ghost. ?
So the GPU in the loop, under stress, is adding 4 degrees to the CPU.
(My system is also running above a radiator, so I am pretty sure the system can run less hotter on a normal desk!)
The pump speed goes from 80% to 100% relative to the Water Temp.
The fans are in the Standard Bios setup.
This system is SUPER QUIET!
What exactly is preventing you to use it? Don't get me wrong, I don't want to sound condescending, just want to understand all the possibilitiesWell, mainly because in my build there is no space for it!
I've also used the bracket to secure the radiator, and I wanted to have matching fans!
Ah OK, for some reason I was expecting around 2Ghz from 2080ti
Similar threads
