FAD1-08025DBLW11

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DC fans are a type of fan that uses direct current (DC) power to operate. They are a popular choice for cooling electronics and are often used in both residential and commercial applications. The FAD1-08025DBLW11 is a DC fan that is used in a variety of applications, and it has an efficient working principle.

The FAD1-08025DBLW11 measures 8 cm in size and has a maximum air flow of 41.04 CFM. It is constructed with a sleeve bearing and has a speed range of 2700 to 7000 RPM. It is rated to operate at 6 VDC, and can start as low as 1.5 VDC. It has a noise level of 34.5 dBA and draws 0.21 A. The fan also has a MTBF of 30000 hours.

The FAD1-08025DBLW11 has a number of applications in electronics cooling. It is commonly used in devices such as industrial automation equipment, automation robotics, and medical diagnostics. The fan is also used in HVAC systems, computer servers, industrial control systems, and automotive systems. In these applications, it helps keep components cool and eliminates the risk of overheating.

The FAD1-08025DBLW11 is a brushless DC fan, meaning it is driven by its own internal magnetic fields instead of by brushes. This is the most efficient way to operate a fan, as it has the highest efficiency and requires the least amount of maintenance. Brushless DC fans generally require less power than their brushed counterparts and can operate on lower voltage levels.

The FAD1-08025DBLW11 works on the principle of creating an electrical current that produces a magnetic field and a rotating magnetic field. When the current is switched off, the magnets on the drive cause the fan blades to turn, creating airflow. This is how the fan delivers its cool air flow, which can help prolong the life of electronics and prevent them from overheating.

The FAD1-08025DBLW11 is a simple yet effective DC fan that can be used in many applications to help keep electronic components cool and operational. It is an efficient fan that uses an internal magnetic field to create its own current in order to turn the fan blades and create airflow. This fan is an ideal choice for a variety of electronic cooling applications, and it can help prevent costly damage and downtime caused by overheating.

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