3610KL-05W-B20-D00

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DC Fans consist of electric motors and fans that drive air through an enclosure to regulate temperature or circulating air. The 3610KL-05W-B20-D00 is a DC fan, specifically a four wire fan implanting permanent magnetic brushless DC (BLDC) motor technology. This fan is a part of ARCTIC Cooling\'s "Advanced" family of fans, which are designed for superior and quiet thermal solutions.

As a fan designed for airflow needs, the 3610KL-05W-B20-D00 has a wide range of potential applications. It is ideal for use in commercial, automotive, and industrial applications, especially where noise reduction is desired. It is well suited for use in high temperature environments as well. Some examples of potential applications include air conditioner systems, heat exchangers, air purifying systems, and noise reduction systems.

This fan also has several attractive features, in addition to its multiple potential applications. Firstly, it is efficient enough to maintain temperatures significantly below that of most other DC fan types. This fan also has a wide operating range, with a maximum speed of 40,000 RPM. Additionally, this fan uses variable speed control, which allows the speed to be precisely tailored to the application. Finally, its high-performance permanent magnet motor design makes it ideal for high-efficiency applications.

The fan\'s working principle revolves around the physics of electric motors. The motor is powered by an electric current, which is amplified by electromagnetic induction. This induces a magnetic field around the rotor, which causes it to spin. As the rotor spins, the blades of the fan generate airflow, which is used to regulate temperature or air circulation in the enclosure.

In summary, the 3610KL-05W-B20-D00 is a four-wire DC fan that uses permanent magnetic brushless DC (BLDC) motor technology. It is well suited for a variety of commercial, automotive, and industrial applications, especially where reduced noise is required. Some of its features include relatively low operating temperatures, a wide speed range, and variable speed control. Its working principle relies on the physics of electric motors in order to generate airflow and regulate temperature.

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