Ultrasound leak detection Steam traps and compressed air are used in a wide range of sectors, from paper mills to power plants. Unfortunately, both are difficult to maintain and prone to leaks. Approximately 20-30% of compressed air is lost in production, and nearly 30% of steam traps in older factories are likely to malfunction. This
How to Detect Leaks and Fix Them Compressed air leaks may quickly become a substantial source of lost energy in an industrial plant, losing up to 30% of the output of a compressor. But how can you identify leaks if you can’t see them? Most experts believe that using an ultrasonic sound detector is the
To determine whether predictive maintenance is a technique that might benefit your business, you must first understand what it is, how it works, what its benefits and drawbacks are, and how to develop a predictive maintenance programme. You’ve come to the correct spot if you’re seeking a resource that can answer all of those questions
What makes airborne ultrasound so effective? All operating equipment and most of the leakage problems produce a broad range of sound. The ultrasonic components with high-frequency sounds are extremely short waves in nature. A shortwave signal tends to be pretty directional. (condition monitoring) As a result, isolating these signals from background plant and operational equipment