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AC Fans

AC fans, also known as alternating current fans, are designed to provide cooling for various types of electrical and electronic equipment. They are used in a variety of applications, including industrial motors, power supplies, air-conditioning systems, heat exchangers, and many others. AC fans are typically either radial or axial type. Radial fans are defined as fans that draw air from one direction and exhaust it in another. Axial fans are defined as fans that draw air from both sides, horizontally, and exhaust it in the same direction.The D2E133-AM67-64 AC fan is an axial type fan that utilizes an axial flow type impeller to move the air. It includes a built-in junction box as well as an integrated speed sensor. The fan produces a maximum air flow of 5.97 CFM and a static pressure of 7.05 inHg at a specific speed. The operating temperature ranges from -10 to 65°C, and it features a brushless DC (BLDC) motor.The D2E133-AM67-64 is designed for use in various industrial, HVAC, commercial, and consumer applications. It is suitable for cooling medium to high-powered motor-based applications, such as air compressors, HPLC systems, electrical transformers, and UPS systems. It is also suitable for square and round ducts and ventilation systems.This fan has a number of features that make it a great choice for cooling. It has a high-quality ball bearing, a low noise level, and an automated feature that allows it to be programmed for different speed settings. The automatic feature means the fan can be controlled to run at different speeds depending on the amount of cooling that is needed. It also features a thermal cutoff mechanism that will automatically shut off the fan if the temperature gets too high. This provides extra protection for the system.The working principle of the D2E133-AM67-64 AC fan is to draw air through the impeller and then force it outwards into the surrounding environment. Air is drawn through the fan inlet, where it is heated by the electric motor. The heated air then passes through the impeller blades, which further heat the air and create turbulence. The turbulence causes the air to move faster, resulting in higher pressures and a steady air flow. The temperature increase in the motor decreases the air pressure, causing the air to be expelled from the fan outlet. The expelled air then cools the motor and other components.As an axial type fan, the D2E133-AM67-64 is ideal for cooling medium to high-powered motor-based applications. Its features, such as the thermal cutoff mechanism and automatic speed control, make it a great choice for applications where reliability and efficiency are of the utmost importance. The fan is quiet, reliable, and cost-effective, making it an excellent choice for a variety of industrial, HVAC, commercial, and consumer applications.

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