Journal Textile Coloration and Finishing Year / Vol., Issue, Month 2015 / V.27,no.2,Jun Title Effect of Density Variation of High Tenacity PET Interlace Yarn on the Physical Properties of Pack Style Shock Energy Absorber Authors in Won Cho, Sang Jun Kwon, Jong Deok Choe, Sang Tae Kim1, Byung Chul Ji2, Seong Baek Yang2 and Jeong Hyun Yeum2,† Institution/Affiliations Shin Heung Co. Ltd.,1Swelock Asia Co. Ltd., Kyungpook National University Pages/Total page pp.132 ~ 141 / 10 Language Korean Abstract Abstract: Fall-arrest systems(maximum arrest force and allowable free-fall) have been widely applied to provide a safe stop during fall incidents for various industrial activities. Fabric structure affects on the mechanical properties of shock energy absorber. The object of this study is to perform the basic research for the evaluation of the capacity of fall arrest energy absorber in relation to the different interlace yarn density. In this work, pack style energy absorber was prepared by weaving 10 types(Interlace yarn density used high tenacity PET 1000D : 60, 59, 58, 57, 56, 55, 54, 53, 52, 51). The paper presents the results of theoretical investigations of the performance of adjustable absorber during fall arrest. Dynamic load tests based on the EU fall protection equipment standard(CE : EN355:2002) were conducted. Results showed that the maximum arrest force by dynamic load test of energy absorber was satisfied with global standard(below 6,000N). Also, Maximum allowable free-fall of energy absorber showed below 1.75m. Keywords Keywords: absorber, lanyard, dynamic load, maximum arrest force, maximum allowable free-fall Download   Reference http://www.koreascience.or.kr/article/ArticleFullRecord.jsp?cn=OSGGBT_2015_v27n2_132&ordernum=5