Hoist Ropes | Boom Hoist Ropes

Evolution TK® 27

Balanced rope construction for enormous heights and heavy loads

Specifications

  • SUPERFILL®
  • Rotation Resistant
  • High Breaking Strength
  • High Torsional Strength
  • Multilayer Spooling

Features

  • Lang’s lay, right or left-handed

  • 16-19 mm: 18xK6-IWRC(K), RCN 23-2, n=108

  • 21-38 mm: 18xK7-IWRC(K), RCN 23-3, n=126

  • Filling factor f=0.77

Origin

Made in Europe

Uncompromising safety and quality

Expertise for your needs

Tailormade solutions for your success

The high-end hoist rope for extreme breaking forces in rope grade 1960. Its special construction provides all the necessary characteristics for use as a hoist rope in multi-layer spooling systems and for extreme lifting heights.

Thanks to its innovative construction with strand and core compaction, this rope achieves an extraordinarily high breaking strength in grade 1960 N/mm² which can otherwise only be achieved with higher-strength wire material and nominal tensile strengths of 2160 N/mm²

Advantages

  • Perfect spooling behaviour due to high rope efficiency even without load. This enables a long service life for the steel wire rope, especially when lowering loads from great heights, e.g., when servicing and dismantling wind turbines

  • The round rope surface with highly compacted 18 outer strands in grade 1960 gives the rope a particularly wear-optimized design which also reduces wear in crane components

  • Perfect spooling behavior in multi-layer spooling due to maximum flexibility

  • No twisting of the load, even in combination with enormous heights and heavy loads, thanks to the

  • balanced rope construction

  • Technical values valid for lang lay ropes only, tolerance varies by nominal diameter.

The values are provided for guidance only. The metric figures shall prevail. The rope cross-section depicts a typical design and may vary within the product line.

Subject to further developments which may lead to changes in technical specifications. Subject to changes and errors.