9WV1248J1001

DC fans, more specifically 9WV1248J1001, refer to devices that use direct current to bring cooling air to an electromechanical or mechanical device. Although 9WV1248J1001 may seem simple, they can be critical to low-voltage applications, providing efficient cooling while performing long-term, high-performance operation.

A DC fan consists of an air intake that is separated from the motor that drives the fan blades. This air intake collects the fresh air and transfers it to the motor. The motor then consists of two major components: the stator (which is stationary) and the rotor (which rotates). The stator creates a constant resistant circuit which causes the torque on the rotor to generate a rotating shaft. This rotating shaft produces airflow which brings fresh air to an application.

The 9WV1248J1001 DC fan follows the same operational principles as other DC fans, yet features increased efficiency, improved air pressure, extended temperature range, and higher air volume. This fan utilizes a 12V input voltage, 48mm frame size, and offers RPM speeds ranging from 3000 to 5000. It also features a noise level of 34 dBA (A-weighted), a hydro-bearing designed for lasting reliability, a single ball bearing, and a connector power cable.

One of the major advantages of the 9WV1248J1001 DC fan is its wide-range of application fields – some of the most common applications include cooling systems in consumer electronics, medical, automotive, industrial, agricultural, and military applications. Another advantage is its efficiency – the fan operates at extremely low power consumption while providing high air flow.

The 9WV1248J1001 DC fan has become a critical device for the most power-restricted applications due to its wide range of temperature and humidity environments as well as its vast functionality. Additionally, it operates with a low fan noise eliminating any possible distraction in the ambient environment while performing its cooling duties.

Throughout the years, the 9WV1248J1001 DC fan has remained a reliable and durable solution that offers multiple advantages to many different applications. It is cost effective, efficient, and provides a long expected service life. It is truly a perfect device for low-voltage and power restricted applications.