My setup was
2x TPV 90degree on the cpu block
2x TPV compression fittings on the tx240
1 set tpv quick disconnect
Maybe the radiator or the quick disconnect were the limiting factor .
I will try replicate @optimumtech 's build and also try another radiator/tube/quick disconnect, since I have magicool 240 (27mm maybe will fit in T1), ZMT 10/16tube, barrow quick disconnect.
2x TPV 90degree on the cpu block
2x TPV compression fittings on the tx240
1 set tpv quick disconnect
Maybe the radiator or the quick disconnect were the limiting factor .
I will try replicate @optimumtech 's build and also try another radiator/tube/quick disconnect, since I have magicool 240 (27mm maybe will fit in T1), ZMT 10/16tube, barrow quick disconnect.
Just speculation:
Quick disconnects could cause less flow rate. But I don't think it should be major. Same goes for the rad you're using.
They said additional components could be problematic but you're using standard one.
So there might be a ptoblem with your pump.
I heard AC has some QC issues recently.
Quick disconnects could cause less flow rate. But I don't think it should be major. Same goes for the rad you're using.
They said additional components could be problematic but you're using standard one.
So there might be a ptoblem with your pump.
I heard AC has some QC issues recently.
I have to check first without the flow meter, having a simple or straight curve. Then I will try without the quick disconnect or with a different model.
I was using the DC-LT in my first build (I also check a bit the flow with a spinning one and I remember was ok.).
But In that build the pump was near the radiator to have more pressure in the most restrictive component of my build.
But It's not the tubing cross section, the LT come already with 8/11 mm tubing with the options to add a GPU as well in the loop.
I think I need more test I guess!
@max31092 @xkruz I am quite sure the QuickDisconnect and the flow meter are the reason, But I have to check this.
My setup was already let's say restrictive for the D5 IMO. I've tested the flow at certain percentage of the pump, and for example at 50% I had only 65l/h.
But I can see that the flow is almost zero from the input output temp of the radiator! There should be 1C of difference, instead are like 5!??
The pump is running though, I can hear it! (I confirm that the DC-LT when used with a combo reservoir like the Eisstation DC-LT 40, or in any case out of the Eisbaer LT CPU block, is more quiet, and it is noticeable!)
My setup was already let's say restrictive for the D5 IMO. I've tested the flow at certain percentage of the pump, and for example at 50% I had only 65l/h.
But I can see that the flow is almost zero from the input output temp of the radiator! There should be 1C of difference, instead are like 5!??
The pump is running though, I can hear it! (I confirm that the DC-LT when used with a combo reservoir like the Eisstation DC-LT 40, or in any case out of the Eisbaer LT CPU block, is more quiet, and it is noticeable!)
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Just removed the flow meter and swapped the HF quick disconnect for the Koolance QD3. The route now is also more gentle. Let's see!
So, It's a bit better, but still, IMO the flow is too low! I think I try to add the second DC-LT and see what will happen!
Added the second pump, will see!
Please tell me how many millimeters from the bottom of the video card to the radiator?
Thanks.
Thanks.
SO, It's the radiator actually that is not cutting the CPU (16 core) and the GPU (Titan RTX). I will try the same configuration (Maybe one pump only??) With the EKWB SE Classic to have a double check!
I MEAN, it's super ok, but I would like to have the delta water temp 3 degrees less warm.
With only the CPU I am pretty sure it will be ok. (I will not try it because I don't want to put again the stock cooler on the GPU
)
I MEAN, it's super ok, but I would like to have the delta water temp 3 degrees less warm.
With only the CPU I am pretty sure it will be ok. (I will not try it because I don't want to put again the stock cooler on the GPU
)
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SO, It's the radiator actually that is not cutting the CPU (16 core) and the GPU (Titan RTX). I will try the same configuration (Maybe one pump only??) With the EKWB SE Classic to have a double check!
I MEAN, it's super ok, but I would like to have the delta water temp 3 degrees less warm.
With only the CPU I am pretty sure it will be ok. (I will not try it because I don't want to put again the stock cooler on the GPU
What were the final temps for both the cpu and gpu? I can only see the 45c for the gpu.
I didn't test the GPU, in general never went above 63 in every configuration I did. (With better rad stay at 56 under load, just FYI).
I am testing mainly the radiator and the pump at the moment!
Are your fans not blocked in this configuration?Added the second pump, will see!
Of course It's flipped compared to the picture. That was to show what I was doing
So in your test, the flow doesn't affect the cpu temp? My Lt240 are on the way, maybe will arrive 2-3days from now.. I will test it against magicool g2 240.
Ps: Damn @fabio, you make me want hydro ?
Ps: Damn @fabio, you make me want hydro ?
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