6314N/2TDHHP

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DC Fans: 6314N/2TDHHP application field and working principle

DC fans have quickly become the most popular type of fans due to their low cost, low noise, and energy efficiency. The 6314N/2TDHHP is a powerful DC fan, specifically designed for server and data center applications. It has a guaranteed air flow rate of up to 63.5 cubic feet per minute (CFM) and static pressure of as high as 0.50 inch water gauge (inH2O). In addition, the 6314N/2TDHHP utilizes a DC motor for powering, making it not only efficient but also responsive.

Applications of 6314N/2TDHHP

The 6314N/2TDHHP is designed to provide cooling in server and data center applications. Its high air flow and static pressure make it the perfect choice for these applications. Additionally, the 6314N/2TDHHP is designed to deliver a quiet operation, with comparably low noise levels at only 35 dB(A) at full speed. This makes it an ideal choice for applications where noise levels must be kept to a minimum.

In addition to these applications, the 6314N/2TDHHP can also be used in residential and commercial cooling applications, such as air conditioning systems, refrigeration systems, and ventilation systems. It is also suitable for air handling and humidifying applications, as it works well with both conditioned and unconditioned air.

Working Principle of 6314N/2TDHHP

The 6314N/2TDHHP is a DC fan, so it runs on direct current. The fan is driven by an inductive motor with a built-in controller that allows the user to control the speed and direction of the fan’s rotation. The motor is connected to a hub, which houses the fan blades. When the motor is activated, the blades are driven in a rotating motion, creating a centrifugal force that draws air into the fan and drives it out.

The fan’s motor consists of three key components: the stator, the rotor, and the commutator. The stator is an assembly of coils that create a magnetic field when connected to direct current. The rotor is a set of magnets mounted to the fan’s shaft. As the motor’s current is increased, the rotor accelerates, resulting in increased air flow. The motor’s commutator ensures that the current is consistently switched between the rotor’s magnets, allowing the motor to maintain a consistent speed.

The 6314N/2TDHHP also features a built-in thermistor, a temperature-sensitive component that can automatically regulate the fan’s speed. As the system’s temperature rises, the thermistor will reduce the fan’s speed, thus reducing the air flow. This helps maintain a consistent temperature within the system by ensuring that the air flow is not too high or too low.

Conclusion

The 6314N/2TDHHP is an efficient and powerful DC fan, designed for server and data center applications. It has a high air flow and static pressure and has a comparably low noise level at full speed. The fan is powered by an inductive DC motor that works in conjunction with its built-in controller, allowing the user to control its speed and direction. Additionally, the fan is equipped with a thermistor, allowing it to automatically adjust the air flow depending on the temperature of the system.

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