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  • Dear All,  I hope you all are doing well! I am new in this community and seeking assistance and a mentor ...


  • Acoustic Imaging / Ultrasonic Leak Detection by Dave Robley, Fluke March 15, 2021

    For industrial plants and facilities, compressed air, gas and vacuum systems are a vital source of converted energy. Easier to use than other resources such as electricity, compressors are everywhere in today’s factories. They run machines, tools, robotics, lasers, product handling systems, and much more.
    Yet many compressed air, gas and vacuum systems are compromised by wear and poor maintenance practices, which contribute to the greatest waste of all—the ever-present leaks. These leaks can be hidden behind machines, at connection points, overhead in fixed pipes, or in cracked pipes or worn hoses. The waste adds up quickly and can even lead to downtime. The U.S. Department of Energy estimates that an average of 20-30% of a typical plant’s total compressed air capacity is wasted through leaks. Leak management programs can greatly cut down on the waste and possibly even minimize downtime.
    Typical methods for detecting leads are slow, time consuming, miss leaks, and often require the use of man-lifts and fall protection. Examples are performing audible inspections when the plant is not running (then using soap & water), or handheld ultrasonic leak detection tools. While ultrasonic is good technology for detecting leaks, conventional tools require training and experience – even in these cases it is a very time-consuming process. Fluke has introduced a game-changing implementation of ultrasonic leak detection technology that enables users to find and fix leaks in minutes versus hours, and perform inspections in hours versus days – all without the training and experience required for use of other conventional testers. With Fluke’s SoundSight™ technology, the ii900 Acoustic Imager translates the sounds that it hears into a visual representation so that you can quickly locate leaks and document them in the camera.
  • Courses - University of Wisconsin Madison

    As part of our agreement with the University of Wisconsin we are happy to provide information on their reliability and maintenance related courses. 

    With the ongoing pandemic,  UW is planning a number of on-line courses throughout the Fall and Winter.  Courses include TPM, MRO Inventory Management,  CMMS Setup and Predictive Maintenance.

    Contact Jeff Oelke, joelke@wisc.edu for more information on any of the course or activities at UW. or visit the website listed below.

Calendar of Events

  • Identifying Failure Modes with Motion Amplification

    May 19, 4:00 PM - 5:30 PM (CT)
    Motion Amplification® is a camera-based technology that allows you to see movement that is not visible to the human eye.  So, what does that mean and why would this information be important to a Reliability Program?  If you cannot see it, can it really cause that big of an issue?  Well, “Seeing is Believing” and we will be taking a closer look into identifying some failure modes with Motion Amplification® from real case studies as well as seeing a live demonstration.  This will be another demonstration, rather than pure discussion, on-line meeting

    Contact Information