OD9225-12HHSS10A

DC Fans

DC fans, also known as direct current fans, are electrically powered fans that use direct current to turn the rotors of the fans. DC fans come in a variety of sizes and shapes, and are used in a wide range of applications. The OD9225-12HHSS10A is one such DC fan, and is typically used for cooling components in computers, servers, industrial equipment, and other electronic devices.

OD9225-12HHSS10A Application Field

The OD9225-12HHSS10A is primarily used for cooling components in computers, servers, industrial equipment, and other electronic devices. It is also suitable for other direct current applications requiring low to medium airflow from a compact, reliable fan. Its superior performance makes it an ideal choice for applications such as aerospace avionics, industrial automation, medical imaging and printing, and automotive electronics.

OD9225-12HHSS10A Working Principle

The OD9225-12HHSS10A is a DC fan that is powered by a direct current, meaning that it does not require an AC power source to operate. The direct current passes through the fan motor which then rotates the fan blades, creating airflow. The speed at which the fan blades rotate is controlled by the power source, allowing the OD9225-12HHSS10A to create up to 17CFM (Cubic Feet per Minute) of airflow.

OD9225-12HHSS10A Advantages

The OD9225-12HHSS10A has a number of advantages over other DC fans. It has been designed to be highly reliable and is able to operate continuously without failure even under extreme conditions. It is also a highly efficient fan, with an airflow to power ratio of approximately 40CFM/W, meaning that it is able to generate significant amounts of airflow while using very little power. Its low noise level is also an advantage, making it ideal for applications that require the fan to be silent.

Conclusion

The OD9225-12HHSS10A is a highly reliable and efficient DC fan that is often used for cooling components in computers, servers, industrial equipment, and other electronic devices. Its unsurpassed performance, efficiency, and low noise levels make it an excellent choice for direct current applications that require reliable and quiet cooling.