OD1225-12MSS10A

DC fan is a type of electric fan, usually powered by direct current (DC). It is usually cooler than the AC fans, since it is connected directly to the motor shaft and could produce more noises than the air cooled fans, since the rotor and stator of the DC motor must be balanced precisely. Long life and low cost make the dc fan a popular choice for large scale cooling applications.

The OD1225-12MSS10A is a DC fan formally known as a Delta Fan. This fan model is typically used is robotics and industrial applications. The 12mmx25mmx10mm dimensions make it ideal for those applications that require a space-saving form factor. This particular model can generate a maximum airflow of 5.15 cubic meters per minute with a maximum input current of 0.42A.

The working principle of the OD1225-12MSS10A DC fan is quite straightforward. The fan is powered by direct current and has no complicated electronics or internal wiring. The current flows from the power source to the two stator coils, creating a magnetic field within the fan’s motor housing. This magnetic field interacts with the rotating magnetic field of the rotor to generate the force needed to rotate the fan blades. The rotation of the fan blades causes the air within the fan housing to be moved by the centrifugal force of the spinning blades.

The OD1225-12MSS10A is ideal for a number of applications, ranging from robotics to industrial cooling. It is also commonly used in automotive applications, such as air conditioners and engine cooling systems. Furthermore, the long life expectancy and low power consumption of this model make it an attractive option for those looking for an efficient way to cool down their equipment.

In summary, the OD1225-12MSS10A DC fan is an excellent choice for cooling applications in robotics, industrial, and automotive applications. This model offers long life expectancy and low power consumption, making it an ideal choice for those looking for an efficient way to cool down their equipment. The fan’s working principle is simple, as the current flows from the power source to the two stator coils, creating a magnetic field that interacts with the rotating field of the rotor to generate the force needed to rotate the fan blades.