KD2445PFSX.11.GN

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Modern technology has enabled the integration of higher efficiency motors into the design of DC Fans, making them an ideal choice for many commercial, industrial and residential HVAC (Heating, Ventilation and Air Conditioning) applications. The KD2445PFSX.11.GN, for instance, is a type of DC fan that features high performance and reliability. It is a brushless DC fan with a frame size of 24x45mm, a flow capacity of 2.4 CFM (cubic feet per minute), a static pressure of 0.049 inches H2O, and a maximum speed of 7,200 RPM. This fan has a low power consumption of only 0.48 W, and a noise level of 35 dBA.

The KD2445PFSX.11.GN has numerous applications in industries such as medical, computers and electronics, telecommunications, and automotive. As such, it is frequently used to provide cooling to electronic components, office equipment, computers, GPUs (Graphics Processing Unit), and other sensitive hardware. In addition, it is also used to supply air to various types of refrigeration systems, climate control systems, and air-conditioning systems.

The working principle of the KD2445PFSX.11.GN can be seen as a combination of electrical and mechanical operations. It consists of a motor, a propeller, and a power supply. The motor generates a magnetic field that is used to spin the propeller, pushing air out of the fan. The power supply provides the necessary power to the motor, allowing it to generate the magnetic field. This combination results in the rotation of the propeller, creating a cooling effect.

The motor of the KD2445PFSX.11.GN is composed of several elements, including a permanent magnet, a stator and a set of rotor blades. The permanent magnet produces a constant magnetic field that interacts with the stator’s electromagnets. This interaction generates a current in the stator’s coils, causing the rotor blades to rotate. The blades move the air through the fan, creating the cooling effect.

The fan also requires a power supply in order to generate the necessary voltage and current to run the motor. A voltage regulator is used to ensure the voltage remains constant and within the required tolerance. The power supply typically consists of a diode bridge rectifier that converts the AC power to the appropriate DC voltage. This DC voltage is then regulated to the desired level before powering the motor.

The KD2445PFSX.11.GN is an excellent choice for any application requiring a high-performance cooling solution. It is capable of delivering cooling efficiency, convenience, and reliability at a reasonable price. With a wide range of applications and a powerful motor, it certainly offers an efficient and cost-effective way to cool electronic components and other hardware.

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