G1338H24B-FSR

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DC Fans are motor-driven fans commonly found in the computer components. The fan motor is driven by electric current from a DC power supply. Power outside the fan creates a magnetic field that causes the rotating fan blades to turn, thus producing air pressure. Heat is released from the fan as it cools the components.

G1338H24B-FSR is a DC fan mainly designed for cooling PC components. It consists of a robust frame with two blades that spin in opposite directions to produce a cooling effect. The frame bracket includes a speed control switch, which allows users to adjust the fan speed to meet their cooling needs. Meanwhile, it boasts a long life-span of up to 40,000 hours due to its advanced motor technology.

The fan motor consists of a rotor, stator, and bearing. The rotor is a metal frame that holds two magnets at opposite ends and rotates due to the magnetic field created by the stator. The stator is the electric circuit board that delivers DC power to the fan motor and is connected to the speed control switch. The bearing ensures low friction and stable operation of the rotor.

The G1338H24B-FSR operates at up to 24V and produces maximum airflow of 128 CFM with a maximum static pressure of 0.12 inches water. With a maximum noise level of 32.5 dBA, the fan is able to keep the components cool while not being overly loud. It also includes a self-starting function, which allows the motor to start without any pin input. This is beneficial in situations where the fan may not be powered up for a long time.

The G1338H24B-FSR is suitable for a wide range of applications, such as computer cases, servers, workstations, and other electronics which need effective cooling. It is especially ideal for electronics with high heat dissipation requirements due to its high performance and low noise.

Overall, the G1338H24B-FSR is a reliable and powerful DC fan suitable for cooling high-heat electronics. With features such as its self-starting function and speed control switch, it is able to provide effective cooling while also being low on noise without sacrificing performance.

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