Regenerative Blowers

Regenerative Blowers for High volume Vacuum or Compressed Air Application. Air Flow Capabilities range from 80 to 2050 m3/h , Vacuum capabilites up to -80 to -730 mbar at 50HZ & Pressure CapabIlities Up to 80 to 1040mbar at 50HZ. Single & Double stage models avaliable.

Requiring no lubrication and virtually no maintenance, Regenerative Blowers for high volume vacuum or compressed air applications offers both motor-mounted and separate drive models.

The Regenerative Principle

In a regenerative blower the compression space consists of a hollow circuilar ring between the tips of the impeller blades and the walls of the housing . in operation the rotating impller draws in air from the inlet port into the compression space and moves it radially outwards to the curved housing by centrifugal farce. The action is called regenerative because a certain amount of air slips past each impeller blade during rotation and returns to the base of a succeeding blade for reacceleration.

Because of this dynamic principle regerenrative blowers can generate pressure & vacuum permormance comparable to many multi-satge or positive displacement blowers.

Product Features

• Low noise and vibration
  • Dynamic balancing minimizes vibration.
• Dust-proofed shaft seal
  • Protects bearing from contaminated air stream and possible foreign particle damage.
• High reliability
  • Directly connected motor shaft-impeller provides reliable, long term performance. No gears, belts, motor brushes or sliding blades to require periodic maintenance.
• Space-efficient design
  • Unique design results in substantial airflows at moderate pressures in minimum space and weight.
• Versatility
  • Easily throttled and changed from pressure to suction operation. May be mounted in a variety of fashiond.
• Stable airflow
  • Centrifugal compressor design delivers smooth, stable airflow with no pulsations.
• High-pressure airflow
  • Produces continuous high-pressure airflow. The Regenerative Blower is ideally suited to many industrial applications.