Study on the Design of Cantilever Crane in Wind Turbine

Gui Hong Geng; Sheng Wei Guo; Xu Jin Zhang

doi:10.4028/www.scientific.net/AMM.397-400.150

Paper Titles

A Study of High-Speed Angular Contact Ball Bearing Thermo-Mechanical Coupling Characteristics
p.131

Application of Extenics Theory to Accuracy Evaluation of Machining Center
p.135

A Primary Design of the General Scheme on Modular Vertical Lathe
p.140

The Research and Experimental Study of Fully Automatic CNC Grooving Machine
p.145

Study on the Design of Cantilever Crane in Wind Turbine
p.150

The Research and Development of Hydraulic Support Applied for Thin Coal Seam
p.154

Design and Manufacturing of Cylinder-Beam Integrated Hydraulic Press
p.157

Design and Optimization Based on the Spindle of Automatic Clamping Lathe
p.162

A New Redundant Device for Monitoring Mechanical Press Slider Second Fall
p.166

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 397-400Study on the Design of Cantilever Crane in Wind...

Study on the Design of Cantilever Crane in Wind Turbine

Abstract:

A small and light lifting equipment used to install and overhaul in wind turbine is introduced. Thereinto, load: 500 kg, lifting height: 70 m, lifting speed: 8-12 m/min, slewing radius: 2 m. The equipment and auxiliary materials are shipped to the cabin through the rotation of the crane jib. And the equipment can be also used to assembly plants in mechanical processing and transport materials in warehouse. According to the design and calculation of slewing arms structure, the equipment can meet the requirements of domestic 1.5 MW wind turbine.