Table 4. Terminal Efficiencies (Approximate)

Table 3. Seizing: Suggested Diameters and Lengths

Figure 4-34. Basic Designs of Wire Rope Clips

TM-5-3810-305-10 Crane Wheel Mounted Hydraulic Light 7 1/2 Ton (Rough Terrain Crane) Model LRT 110 Manual
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TM5-3810-305-10 Table 4. Terminal Efficiencies (Approximate) Efficiencies are based on nominal strengths Method of attachment Efficiency Rope with IWRC* Rope with FC** Socket-Spelter or 1 0 0 % 1 0 0 % Swagged Socket 95% (Not Established) Mechanical Spliced Sleeve 1 in. (25.40 mm) Diameter and Smaller 95% 92.5% — I Loop or Thimble Splice Hand Spliced (Tucked) (Carbon Steel Rope) 1/2 in. (12.70 mm) 86% 86% Loop or Thimble Splice Hand Spliced (Tucked) (Stainless Steel Rope) 1/2 in(12.70 mm) 76% Wedge Sockets*** (Depending on Design) 75 to 95% 75 to 95% Clips*** (Number of Clips Varies with size of Rope) 80% 80% *IWRC. - Independent Wire Rope Core , . **FC - Fiber Core Socketinq ***Typical values wnen applied properly. Refer to fittings manufacturers for exact values and method. All wire rope elements must be held securely by the terminal. If this is not accomplished, the Improperly attached wire rope strands will “loaf on the job” and there is every terminals lead to serious or likelihood that a strand will become “high” possibly unsafe conditions. (Figure 4-33). Selective abrasive wear of the Failure to follow this procedure loose strand will necessitate early removal of the could cause DEATH or serious rope. injury. Figure 4-33. A "High" Strand 4 - 3 6 Wire Rope Resin Attachment

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