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High-performance Acoustic Imaging Camera | SM Instruments

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SM Instruments, a global expert in sound and vibration measurement technologies, introduces the BATCAM 2S—a compact, high-performance acoustic imaging camera . This advanced device is designed for accurate detection and visualization of gas leaks, electrical discharges, and various high-frequency noise sources, such as BSR (Buzz, Squeak, Rattle) in automotive and industrial applications. Key Enhancements in BATCAM 2S: GIS & Cloud-Based AI Analysis: Enables precise location mapping and intelligent diagnostics. Improved Sampling Rate, UI & Display: Ensures faster, more intuitive, and more accurate diagnostics. Wide Frequency Range: Measures ultrasonic signals from 2 kHz to 100 kHz, capturing discharge signals, gas leaks, and abnormal noise. High Sensitivity: Detects gas leaks using an array of 112 digital MEMS microphones for detailed acoustic imaging. Product Features: Compact & Lightweight: Easy to carry and operate in field environments. Real-Time Acoustic...

Advanced Gas Leak Detection Cameras | SM Instruments

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SM Instruments, a leader in sound camera and acoustic imaging technology, offers advanced gas leak detection camera s designed to locate and visualize gas leaks quickly, accurately, and safely. Their solutions are widely used in industrial environments such as oil and gas, chemical plants, power plants, and manufacturing facilities, where detecting gas leaks early is critical to safety, cost savings, and regulatory compliance. 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 electric discharge by measuring the ultrasonic components in a noisy environment. BATCAM 2.0 can measure the leakage flow rate of 50 cc/min (0.0018 CFM) at a distance of 1 m and the leakage flow rate of 110 cc/min (0.0039 CFM) at a distance of 10 m. If the leakage flow is greater, it can be measured from a longer distance. Key Features G...