MR1225M24B1+6-FSR

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DC Fans are electrically powered fans comprised of an impeller housed in a protective casing. Within the fan, a peripheral circuit board provides the logic to control the speed at which the impeller rotates. The speed of the fan can be controlled using pulsed DC voltage, proportional voltage, or pulse-width modulation (PWM). The typical speed range of a DC fan is between 0-500 RPM. Depending on the application, specific DC Fans may be tailored to a much higher range.

One type of DC Fan is the MR1225M24B1+6-FSR. This fan was developed to meet a wide number of application fields for cooling solutions such as server farms, medical imaging equipment, consumer electronics, and robotics. For these applications, it offers a high-performance, safe, and reliable way to cool components within tight spaces. The MR1225M24B1+6-FSR is a dual ball bearing, DC fan and features a fan speed of 3000 RPM/min (maximum).

The MR1225M24B1+6-FSR is equipped with a fluid dynamic bearing, which provides less turbulence and can help minimize acoustic noise. It is also equipped with a long life sleeve bearing for applications that require less precise speed control, such as a long-term industrial environment. The MR1225M24B1+6-FSR requires a current of 0.13 amp, and a power of 1.56 watts at a rated voltage of 12V. It also has a maximum starting current of 0.3 amp at 40% torque.

The working principle of the MR1225M24B1+6-FSR DC fan involves two motor-controlled impellers inside the device. When the power is applied, the impellers are driven in opposite directions by opposing magnets. As the impellers move, they create air pressure that is exerted on the outside of the fan. The increased air pressure creates a suction effect, pulling air into the fan and forcing it out. It is this process that produces cooling and ventilation.

The MR1225M24B1+6-FSR has a range of other features that make it suitable for a variety of applications. It is equipped with a self-cooling housing that dissipates heat and reduces noise in harsh industrial environments. It is also designed to power both 12V and 24V DC fan systems. Finally, its compact size allows it to be installed in tight spaces, and it is light enough to fit into portable devices.

The MR1225M24B1+6-FSR is an efficient and reliable DC fan that is suitable for a wide range of applications, such as server farms, medical imaging equipment, consumer electronics, and robotics. Its features, such as self-cooling housing, dual ball bearing, and range of fan speed options, make it an ideal cooling solution for tight spaces. Its working principle involves two opposing magnets that create air pressure and suction effect, and should be considered for any DC fan application.

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