Teledyne FLIR: FLIR Si124 acoustic imaging camera

Air Power East, a family-run business with over 30 years of experience as a premier distributor of Atlas Copco, specialises in providing high-quality compressed air systems to various industries across East Anglia. Under the leadership of Jason Sewell, the company has established a strong reputation for delivering reliable and efficient solutions.

However, they faced a significant challenge in ensuring their systems were completely leak-free, a concern shared by their clients, including an agricultural manufacturer managed by Paul Musgrove. Jason highlighted the issue, stating, "Customers have been asking us to make sure that we can prove something that's completely leak-free."

Challenge

Musgrove was seeking an effective way to manage and maintain their compressed air systems

Concurrently, Paul Musgrove was seeking an effective way to manage and maintain their compressed air systems, with a specific focus on reducing energy waste and operational costs, emphasising the need to "save money where we can, especially with energy prices as they are."

This dual challenge called for an innovative approach to maintain Air Power East's commitment to quality and efficiency while addressing the specific needs of their clients.

Solution

To address the intertwined challenges, Jason reached out to Baseline-RTS, an independent supplier of training and predictive maintenance equipment. They introduced Air Power East to the FLIR Si124 camera, an advanced acoustic imaging tool, capable of accurately detecting air leaks. Jason explains, "We sat down and did a bit of market research on a few different models and then came to the top. So, we contacted FLIR to come along and show us the Si124, and we've loved it ever since."

One-handed tool designed to quickly locate pressurised leaks in compressed air systems or detect discharge

The Si124 is a lightweight, one-handed tool designed to quickly locate pressurised leaks in compressed air systems or detect partial discharge from high-voltage electrical systems. It is equipped with 124 microphones to produce a precise acoustic image that visually displays ultrasonic information. This image is transposed in real time on top of a digital camera picture, allowing users to accurately pinpoint the source of sound. The Si124 camera can detect issues up to 10 times faster than traditional methods, even in loud industrial environments. Additionally, it is compatible with FLIR Thermal Studio suite for offline editing, analysis, and advanced report creation, and it can help facilities save money on utility bills and delay the expense of installing new compressors.

Results

The use of the Si124 camera brought about transformative results. Jason explained the camera's effectiveness: "We've managed to walk around with the customer, showing them exactly what we're finding on our screen. And if we do find any small leaks, we can rectify them and then we can prove to the customer that their system is leak-free." This approach not only heightened the efficiency of the compressed air systems but also solidified customer trust in Air Power East's services.

Camera enabled the detection of leaks amounting to approximately 100 cubic feet per minute

Quantitative results underscore the Si124's impact. The camera enabled the detection of leaks amounting to approximately 100 cubic feet per minute (CFM), which is roughly 50 litres per second. This translates to about 18.5 kilowatts of compressor power, pioneering to substantial energy and cost savings, particularly in light of rising energy prices.

Conclusion

Air Power East's adoption of the FLIR Si124 camera to address the complex challenges in compressed air systems illustrates the power of innovative technology in industrial settings. The successful detection and rectification of air leaks not only enhanced operational efficiency but also led to considerable energy and cost savings for the agricultural manufacturer.

This case study demonstrates the effectiveness of advanced tools in solving intricate industrial problems and highlights the importance of technology-driven solutions in optimising industrial processes.