Application
2021-05-31
The SoundCam utilized for occupational safety assessments and environmental noise measurements within industrial facilities.
Using an acoustic camera allows for the rapid assessment of noise sources.
Prolonged exposure to noise environments varies in intensity and duration, gradually leading to bodily harm and ailments. In recent years, there has been a heightened awareness of occupational safety and health, with increasing attention placed on noise levels within factories and industrial facilities. The impact of environmental noise on the general public and workers has prompted governmental regulations specifying the maximum allowable exposure times for workers under various sound pressure levels, such as 90 decibels (dBA) for no more than 8 hours. The SoundCam series of acoustic cameras can swiftly assist in identifying noise within factories and facilities, pinpointing the primary sources of noise for improvement projects.
Post-processing software aids in the separation of sound sources, identifying various sources of noise within the facility, and swiftly generating reports on their acoustic distribution.
Prolonged exposure to noise environments varies in intensity and duration, gradually leading to bodily harm and ailments. In recent years, there has been a heightened awareness of occupational safety and health, with increasing attention placed on noise levels within factories and industrial facilities. The impact of environmental noise on the general public and workers has prompted governmental regulations specifying the maximum allowable exposure times for workers under various sound pressure levels, such as 90 decibels (dBA) for no more than 8 hours. The SoundCam series of acoustic cameras can swiftly assist in identifying noise within factories and facilities, pinpointing the primary sources of noise for improvement projects.
Post-processing software aids in the separation of sound sources, identifying various sources of noise within the facility, and swiftly generating reports on their acoustic distribution.