Axial fan BLOW Blow 60x25 mm 24V ball-bearing

Axial fan BLOW Blow 60x25 mm 24V ball-bearing is a compact cooling component designed for continuous airflow in confined electronic spaces. With a 60 mm diameter and 25 mm thickness, this 24V fan uses ball bearings for improved durability and stable rotation. It is intended to dissipate heat from PC components, power supplies, electronics enclosures and other small devices where a reliable, constant airflow is required.

Advantages

The fan’s small form factor allows installation in tight spaces while still delivering steady airflow. Operating at 24V, it integrates into systems that require higher-voltage fans compared with 12V variants. The ball-bearing design provides longer service life and consistent rotational stability under continuous operation. Its simple axial airflow pattern makes it effective at moving air through cases and across heat-generating components.

Suitable for

• PC chassis and CPU cooling in compact builds
• Power supply units and industrial power electronics
• Electronics enclosures and control cabinets
• Small ventilation and air circulation tasks in equipment racks

Key specifications

• Frame diameter: 60 mm
• Thickness: 25 mm
• Rated voltage: 24 V DC
• Bearing type: ball bearing for enhanced lifespan
• Axial airflow configuration suitable for directed cooling
• Designed for continuous operation in confined spaces

How to use

Mount the fan securely in the intended position ensuring correct airflow direction for exhaust or intake as required. Connect the fan to a stable 24 V DC supply following the system’s wiring conventions and observe polarity. Provide adequate clearance around the fan inlet and outlet to avoid airflow obstruction. If used in electronic enclosures, route cabling to prevent contact with the rotating blades and secure the fan with appropriate screws or mounting hardware.

Usage recommendations

To maximize operating life, maintain a clean environment by periodically removing dust and debris from the blades and inlet. Use appropriate voltage regulation and avoid prolonged exposure to temperatures or vibration levels beyond the equipment’s design limits.