![]() The T-Sensor1 is also exposed to RivaTuner Statistics Server via HWInfo64 and I’ve never noticed it error there, nor in HWInfo64. I can clear this by either restarting Fan Control or switching to an older profile I have that doesn’t read the T-Sensor1 and runs the radiator fans and pump off the CPU/GPU Mix, and then back to the current one. The tray icon for the T-Sensor1 reads -2 when this errors and I’ve tried setting the fan curve to 100% below 0 degrees, but this doesn’t help since the actual reading is not a number. ![]() ![]() I’ve had this setup for about a 7-8 weeks now without issue.Įxcept every now and then (and only in the last week or so) Fan Control will encounter an exception, read the T-Sensor1 as NaN% and the fans will drop to their lowest running speed. My config is fairly simple - CPU/GPU temps are in a Mix and control the pump speed, the T-Sensor1 dictates the fan speeds for the radiators. This is the only sensor I'm exposing to the gadget from HWInfo64. My CPU & GPU are water-cooled in the same custom loop - The Motherboard is an Asus ROG Z690 and I’m using the T-Sensor1 to measure the coolant temperature, which is exposed to HWInfo64 and then into Fan Control via HWInfoPlugin. They will return to 0% if the temperature is 65 C or less.I’ve been having a re-occurring issue over the last 4-5 days that I believe is caused by the HWInfoPlugin and a value taken from it being occasionally interpreted as NaN% For example, in my curves, the fans will always spin at 100% speed if the temperature is 95 C. When the minimum or maximum temperature is reached for both of these cards, their corresponding speed will trigger. Next, you need to set a minimum speed and a maximum speed. Basically, you're telling the app, "I want my temperature to never exceed X, but it's okay if it never goes below Y." Both cards require you to set a minimum and a maximum temperature. First, let's focus on the Target and Linear cards since they're very similar to each other. I've already configured these cards to my personal preference. ![]() For case fans, you can use the hottest motherboard, CPU, or GPU sensor as it doesn't matter too much. Before you do anything, you need to select a temperature source.įor CPU fans, use one of your CPUrelated sensors (pick the one with the highest temperature to be safe). ![]()
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