Aracom Miniline
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ARACOM MINILINE This product combines a low helix angle core of Technora Aramid with a very tightly woven over braid of thin polyester. Aracom Miniline a composite Aramid polyester also be ordered with our fuzz fairing. This fairing is highly effective at eliminating strum and reducing drag, whether dynamic. Yale's faired ropes without damaging the fairing Diameter Average Spliced Minimum Spliced Maximum** Weight Inches (mm) Break Strength* Break Strength* Work Load 5:1 Lbs/ Kg/ * Knots and abrupt bends significantly reduce the strength of all ropes and lowers the maximum working load. ** Working load is based on static or moderately dynamic lifting/pulling operations. Instant changes in load up or down in excess of 10% of the rope's rated working load constitutes hazardous shock load and would void normal working load recommendation. Consult Yale Cordage for guidelines for working loads and safe Energy Absorption The colored area under the curve represents the rope's energy-absorption capability. ■ Green working 100 ft. lbs./lb. to its moisture gain, high- Splice using Yale's splicing technique document Maximum Working Load Minimum Break Strength Average Break Strength Fuzz Fairings: Yale Cordage designs combinations of high performance fairings specifically for the ocean environment in almost contribute significantly to drag reduction, strum suppression and longitudinal damping. Some obvious benefits are longer cable life, reduced background noise for better data, need no special handling requirement, won't hamper deployment gear and are cost effective. Fairings are used on towed array configurations, drifting buoys, moored arrays (surface and sub-surface) and with a recently developed stiff bristle fairing, for many drogue applications.