Fluid Power World

  • Home
  • Technologies
    • Hydraulics
      • Cylinders & Actuators
      • Filtration/Contamination Control
      • Fittings, Couplings & Adapters
      • Fluids
      • Fluid Conditioning
      • Hose & Tubing
      • Pumps & Motors
      • Related Technologies
      • Sealing
      • Sensors & Gauges
      • Valves & Manifolds
    • Pneumatics
      • Air Preparation & Regulation
      • Compressed Air Technologies
      • Cylinders & Actuators
      • End Effectors & Grippers
      • Fittings, Couplings & Adapters
      • Hose & Tubing
      • Sensors
      • Vacuum
      • Valves & Manifolds
  • Engineering Basics
  • Trending
  • Resources
    • Digital Issues
    • Pneumatics Tech Toolbox
    • Podcasts
    • Subscribe to Fluid Power World Print Magazine
    • Videos
    • Webinars / Digital Events
    • White Papers
  • Women in Engineering
    • Women in Fluid Power
    • Women in Engineering
  • Design Guide Library
  • Classrooms
    • Pneumatics Classroom
  • SUBSCRIBE

How do acoustic imagers help in compressed air systems?

By Paul Heney | December 26, 2024

Share

The development of acoustic imagers has transformed the way compressed air leak audits are done, saving time for the user.

Acoustic imagers are advanced tools used to detect gas leaks by capturing and visualizing high-frequency sounds that are typically inaudible to the human ear. When compressed air or gas escapes through cracks, holes, or loose fittings, it produces ultrasonic sounds. These high-frequency signals are detected by the imager’s array of sensitive microphones, which are specifically designed to pick up these ultrasonic emissions.

Once the device detects the sound, it converts the acoustic data into a visual representation known as a sound map. This sound map is overlaid onto a real-time image or video of the environment, making it easy to pinpoint the precise location of the leak. The visual output typically uses color coding, where louder or higher-frequency sounds are displayed as bright spots or hotspots, guiding users to the source of the problem.

Fig. 1. This image shows a leak that was detected in the ceiling of an industrial facility. To reach the leak to determine its source and identify the component the required parts plant personnel would have to erect scaffolding. Use of the acoustic imager allows for easy detection and identification of what is needed to repair the leak, saving time.

One of the key features of acoustic imagers is their ability to filter out ambient noise. In noisy industrial environments, background sounds can make traditional leak detection methods challenging. Acoustic imagers use advanced software to isolate the ultrasonic frequencies caused by leaks, ensuring accuracy even in complex and high-noise conditions.

The use of acoustic imagers offers several advantages. They allow for non-intrusive inspections, so equipment does not need to be shut down during the process. These devices are fast and efficient, enabling users to scan large facilities quickly. They are also highly versatile, capable of detecting leaks in a variety of gases, including compressed air, nitrogen, and other industrial gases. By identifying and visualizing leaks in real-time, acoustic imagers help save energy, reduce operating costs, and improve the reliability of compressed air and gas systems.

These tools, while expensive, are becoming an essential tool for professionals aiming to save leak audit time, optimize energy use and maintain the reliability of their systems.


Filed Under: Air Compressors, Air Preparation, Components Oil Coolers, Compressed Air Technologies, Pneumatic Tips

 

About The Author

Paul Heney

Current Digital Issue

  Easier access to more of our content Every other month, readers of Fluid Power World have access to our beautiful print and digital editions, where we share a selection of the best fundamentals content, technology news, case studies, and technical articles that cover the gamut of hydraulics and pneumatics system design. But we only…

Subscribe!

Fluid Power World is written by engineers for engineers engaged in designing machines and or equipment in Off-Highway, Oil & Gas, Mining, Packaging, Industrial Applications, Agriculture, Construction, Forestry, Medical and Material Handling. Fluid Power World covers pneumatics, mobile hydraulics and industrial hydraulics.

Fluid Power Design Guides

fluid
“fpw
EXPAND YOUR KNOWLEDGE AND STAY CONNECTED
Get the latest info on technologies, tools and strategies for Fluid Power Professionals.

RSS Featured White Papers

  • Moving fluid power forward
  • High-force linear motion: How to convert from hydraulic cylinders to electric actuators and why.
  • A technical comparison: Performance of pneumatic cylinders and electric rod actuators
Fluid Power World
  • Hose Assembly Tips
  • Mobile Hydraulic Tips
  • Pneumatic Tips
  • Sealing & Contamination Control Tips
  • About us
  • Contact Us

Copyright © 2024 WTWH Media LLC. All Rights Reserved. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of WTWH Media
Privacy Policy | Advertising | About Us

Search Fluid Power World

  • Home
  • Technologies
    • Hydraulics
      • Cylinders & Actuators
      • Filtration/Contamination Control
      • Fittings, Couplings & Adapters
      • Fluids
      • Fluid Conditioning
      • Hose & Tubing
      • Pumps & Motors
      • Related Technologies
      • Sealing
      • Sensors & Gauges
      • Valves & Manifolds
    • Pneumatics
      • Air Preparation & Regulation
      • Compressed Air Technologies
      • Cylinders & Actuators
      • End Effectors & Grippers
      • Fittings, Couplings & Adapters
      • Hose & Tubing
      • Sensors
      • Vacuum
      • Valves & Manifolds
  • Engineering Basics
  • Trending
  • Resources
    • Digital Issues
    • Pneumatics Tech Toolbox
    • Podcasts
    • Subscribe to Fluid Power World Print Magazine
    • Videos
    • Webinars / Digital Events
    • White Papers
  • Women in Engineering
    • Women in Fluid Power
    • Women in Engineering
  • Design Guide Library
  • Classrooms
    • Pneumatics Classroom
  • SUBSCRIBE