G1238S12B1-FSR-TTL-EM

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DC Fans are a type of fans that rely on direct current electricity to operate. The G1238S12B1-FSR-TTL-EM is a DC fan specifically designed for applications where extreme high airflows are required in tight spaces. The fan features a unique design that includes an integrated stator, brushless motor, and a specialized heat-exchanger for efficient cooling. The fan is capable of producing up to 11.17 CFM (cubic feet per minute) of airflow with an operating voltage of 8 to 28 VDC, making it ideal for many industrial, commercial, and medical applications.

The working principle of the G1238S12B1-FSR-TTL-EM is based on a brushless DC design. This type of fan motor utilizes a less typical design known as a three-phase brushless stator-rotor motor. The fan features a three-phase stator with three permanently-magnetized coils that interact with the magnets on the rotor. This interaction is used to generate rotational motion, resulting in the fan blades spinning and pushing air through the fan.

The fan is also equipped with several advanced features. It has a specialized heat-exchanger that provides efficient cooling and features a proprietary fan control system. This system provides control of speeds, enabling the fan to operate at adjustable speeds depending on the requirements of the application. This enables enhanced airflow and cooling effectiveness while lowering energy consumption and operating noise.

The G1238S12B1-FSR-TTL-EM is designed for applications such as industrial and commercial processes and medical equipment. It is especially suited for enclosed and tight spaces due to its size and the high airflow it can generate. The fan is also resistant to dust and provides an extended service life with better reliability than conventional DC fans.

The G1238S12B1-FSR-TTL-EM is an advanced DC fan and is one of the newest additions to the growing list of DC fans available. Its specialized design and features make it an ideal choice for many applications where extreme high airflows are required in tight spaces. The fan is capable of adjusting speeds, providing efficient cooling, and offering a longer service life than traditional DC fans.

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