F5F Stay Refreshed Power Users Overclocking Initial Custom Loop, is the air contained within it?

Initial Custom Loop, is the air contained within it?

Initial Custom Loop, is the air contained within it?

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luheo234
Junior Member
26
09-25-2016, 10:44 PM
#1
Hello everyone, two days ago I completed assembling my first custom loop. After about half an hour of use, I observed condensation forming inside the loop near the Res and monoblock area. I would seek advice from more experienced individuals to confirm whether this is normal or if these micro bubbles are trapped air. I’m unsure if it’s beneficial, but I did use a pastel liquid—specifically a pastel nano liquid from Mayhems. Before assembling, I flushed the radiators with distilled water and white vinegar. After putting everything together, I performed a leak test using distilled water. When I placed the liquid inside the loop, some distilled water entered the radiators and mixed in. Below are the images: http://http:// Also, I’ve noticed that the level of liquid in the Res drops very slowly, as if the loop is absorbing it in small amounts. Thank you very much ahead of time and sorry for my English, which isn’t my first language.
L
luheo234
09-25-2016, 10:44 PM #1

Hello everyone, two days ago I completed assembling my first custom loop. After about half an hour of use, I observed condensation forming inside the loop near the Res and monoblock area. I would seek advice from more experienced individuals to confirm whether this is normal or if these micro bubbles are trapped air. I’m unsure if it’s beneficial, but I did use a pastel liquid—specifically a pastel nano liquid from Mayhems. Before assembling, I flushed the radiators with distilled water and white vinegar. After putting everything together, I performed a leak test using distilled water. When I placed the liquid inside the loop, some distilled water entered the radiators and mixed in. Below are the images: http://http:// Also, I’ve noticed that the level of liquid in the Res drops very slowly, as if the loop is absorbing it in small amounts. Thank you very much ahead of time and sorry for my English, which isn’t my first language.

P
PJ4570
Member
57
09-26-2016, 12:33 AM
#2
It will be released on schedule. One approach is to adjust the pump to 0 and then increase it to 100%, repeating a few times, which may cause the bubbles to escape.
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PJ4570
09-26-2016, 12:33 AM #2

It will be released on schedule. One approach is to adjust the pump to 0 and then increase it to 100%, repeating a few times, which may cause the bubbles to escape.

I
ItzGum231
Member
60
09-26-2016, 03:36 PM
#3
It will be released on schedule. One approach is to adjust the pump to 0 and then increase it to 100% several times, which may cause the bubbles to escape.
I
ItzGum231
09-26-2016, 03:36 PM #3

It will be released on schedule. One approach is to adjust the pump to 0 and then increase it to 100% several times, which may cause the bubbles to escape.