I live in SoCal. It gets "hot".
I am trying to figure out if I can setup a radiator watercooling system that can handle my worst cases of heat.
System to cool -
Athlon XP 2100+ @ 2.2Ghz 1.8V or more
nForce2 Northbridge
GF4 Ti4600 core
I figure I will need to disipate 200W of heat.
Ambient conditions at thier worst will be about 110*F with 95% humidity in the room where the comp is.
I want to run an external radiator setup so I can go with big radiators no problem.
I really really want the comp to be quiet. I am looking at using 80mm L1A's or 120mm L1As as the cooling fans across the radiators. Running the 80s at 12V and the 120s at 12V when needed and then down with a rheobus when temps drop.
Now, would 2 Chevette heater cores in parallel be able to do the job in these conditions? 4?
Speedious
I am trying to figure out if I can setup a radiator watercooling system that can handle my worst cases of heat.
System to cool -
Athlon XP 2100+ @ 2.2Ghz 1.8V or more
nForce2 Northbridge
GF4 Ti4600 core
I figure I will need to disipate 200W of heat.
Ambient conditions at thier worst will be about 110*F with 95% humidity in the room where the comp is.
I want to run an external radiator setup so I can go with big radiators no problem.
I really really want the comp to be quiet. I am looking at using 80mm L1A's or 120mm L1As as the cooling fans across the radiators. Running the 80s at 12V and the 120s at 12V when needed and then down with a rheobus when temps drop.
Now, would 2 Chevette heater cores in parallel be able to do the job in these conditions? 4?
Speedious