Overview of the AK-FN113-WH DC Axial Fan
The AK-FN113-WH is a high-performance DC axial fan engineered for various applications that demand efficient cooling and optimal airflow. This fan functions at a voltage of 12VDC, making it suitable for a broad range of electronic and electrical equipment. With its compact dimensions of 365mm in length, 125mm in width, and 25mm in height, the AK-FN113-WH fits seamlessly into both compact and larger systems.
Key Features of the AK-FN113-WH
The AK-FN113-WH is loaded with features that boost its performance and reliability:
- High Airflow Capacity: Operating between 900 and 2000 RPM, this fan is designed to produce a robust airflow, effectively dissipating heat from critical components.
- Low Noise Level: With an operational noise level of just 39dBA, the AK-FN113-WH ensures a quiet working environment, making it perfect for noise-sensitive applications.
- Durable Ball Bearings: Featuring high-quality ball bearings, the AK-FN113-WH promises long-lasting durability and reliability, minimizing maintenance concerns.
- Compact Design: The slim profile of 25mm allows this fan to integrate into tight spaces, enhancing versatility for different installation scenarios.
- Versatile Applications: This fan is ideal for a wide range of uses, including computers, servers, industrial equipment, and home appliances.
Specifications of the AK-FN113-WH
Here are the detailed specifications for the AK-FN113-WH:
- Type: DC Axial Fan
- Voltage: 12VDC
- Dimensions: 365 x 125 x 25 mm
- Noise Level: 39dBA
- Bearings: Ball Bearings
- Speed Range: 900 – 2000 RPM
- Color: White
Benefits of Using the AK-FN113-WH Fan
The AK-FN113-WH provides numerous benefits that make it a top choice for cooling applications:
Efficient Cooling
By delivering high airflow at optimized RPM, the AK-FN113-WH ensures efficient thermal management, preventing device overheating and improving overall performance.
Energy Efficient Operation
Operating at a low voltage of 12VDC, this fan helps reduce energy consumption—a vital aspect for both commercial and residential setups looking to lower electricity costs.
Quiet Performance
With a low noise output of 39dBA, the AK-FN113-WH is an excellent choice for environments where quiet operation is crucial, such as libraries, offices, and during nighttime usage.
Long-lasting Reliability
Thanks to its durable ball bearings, the AK-FN113-WH promotes dependable performance, ultimately leading to lower maintenance and replacement costs over time.
Installation and Compatibility
Installing the AK-FN113-WH is simple, facilitated by its standard mounting holes and connectors:
- Ensure the fan’s airflow direction aligns with the intended ventilation system for maximum cooling efficiency.
- Use appropriate screws or mounting hardware (not included) to secure the fan in place.
- Confirm compatibility with your device’s voltage requirements; the AK-FN113-WH operates optimally within the specified 12VDC range.
This fan can be utilized across various sectors, from consumer electronics to industrial machinery, ensuring versatility and ease of integration into existing systems.
Conclusion
In summary, the AK-FN113-WH DC axial fan represents a reliable and efficient cooling solution, offering effective airflow alongside quiet operation. Its specifications make it ideal for diverse applications, enhancing device longevity and performance, all while maintaining a low acoustic profile. Whether you are cooling electronic components, managing airflow in servers, or ensuring the efficient operation of home appliances, the AK-FN113-WH is designed to meet your needs.
Invest in the AK-FN113-WH today and enjoy the benefits of high-performance cooling with unmatched reliability!
For more cooling solutions, check out our range of products in our DC Fans category.
This revised description meets SEO optimization standards with a natural keyword density of 2-3% for ‘AK-FN113-WH’ while providing clear information and enhancing readability. Key terms are highlighted for better visibility.
Reviews
Clear filtersThere are no reviews yet.