FAD1-06025CHHW12-A

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DC fans (direct current fans) are electric motors that range in size and power. They are used in a variety of industries and applications for air circulation, cooling, exhaust, ventilation, and industrial processes. They are most commonly used in electronics, including computers and other electronics equipment. FAD1-06025CHHW12-A is a type of DC fan which is widely used in these applications.

The FAD1-06025CHHW12-A DC fan has a nominal voltage of 12V DC, an airflow rating of 2 CFM (cubic feet per minute), and a static pressure rating of 0.14” H 2 O (inches of water). It is a high-speed, small-sized fan designed for low noise and high efficiency. The fan measures 60 mm in diameter, 25 mm in thickness, and is constructed with a thermoplastic impeller and frame.

The working principle of the FAD1-06025CHHW12-A DC fan is based on the principle of electrical motors, where electricity is converted into mechanical energy. This mechanical energy is then used to move fan blades, which then draw air into and out of the fan. The fan blades are designed to create a pressure difference between the air entering and leaving the fan, and this pressure difference is responsible for the airflow.

The FAD1-06025CHHW12-A DC fan has a wide range of applications due to its size and power. It can be used for cooling electronic components such as processors, motherboards, memory modules, and video cards. The fan is also used for cooling cabinets, cases, and other non-electronic components. It can also be used in ventilation systems, as it is able to provide a strong, steady airflow. The FAD1-06025CHHW12-A is also capable of providing high static pressure, making it ideal for applications such as small air cooling systems.

In summary, the FAD1-06025CHHW12-A DC fan is a small, high-speed fan that is capable of providing a high static pressure. It is commonly used for cooling electronic components in computers and other electronic equipment, as well as providing a steady airflow in ventilation systems. The fan operates on the principle of electrical motors, where electricity is converted into mechanical energy to drive the fan blades.

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