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Item # 7/16WCI, 6x36 Winch Cable IWRC

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7/16WCI

Category: 6x36 Winch Cable (WCI/WC)
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Item # 7/16WCI, 6x36 Winch Cable IWRC

Steel Core
ElPS Grade with Steel Center.
Available in Poly Core. Suitable for use in Lifting Mast, i.e. Dozers.
Construction grade wire rope.

MORE IMAGES

Number of Strands 6
Wires per Strand 36
Lay of Rope Right Regular Lay
Core Design IWRC
Wire Rope Grade XIPS
Diameter 7/16 in
Weight per Foot 0.35 lbs
Features Bright Finish
Regular Lay Rope The most standard, and accepted for a wide range of applications. The direction of the individual wires is opposite to the direction of the strands. Because of this, the rope is less likely to untwist, and therefore is easier to handle than lang lay rope. This rope is also less subject to crushing.
Breaking Strength (BRT) 10.2 t
The individual wires that form strands are most commonly available in high-carbon steel, generally supplied in an uncoated, or "bright" finish. Zinc coated, or "Galvanized" rope is available in some sizes and carries a nominal strength of 10% below that of a bright rope. On special request, wire rope can be drawn-galvanized, offering the same nominal strength as a bright rope.
The individual wires that form strands are most commonly available in high-carbon steel, generally supplied in an uncoated, or "bright" finish. Zinc coated, or "Galvanized" rope is available in some sizes and carries a nominal strength of 10% below that of a bright rope. On special request, wire rope can be drawn-galvanized, offering the same nominal strength as a bright rope.
Wires are laid geometrically to form strands, each composed of two or more wires. Breaking these strand configurations into several classifications is the basis for identifying wire rope.
The individual wires that form strands are most commonly available in high-carbon steel, generally supplied in an uncoated, or "bright" finish. Zinc coated, or "Galvanized" rope is available in some sizes and carries a nominal strength of 10% below that of a bright rope. On special request, wire rope can be drawn-galvanized, offering the same nominal strength as a bright rope.
Wires are laid geometrically to form strands, each composed of two or more wires. Breaking these strand configurations into several classifications is the basis for identifying wire rope.
A steel center rope yields a higher strength along with the ability to resist crushing Steel cores are required when the environment exceeds 180°(F)
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