R2D220-AB02-11

AC fans, also known as Alternating Current fans, are a widely available type of fan. A variety of configurations and sizes are available to meet the needs of the application. AC fans have been the primary fan type used in the HVAC industry for decades, along with centrifugal fans. AC fans are designed to move air along curves, allowing air flow to bypass obstacles or obstructions.

The R2D220-AB02-11 is a model of AC fan typically used in industrial applications, and is often found in factories, warehouses, and even arenas or stadiums. This fan model is rated to move air at a rate of around 230 CFM, and is capable of operating at a range of 1140 to 1650 RPM.

The working principle of the R2D220-AB02-11 is fairly straightforward. The fan consists of a rotating assembly, including a series of blades and a motor. When turned on, the motor rotates the blades at the specified RPM. The rotating blades create a pressure differential between the inside and outside of the fan, causing air to flow through the fan.

The R2D220-AB02-11 has an operational temperature range of -30 to 70 degrees Celsius, making it suitable for a wide variety of environmental conditions. It is also designed to operate at a sound level of 56 dB(A), allowing it to be used in areas where noise is an issue. Additionally, the fan has a ball bearing system for long life and smooth operation.

This model of AC fan is designed to move air in a variety of environments. It is capable of providing a filling effect for certain applications, such as vented hoods or enclosures, as well as providing exhaust capability in more open spaces. Additionally, the fan is designed to work with a variety of control systems, allowing it to be used in automated processes or used as part of portable ventilation systems.

The R2D220-AB02-11 is a versatile, durable fan and is an ideal choice for industrial applications. With its broad temperature range and low noise level, it is capable of meeting the air movement needs of many different types of environments. Additionally, its ability to work with automated control systems makes it a great choice for applications that require precision airflow management.