FAD1-04010CAAW11

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DC fans, also known as direct current fans, use motors with permanent magnets. These motors generate electromotive force through the interaction of stator and rotor magnetic fields.
The FAD1-04010CAAW11 is a DC Fan, designed to provide a compact and efficient cooling solution. The fan has a unique design that allows for smaller enclosures and easy integration into any application.
The fan\'s construction consists of a die cast aluminum housing, 5" aluminum propeller, and ball bearing motor. The motor itself uses air cooled Neodymium/Rare Earth magnets, and 2.5 Amp current for operation. The fan is designed to operate at room temperature, and can be used in temperatures up to 80°C.
The fan has a maximum speed of 29% and a maximum airflow of 133 cfm. The fan is also designed to provide a low noise level of only 34.4 dBa at full speed. The fan\'s blades are designed to be efficient in their use of air flow and noise reduction. The fan also features a standard 4-pin connector and built-in speed control.
FAD1-04010CAAW11 DC fans can be used in a variety of applications, from industrial machines to consumer electronics. The fan is designed to provide efficient cooling to servers, hard drives, and other high-powered components. The fan can also be used in medical, automotive, and aerospace applications. It is also used in in many electronic projects, such as computers and surveillance systems.
The fan\'s working principle is based on the use of permanent magnets and a stator and rotor pair. The permanent magnets attached to the stator create an electromagnetic field. The rotor, which is attached to the fan blades, is then spun by this field. This causes the air to be drawn in and expelled from the fan, thus creating airflow and cooling the components it is cooling.
DC fans such as the FAD1-04010CAAW11 have many advantages, such as compact size and efficient cooling. They are also low noise and can be used in a wide variety of applications. The fan\'s design and construction make it an ideal solution for cooling high-powered components, and it can provide reliable operation even in extreme temperatures.

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