be quiet! Silent Wings PWM 80mm Data Sheet
![be quiet! Silent Wings PWM 80mm Fan manual cover](/images/wrkHuRWQdINXTSSvGypAzkYF/thumbs/thumb175x175.webp)
The be quiet! Silent Wings PWM 80mm Fan features a durable fluid-dynamic bearing, a high-quality motor controller for smooth operation, and optimized fan blades for maximum airflow and reduced noise. It also includes anti-vibration mounting and a PWM function for precise speed control.
To install the fan, position it in the desired location in your PC case, aligning the screw holes. Secure the fan using the provided screws or anti-vibration mounts. Finally, connect the fan's PWM connector to an available 4-pin header on your motherboard.
First, ensure the PWM connector is securely attached to the motherboard header. Check BIOS settings to ensure the fan header is enabled. If the fan still doesn't spin, test the fan on a different header or verify the power supply.
Ensure the fan is mounted with the included anti-vibration mounts. Use the PWM control to adjust the fan speed to a lower RPM. Regular cleaning of dust and debris from the fan blades can also help maintain quieter operation.
Periodically clean the fan blades and housing with compressed air to remove dust. Check the fan’s bearings for any signs of wear or damage. Keeping the fan free from dust ensures optimal performance and longevity.
The Silent Wings PWM 80mm Fan can be used with any CPU cooler that supports an 80mm fan size. Ensure that the cooler has the necessary mounting points and clearance for the fan.
Connect the fan's 4-pin PWM connector to a 4-pin header on your motherboard. In your BIOS or fan control software, you can set fan profiles or manually adjust the fan speed based on temperature readings.
The fan is designed with a fluid-dynamic bearing that provides a long lifespan, typically rated up to 300,000 hours at 25°C under optimal conditions.
Yes, the fan is compatible with most fan controllers that support PWM control. It can be used to adjust the fan speed for optimal cooling performance and noise levels.
Ensure the fan is properly mounted using the supplied anti-vibration mounts. Check for any obstructions or debris that may cause imbalance. If vibration persists, verify that the fan blades are not damaged or warped.