1-15) OR from a manual button box supplied with the system.I used to recommend picking one smart home ecosystem and sticking with it. You can power them from a mobo 3-pin ARGB header (see mobo manual p. ![]() Since you have a CPU_OPT header also that does exactly the same thing as CPU_FAN, you CAN connect one of those rad fans to that header, leaving only two fans on the CPU_FAN header via the Splitter.Ĭables and connections for the LIGHTS in the Pump and rad Fans are done completely separately using different cables from each. However, do NOT connect any other items to the CPU_FAN header. The system is designed to operate this way, and there should be no problem powering those three fans from that header. ![]() This puts ALL of them under automatic control of their speeds, guided by the temperature sensor built into the CPU chip. For the RAD FAN MOTORS the system provides a Splitter to allow you to connect all three of them to the CPU_FAN header. Plug the Pump motor into the AIO_PUMP header and re-enable the failure detection.Ģ. IF your mobo does NOT have that header, the alternative connection possible with a cable supplied allows you to power the pump motor directly from the PSU via a SATA power connector, BUT that eliminates the ability to monitor it for failure. IF it gets no pump speed signal at that header it will warn you of that failure, and that is what you saw and defeated. This does two things - provides a constant +12 VDC power supply to keep the pump at full speed always, and monitors that pump speed signal for FAILURE. ![]() The cable from the PUMP MOTOR ideally should go to the mobo AIO_PUMP header which you have - see your mobo manual, p. What the instructions provided tell you is this.ġ. We're talking here about power and speed control for the PUMP rad the rad fan MOTORS only - not about the lights.
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