3M™ Protecta® 1161513 Vest-Style Positioning/Climbing/Retrieval Harness Pass-Through S 7012816756

3m™ protecta® 1161513 vest-style positioning/climbing/retrieval harness pass-through s1161513 hardware features include pass thru leg connection pass thru chest connection parachute torso buckle and back front side and shoulder d rings. The back d ring provides a general fall arrest device connection point and is included on all models of 3m protecta vest style harnesses. Side d rings located on hips are used for attachment of positioning devices to allow workers use of both hands. Regulatory and standards compliance 3m protecta fall protection harnesses are designed for a maximum capacity of 420 lbs (190 kg) including the worker's body weight clothing tools and other accessories. These fall arrest systems meet the requirements of and osha 1910.140 and 1926.502. Quality standards we rigorously test all our 3m fall protection safety products to ensure they meet global industry standards established by osha msha csa and ce. Our iso 9001 2008 certification and on site iso 17025 accredited lab demonstrates our commitment to quality and safety. Fundamentals of fall protection/osha regulations fall hazards pose a significant risk of serious injury or death for people working at height. Osha has set safety standards that help increase safety for employees whose jobs require working at heights. A personal fall protection system is critical to worker safety at height. Osha compliant personal fall protection systems typically include four components anchorages as defined by osha are secure fall protection anchor points for attachment of lifelines lanyards or deceleration devices and are designed to remain secure under the forces generated during a fall arrest event. Anchorages vary by industry job type of installation and structure. Body support refers to fall protection equipment that directly supports the worker's weight and maintains the body in a safe position. Worker comfort fit and ease of use are key considerations in the selection of body support equ

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