Leading Fan Manufacture | CoreCooler Provider

120x120x25mm Axial DC Fan Brushless

Delivering high airflow up to 98.87 CFM, this 120x120x25mm brushless DC fan is constructed from durable UL94V-0 thermal plastic. For longevity, it provides options for both ball and sleeve bearings. Integrated motor and reverse polarity protection are included to ensure enhanced safety and reliability.
Description Package Information Inquiry

Introducing a Superior Cooling Solution: The High-Velocity 120x25mm Ball Bearing DC Fan

Within the rigorous domain of electronics and high-output equipment, effective heat regulation is not merely an option, but an absolute requirement. Heat stands as a primary adversary to both operational efficiency and equipment longevity. From densely configured server racks and industrial control enclosures to powerful computing systems, the capability to proficiently exhaust heat directly correlates to enhanced reliability, stability, and a prolonged service life for your valuable assets. This is the precise challenge our advanced 120x120x25mm Brushless DC fan is engineered to meet, delivering exceptional cooling capacity, steadfast dependability, and quiet operation.

Crafted for situations where performance cannot be compromised, this DC fan is designed around a durable dual ball bearing mechanism. In contrast to conventional sleeve bearings, which are susceptible to degradation and have a significantly shorter operational life, ball bearings provide greatly reduced friction and superior endurance. This sophisticated bearing technology guarantees an exceptionally long service life, positioning it as a wise investment for continuous, round-the-clock use in mission-critical applications.

Moreover, the intrinsic nature of ball bearings permits versatile installation in any orientation—be it horizontal, vertical, or angled—without impacting performance or lifespan, a level of flexibility not typically offered by sleeve bearing alternatives.

DC-Fan

120x120x25mm DC Fan Brushless High Airflow Cooling-2.jpg

image.png



image.png

Unmatched Capability and Adaptability

Central to this DC fan's design is its capacity to move a considerable volume of air. Boasting a maximum airflow rating near 98.87 cubic feet per minute (CFM), it can generate substantial circulation even within confined enclosures, ensuring that vital components get the cooling they demand. This high airflow is matched by a remarkable static pressure, which enables the fan to powerfully push air through dense heat sinks, restrictive filters, and chassis with high impedance.

The adaptability of this DC fan is further demonstrated by its broad selection of available operating voltages, which includes 12V, 24V, and 48V DC models. This provision allows for seamless incorporation into a wide array of systems and power configurations. Whether you are engineering a new system or upgrading an old one, you can select the variant that perfectly aligns with your power specifications. The fan's brushless DC motor technology not only contributes to its extended life but also assures efficient energy usage, with power input adjusted to its operational speed, varying from a minimal 1.8 watts to a potent 4.8 watts.


Engineered for Trustworthiness and Endurance

Dependability is a fundamental element of this fan's architecture. The chassis and impeller are fabricated from high-quality Thermal Plastic (PBT) that carries a UL94V-0 rating, signifying a high degree of fire resistance and self-extinguishing characteristics, which adds a crucial layer of safety. This durable construction allows the fan to function flawlessly over a wide temperature spectrum, from a chilly -10°C to a sweltering 70°C (14°F to 158°F), and within humidity levels from 35% to 85% RH.

To further protect your investment, the DC fan integrates vital safety mechanisms. Onboard motor protection prevents harm from overheating or stall situations, while reverse polarity protection guarantees that an accidental wiring error during installation will not lead to a catastrophic failure. These elements, combined with the long-lasting ball bearings, establish this fan as a truly trustworthy cooling solution.


A Detailed Look at Specifications

  • Dimensions: 120mm x 120mm x 25mm

  • Bearing Mechanism: Dual Ball Bearing for extended life and versatile mounting

  • Voltage Options: 12V, 24V, and 48V DC

  • Maximum Airflow: Reaches up to 98.87 CFM (2.81 m³/min)

  • Maximum Static Pressure: Up to 8.78 mmH₂O (0.27 inchH₂O)

  • Rated Speed Tiers: Spanning from a quiet 1600 RPM to a high-output 3000 RPM

  • Acoustic Level: Optimized for its performance category, with levels varying according to speed

  • Chassis & Impeller Material: UL94V-0 rated Thermal Plastic for durability and safety

  • Operating Temperature: -10°C to +70°C

  • Safeguards: Impedance Protected and Reverse Polarity Shielded

  • Weight: A solid 125 grams


Common Applications

The resilient design and potent performance of this 120mm DC fan make it an excellent choice for a wide array of uses, such as:

  • IT and Networking Gear: Cooling for servers, switches, routers, and network-attached storage (NAS) units.

  • Industrial Control Panels: Maintaining optimal temperatures for PLCs, VFDs, and other sensitive hardware.

  • High-Performance Computing: Delivering essential cooling for high-end PCs, workstations, and gaming systems.

  • Telecommunications: Ensuring the reliability of base stations and other communications infrastructure.

  • Medical Instruments: Dispersing heat from diagnostic and monitoring equipment.

  • 3D Printers & CNC Machines: Cooling stepper motors, drivers, and hotends for better print quality and longevity.

  • Audio/Video Systems: Keeping professional AV hardware and home theater components cool.


In conclusion, when your project demands a cooling solution that provides high output, exceptional durability, and complete confidence, this 120x120x25mm brushless DC fan emerges as the foremost option. Its superior ball bearing system, forceful airflow, and sturdy construction ensure your vital components remain shielded from the damaging effects of heat, enabling them to perform at their best for the long haul.