9BMC12P2G001

DC Fans

DC Fans, mainly comprising DC motors and blades, are used to cause a airflow for ventilation, cooling, air conditioning, ventilation, smoke exhaust, dust removal, and regulation of indoor temperature. The 9BMC12P2G001 model is a unique DC fan with battery compartment design and the ability to remember the settings and run at any time. This application is most commonly used in computer operating systems, telecommunications, and industrial applications.

Application field

The 9BMC12P2G001 DC fan is commonly used for PCs and other computer systems, such as telecommunication systems, dedicated communications systems, and industrial application. It is also used for air-conditioners and refrigerators in the home and other ventilated environments. The fan is very powerful, with a maximum speed of 12,000 RPM and can be adjusted to run at various speeds depending on the application.

For industrial application, the 9BMC12P2G001 DC fan has a powerful airflow and is suitable for a wide range of industrial applications. It can be used to cool equipment such as heavy machinery, welding equipment, and laser cutting equipment. It is also used for cooling large-scale computing architectures and for cooling ultra-highpowered lasers and optical systems in fabrication and research applications.

Another application of the 9BMC12P2G001 DC fan is in the field of smoke or dust control systems. The fan has the ability to cause a strong air flow and force the smoke and dust particles out of the environment. This makes it especially suited for industrial applications such as woodworking, mechanics workshops, and spraying booths. It is also suitable for use in laboratories, clean rooms, and hazardous environments, as well as for the efficient capture and removal of particles.

Working principle

The 9BMC12P2G001 DC fan works by creating air flow through an electrical motor, rotor, and impeller mechanism. The motor generates power to the rotor and impeller, while the electrical current is delivered through the winding of the rotor. This causes the rotation of the rotor, which in turn causes the fan blades to spin, creating the air flow.

The speed of the fan is adjustable based on the power and voltage delivered to the motor and fan blades. The current can be adjusted to produce a range of speeds that are ideal for the specific application. The fan also has the ability to remember the settings and run when needed.