What Are The Features of Double Inlet Centrifugal Fans
The tube axial fans are important equipment in air circulation systems. In most industrial set, there is a performance gap which exists between the conventional heavy-duty vane axis fans and the duct fans. This performance gap reduces the efficiency of these machines significantly.
These fans are available in different configurations. The most common tube axial fans are designed for the low to medium pressure applications. They are commonly used in industrial applications to remove either contaminated or hot air. Moreover, they can supply air in the pressurized interior spaces. Since the tube axial fans are designed to move large volume of air with minimal pressure losses, they are designed to be both versatile and compact.
These fans are also sensitive just like the conventional fans. Any poor installations may affect the fan’s performance significantly. One critical aspects comes when these fans are installed with elbows. This may cause uneven distribution of air, which enters the fan and this may cause loss in the performance of the tube axial fan. The elbows may change the duct area or cause other disturbances at the discharge. This prevents the formation of the normal profile hence, loss in the fans performance.
To ensure that the fan performs optimally at all times, there should be at least three diameters of straight duct. They should be installed before and after the discharge. In case there’s need to use elbows, a turning wheel should be installed. This will ensure that there’s an even velocity distribution thus, the pressure fittings will be eliminated.
When the tube axial fans have been installed in a system, the end user will be sure of high efficiency and improved performance. This is due to the flexibility, which is evident in various components such as the wheel size and energy efficiency (about 67% energy less).
You can get this essential equipment from a reputable fan dealer. It is only through this that you’ll be sure of achieving optimal performance.