OD1238-12HBXC5

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DC fans are electric fans that run on direct current power. The OD1238-12HBXC5 is a DC fan specifically designed for airflow applications. It has a 115 mm frame and is made of aluminum. It is mainly used in ventilation and air-conditioning systems, and it can be used for a variety of purposes, such as cooling computers, air-conditioners, radiators, and other applications.

The OD1238-12HBXC5 is a fan that operates on a 12V DC supply. It is a high-performance fan with a high air flow rate. The high air flow rate is achieved through its two-pole brushless direct current motor and its axial flow impeller design. The fan has an operating temperature range of -10°C to +70°C and a maximum speed of 5800 RPM. The fan has an operating current of 0.34 A and a maximum static pressure of 1.45 mmH2O.

The OD1238-12HBXC5 DC fan has a number of advantages when compared to other fans. It is beneficial for cooling computers and other electronic devices because it runs quietly and efficiently. It is also relatively easy to maintain and has a long life expectancy. The fan has a wide operating voltage range and can be used in a variety of applications.

The working principle of the OD1238-12HBXC5 is relatively simple. It works by using a two-pole brushless direct current motor to turn the axial flow impeller, which generates airflow. The airflow is then directed out of the fan, cooling the electronic device to which it is connected. The speed of the fan is controlled by changing the voltage it receives from the power supply.

In conclusion, the OD1238-12HBXC5 is a high-quality DC fan that is ideal for cooling computers and other electronic devices in high-pressure applications. It operates quietly and efficiently, and has a long life expectancy. It is easy to maintain and can be used in a wide range of applications. The fan works by using a two-pole brushless direct current motor to rotate the axial flow impeller, generating airflow that is then directed out of the fan. The speed of the fan is controlled by changing the voltage it receives from the power supply.

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