Zalman F129025SM 92x92x25

Pn. F129025SM
Zalman
VENZAF129025SM_00001.jpeg
  • PWM speed control from 1000 to 2000 RPM for adaptable cooling.
  • Airflow of up to 44 CFM for effective ventilation in tight spaces.
  • Maximum noise level of only 28 dBA for quiet operation.
  • EBR bearings for longer life and lower friction.
  • 4-pin PWM connector compatible with most motherboards.
  • Compact 92 x 92 x 25 mm design, ideal for small cases and heatsinks.
  • Low power consumption: 12 V DC voltage and 0.3 A current.

The Zalman F129025SM is a high-performance fan designed to provide efficient and quiet cooling in compact and demanding systems. With a 92 mm size and optimized design, it is ideal for keeping temperatures under control in cases, heatsinks, and other applications.

Thanks to its 4-pin PWM control, it automatically adjusts speed between 1000 and 2000 RPM depending on the thermal load, ensuring the perfect balance between performance and noise level. Its airflow of up to 44 CFM provides effective ventilation even in dense configurations.

The use of EBR (Everlast Bearing) ensures greater durability and quiet operation, reaching only 28 dBA at maximum speed. This type of bearing extends the fan's lifespan and reduces maintenance.

Compact, lightweight, and easy to install, the Zalman F129025SM is the ideal choice for those seeking thermal efficiency with a controlled noise level. Keep your system cool and quiet with Zalman!

Key Features...

* PWM speed control from 1000 to 2000 RPM for adaptable cooling.
* Airflow up to 44 CFM for effective ventilation in tight spaces.
* Maximum noise level of only 28 dBA for quiet operation.
* EBR bearings for longer life and lower friction.
* 4-pin PWM connector compatible with most motherboards.
* Compact 92 x 92 x 25 mm design, ideal for small cases and heatsinks.
* Low power consumption: 12V DC voltage and 0.3 A current.

Optimizado para mejor precio
84 /ud
3,50 € /ud Excl. VAT
4,24 €
Incl. VAT

Approximate delivery on Tuesday, June 09

Please note that the delivery date is an estimate