Tuuletin XILENCE Performance C Series PWM 92x92x25mm, malli XPF92.B.PWM, 4-pin PWM-ohjaus

The XILENCE Performance C Series PWM 92x92x25mm cooling fan (model XPF92.B.PWM) is an axial fan designed for PC case ventilation, small enclosures and secondary cooling duties. It features a compact 92 mm frame, a 25 mm thickness and a 4-pin PWM connector that enables automatic speed regulation via motherboard or compatible controller. The fan delivers stable airflow across a variable RPM range and reduces acoustic output at lower speeds when PWM control is applied.

Advantages

This XILENCE fan provides controllable cooling with a 4-pin PWM interface, allowing precise speed adjustments for thermal management. Its standard 92x92x25 mm dimensions make it compatible with many PC cases, CPU cooler mounts and compact enclosures. The design balances airflow and noise, offering reduced sound levels under low-load conditions while maintaining sufficient ventilation when the system requires increased cooling.

Suitable for

When it may not be suitable

This fan may not be suitable when very high static pressure is required, for example on densely finned radiators where fans specifically designed for high static pressure are preferred. It is also not intended as a direct replacement in setups that require proprietary mounting brackets or non-standard connector types.

Key specifications

How to use

Install the fan in the desired location using the standard mounting holes for a 92 mm fan. Connect the 4-pin PWM cable to a compatible motherboard header or PWM-capable controller to enable automatic speed regulation. Ensure the fan orientation aligns with intended airflow direction (intake or exhaust). After connection, configure fan curves or PWM settings in the system BIOS or controller software to match your cooling and noise preferences.

What to consider before purchase

Recommendations

For balanced cooling and acoustics, use motherboard PWM profiles to reduce fan speed at low temperatures and increase it linearly as CPU or system temperatures rise. When replacing an existing fan, match airflow orientation and secure mounting to avoid vibration and ensure optimal performance.