The principle of operation: blowers consist of a pair of rotors rotating in a body of a certain shape with positive displacement. The movement of the rotors is synchronised by the distribution gears on the shafts. Therefore, there is no friction between the rotors and between the rotors and the casing. During the rotation, the air is displaced by the gears and transferred to the discharge side. Blowers deliver as much air as their volume during each revolution of the pump shaft. The capacity of a blower depends on its operating speed and pressure (resistance) conditions. Blowers generate pressure depending on the connected system resistance and can be operated under pressure or vacuum.
Application of the H series blower:
- Pneumatic conveying of granular materials (pressure and vacuum)
- water treatment procedure at wastewater treatment plants (pressure)
- ventilation of swimming pools at fish farms (pressure)
- central dust and smoke removal system (vacuum)
- sandblasting systems (pressure)
- Drying systems (pressure)
- ventilation systems (pressure and vacuum)
Documentation Blower RUUT BLOWER H 7 (DN 80), 810m3/h
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