be quiet! Silent Wings 4 140mm PWM Data Sheet

To install the Silent Wings 4 fan, first ensure your PC is powered off. Then, position the fan in the desired mounting location, aligning it with the screw holes. Use the provided screws to secure the fan. Finally, connect the PWM connector to an available 4-pin header on your motherboard.
For optimal airflow, install the fan so that air flows in the intended direction, indicated by arrows on the fan frame. Typically, for intake, the fan should draw air from outside the case, and for exhaust, it should push air out of the case.
To reduce noise, ensure the fan is securely mounted without any obstructions. You can also adjust the fan speed in the BIOS or using fan control software to find a balance between cooling performance and noise levels.
The Silent Wings 4 fan is designed for PWM control using a 4-pin header. However, it can still operate with a 3-pin header at a constant speed, but PWM speed control will not be available.
To maintain the fan, regularly clean the fan blades and surrounding area to prevent dust build-up. Ensure that the fan spins freely and check for any unusual noises or vibrations.
First, ensure the fan is properly connected to the motherboard. Check the BIOS settings to ensure the fan header is enabled. If the fan still doesn’t spin, try connecting it to a different header or test it on another system to rule out a faulty fan.
Yes, the Silent Wings 4 fan can be connected to a fan controller that supports PWM control, allowing you to manually adjust the fan speed according to your cooling needs.
If the fan makes a rattling noise, check for any loose mounting screws or debris caught in the blades. Ensure the fan is not in contact with any cables, and verify that it is securely mounted.
Yes, the Silent Wings 4 fan is suitable for use with liquid cooling radiators. Its high static pressure capabilities make it effective for pushing air through dense radiator fins.
PWM (Pulse Width Modulation) control uses a 4-pin connector and allows precise speed control by sending pulses to the fan motor. DC control adjusts fan speed by varying the voltage supplied to a 3-pin fan, offering less precision compared to PWM.