G6015X12B1-RHR

DC fans offer a wide range of applications from cooling computers and regulating thermal management systems to funning motors and providing for a healthy air quality. The G6015X12B1-RHR is one such device that provides the benefits of DC fan technology. This article takes a closer look at the application field and working principle of this device.

Application Field

The G6015X12B1-RHR is a relatively high-capacity fan, boasting an air flow of 8.66 CFM. This makes it well-suited for applications in which high performance is important, such as in Computer and Electronic Equipment Cooling, Thermal Management Systems, Automotive Electronics cooling, Server Cooling, Medical Cooling applications, as well as Industrial and Automotive Fans. With an operating temperature range of between -10 to +85°C, the G6015X12B1-RHR is a reliable and efficient solution for a variety of applications.

Working Principle

The working principle of the G6015X12B1-RHR is based on the principles of direct current (DC) fan technology. The fan contains a rotor-stator assembly, which consists of two sets of magnets that interact with an electric current to generate movement. The rotor is turned by a motor, and this rotation creates air circulation. The fan also contains a housing that directs and amplifies the air movement.

The fan is powered directly by a DC voltage, typically from a 6 to 28V power source. The motor receives a current that flows through a coil inside the fan, where it induces a magnetic field. This magnetic field interacts with the rotor-stator assembly to rotate the rotor and generate a steady movement of air. The current flowing through the fan can be adjusted via the power source, enabling the user to control the speed of the fan.

Conclusion

The G6015X12B1-RHR is an example of a DC fan that offers a wide range of applications, from controlling thermal management systems to providing a healthy air quality. The fan is powered directly by a DC voltage and contains a rotor-stator assembly, where a magnetic field interacts with an electric current to generate movement. This makes it a reliable and efficient solution for a variety of applications.