F1238H24BT-FHR

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DC fans are an indispensable part of industrial application, and F1238H24BT-FHR, as one of the commonly used DC fans, plays an increasingly important role in various industries. As such, it is important to understand its applications and working principles.

Application field: F1238H24BT-FHR DC fan provides cooling solutions for industrial applications. It is specifically designed for telecom cabinet, server cabinet, automation machinery, power system and UPS applications. Moreover, static cooling in general industrial application can also be achieved with this DC fan.

Working principle: F1238H24BT-FHR DC fans operate on the principle of blowing and sucking. The fan has two sets of brushes, which activate when the magnet on the motor shaft is turned on. As the motor continues to turn, the magnet on the motor shaft creates force on the two sets of brushes, hence producing a pressure differential across the fan blades that helps the fan to draw air in and blow it out at the same time. This continuous cycle of drawing in and blowing out air helps cool the system and keep it from overheating. As the motor continues to turn, the airflow generated by the fan helps keep the system cool and dissipate the heat it produces.

Moreover, the F1238H24BT-FHR DC fan is designed with continuously adjustable speed range, thus allowing users to electronically adjust the fan’s speed to meet their cooling needs. It also has reverse connection protection and overload protection, which means that users are able to power up the fan without worrying about harming any other components or the fan itself. Last but not least, the fan has efficient and low noise design, giving users quiet and reliable operation.

To sum up, F1238H24BT-FHR DC fan has wide range of applications, such as static cooling in general industrial applications, telecom cabinet, server cabinet, automation machinery, power system and UPS applications. With its two sets of brushes, continuously adjustable speed range, reverse connection protection, overload protection and efficient and low noise design, it is certainly the go-to solution for static cooling in any of the applications mentioned.

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