ODB17567-24HB10A

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DC fans are devices designed to circulate air through a case or heatsink. They are powered by DC voltage, and can either be axial or transverse-flow type. The ODB17567-24HB10A is an axial DC fan specifically designed for commercial applications. It is capable of producing high airflows up to 95 CFM at 2300 RPM and operating at a noise level of 38 dB.

The ODB17567-24HB10A features dual ball bearings for extended life and enhanced reliability. It also has an integrated tachometer output and is RoHS compliant. The fan is available in both 48V and 24V models, allowing for increased flexibility in installation and operation. Designed for optimum efficiency, the fan operates at a low power rating of 2.4W at 24V and 5.3W at 48V.

The working principle behind the ODB17567-24HB10A is fairly simple. It consists of a motor, fan blades, and a power supply. When power is applied to the motor, the fan blades start spinning, causing air to move through the casing or heatsink. The motor also acts as an impeller, creating a centrifugal force that helps propel air in the intended direction. This helps create an efficient cooling solution for equipment with high heatsink requirements.

The ODB17567-24HB10A is well-suited for general-purpose applications such as cooling computers, servers, and other industrial applications. It is also ideal for ventilation systems, providing the necessary boost of airflow throughout a building or facility. Additionally, the fan offers a wide array of applications in commercial electronics and medical devices, providing efficient cooling and ventilation solutions.

The ODB17567-24HB10A DC fan is a reliable and cost-effective way to create an efficient cooling solution for a wide variety of applications. Its dual ball bearings provide enhanced reliability and extended life and its RoHS compliance further ensures the device’s safety for use in commercial electronics and medical devices. The fan also provides flexible voltage options, allowing for increased flexibility in installation and operation.

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