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

Compressed air fair: Keep it cool, not cooked

By Paul Heney | July 9, 2024

Share

Air-cooled air compressors are crucial to keeping the production process running in many industries; they work by turning power into usable energy. Their performance, however, depends heavily on their ability to stay cool. If dust and debris clog up a compressor, it can overheat, work less efficiently, and cost more to operate.

Fig. 1 and 2 show extreme examples of compressors that have been forgotten and are poorly maintained. These units are unlikely to run without trouble and may fail catastrophically due to the lack of proper air flow due to the extreme level of contamination of their heat exchanger surfaces. These serve as examples of what not to do.

Fig. 1 and 2. It is often difficult to keep compressors clean in dirty environments, but it is imperative to ensure heat transfer surfaces are free of debris.

Keeping the compressor clean is key to preventing overheating. Here are some simple tips to help:

  • Implement a regular cleaning schedule for the compressor and its components, especially the cooling fins and air intake filters. Dust accumulation in these areas can restrict airflow and reduce heat dissipation. Compressed air can be used to blow out dust from the fins, while filters should be checked and cleaned or replaced according to the manufacturer’s recommendations.
  • Ensure that the compressor’s installation site is well-ventilated and clean. Poor ventilation can trap heat and dust around the compressor, exacerbating the overheating problem. Installing the compressor in a location with good natural or forced airflow can help maintain cooler ambient temperatures. Sometimes, well-designed filters are required for the cooling air.
  • In extremely dusty environments, consider using protective housing for the compressor. The housing should shield the unit from direct exposure to dust, while allowing sufficient air intake and exhaust for cooling purposes.
  • Install temperature sensors to monitor the compressor’s operating temperature continuously. This will help in detecting potential overheating issues early, allowing for timely interventions to prevent damage.

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