![]() I have two in mine, one before the radiators and one after so I can see the temp of the water going in and out of the rads. If you don't have a water temp sensor, you can get an XSPC one fairly cheaply and use a T-fitting to install it in your loop somewhere. However if you just want to know if those temperatures are ok for the component's operation, then yes they are well within safe operating temperatures. Click on the Add Sensor button and select CPU Temperature from the list of available sensors. Open NZXT CAM and go to the Performance tab. If you can provide water and air temps as well as the component temps during a sustained load (long enough for the system to warm up) then we can give you a better idea of how effective your loop is. Install NZXT CAM software on your computer. These are just examples to help you understand the concept though, so don't read too much into it. ![]() If it was based on cpu temp the gpu could potentially rise to very high temp without raising the fan speed at all. It also helps when theres a gpu in the loop. The fans are cooling the liquid after all, and therefore their curve should be based on liquid temp. Same can be said for your coolant temps, 40C coolant temp sounds high if the air temp is 20C, but if it's 30C+ in the room then it's not that bad at all. Water temp rises slowly, while the cpu temp spikes every now and then. But if the coolant temperature is at say 26C then that is a difference of 30C which is less than ideal for a watercooled GPU. For example your GPU is seeing a max temp of 56C under (presumably) sustained 100% load, if the coolant temperature is around 46C then that is a difference of 10C and the coolant is doing a decent job of cooling the GPU, even if the water temp is a bit high. Without those it can be hard to know exactly how good/bad the temperatures are. The delta between your water temp and the air temp will tell you how effectively your radiator/fans are cooling the fluid, and the delta between the water temp and the component temps will tell you how effectively your loop is cooling your components. Do you have a water temperature sensor in your loop? It makes it far easier to know how effective your watercooling loop is if you know the water temp and the air temp. ![]()
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