BFB04512VHD-R00

DC Fans are motor-driven, mechanical devices used to move air and other gases, and typically they consist of an electric motor, an impeller attached to the motor shaft, a housing, and an inlet and outlet. BFB04512VHD-R00 is a DC fan that offers very good performance in applications like refrigeration, cooling, or air-conditioning. Its working principle relies on the process of creating a pressure differential between the inlet and outlets of the fan.

When the fan is operational, the impeller is rotated, creating an area of low pressure on the inlet side of the fan. Air from the surrounding environment rushes to reduce this pressure, filling the low-pressure zone created by the rotating impeller. At the same time, the pressure on the outlet side is higher due to the centrifugal forces generated by the rotation of the impeller. This high pressure pushes the air out of the fan, creating an airflow.

BFB04512VHD-R00 operates at high rotation speeds, reaching up to 7500rpm, and it offers excellent airflow, pressure and power efficiency. This makes it perfect for applications such as rack-mounted server cooling, IT equipment cooling, or precision-cooling applications.

The fan has a high-hardness actuation disc motor, which allows it to handle high start-up torque and frequent start-stop cycles, and it has a long-life and up to 10,000 hours of MTBF. Additionally, its metal frame and fan guard ensure secure and effective installation and protection, as well as meeting all necessary safety standards and requirements.

The fan can also be used for applications in which higher temperatures or humidity are expected. It has a high-temperature endurance, as well as moisture- and dust-proof protection, which extend the life of the fan and reduce maintenance costs. Additionally, the fan can be easily customized and operated using an embedded controller.

In conclusion, the BFB04512VHD-R00 is an excellent choice for applications such as rack-mounted server cooling, IT equipment cooling, or precision-cooling applications. Its working principle relies on the process of creating a pressure differential between the inlet and outlets of the fan, it has high-performance features such as high-temperature endurance, moisture- and dust-proof protection, and it can be easily customized and operated using an embedded controller.