acoustic imaging camera
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The Airborne Acoustic Imager is an acoustic detection device integrating sound source localization and ultrasonic imaging technologies. The device is configured with a DJI-dedicated X-PORT gimbal integrated with the acoustic imager, compatible with DJI M300 and M350 drones. Based on a dual-noise reduction system of drone rotor simulation-based noise reduction algorithms and noise reduction structural design, it boasts excellent anti-interference and stability, easily handling drone noise interference and enabling the detection of minute signals. It can quickly scan and accurately locate partial discharge/gas leaks in high-noise drone environments, displaying the dynamic sound source localization image on the drone remote control screen. Enabling high-altitude flight inspections, it is suitable for remote live-line inspections and fault location of transmission and distribution overhead lines and outdoor substation equipment, proactive preventive maintenance inspections of railway lines and other power equipment, and applications in petrochemicals, forest fire prevention, emergency rescue, industry, and inspection services.
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The Acoustic Imager (hereinafter referred to as U2) is a handheld industrial acoustic imager that supports ultrasonic frequency bands. The instrument uses microphone array beamforming technology to acquire sound source distribution data, and is equipped with a high-definition camera to collect video images in real time. By integrating the sound source distribution data with the video images, the changing sound source is dynamically displayed on the screen. The U2 acoustic imager can help you quickly detect possible leaks in air, gas, and vacuum in noisy industrial environments; and it can store the detected images and videos for playback or report generation through image or video capture functions. U2 is also compatible with infrared thermal imaging functions, which can simultaneously capture sound and temperature anomalies, enabling multi-dimensional detection and precise fault location, significantly improving detection efficiency and diagnostic depth. In the fields of electricity, industry, and construction, it can quickly detect and identify partial discharge sound sources and thermal effects, gas leak sound sources and thermal changes, mechanical wear and other problems, providing visual analysis of sound field maps and thermal maps, without the need to switch equipment, improving detection efficiency and accuracy and reducing maintenance costs.
Key words:
Acoustic Imager Gas Leakage Solution
Intelligent Acoustic Imaging Industrial Gas Leak Detection Solution
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Acoustic Imager Partial Discharge Detection Solution
Intelligent Acoustic Emission Detection Scheme
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