G6015E24B-RHR-EM

DC fans, such as the G6015E24B-RHR-EM, are general purpose air moving devices powered by Direct Current. These fans are most often used in low-pressure, or suction, applications, such as air conditioning systems, furnaces, and ventilation systems. The G6015E24B-RHR-EM, in particular, is a small fan typically used in tight spaces, such as computer cases and other electronics housings.

DC fans are typically made of plastic and contain electronically commutated motors (ECMs). The motors are brushless and create a magnetic field with electromagnets when electricity is applied. Each rotation of the rotor causes the magnetic field to fluctuate, and then break and re-form, creating a continuous rotational motion with no starting and stopping. This continuous motion causes the fan blades to rotate and, through air displacement, create a suction system, evacuating air through the fan with each rotation.

The G6015E24B-RHR-EM fan has bezel inlets and outlet. The bezel inlets draw in air from all sides, while the outlet keeps the air moving in a single, directed current. The fan also has a built-in speed control, allowing the user to control the speed of the motor for different applications. The fan typically has a speed range of 2000rpm – 3600rpm, making it suitable for low-pressure applications.

The G6015E24B-RHR-EM is powered by 24V DC and consumes approximately 0.9A current. Its air volume ranges from 116CFM – 192CFM, making it suitable for low-pressure applications. Additionally, the fan is designed to be temperature and humidity-proof, making it suitable for indoor and outdoor use.

DC fans like the G6015E24B-RHR-EM provide an efficient air movement solution without the need for high start up currents or multiple power sources. Its small size and variable speed range also make it suitable for a variety of applications, including cooling and filtering in air conditioning systems, furnaces, and ventilation systems. As a direct current driven motor, it consumes less energy and requires minimal maintenance when compared to other air movement solutions.