FBA09A12M1BX

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DC fans, while more expensive than simpler AC fan systems, are typically much more efficient when it comes to controlling the airflow within a system or enclosure. A major benefit of utilizing DC fans is its ability to both increase and decrease airflow dynamically. The FBA09A12M1BX is a model of DC fan designed for applications that require an increased degree of airflow control. The fan can reach a maximum speed of 18,000 rpm and has an airflow of 24 CFM. In its most optimized setting, it consumes 0.068A current and operates at 12V, drawing a total of 0.815W of power. This model of fan is designed for both in-system and enclosed applications.

The FBA09A12M1BX is a ball bearing fan that utilizes a Brushless DC (BLDC) motor. The FBA09A12M1BX is an ideal choice for applications in which the fan’s speed needs to be adjusted regularly, or set at specific intervals to adjust to different temperatures. This fan utilizes its BLDC motor to allow for precise speed control and a wide bandwidth of efficiency design. Due to its brushless design, it is virtually maintenance free and offers a long operating life without risk of bearing failure.

The FBA09A12M1BX has an industry standard connectivity of four wires, allowing for easy integration into existing power systems. The fan\'s four wires are comprised of a power lead (VCC), ground (GND), and two signal lines (TACH+ and TACH-). The TACH+ and TACH- wires connected to the fan’s hall sensor allows for speed monitoring and feedback control to a host system. This allows the fan to operate in either PWM or voltage-controlled modes, depending on the system\'s needs. The hall sensor can be set for either 12V or 5V mode, to fit most application requirements.

The FBA09A12M1BX is the ideal choice for applications that require high degrees of fan speed control, precision, and dynamic power efficiency. It’s brushless motor design paired with its four-wire connector gives it a powerful presence in any system. The BLDC motor provides smooth, reliable performance, and its auto restartability feature further maximizes fan life and reliability. Additionally, its low power consumption ensures that the fan won’t be straining the system’s power supply, allowing for a steady power draw that can be adjusted precisely as needed.

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