F5F Stay Refreshed Power Users Overclocking Is there any flow in my loop?

Is there any flow in my loop?

Is there any flow in my loop?

H
hdoor20
Senior Member
477
04-26-2023, 12:36 AM
#1
Hi everyone,
Yesterday I assembled my first watercooling open loop system. It was working well, with visible bubbles throughout, but now all the bubbles are concentrated in the reservoir. There’s not much indication that everything is functioning properly or that the water is moving as expected.
I’d really appreciate any advice on how to check if the pump is still operating correctly. I’m a bit anxious and need reassurance that it’s working fine.
H
hdoor20
04-26-2023, 12:36 AM #1

Hi everyone,
Yesterday I assembled my first watercooling open loop system. It was working well, with visible bubbles throughout, but now all the bubbles are concentrated in the reservoir. There’s not much indication that everything is functioning properly or that the water is moving as expected.
I’d really appreciate any advice on how to check if the pump is still operating correctly. I’m a bit anxious and need reassurance that it’s working fine.

X
xshot13
Member
122
04-26-2023, 01:16 AM
#2
You definitely want to avoid bubbles forming in your loop... air is detrimental in a watercooling setup because it acts as a poor thermal conductor compared to water, which you're aiming to cool inside the system. Of course, you still need to manage the water/radiator/air circulation, but that should be handled by the radiator and fans.

If your temperatures remain stable under load, you're in a good position. Pay attention to the outlet tube from the pump—it should vibrate noticeably. Confirm you're inspecting the outlet rather than the inlet, as it's too far downstream to sense significant pulsations from the pump within the tubing.
X
xshot13
04-26-2023, 01:16 AM #2

You definitely want to avoid bubbles forming in your loop... air is detrimental in a watercooling setup because it acts as a poor thermal conductor compared to water, which you're aiming to cool inside the system. Of course, you still need to manage the water/radiator/air circulation, but that should be handled by the radiator and fans.

If your temperatures remain stable under load, you're in a good position. Pay attention to the outlet tube from the pump—it should vibrate noticeably. Confirm you're inspecting the outlet rather than the inlet, as it's too far downstream to sense significant pulsations from the pump within the tubing.

O
Ombilicus
Junior Member
12
05-16-2023, 09:01 AM
#3
If the pill isn't overheating and temperatures are normal, you're in the clear for flow. It's actually beneficial that no bubbles appear in the hoses.
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Ombilicus
05-16-2023, 09:01 AM #3

If the pill isn't overheating and temperatures are normal, you're in the clear for flow. It's actually beneficial that no bubbles appear in the hoses.

O
Oqa
Member
61
05-27-2023, 03:55 AM
#4
Touch the pipes if you feel a slightly vibration it works and as CountMike said, if temps are ok, dont worry.
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Oqa
05-27-2023, 03:55 AM #4

Touch the pipes if you feel a slightly vibration it works and as CountMike said, if temps are ok, dont worry.

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numblegs26
Member
197
06-17-2023, 09:34 AM
#5
You definitely want to avoid bubbles forming in your loop... air reduces effectiveness since water conducts heat better than air, which is what you're aiming to remove inside the loop. Of course, you still need to manage the water/radiator/air flow, but that should be handled by the radiator and fans.

If your temperatures remain stable under load, you're in a good position. Pay attention to the outlet tube from the pump – it should vibrate noticeably. Confirm you're inspecting the outlet rather than the inlet, as the latter is too far downstream to show significant pulsation from the pump within the tubing.
N
numblegs26
06-17-2023, 09:34 AM #5

You definitely want to avoid bubbles forming in your loop... air reduces effectiveness since water conducts heat better than air, which is what you're aiming to remove inside the loop. Of course, you still need to manage the water/radiator/air flow, but that should be handled by the radiator and fans.

If your temperatures remain stable under load, you're in a good position. Pay attention to the outlet tube from the pump – it should vibrate noticeably. Confirm you're inspecting the outlet rather than the inlet, as the latter is too far downstream to show significant pulsation from the pump within the tubing.