OD4010-24LS01A

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DC fans are electric fans designed to move air or other gases on a direct current. They are also called DC blowers or turbo blowers. DC fans are used in a variety of applications, including in machine cooling, automotive and industrial ventilation, and air purification systems. One such DC fan is OD4010-24LS01A.

OD4010-24LS01A is a low-speed DC fan that operates at a voltage of 24V. It has a rated current of 0.16A and a speed of 2500 RPM. It features an impeller made of ABS material and a vibration resistant die cast aluminum housing. This fan is also compliant with RoHS, UL, and CCC standards.

In terms of application field, OD4010-24LS01A is most suitable for use in small electronic equipment or desktop computers. It has a particularly low noise level of just 22dB, making it perfect for applications where silent operation is essential. Its long life expectancy of up to 30,000 hours also makes it an ideal choice for applications where the fan will be used for long periods. In addition, its low-speed design and low power consumption make it an economical choice that is friendly to the environment.

The working principle of OD4010-24LS01A is relatively straightforward. The fan works by drawing air into the impeller via the inlet, where it is then accelerated by the impeller blades. This process creates air pressure, which is then pushed out via the output, resulting in the air movement. As the air moves through the fan, the motor is driven by the current, providing the power to move the impeller and ultimately create the airflow.

In summary, OD4010-24LS01A is a high-quality low-speed DC fan that is perfect for use in small electronic equipment or desktop computers. Its low noise level and long life expectancy make it an ideal choice for applications where silent operation is essential, and its low-speed design and low power consumption make it an economical and environmentally friendly option. Its working principle is simple, drawing air in through one side of the impeller, accelerating it, and using the resulting air pressure to push it out the other side. This process results in the air movement that is crucial for effective cooling.

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