G1225H12B4-FSR

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DC Fans are devices that rely on electric motors to move air in order to cool or exhaust air from electronic components, such as in computers and other electronic devices. The G1225H12B4-FSR is a DC fan designed for a variety of applications, including air cooling and exhaust, to responsibly manage system thermal control. This article will discuss the application field and working principle of the G1225H12B4-FSR.

Features

The G1225H12B4-FSR is a DC fan with a brushless motor, designed for a variety of uses. It features fan blades constructed from reinforced plastic and an integrated thermal sensor which monitors the temperature of the system. The G1225H12B4-FSR also has design features that protect the fan from dust and oil, providing higher levels of reliability. Its performance is characterized by low noise levels and low power consumption, making it a cost-effective solution for many applications.

Application Field of G1225H12B4-FSR

The G1225H12B4-FSR is designed to be used for air cooling and exhaust applications. This particular fan is a reliable solution for commercial and industrial applications, as it is designed to provide a quiet, and more importantly, effective cooling solution. Its low power consumption and reliable temperature control make it ideal for applications where space is limited, such as thin notebooks and gaming consoles.

Furthermore, this fan is an excellent choice for applications where environmental considerations are critical. The G1225H12B4-FSR’s low power consumption and low noise levels make it an attractive solution for green building projects which emphasize energy conscious design.

Working Principle of G1225H12B4-FSR

At the heart of the G1225H12B4-FSR is its brushless motor. This motor operates by creating a rotating magnetic field through the interaction of the rotor and stator. The stator is made up of permanent magnets which are arranged in a specific configuration to create an alternating magnetic field. The rotor, on the other hand, consists of windings that are arranged in a specific pattern in order to create a rotating magnetic field.

The stator field interacts with the rotor field to create motion in the form of a rotating shaft. This motion is used to power the fan blades, which in turn create airflow. This airflow is used to move air over electronic components in order to cool them and maintain their temperature within the manufacturer’s specification.

The integrated thermal sensor in the G1225H12B4-FSR is responsible for monitoring the temperature of the system. When the temperature rises above a certain threshold, the sensor triggers the fan to turn on, allowing it to move air and cool the system. Conversely, the fan is turned off if the temperature falls below the threshold.

Conclusion

The G1225H12B4-FSR is designed for air cooling and exhaust applications, and is an excellent choice for projects where environmental considerations are a priority. This fan features a brushless motor, reinforced plastic fan blades, and an integrated thermal sensor, allowing it to provide efficient cooling and reliable thermal control. With its low noise levels and low power consumption, the G1225H12B4-FSR offers a reliable and cost-effective solution to a variety of cooling and exhaust applications.

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