Occupational Noise Exposure
Study relationship between noise metrics parameters exposure among electrical production workers
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This paper represents the exposure-response relationships for noise-induced hearing loss, metrics of noise exposure represent better the risk of hearing damage. In particular, while equivalent sound pressure level Leq, based on a 3dB exchange rate (ER) is used by most agencies, USOSHA's standard is based on the Lavg, which uses a 5 dB ER. In addition, peak levels of exposure, which are commonly found in some industries, including electrical site are believed to increase risk above that predicted by the Leq. This paper presents an analysis of noise matrix exposures parameters among electrical w...
This paper represents the exposure-response relationships for noise-induced hearing loss, metrics of noise exposure represent better the risk of hearing damage. In particular, while equivalent sound pressure level Leq, based on a 3dB exchange rate (ER) is used by most agencies, USOSHA's standard is based on the Lavg, which uses a 5 dB ER. In addition, peak levels of exposure, which are commonly found in some industries, including electrical site are believed to increase risk above that predicted by the Leq. This paper presents an analysis of noise matrix exposures parameters among electrical workers, comparing several noise metrics, over time intervals measurements such as 60, 180, 300, 480 minutes. Metrics examined were the Lavg, Leq, Lmin and Lmax, expressing average levels of exposure across an exposure interval. Two novel metrics were derived from these monitored metrics, Leq/Lavg and Lmax/Leq, as measures of exposure variability and 'peakiness', respectively. A time intervals of noise matrix exposure to workers in three sites (Metal, Epoxy and Cutting workshop) with different activities were examined. Noise matrix can affect human health.
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