R2E190-AO26-30

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AC Fans
AC fans refer to fans that are powered by an alternating current (AC), such as from a wall outlet. This type of fan benefits from several advantages over other fan types, such as cheaper motors, small size, and low noise levels. In particular, the R2E190-AO26-30 AC fan is a widely used fan with a relatively robust construction. Understanding the application field and working principle of the fan will help users make the most efficient use of it.

Applications of R2E190-AO26-30 AC Fans
The R2E190-AO26-30 AC fan has a range of applications, such as cooling electronic components, including amplifiers, LED lighting systems, and communication equipment. It can also be used for air flow inside cabinets and computers, as well as general cooling purposes. Moreover, the fan has two speed settings: speed-1 and speed-2, allowing users to adjust the fan\'s speed to their needs.

Working Principle of R2E190-AO26-30 AC Fans
The R2E190-AO26-30 AC fan is powered by an alternating current, conveying power from a wall outlet to the fan motor. The motor is constructed with a series of magnets and coils, which can be energized by the current running through them. The energized coils create electromagnetic fields, which interact with the magnets, creating a magnetic force to rotate the fan\'s blades. This force propels the air stream around the fan and creates the desired cooling effect. Additionally, the fan\'s speed can be changed depending on the electrical frequency of the power source, allowing users to adjust the fan speed as needed.

Conclusion
In summary, AC fans are a versatile and efficient type of cooling device, with the R2E190-AO26-30 AC fan being a particularly well-constructed product. The R2E190-AO26-30 AC fan has a wide range of applications, such as cooling electronic components and general cooling purposes. Furthermore, its two speed settings allow users to adjust the fan\'s speed to their needs. Finally, the fan operates on the principle of energized coils creating magnetic fields to rotate the fan blades, producing a cooling effect.

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