Fans are turbo machines that are designed to produce displacement of fluids. They consist of a rotor equipped with blades that is driven by a motor.
The rotation of the rotor, inside a volute, promotes the transformation of mechanical energy, coming from the electric motor, in the forms of energy that a fluid can assume, that is, in potential pressure energy and kinetic energy.
High pressure centrifugal fans distributed in 4 families, allowing displacement of flows up to 40,000 m3 / h and pressures up to 1,500 mmwg of pressure. The fluids can be of clean air or with particles in suspension, abrasive, corrosive or with high levels of humidity.
Turbines with variable diameter profile adapted to the type of fluid to be ventilated with yields that can reach 82%
Medium pressure and high-performance centrifugal fans distributed in 10 aerodynamic families, ensuring flow displacement up to 600,000 m3 / h and up to a pressure of 900 mmwg. Each family is selected according to the nature of the fluid and its working conditions.
Turbines with variable diameter profile adapted to the type of fluid to be ventilated with yields that can reach 87%
Medium pressure and high-performance centrifugal fans distributed in 10 aerodynamic families, ensuring flow displacement up to 600,000 m3 / h and up to a pressure of 900 mmwg. Each family is selected according to the nature of the fluid and its working conditions.
Turbines with variable diameter profile adapted to the type of fluid to be ventilated with yields that can reach 87%
Axial fans distributed in several aerodynamic families, ensuring flow displacement up to 300,000 m3 / h and up to a pressure of 180mmca. Each family is selected according to the nature of the fluid and its working conditions.
Turbines with variable diameter and pitch adapted to the type of fluid to be ventilated with yields that can reach 77%