Crane / Heavy Duty Sheave

Crane / Heavy Duty Sheave - 16_0.jpg
Crane / Heavy Duty Sheave - 16_0.jpg
Crane / Heavy Duty Sheave - 16_1.jpg
Crane / Heavy Duty Sheave - 16_2.jpg
Crane / Heavy Duty Sheave - 16_3.jpg
Crane / Heavy Duty Sheave - 16_4.jpg
Crane / Heavy Duty Sheave - 16_5.jpg
Crane / Heavy Duty Sheave - 16_6.jpg
Crane / Heavy Duty Sheave - 16_7.jpg
Crane / Heavy Duty Sheave - 16_8.jpg
Crane / Heavy Duty Sheave - 16_9.jpg
Crane / Heavy Duty Sheave - 16_10.jpg
Crane / Heavy Duty Sheave - 16_11.jpg
Our products are in accordance with the Machinery Directive 2006/42/EC and are standard delivered with 100% material traceability.

Our standard products meet with the requirements according to Norwegian Maritime Directorate, Det Norske Veritas, Bureau Veritas, Lloyds Register of Shipping, Germanischer LLoyds, American Bureau of Shipping, NORSOK and/or other class society requirements upon request.

Before products are shipped they are subject to a load test, inspection and/or performance check.

ask for product

"Designed to withstand heavy loads and large fleet angles combined with high wear resitance, makes Gleipnir Heavy Duty sheaves the obvious choice for: Boom tips, Knuckle Jib Offshore Cranes, Heavy duty winches, Fairleads and other highly demanding applications."
Standard specifications:
  • Design temperature -20 °C
  • 100% material traceability
  • Offshore / marine surface conservation. RAL 9010
  • Sheave equipped with spherical roller bearings
  • High wear resistance
  • Fleet angles up to 7.5°
  • Stainless bearing bushing
Design in accordance with: 
  • Machine directive 2006/42/EC and the latest amendments
  • Norske Sjøfartsdirektoratet
  • Det Norske Veritas/ Germanischer Lloyd-  DNV•GL
  • Bureau Veritas  
  • Lloyd’s Register of Shipping
  • American Bureau of Shipping
  • Norsok R-CR-002


ask for product


Wire size to be specified by customer

  • Maximum wire pull
  • Other designs / loads available upon request.
  • Additional charges if third party verification is required
Contact Gleipnir AS for the sheaves limitations