Liquid Cooler Fan Curve at Patricia Barrington blog

Liquid Cooler Fan Curve. It also helps when there's a gpu in the loop. The fans are cooling the liquid after all, and therefore their curve should be based on liquid temp. If it was based on cpu temp the gpu could potentially rise to very high. If you can adjust the pwm curve for the pump, that's probably the best option. The best way to combat that is if the aio has software capable, use liquid temps not cpu temps for cooling basis as liquid temps are totally. Select whether you want your preset to be fixed %, fixed rpm, or have a custom curve. And when serious load (cpu + gpu) is applied, the sensor will pick it up. Entering values if you selected fixed % or fixed rpm. Adjusting the curve if you. If not, then just lock it into 50% rpm or something. Your radiator fan speeds should be tied to the fluid temp, or if that is not possible then tied to the processor temp. I'd agree you don't want to have the coolant get any warmer. Sudden jumps in cpu load will not cause the fans to ramp up/down like crazy. Select dc or pwm control according to your fan. Use a pwm fan hub to connect all the fans and run them off a single fan header, mapped to coolant temperature.

Entering values if you selected fixed % or fixed rpm. And when serious load (cpu + gpu) is applied, the sensor will pick it up. Select whether you want your preset to be fixed %, fixed rpm, or have a custom curve. The fans are cooling the liquid after all, and therefore their curve should be based on liquid temp. Adjusting the curve if you. The best way to combat that is if the aio has software capable, use liquid temps not cpu temps for cooling basis as liquid temps are totally. If not, then just lock it into 50% rpm or something. Select dc or pwm control according to your fan. If you can adjust the pwm curve for the pump, that's probably the best option. I'd agree you don't want to have the coolant get any warmer.

SickleFlow 120 V2 Addressable RGB Fan Cooler Master (White Edition, 3

Liquid Cooler Fan Curve Entering values if you selected fixed % or fixed rpm. If it was based on cpu temp the gpu could potentially rise to very high. If you can adjust the pwm curve for the pump, that's probably the best option. The best way to combat that is if the aio has software capable, use liquid temps not cpu temps for cooling basis as liquid temps are totally. Your radiator fan speeds should be tied to the fluid temp, or if that is not possible then tied to the processor temp. Use a pwm fan hub to connect all the fans and run them off a single fan header, mapped to coolant temperature. Entering values if you selected fixed % or fixed rpm. Adjusting the curve if you. Select the fan that you want to adjust and to display the fan duty curve line in fan operating windows. The fans are cooling the liquid after all, and therefore their curve should be based on liquid temp. Sudden jumps in cpu load will not cause the fans to ramp up/down like crazy. It also helps when there's a gpu in the loop. Select dc or pwm control according to your fan. Select whether you want your preset to be fixed %, fixed rpm, or have a custom curve. I'd agree you don't want to have the coolant get any warmer. And when serious load (cpu + gpu) is applied, the sensor will pick it up.