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학부모민원갑질사례
평범한 선생님은 말을 하고, 좋은 선생님은 설명을 하며, 뛰어난 선생님은 몸소 보여주고, 위대한 선생님은 영감을 준다
6. dc axial fan 12v vs. Centrifugal: Choosing the Right Fan for Pressure and Flow
The world of industrial air movement is dominated by two primary fan technologies: axial and centrifugal (or radial)[3]. The fundamental difference lies in the direction of airflow: axial fans move air parallel to the shaft, while centrifugal fans move air radially, exhausting it at a 90-degree angle to the intake[3][6]. This directional difference is the key to their performance profiles[6]. Axial fans are designed to be high-volume, low-pressure devices[2][6]. They excel at moving massive amounts of air against low system resistance, making them compact and highly energy-efficient for applications like general ventilation fans, and direct cooling[12][19]. Their efficiency, however, drops sharply when static pressure requirements increase[6]. Centrifugal fans, on the other hand, are high-pressure devices[20]. Their impeller design uses centrifugal force to significantly increase air pressure, making them the superior choice for systems with high resistance, such as long, complex duct runs, dust collectors, or air filtration systems[3][20]. Centrifugal fans are generally bulkier, heavier, and more complex than axial fans of equivalent flow rate[20]. The selection criterion is therefore driven by the application: if the requirement is to move a large volume of air a short distance against minimal resistance, the axial fan is the economical and efficient choice. If the requirement is to maintain flow against high static pressure over a long, restrictive path, the centrifugal fan is mandatory[6].
DC Axial Fans
AC axial Fans
The world of industrial air movement is dominated by two primary fan technologies: axial and centrifugal (or radial)[3]. The fundamental difference lies in the direction of airflow: axial fans move air parallel to the shaft, while centrifugal fans move air radially, exhausting it at a 90-degree angle to the intake[3][6]. This directional difference is the key to their performance profiles[6]. Axial fans are designed to be high-volume, low-pressure devices[2][6]. They excel at moving massive amounts of air against low system resistance, making them compact and highly energy-efficient for applications like general ventilation fans, and direct cooling[12][19]. Their efficiency, however, drops sharply when static pressure requirements increase[6]. Centrifugal fans, on the other hand, are high-pressure devices[20]. Their impeller design uses centrifugal force to significantly increase air pressure, making them the superior choice for systems with high resistance, such as long, complex duct runs, dust collectors, or air filtration systems[3][20]. Centrifugal fans are generally bulkier, heavier, and more complex than axial fans of equivalent flow rate[20]. The selection criterion is therefore driven by the application: if the requirement is to move a large volume of air a short distance against minimal resistance, the axial fan is the economical and efficient choice. If the requirement is to maintain flow against high static pressure over a long, restrictive path, the centrifugal fan is mandatory[6].
DC Axial Fans AC axial Fans