Axial Flow Fan Drawing

Fans have many applications including in wind tunnels and cooling towers.

Axial flow fan drawing.

The class 10000 automatic featuring variable pitch standard chord sc blades with diameters from 4 ft. The flow is axial at entry and exit. Features of axial fans. In this video we ll be demonstrating the aerodynamic design of an axial low pressure fan including a cfd simulation.

Iscrizione camera di commercio. The class 10000 sd standard duty fan is a high efficiency axial flow fan designed for electric motor drive applications of diameters from four ft. The main distinguishing component of the axial fan is the axial impeller with the number of blades ranging from 2 to 20 depending on the design and performance requirements. Our axial flow fan range is distinguished by a large number of different standard designs.

The different impeller hub diameter ratios enable us to satisfy a very large range of volume flow rate pressure combinations for most types of installations. Factors which determine the performance of the fan include the number and shape of the blades. The specific design of a fan is mainly determined by the installation in which it will be used. Axial flow fans as the name indicate draws the air and blows forward which moves in the axis of the fan.

Guides or stator vanes serve to smoothen straighten the airflow and improve efficiency. 1 22 m to 16 ft. Viale luigi majno 26 20129 milano capitale sociale. Architectural resources and product information for axial fans including cad drawings specs bim 3d models brochures and more free to download.

The fan is designed to produce a pressure difference and hence force to cause a flow through the fan. First you create a new project choosing the ventilator design module. Regal beloit italy s p a. 1 22 m to six ft 1 84 m.

Design parameters include power flow rate press. An axial fan is a type of fan that causes gas to flow through it in an axial direction parallel to the shaft about which the blades rotate. The design point is defined by volume flow rate total pressure rise and rotational speed.