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Noise is unwanted sound and can cause health problems, one of which is work fatigue. This study aims to analyze the relationship between noise exposure and fatigue levels of workers at the stamping production station of PT X Plant Jakarta. The study used quantitative research methods with cross-sectional studies. The number of samples in this study are 125 workers. Data of noise is obtained from secondary data of companies that carry out routine measurements through monitoring measurement documents. Worker fatigue data was obtained using primary data through a questionnaire measuring feelings of work fatigue (KAUPK2) which had been tested for validity. Other variables as worker characteristics (age, length of work, shift work, and nutritional status) were also observed in this study. Based on statistical tests using the chi-square test, there was a significant relationship between noise exposure and work fatigue (p-value = 0.033, OR = 2.333). Also obtained significant results with work fatigue, namely age (p-value = 0.029, OR = 2.365) and work shift (p-value = 0.008, OR = 2.865). Based on result of the study, show that noise above NAB increases the workers risk of work fatigue, especially in old age workers and night shift workers
Salah satu bahaya Ssik di industri garmen adalah pajanan panas yang berasal dari alat kerja yang digunakan (setrika boiler/listrik dan rnesin press). Kondisi lingkxmgan kexja yang panas dapat mempengaruhi performansi kelja yang pada akhimya meningkatkan beban kelja dan mempemepat munculnya kelelahan dan keluhan subjektif sena menurunkan produktifitas kerja. Tujuan penelitian ini adalah untuk mengetahui dan mengevaluasi hubungan pajanan panas di lingkungan kelja dengan tingkat kelelahan pekenja di bagian produksi PT. Fokus Garmindo. Populasi penelitian ini adalah selumh pekerja di PT. Folcus Garmindo, dan sebagai sampel yaitu pekelja yang mclakukan pekeljaan di bagian ironing dan printing PT. Fokus Garmindo beljumlah 53 responden, sampel diambil secara Nonrandom Sampling berdasarkan Kuota. Rancangan desain studi yaitu crosssectional dengan deskriptif analitik. Data diambil dengan 2 (dua) cara yaitu melakukan pengukuran dan wawancam dengan kuesioner. Analisa data pada penelitian ini mcnggmmakan analisa uji statistik yang ada di FKM. Hasil penelitian diperoleh, rata-rata pajanan panas yang dilihat dad Indeks Suhu Basah dan Bola (ISBB) di lingkungan kerja adalah 30,14°C dcngan pajanan panas (ISBB) terendah adalah 28,9°C dan pajanan panas (ISBB) tertinggi adalah 32,1°C. Hasil tingkat kelelahan mcnunjukkan, sebagian besar rcsponden mengalami kelelahan ringan yaitu sebanyak 47 orang (88,7%), sedangkan responden yang mcngalami kelelahan sedang ada 6 orang (11,3%). Berdasarkan analisis hubungan didapatkan nilai p=0,028, berarti pada alpha 5% terlihat ada hublmgan yang signiikan rata-:ata pajanan panas di lingkungan kenja dengan tingkat keleIahan. Analisis mullivariat menunjukkan, variabel yang berhubungan bermakna (signiiikan) dan mempunyai pengamh paling besar tcrhadap tingkat kelelahan adalah variabel pajanan panas di lingkungan kelja. Odds Raiio (OR) dari pajanan panas didapat 4,403, artinya responden yang terpajau pauas lebih besar dari 30,14°C di lingkungan kerjanya akan berisiko 4 (empat) kali lebih besar mcngalami kelelahan dibandingkzm responden yang terpajan panas lebih kecil dari 30,14°C di lingkungan kegia selama 8 jam kerja. Kesimpulan penelitian ini adalah pajanan panas di lingkungan kerja merupakan faktor yang paling dominan dan mempunyai pengamh paiing besar terhadap tingkat kelelahan. Hasil penelitian ini diharapkan dapat membantu perusahaan untuk mengambi] kebijakan terutama masalah kesehatan pekegia, khususnya untuk meminirnalisasi dampak akibat dari pajanan panas di lingkungan kerja
One of physical hazard in garment industry is heat exposure from boiler/electrical iron and press machine. Hot working environment can influence work performance which cause increase work load and fatigue complaining and reduce productivity. Objective of the research to 'rind out and evaluate correlation between heat exposure in the workplace with fatigue of workers at PT. Fokus Garmindo. Population of the research is all workers at PT. Fokus Garmindo, and as sample is workers who work in ironing and printing area of PT. Fokus Garmindo are 53 respondent. Sample is calculated with nonrandom sampling quota. Design study is cross sectional and descriptive analysis. Data is collected by two ways, to measure and interview with questionnaire. Data analysis use statistic analysis at FKM. Result of the research, average of heat exposure which is measured from Wet Bulb Globe Temperature (WBGT) index in the workplace is 30,14°C, the lowest of WBGT is 28,9°C and the highest of WBGT is 32,1°C. Result of fatigue level showed that almost all respondent has light fatigue 47 person (88,7%) and found only 6 person (11,3%) has moderate fatigue. According to the analysis, found p value = 0,028, mean that on 5% alpha there was signiticant relationship between heat exposure in the workplace with fatigue level. Multivariate analysis, found that heat exposure in the workplace is the most significant and has biggest influence to fatigue level (Odds Ratio (OR)= 4,403). Respondent who is influenced by heat exposure more than 3O,14°C has 4 (four) times more risk to fatigue level compare to respondent who is influenced by heat exposure less than 30,14°C for 8 working hours. Conclusion of the research, heat exposure is the most dominant factor and has biggest influence to fatigue level. This research result is expected can help the company to taking policy on workers health, particularly to minimize eH`ect of heat exposure in the workplace.