G1225E24B-FSR

DC (direct current) fans, or DC (direct current) cooling fans, are devices used to dissipate heat by circulating air.They are used in a wide range of applications and are often used where air flow needs to be controlled to a precise amount. Commonly used DC fan models include the G1225E24B-FSR. This article aims to discuss the application field and working principle of this model of DC fan.

Application Field

The G1225E24B-FSR is a powerful 24V DC fan, with a fan speed of 60CFM (cubic feet per minute). This makes it suitable for moderate to high heat dissipation applications, as the air flow is sufficient to provide adequate cooling. It also has a low noise rating, ideal for applications where noise needs to be kept to a minimum, such as in office or medical environments. The fan has an impressive voltage range, from 10V to 28V, making it suitable for a variety of applications, from high-powered machines to more sensitive and delicate equipment. The fan can also operate in temperatures up to 85°C, ensuring it can withstand harsh industrial environments.

This model of fan is also versatile in terms of mounting. It can be easily mounted on flat surfaces, using the four-screw design, or on round poles, using the spring clip. This makes it easy to install and helps to ensure that the fan is securely in place. The fan also has water resistance feature, making it suitable for wet locations, such as bathrooms and outdoor electrical enclosures.

Working Principle

The G1225E24B-FSR DC fan works by using a motor and an impeller to draw air into the fan and then push it out again. The motor is powered by a direct current (DC), which is why this model is referred to as a ‘DC fan’. The impeller is designed to cause turbulence in the air flow, which helps to increase the air flow rate and cooling ability of the fan.

When the motor is powered by the DC current, it produces rotational motion which causes the impeller to spin. As the impeller spins, it draws air into the fan, which is then pushed out by the impeller’s blades. This causes a pressure difference between the air inside the fan and the air outside, which is what enables the fan to produce a cooling breeze. The faster the impeller spins, the more air it moves and the greater the cooling effect.

The fan can be controlled either manually, using a switch, or by means of a remote control. This allows the user to adjust the fan speed to the desired level, depending on the needs of the application. By adjusting the fan speed, the user can also control the amount of noise produced by the fan and the overall cooling capacity.

The G1225E24B-FSR is an efficient and reliable DC fan, making it a great choice for applications where reliable cooling is needed. Its wide range of features and mounting options make it suitable for a variety of applications, from high-powered machines to delicate medical equipment.