be quiet! Silent Wings Pro 4 120mm PWM Data Sheet

be quiet! Silent Wings Pro 4 120mm PWM Fan manual cover
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be quiet! Silent Wings Pro 4 120mm PWM Fan Specification

The be quiet! Silent Wings Pro 4 120mm PWM Fan is designed for high-performance cooling with minimal noise, catering to both PC enthusiasts and professional users. It features an advanced fluid-dynamic bearing that ensures long-lasting reliability and quiet operation. The fan operates with a maximum speed of 3000 RPM, delivering exceptional airflow and static pressure, making it suitable for both air and liquid cooling systems.

The Silent Wings Pro 4 incorporates a PWM connector, allowing precise speed control via the motherboard, optimizing performance and noise levels dynamically based on system demands. Its innovative fan blade design and funnel-shaped air inlets enhance airflow efficiency, reducing turbulence and noise. The frame of the fan is constructed with high-grade materials, ensuring durability and stability.

Vibration-damping mounts are integrated into the design to minimize noise further by reducing transmission of vibrations to the chassis. The Silent Wings Pro 4 comes with a versatile 6-pole motor that ensures lower power consumption and smoother operation compared to conventional 4-pole motors.

Additionally, the fan includes a switch offering three operational modes: Performance, Balanced, and Silent, allowing users to prioritize airflow or noise levels based on their preferences. With its sleek design and robust performance, the be quiet! Silent Wings Pro 4 120mm PWM Fan is an excellent choice for users seeking top-tier cooling solutions without compromising on noise.

be quiet! Silent Wings Pro 4 120mm PWM Fan F.A.Q.

How do I properly install the be quiet! Silent Wings Pro 4 120mm PWM Fan?

To install the fan, mount it using the provided screws or push pins, ensuring the airflow direction matches your case's cooling design. Connect the PWM connector to the motherboard's fan header for automatic speed control.

What is the optimal RPM setting for the Silent Wings Pro 4 to balance performance and noise?

The optimal RPM setting varies based on your system's cooling needs. Generally, 800-1200 RPM provides a good balance between cooling efficiency and quiet operation. Use PWM control for automatic adjustments.

Can the Silent Wings Pro 4 be used on a radiator for liquid cooling systems?

Yes, the Silent Wings Pro 4 can be effectively used on radiators. Its high static pressure makes it suitable for pushing air through dense radiator fins.

How do I clean and maintain the Silent Wings Pro 4 fan for optimal performance?

Regularly clean the fan blades and frame using compressed air or a soft cloth to remove dust buildup. Ensure the PC is powered off and unplugged before cleaning.

What should I do if the Silent Wings Pro 4 fan produces an unusual noise?

First, check for any obstructions or loose screws. If the noise persists, inspect the fan for damage. Consider contacting be quiet! support if the problem continues.

Is it possible to control the fan speed of the Silent Wings Pro 4 manually?

Yes, if your motherboard supports manual fan control, you can adjust the fan speed through BIOS settings or software utilities provided by your motherboard manufacturer.

Can the Silent Wings Pro 4 be used in a vertical orientation?

Yes, the fan can be mounted in any orientation, including vertical. Ensure it is securely fastened to prevent any operational issues.

What is the lifespan of the Silent Wings Pro 4 fan under normal usage conditions?

The Silent Wings Pro 4 is designed for a long lifespan, typically around 300,000 hours of operation at 25°C. Proper maintenance can help achieve this longevity.

How does the Silent Wings Pro 4 handle high ambient temperatures?

The fan is built to perform reliably even at higher ambient temperatures. However, ensure adequate airflow within the case to prevent overheating.

What connectors are available on the Silent Wings Pro 4 for power and control?

The Silent Wings Pro 4 features a 4-pin PWM connector, allowing for both power delivery and speed control via PWM signals from the motherboard.