109P1324H101

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DC Fans are electric fans powered by a direct current or DC power source which can be regulated by varying the current voltage. An example of this type of fan is the 109P1324H101, a DC fan with PWM motor control. In this article, we will discuss the application field and working principle of the 109P1324H101.

As its name suggests, the 109P1324H101 is designed primarily for 3-wire PWM (pulse width modulation) applications. This fan can provide continuous air flow up to 30.2CFM at its peak, and features brushes which help reduce noise and provide a smooth flow of air. The 109P1324H101 has a low power rating of 12V, and can be used in a wide variety of applications such as computer and telecom cabinets, industrial machines, communication equipment, and process equipment, to name a few.

The 109P1324H101 has a variety of years of working principle that makes it suitable for a variety of applications:

• The fan operates in 3-wire PWM mode, with a frequency of 8KHz. This means that, depending on the settings, the fans can speed up or slow down in customer-specified intervals.
• The fan is equipped with a dual thermo protection system, meaning that it will automatically shut off once the temperature around it exceeds pre-set values.
• The 109P1324H101 features an F-lock Fixed speed over PWM control which allows for a precise speed control and more efficient usage of the fan\'s blade.
• The fan’s energy efficiency is enhanced by its use of Nadella bearing technology, which extends the life of the fan and reduces wear and tear.
• The fan has a locked rotor protection circuit which will shut off the fan if it detects any abnormalities in the rotor.

The 109P1324H101\'s wide range of features make it an ideal choice for applications requiring continued airflow, precision speed control, and extended life. Its dual thermo protection system ensures that the fan will not overload or become damaged due to high temperatures. The F-lock fixed speed over PWM control, meanwhile, provides greater precision and efficiency, as does the Nadella bearing technology. Finally, the addition of a locked rotor protection circuit enhances safety and ensures that the fan is not subjected to any unexpected abnormalities.

In conclusion, the 109P1324H101 is an excellent choice for applications requiring continual airflow, precision speed control, and extended life. Its dual thermo protection system, F-lock fixed speed over PWM control, Nadella bearing technology, and locked rotor protection circuit make it one of the most efficient and reliable DC fans available.

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