Features

a) Fully fabricated metal steel impeller

• low noise acoustic design
  features
• bi directional
• 1.6.mm-3.0mm mild steel
  construction
• precision machined hub with
  slotted keyway
• M12 / M16 central extraction
  bush
• dynamically balanced to G2.5
• prime coated and stamped
  with job number

b) Standard Cowl Modification

• low noise acoustic design
• 1.6.mm-3.0mm mild steel
  construction
• fully welded to existing cowl
  (supplied by customer)
• safety mesh inlet area to AS 1939
• prime coated and stamped with
  job number

c) Acoustic Cowl Modification

• low noise acoustic design
• 1.6mm-3.0mm mild steel
  construction
• fully welded to existing cowl
  (supplied by customer)
• safety mesh inlet area to AS 1939
• prime coated and stamped with
  job number
• mild steel perforated internal
  casing
• fully lined with acoustic material

OurServices

Morse Low Noise Fans design and manufacture a unique range of cooling fan impellers and cowl modifications.

These are fitted to 3-phase electric motors and are specifically designed to satisfy the following:

• to reduce overall motor noise level
• to be able to run the motor
  in either direction (bi-directional)
• increase motor efficiency
• to provide sufficient cooling air over
  the outer case of the motor frame

Employing qualified mechanical engineers, Morse Low Noise Fans have been supplying to the motor manufacturing and repair industry for over 20 years. We are able to respond to all manner of inquiries relating to the movement of air.

These modifications achieve a much lower noise level to both new motors and also to motors that are currently in service.

Additional Work

Morse Low Noise Fans have full design, manufacturing and testing capabilities which enable us to offer you the following:

• acoustic designs to suit High Efficiency Electric Motors
• low noise fans for variable speed motors
• split type bi-directional fans for gear box assemblies
• heat and chemical resistant impellers
• heavy duty and stainless steel motor cowl fabrications
• one off designs and cost effective replications to suit any air cooling application