Compressed air leaks can occur due to worn seals, damaged piping, improper installation or poor maintenance. These leaks prevent compressed air from arriving at the desired location, requiring additional air to be generated to compensate for the loss. This results in higher energy consumption and increased compressed air production costs.
Acoustic imaging cameras offer an effective solution for detecting air leaks in industrial environments. With their advanced detection capabilities, these cameras can detect the sound waves associated with air leaks. By imaging the sound, they can accurately identify the location of the leak. This enables companies to take quick and targeted action to fix the leak, resulting in significant energy savings and cost reductions. Acoustic imaging cameras allow air leaks to be efficiently detected and addressed, improving the overall efficiency and sustainability of industrial processes.
The FLIR Si2x Pro is an acoustic imaging camera for use in hazardous environments, so-called ATEX zones, for detection of...
The FLIR Si2x LD is an acoustic imaging camera for use in hazardous environments, so-called ATEX zones, for detection of...
The FLIR Si2-PD, industrial acoustic imaging camera for power generation and transmission. Discover partial discharge with a 12mp visual camera. Learn quickly...
The FLIR Si2 Pro is the most complete from the FLIR Si2 series suitable for all applications in both electrical,...
Efficiently detect, locate and measure leaks in compressed air and gas systems, as well as early detection of bearing defects with the FLIR Si2-LD.
The FLIR Si124 is an acoustic imaging camera suitable for detecting and visualizing leaks in compressed air systems or detecting...
The FLIR Si124-LD Plus is an easy-to-use and portable acoustic imaging camera that allows you to quickly and accurately detect pressure leaks and...
Compressed air leaks not only have financial consequences for companies, but also significant environmental impacts. Uncontrolled leaks contribute to a company's carbon footprint through unnecessary energy loss and increased energy production. This results in increased greenhouse gas emissions, contributing to climate change. By controlling and minimizing compressed air leaks, companies can not only save costs, but also reduce their environmental impact and contribute to a more sustainable future. Controlling leaks is therefore an important aspect of striving for lower carbon emissions and greener operations.
