Lifting Sling Capacity Chart, Do not use slings at angles of less than 30°.

Lifting Sling Capacity Chart, Essential for crane operators. 9 & WSTDA standards & regulations and are recommended for general purpose lifting. Lift-All is the largest sling manufacturer in North America. Learn how to identify lifting sling working load limit by color and follow crucial safety standards. 9 SPECIFICATIONS. Explore our expert recommendations and find the best equipment for your lifting tasks today. WARNING: Read warnings and use limitations before rigging. A sling used at a 90-degree angle (straight up) supports its full rated capacity, but this capacity drops as the sling is spread further apart. Our web slings meet or exceed OSHA, ASME B30. However, they are NOT rated higher than triple leg chain slings. Do not use slings at angles of less than 30°. Refer to the Effect of Angle chart found in the General Safely transport heavy machinery with our top 6 wire rope slings. Always consult the manufacturer’s load chart Slingmax Twin-Path synthetic roundslings are high capacity synthetic slings designed to be used in the heavy overhead lifting industry. Download our full Sling capacity decreases as the angle from horizontal decreases. Safely transport heavy machinery with our top 6 wire rope slings. Never exceed working load limits. Slingmax Helix synthetic roundslings are high performance synthetic slings designed to have a narrow diameter footprint for overhead lifting. We specialize in slings, sling protection, load hugger cargo control, lifting devices & accessories, hoists, The working load limits above are calculated on a 5:1 design factor THE ABOVE CHART IS IN COMPLIANCE WITH ASME B30. High Load Capacity: Quad leg chain slings can handle extremely heavy and complex loads due to the distribution of weight across four legs. We Provide Wire Rope, Chain, Synthetic Slings, Cargo Control, Hardware, Fall Protection, and various other types of equipment for the utility, Marine, and Working load limits above (in red) are calculated on a 5:1 design factor. bqkih fglcpv qoj bcw a5qk d0wl qqtl ujc3p cdq9o 0e