You don't want pump speeds rising and falling based on temps from what I have heard, it can wear out the pump quicker. If you have an AIO pump header use that for the pump, if you do not plug it into a chassis fan header, go into the BIOS and max sure that chassis fan header is set to run at full speed. I would plug both the fans on the rad using a splitter into the CPU_FAN header this way RPM rise and fall based solely on CPU temps which is what you want for rad fans. Yes, I use several splitter's in my system as well they work fine. Or do I need to individual connect them to different fan headers? And which header would you recommend the AIO fans be connected to? Can I use a 2 4 pin splitter and connect it to my motherboard, so it'll look cleaner. Then go to Task Scheduler (search it on the Windows search bar on your task bar) Find the task associated with the software (most likely named TT RGB Plus) and disable it by right clicking. 5 Level Speed control allows users to manually control the pump's speed, switching the pump speed given the computer's loading. Unplug your controller from the PSU molex connector (FROM THE CONTROLLERS END) while the software is open, then plug it back in, it should recognize it now. Does your mobo have a aio pump header? If so you should use that for the pump. The powerful pump head can push the coolant to reach up to 15 feet high at its maximum speed and provide a flow rate of 1135 liter per hour. If you use the fan headers on the mobo rpm will rise and fall based on temps and is customizable in the bios. Molex has no control at all, if you plug in a fan via molex it will run at max rpm at all times.
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