This is an ultra-compact axial cooling fan designed for precision thermal management in small-scale electronics and space-constrained environments. Operating on a 12V DC power supply, this micro fan is ideal for cooling localized hotspots on PCBs, compact network devices, and DIY electronics projects.
Despite its miniature 25mm footprint, it offers efficient airflow to prevent heat buildup in sensitive components.
Micro-Industrial Sizing: Extremely small 25mm x 25mm square frame with a slim 10mm profile, making it one of the most versatile cooling solutions for tight spaces.
Low Power Consumption: Operates at a highly efficient current of just 0.08A, minimizing the power load on your primary system.
High-Voltage Stability: Optimized for DC 12V operation, compatible with standard 12V power rails and battery systems.
Plug-and-Play Connectivity: Features a pre-installed 2-pin terminal connector on red and black lead wires for quick and secure installation.
Model: 2510.
Dimensions: 25mm x 25mm x 10mm.
Voltage: DC 12V.
Current: 0.08A.
Certifications: CE.
3D Printer Hotends: Often used for localized cooling of filament or heat breaks in small-scale 3D printers.
Micro-Controllers & SBCs: Ideal for cooling processors on Raspberry Pi, Arduino shields, or compact routers.
Portable Electronics: Suitable for handheld devices, small audio amplifiers, and compact LED drivers.
Network Hardware: Essential for small switches or external hard drive enclosures.
How do I tell which way the air is blowing? On fans this size, the air almost always flows toward the side with the manufacturer's label. You can confirm this by feeling the breeze or checking for small arrows molded into the side of the plastic frame.
Is it quiet enough for a desktop device? Yes. Due to its small size and low power draw (0.08A), this fan is designed to operate with a relatively low acoustic profile, making it suitable for devices kept in close proximity to the user.
Can I use this with a 5V power source? While the fan may spin at 5V, it will operate significantly below its rated RPM and may not provide sufficient cooling. For optimal performance and to ensure the motor starts reliably, a 12V DC source is required.
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