BFB1212EH-TP34

DC Fans

DC fans are powerful and efficient tools for cooling and ventilation in the industrial sector. The BFB1212EH-TP34 is a world-recognized DC fan for its outstanding performance. Here is a brief overview of its application fields and working principles.

Application Field

The BFB1212EH-TP34 is a high-performance radial fan for industrial applications. It is suitable for cooling electrical enclosures, electrical equipment and for forced ventilation. In addition, due to its low noise level, it is also suitable for noise sensitive environments.

Thanks to its high performance and low power consumption characteristics, it is the ideal device for applications with extreme temperatures. The reliable brushless DC motor and the long-lasting ceramic bearing with its high-tension guarantee ensures maximum lifetime and maximum service availability.

In addition, this device can be adapted to different requirements. It is offered in open loop and closed loop styles, as well as with temperature control function. With its robust construction and high air flow, it is designed to provide a reliable cooling in harsh and demanding working conditions.

Working Principle

The working principle behind the BFB1212EH-TP34 is a brushless DC motor which is powered by direct current from an external power supply. As the motor spins, air is drawn in, and forced out in an axial direction. This produces an airflow which circulates in the area of the fan and is directed towards the intake area of the equipment. The radial fan design reduces turbulence and ensures a quiet operation even at high airflow rates.

The BFB1212EH-TP34 also features built-in temperature sensors which control the fan speed according to the temperature. The fan speed increases when the temperature increases in order to maintain a good cooling performance.

The excellent performance and the reliable construction of the BFB1212EH-TP34 make it a perfect choice for industrial applications which require very efficient cooling and ventilation systems. Thanks to its high efficiency and low noise level, it can provide great user experience in harsh and demanding working conditions.