F5F Stay Refreshed Power Users Overclocking inquiry regarding reusing components from an AIO cooling system

inquiry regarding reusing components from an AIO cooling system

inquiry regarding reusing components from an AIO cooling system

P
pvpprobro
Member
141
09-24-2016, 03:03 PM
#1
Hi there.
I have some questions about modifying my actual AIO water cooling setup (Corsair H60 2018 edition).
I plan to reuse the pump and CPU block, replace the 120mm radiator with a 240mm one, and add a reservoir.
I’m unsure if this is possible and whether the CPU block pump can handle the whole system.
Can you confirm if it’s feasible?
P
pvpprobro
09-24-2016, 03:03 PM #1

Hi there.
I have some questions about modifying my actual AIO water cooling setup (Corsair H60 2018 edition).
I plan to reuse the pump and CPU block, replace the 120mm radiator with a 240mm one, and add a reservoir.
I’m unsure if this is possible and whether the CPU block pump can handle the whole system.
Can you confirm if it’s feasible?

M
mccoop03
Posting Freak
910
09-25-2016, 09:39 AM
#2
Rejecting CLCs, particularly the 120mm models, due to insufficient pump/block performance and susceptibility to galvanic corrosion. It's better to abandon them for a tailored solution.
M
mccoop03
09-25-2016, 09:39 AM #2

Rejecting CLCs, particularly the 120mm models, due to insufficient pump/block performance and susceptibility to galvanic corrosion. It's better to abandon them for a tailored solution.

J
Jack80156
Member
60
09-25-2016, 05:37 PM
#3
No, CLCs, particularly the 120mm models, will likely lack sufficient strength for the pump/block setup. Also, their susceptibility to galvanic corrosion is a major concern. You should avoid using CLCs if you intend to build something custom properly.
J
Jack80156
09-25-2016, 05:37 PM #3

No, CLCs, particularly the 120mm models, will likely lack sufficient strength for the pump/block setup. Also, their susceptibility to galvanic corrosion is a major concern. You should avoid using CLCs if you intend to build something custom properly.

B
Bloods2344556
Junior Member
11
09-30-2016, 09:22 AM
#4
Only a member of the Corsair design team could confirm this. I believe your performance would definitely decrease since the pump's flow rate is intended for 120mm radiators. Hope you choose wisely, though—I wouldn’t recommend it.
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Bloods2344556
09-30-2016, 09:22 AM #4

Only a member of the Corsair design team could confirm this. I believe your performance would definitely decrease since the pump's flow rate is intended for 120mm radiators. Hope you choose wisely, though—I wouldn’t recommend it.

G
Grace8200
Member
58
10-01-2016, 10:26 AM
#5
engineer5261:
Only a member of the Corsair design team could confirm this. I believe your efficiency would likely decrease since the pump's flow rate is intended for 120mm radiators. Hope you have the chance to try it, but I wouldn't recommend it.
I'll follow your advice and thank you.
G
Grace8200
10-01-2016, 10:26 AM #5

engineer5261:
Only a member of the Corsair design team could confirm this. I believe your efficiency would likely decrease since the pump's flow rate is intended for 120mm radiators. Hope you have the chance to try it, but I wouldn't recommend it.
I'll follow your advice and thank you.

C
Camsell
Member
207
10-01-2016, 01:37 PM
#6
Gam3r01 :
These CLCs, particularly the 120mm models, won't provide enough strength for a pump/block setup and are also prone to galvanic corrosion. You should avoid using them if you intend to build something custom. Thanks.
C
Camsell
10-01-2016, 01:37 PM #6

Gam3r01 :
These CLCs, particularly the 120mm models, won't provide enough strength for a pump/block setup and are also prone to galvanic corrosion. You should avoid using them if you intend to build something custom. Thanks.

F
Fudge_PvP
Junior Member
49
10-01-2016, 09:41 PM
#7
I've actually checked the flow rates from these pumps...they're below 1 liter per minute and have minimal head pressure. In short, you asked if it would work...yes. But not very well.
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Fudge_PvP
10-01-2016, 09:41 PM #7

I've actually checked the flow rates from these pumps...they're below 1 liter per minute and have minimal head pressure. In short, you asked if it would work...yes. But not very well.