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"Pajanan getaran tangan dan lengan dalam kurun waktu tertentu dapat menyebabkan gangguan kesehatan yaitu Sindrom Getaran Tangan dan Lengan atau Hand-Arm Vibration Syndrome. Gejala yang dirasakan berupa kesemutan, baal/mati rasa, pemutihan pada jari blanching dan nyeri pada tangan dan lengan. Getaran tangan dan lengan dihasilkan dari alat-alat tangan hand-held tools yang digunakan saat bekerja. Penelitian ini menggunakan desain studi potong lintang dan bersifat deskriptif untuk melihat distribusi frekuensi keluhan subjektif berupa kesemutan, baal/mati rasa, dan pemutihan jari pada pekerja yang terpajan getaran tangan dan lengan di PT XYZ Stamping Plant Jakarta. Data keluhan subjektif didapat dari hasil pengisian kuisioner oleh 35 orang operator alat bergetar di area door assy welding dan dies maintenance PT XYZ Stamping Plant Jakarta. Sedangkan data pengukuran getaran tangan dan lengan sendiri merupakan data milik perusahaan terkait. Hasil penelitian menunjukan bahwa sebesar 65.7 responden mengalami keluhan kesemutan, 28.6 mengalami keluhan pemutihan jari, dan 14.3 mengalami keluhan baal/mati rasa. Hasil pengukuran getaran tangan dan lengan untuk alat bergetar yang digunakan buffing dan gerinda masih dibawah Nilai Ambang Batas NAB 5 m/s2. Hasil analisis bivariat menunjukan tidak ada hubungan yang signifikan antara usia, masa kerja, lama pajanan per hari, kebiasaan merokok, dan training dengan keluhan subjektif yang diteliti.

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Long term exposure to hand arm vibration can cause a health problem known as Hand Arm Vibration Syndrome HAVS . The symptoms include tingling and numbness in the fingers, blanching on the tips of the fingers, aches and pains in the lower arm and hands. The exposure of hand arm vibration comes from the vibrating machine tools which were used by the workers at work. The aim of this study is to obtain the frequency distribution of subjective health complaints tingling, numbness, and finger blanching of the workers who have been exposed to hand arm vibration in PT XYZ Stamping Plant Jakarta. This study used cross sectional design and a questionnaire was given to 35 workers who is using hand held vibrating tools everyday at work in Sub Assy Welding and Dies Maintenance area of PT XYZ Stamping Plant Jakarta. The result of this study showed that 65.7 workers complaint of tingling, 28.6 workers complaint of finger blanching, and 14.3 workers complaint of numbness. However, the result of magnitude measurement of vibration tools grinder and buffing which exposed the workers is still under the exposure limit value. The result of chi square analysis showed that there were no significant differences between independent variables ages, years of working, daily exposure to vibration, smoking, and training and dependent variables tingling, numbness, and finger blanching. "

"ABSTRAKGetaran lengan dan tangan serta kebisingan merupakan faktor fisika yangmemiliki potensi bahaya bagi kesehatan pekerja konstruksi dimana salah satunyadisebabkan oleh penggunaan portable power tools. Berdasarkan hal tersebutdilakukan analisis terhadap durasi maksimum penggunaan portable power toolsyang aman melalui standar dari keputusan menteri tenaga kerja no. KEP-51/MEN/1999 berikut langkah lain bagi pengendalian getaran dan kebisingan.Pendekatan yang digunakan yaitu human vibration assessment berdasarkan ISO5349-2 (2001) dan pengukuran occupational noise. Hasil penelitian menyarankandurasi penggunaan alat yang optimal dan aman adalah ketika dihitung berdasarkannilai pajanan getaran dengan syarat pekerja wajib menggunakan alat pelindungdengar dengan spesifikasi tertentu.

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AbstractHand-arm vibration and noise are physical factors which have hazard potentiallyto the health of construction workers, which is one of them cause by the use ofportable power tools. Based on this, analysis was performed on the maximumsafely usage time of portable power tools through the standards of the laborminister's decision no. KEP-51/MEN/1999 along with other steps for controllingvibration and noise. The approach used is human vibration assessments based onISO 5349-2 (2001) and occupational noise measurement. The results suggest thatthe optimum and safe usage time is a value that calculated based on vibrationexposure on the condition of workers required to use hearing protective deviceswith a particular specification."