Magnum

Sonic Horn

The Magnum acoustic cleaner from ACS uses compressed air to flex a titanium diaphragm to produce pressure pulses that are amplified by the bell. The resulting low-frequency high-energy sound waves that are emitted resonate and dislodge particulate deposits. The displaced particulate deposits are then removed by gravity and/or gas flow.

Advantages of Magnum Model

  • Low Initial Investment
  • Easy Installation
  • Low Installation Cost
  • Low Maintenance Cost
  • Low Operational Cost
  • No Structural Damage
  • No Mechanical Wear on Equipment Surfaces
  • No Corrosion or Blockage
  • Cleaning of Inaccessible Parts
  • Continuous Plant Operation
  • Design & Installation Expertise from the ACS Professionals

Download the PDF product sheet

Show me all the ACS horn models

Specifications
ModelMagnum
Fundamental Freq75 Hz
Output Power142 db
Weight119 lbs
Length63 inches
Air RequirementsPressure - 90 PSI
Consumption - 73 SCFM
Applications
BoilersPrevents particulate deposit build-up and increases heat transfer efficiency
PrecipitatorsPrevents:
  • Distribution plate plugging
  • Collecting plate build-up
  • Electrode build-up
  • Hopper pluggage
  • Complete elimination of tumbling hammer rapping systems
Selective Catalytic Reduction (SCR)Prevents deposit build-up on catalyst modules
EconomizersPrevents deposit build up on boiler tubes
BaghousesPrevents:
  • Short bag life
  • High pressure drop
  • Hopper pluggage
Hoppers / SilosPrevents:
  • Plugging
  • Material flow problems such as bridging and ratholing
  • Deposit build-up
Ductwork / BreechingPrevents:
  • Excessive fallout
  • Deposit build-up
FansPrevents out of balance conditions
Air Pre-HeatersPrevents particulate deposit build-up and increases heat transfer efficiency


Applications

Acoustic cleaners provide an effective solution to buildup and material flow problems within a wide range of industries.

Learn More

Projects

Our acoustic cleaners cover a wide range of applications. Check out these pictures of some of our installations.

Learn More