Measurement of acoustic power level of output products.
This system is a measurement system for acoustic power levels using the reverberation room method. It determines the 1/3 octave band and A-weighted acoustic power levels in accordance with JIS Z 8734:2000 (ISO 3741:1999), which specifies the precise measurement method for acoustic power levels of noise sources using the sound pressure method in a reverberation room.
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basic information
The acoustic power level is used to express the loudness of sound emitted from machinery. The acoustic power level represents the total energy emitted by the sound source. If we compare noise levels and acoustic power levels to earthquakes, the noise level corresponds to the intensity at various locations, while the magnitude corresponds to the acoustic power level. Just as the intensity at different locations is not determined solely by the distance from the epicenter but varies depending on the propagation path and ground structure, in the case of sound, the noise level also varies due to the directionality of the sound source and the distance to the measurement position. Therefore, the acoustic power level is used, and particularly in Europe and the United States, it is necessary to specify the acoustic power level of equipment. The measurement methods for acoustic power level are defined by JIS and ISO, with the measurement principles being the sound pressure method and the acoustic intensity method. The sound pressure method uses semi-anechoic chambers, anechoic chambers, quasi-free sound fields on reflective surfaces, and reverberation rooms as measurement environments. The acoustic intensity method includes discrete point methods and scanning methods. This system is a measurement system for acoustic power levels using the reverberation room method.
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Overseas export product manufacturing company. (Development and quality assurance line)
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A group of acoustic measuring instruments such as sound level meters and vibration meters, particle counters essential for cleanliness management, seismic measurement systems including earthquake meters for disaster prevention and control, and further expanding product fields centered on welfare and environmental issues, contribute to the enhancement of social welfare, safe living, and technological innovation through a long accumulation of technology and continuous challenges to new technologies.