マッピング、自動化、3Dセンシングの未来を形作るイノベーションをご覧ください。
Combine standards-based sound-power testing with full-field vibration evidence in one transformer measurement programme.
IEC 60076-10:2016 defines the sound-pressure and sound-intensity methods used to determine transformer and reactor sound power levels, with IEC 60076-10-1:2016+A1:2020 as the application guide. Laser RADAR adds full-field dynamic-response evidence, connecting standards-based acoustic results with spatial vibration behaviour.
Remote optical measurement captures surface velocity or displacement without mounting a sensor at every point. It maps response over accessible surfaces, compares operating conditions and identifies locations for closer review. A defined operating state, reference channels, bandwidth, geometry and acceptance criteria turn the map into repeatable engineering evidence.
Record loading, cooling equipment, mounting, nearby reflective objects, background sound and vibration, temperature, humidity, stand-off and measurement geometry. Applying the same documented conditions to each campaign creates a clear comparison between factory and on-site acoustic and vibration results.
Define whether the goal is contractual sound testing, engineering vibration diagnostics or condition trending. Specify surfaces, optical access, operating states, frequency band, maximum motion, spatial density, reference sensors, synchronization, repeatability, uncertainty and report format before selecting the Laser RADAR configuration.
AI が専門家によるアドバイスにつなぎます。
