UF13A12-BWHR Fans, Thermal Management

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AC fans are powered by direct current and are quickly becoming the go-to form of fans for a variety of applications. The UF13A12-BWHR ac fan, for example, is a type of ac fan designed to provide cooling for large enclosures. It has a 13-inch frame size – the size of a fan’s frame is dictated by the size of the enclosure it will be cooling – so it’s suitable for large applications.

The UF13A12-BWHR is a backward curved radial fan. A backward curved radial fan has a unique blade construction that allows it to move a larger amount of air in less time. It achieves this by having fewer blades that are more aerodynamically efficient than other forms of fans. This makes it well suited for applications with a higher cooling requirement.

This fan is powered by 220VAC and has a maximum power of 500 watts. Its maximum airflow is 3550 cubic feet per minute and its maximum static pressure is 3.5 inches water gauge. It can be operated in ambient temperatures between -4°F and 140°F.

The UF13A12-BWHR can be used for a variety of applications. It can be used in air conditioning and ventilation, electronics cooling, and other industrial and commercial cooling applications. It’s also suitable for noise reduction in indoor and outdoor applications.

The working principle of the UF13A12-BWHR is based on the Bernoulli principle. This principle states that an increase in the speed of airflow results in a decrease in pressure. This decrease in pressure is what allows the fan to move air. The fan has a set of curved blades that create a vacuum as they rotate. This vacuum draws air in, before the fan blades accelerate the air and push it out.

In conclusion, UF13A12-BWHR ac fan is a type of fan designed for large applications that require a high level of cooling. It uses a backward curved radial blade design for improved efficiency and its powerful motor can move large amounts of air in a short period of time. It can be used in a variety of applications and its working principle is based on the Bernoulli principle.

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