9GA0512M7001

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DC Fans

DC fans, also known as direct current fans, are electric fans that use direct current for power. DC fans are powered by a DC motor, which is a type of motor specifically designed to run on direct current. It features an easy-to-manage current with its fan blade speed easily controlled by voltage and current. This makes them highly efficient for a variety of applications where AC fans might not be an option.

DC fans vary in size and design. Some DC fans feature a variable torque which is used to regulate the airflow and fan speed. DC fans come in different sizes ranging from small units for personal or desktop applications, to large industrial fans used in industrial settings. Other DC fans feature permanent magnet rotor designs, providing greater airflow and static pressure capability.

The 9GA0512M7001 DC fan is designed to deliver reliable, low-noise performance in a variety of applications. It features a slim form factor which makes it ideal for desktop PCs as well as very thin server enclosures. This fan uses a 4-phase brushless DC motor that ensures efficient cooling performance. It also features advanced cooling technology, including a unique dual bearing design that allows for better cooling and higher efficiency. The 9GA0512M7001 DC fan also features a low-profile design that helps improve system cooling while remaining unobtrusive.

The 9GA0512M7001 DC fan is suitable for a wide range of applications, including process control equipment, medical equipment, and computer systems. It has a nominal operating voltage of 12V, and a maximum current draw of 0.25A. The fan is also rated for a nominal airflow of 5.1CFM, and an operating sound level of 39dBA. The fan is also capable of operation over a wide temperature range of -30°C to +70°C. The 9GA0512M7001 DC fan is also capable of operating in reverse direction, enabling it to deliver higher airflow or static pressure for more demanding applications.

The working principle behind a DC fan is relatively simple. DC fans use an electric motor to convert electrical energy into mechanical energy. The electric motor is powered by direct current, which causes the rotor in the motor to spin. As the rotor spins, it draws air into the fan housing and pushes it out again. This movement of air is known as airflow, and the amount of airflow can be controlled by changing the voltage supplied to the fan. The higher the voltage, the faster the fan rotates, and the higher the airflow.

DC fans are ideal for a variety of cooling applications, as they are easy to control and efficient. Their size and design make them perfect for desktop PCs, ultra-slim server enclosures, and other small form factor cooling applications. The 9GA0512M7001 DC fan is a perfect example of the versatility of DC fans, as its low-profile design and advanced cooling technology makes it ideal for a wide variety of applications.

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