Axial Fan BLOW 60x25 mm 24V sleeve-bearing for electronics and cooling

BLOW axial fan 60 x 25 mm with a sleeve (sliding) bearing is designed for 24 V systems requiring compact, continuous airflow. The fan's small 60 mm frame and 25 mm thickness make it suitable for confined spaces inside electronic equipment, small enclosures and cooling assemblies. It provides steady air movement to assist heat dissipation in devices such as power supplies, routers and small chassis where a 24V supply is available.

Advantages

The sleeve-bearing design offers a simple, low-noise and cost-effective cooling solution for continuous operation in environments with limited space. The compact dimensions and 24 V rating allow straightforward integration into a variety of electronic systems without additional voltage conversion. The fan's axial airflow pattern is suitable for channeling air through heatsinks and narrow vents, helping to maintain component temperatures within operational limits.

Suitable for

• Cooling small PC cases and mini chassis where a 60 mm fan is specified
• Ventilation of power supplies and DC equipment operating at 24 V
• Air circulation in network devices such as routers and switches
• Small enclosures, instrument panels and compact electronic assemblies

Key specifications

• Frame size: 60 x 25 mm
• Bearing type: sleeve (sliding) bearing
• Rated voltage: 24 V DC
• Airflow type: axial
• Mounting: standard 60 mm mounting hole pattern for small fans

How to use

Install the fan in the intended airflow direction, ensuring the intake and exhaust are aligned with the enclosure vents or heatsink channels. Secure the fan using screws or appropriate fasteners for a 60 mm fan frame to minimize vibration. Connect the fan to a stable 24 V DC supply with correct polarity and, if required, include a fuse or current-limiting protection in the power line. Allow clearance around the fan for unobstructed airflow and check that moving parts are free from cables or debris before first power-up.

Usage recommendations

For extended service life, avoid mounting the fan in positions with persistent dust build-up or heavy vibration. Periodic inspection and gentle cleaning of the frame and blades will help maintain airflow performance. If lower noise or longer lifetime is required in critical applications, consider fans with ball bearings or higher-grade bearing systems.