OA92AP-11-3TB Fans, Thermal Management

AC Fans are a type of fans commonly used in industrial applications. They are designed to provide a constant air flow over a period of time, to help the system to achieve its optimal temperature, and to prevent overheating. The OA92AP-11-3TB is an AC Fan that can be used in a variety of applications.

The OA92AP-11-3TB is a medium size fan that is designed for cooling, ventilation and heat dissipation. It is typically used in the industrial and commercial sectors, including compressor cooling, injection moulding, electronics assembly, packaging, and more. The fan has a low profile design, and is able to fit into tight spaces in a variety of applications.

The OA92AP-11-3TB uses an impeller, which is a fan blade made from the highest quality materials to optimize its performance. The impeller is designed to increase air pressure and velocity while operating at a lower noise level. The fan can be powered by either an AC or DC motor, depending on the application.

The OA92AP-11-3TB has a variety of features and characteristics that make it well suited for a variety of applications. It has a low operating noise level of 20dB (A) at speed, a compact and lightweight design, and an airflow of up to 1.1m3/min. The fan is also designed with a thermal overload protection switch, which helps provide improved safety.

The working principle of the OA92AP-11-3TB is relatively simple. It uses an electric motor to turn the impeller blades that generate a pressure differential between the intake and exhaust of the unit. The pressure differential creates a flow of air, which is then used to move air through the system. The fan is able to achieve a high level of efficiency by using an efficient impeller design.

Overall, the OA92AP-11-3TB is a great option for applications that require a reliable and efficient fan. It is easy to install, has a low operating noise level, and is designed with a variety of safety features. It is also a cost effective option for many types of industrial and commercial applications.