The Fluke ii900 was designed in partnership with Sorama, an Eindhoven-based company specializing in noise control and sound analysis solutions. Images can be saved and exported for reporting purposes. The team can inspect the entire plant during peak operations. The interface allows technicians to isolate the sound frequency of the leak to filter out loud background noise. The seven-inch LCD touchscreen overlays a SoundMap on a visual image for leak location identification. Technicians can identify compressed air leaks during the typical maintenance routine.Īn array of microphones combined with SoundSight technology, the handheld Fluke ii900 Sonic Industrial Imager filters out background noise so maintenance teams can locate leaks in compressed air systems. Specifications subject to change without notice.Fluke introduces Fluke ii900 Sonic industrial imagerĪp–The Fluke ii900 Sonic Industrial Imager enables maintenance teams to visually pinpoint the location of compressed air, gas, and vacuum system leaks during peak production periods. Designed for use in noisy industrial environments.Ultrasonic detection range from 2kHz to 52kHz.Expedite preventative maintenance routines and spot problems faster and safer than ever before. Turn sound waves into a real-time image to accurately pinpoint air, gas and vacuum leaks at a glance. "We are very pleased to see the high level of acceptance amongst our service technicians - the ii900 has immediately become a standard tool for us."įeatured Product Fluke ii900 Sonic Industrial Imager "After just a few tests, we found how reliable the system is and the versatile ways it can be used." We have already seen enormous time savings with complex leakages." "This innovative technology has excited me from the moment I first heard about it! The imager was primarily purchased for troubleshooting the trains' pneumatics. We asked a maintenance leader from a German railway operator: "Why did you choose the Fluke ii900?" A short tour around the locomotive is enough to get a good "picture" of the situation. The sound source (leakage point) is visualised and precisely localised on the display using 64 ultrasonic sensors and a digital camera using Fluke SoundMap technology. The Fluke Acoustic Imager enables technicians to quickly and easily locate leaks in the compressed air system. can take hours or even days to locate the leak. The classic leak detection methods such as hearing, exclusion steps, soapy water, etc. A tricky leakage in the compressed air network can completely mess up the service centre's planning but also that of the 'customer', which can lead to high costs. Vehicles that come in for maintenance or repair must be put back on the tracks as quickly as possible. In practice, the maintenance centres demand a high level of safety and efficiency. It is crucial that these errors are corrected as soon as possible. A tricky, tiny leak in the compressed air system can lead to system malfunctions, which activate the brakes. As soon as the pressure drops, the brakes engage and start causing undesired friction on the axles. The centralised pneumatic brake system is used to keep pressure on the system continuously and to ensure the brake shoes remain open. To ensure safety on the tracks, maintenance technicians pay special attention to the train's braking system. Reliable operation in noisy environments.Why use the Fluke ii900 Sonic Industrial Imager?
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