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Showing posts from October, 2022

SeeSV-S205 Real-Time Portable Sound Camera | SM Instruments

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SM Instruments provides a sound camera, sound camera service , acoustic imaging camera, partial discharge camera, Precision Acoustic Imager in Korea. It is an expert in sound and vibration measurements and instrumentation.   SM Instruments is continuously developing sensors, measurement and control instruments, besides providing engineering services, design and consulting on sound and vibration applications. The main technologies offered in SM Instruments are visualization of sound using sound camera, detection of Buzz, Squeak, and rattle using BSRTools, and provision of condition monitoring to wind turbine plants.  Furthermore, SM Instruments offers a unique customizing service including test consulting, which provides perfect and customized sound and vibration test solutions. Their services support various industries in sound and vibration in international scale, pursuing to become one of the world best sound and vibration leaders.  SM Instruments SeeSV-S205W Sound camera   P

BATCAM 1.0 Leak-Arc Detection and Monitoring Solutions | SM Instruments

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SM Instruments is an expert in sound and vibration. It’s innovative main products are the Ultrasonic Camera, Sound Camera, BSR Observer, and Wind Turbine CMS. SM Instruments also provides a unique customizing service, including test consulting, in order to provide professional sound and vibration test solutions.   SM Instruments' service successfully provided many instruments which are operating in various world-class production lines.  SM Instruments BATCAM 1.0 Leak-Arc Detection and Monitoring Solutions   BATCAM1.0 is an ultrasonic camera that anyone can use conveniently because of its intuitive visualization technology. Even non-experts can easily use BATCAM1.0, since it is simple to operate and provides visualization of ultrasound occurrence location. In addition, users can quickly diagnose, easily view and share measurement results by image or video, since BATCAM 1.0 films a wide range in real-time and shows multiple noise sources.  Hardware for BATCAM 1.0 includes ul

Real-time Sound Camera | SM INSTRUMENTS

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  The main technologies of SM Instruments are visualization of sound using the sound camera and detection of Buzz, Squeak, and Rattle using BSR Tools. The main business area of SM Instruments is developing sensors, measurements, and control instruments as well as providing engineering services, design services, and consulting services on sound and vibration applications. The provision of condition monitoring to wind turbine plants is also a core technology of SM Instruments. Furthermore, SM Instruments offers a unique customizing service including test consulting, which provides perfect and customized sound and vibration test solutions. SM Instruments SeeSV-S206W Sound camera Sound Camera SeeSV-S206W is a real-time sound camera that implements FPGA-based high-speed beam forming technology to enable excellent performance even in normal noise. It can capture 25 images per second, and the high-sensitivity microphone instantly detects even small noises. BSR (noise and joint) noise

Lightest and Smallest Ultrasonic and Acoustic Sound Camera | SM INSTRUMENTS

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SM Instrument is a global leader in noise and vibration measurement instruments and remote monitoring business areas. Since its foundation in 2006, it has been a Gold Alliance Partner of National Instruments in the US. SM Instruments currently offers sound cameras, ultrasonic camera s, and a gas leak detector solution . SM Instruments BATCAM 2.0 Ultrasonic camera BATCAM 2.0 is the lightest and smallest ultrasonic and acoustic sound camera. This rugged, versatile tool can quickly and easily identify a variety of undesirable industrial conditions. With pinpoint accuracy the BATCAM 2.0 instantly visualizes to see audible and ultrasonic noises that are hard to detect. With 112 MEMS based precision microphones, the BATCAM 2.0 will clearly detect the gas leakage. Gas leaks result in higher ultrasonic components than audible frequency. Ultrasonic components also occur when electric discharge occurs. Therefore, it is possible to measure the presence and location of gas leaks or elect