OD6038-48HBVXC02A

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DC Fans

DC Fans have been around for a long time. They are used to move air and other gases and liquids in a variety of applications. The OD6038-48HBVXC02A is one such example of a DC fan. This article will discuss the application field and working principle of the OD6038-48HBVXC02A.

Application Field

The OD6038-48HBVXC02A is a fan that is designed for applications that involve moving air and other gases at high speeds. The fan has an operating voltage range of 13.2 to 14.7 Volts DC. It is also rated for airflows ranging from 20 to 210 CFM and static pressure ratings up to 2.4 inches of water column. This makes the fan suitable for a variety of applications, such as cooling computer components or providing clean air in a ventilation system.

The fan is also designed to be low noise, making it ideal for applications where noise reduction is critical. The fan is rated for sound levels of 23.6 dB(A) at 20CFM, which is equivalent to the sound of a whisper. It is also vibration resistant and features a ruggedized design, making it ideal for rugged environments.

In addition, the fan is also designed to be highly efficient. The fan features a brushless DC motor which helps reduce power consumption. This makes the fan ideal for applications that require high efficiency.

Working Principle

The OD6038-48HBVXC02A is a brushless DC fan. This fan operates on the principle of electrostatic induction. The fan blade is mounted on a shaft that is connected to a central rotating hub. The rotor is then surrounded by a ring of magnets, which are connected in a closed loop and held in place by radial spokes. When an electrical current is applied to the fan, the magnetic field created by the magnets exchanges energy with the rotor, causing it to rotate.

The blades on the fan are designed to move the air in a circular pattern, creating suction on one side of the fan and exhaust on the other. As the air moves through the fan, it is pushed towards the center of the fan, increasing the speed of the air flow.

The blade design and the size of the fan cavity are also important factors in determining the performance of the fan. The size of the cavity will determine how much air the fan can move, while the blade design will affect the speed and efficiency of the airflow. For example, a fan with more blades will create a higher static pressure, while a fan with a wider blade pitch will increase the flow rate.

Conclusion

The OD6038-48HBVXC02A is a DC fan that is designed for a variety of applications, ranging from cooling computer components to providing clean air in a ventilation system. The fan operates on the principle of electrostatic induction, and is designed to be low noise, vibration resistant, and highly efficient. The size of the cavity and the blade design also affect the performance of the fan. Ultimately, the OD6038-48HBVXC02A is a versatile and reliable fan that is suitable for a wide range of applications.

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