Description

Highly Cost Effective:

• Low Deadweight Reduces Investment Layout – Crane Girders Made Of Computer-Optimised Box Sections
• Connections Between The Main Girder And End Carriages Manufactured To Mechanical Engineering Tolerances For Minimum Wear
• Increased Efficiency Thanks To Dr Rope Hoist With Extended Service Life Due To Demag 2M+ Classification (1,900 Hours Of Service At Full Load)
• Favourable Travel Characteristics And Minimum Wear Of The Crane Runway And Travel Wheels Thanks To Low-Maintenance Drives
• Travel Wheels Of Highly Wear-Resistant Ggg 70 Spheroidal-Graphite Cast Iron With Self-Lubricating Properties
• Reduced Construction And Operating Costs Thanks To Optimised Designs

Strong Performance:

• Particularly High Performance Thanks To Double-Girder Design For High Long And Cross-Travel Speeds
• Optimum Utilisation Of The Available Height And Space Thanks To Compact Travelling Hoist Design (Minimum Approach Dimensions And Large Hook Path)
• Particularly High Lifting Height, As The Load Hook Can Be Raised Between The Two Crane Girders
• End Carriages Of Torsionally Rigid, Welded Box-Section Design
• Power Supply To The Crab By Means Of Highly Flexible Flat Cable With Protective Earth Conductor
• Reliable Monitoring And Preventive Maintenance Thanks To Can Bus Technology To Meet Tomorrow'S Demands For High Data Transmission Reliability (Category 3 To Din/En 954)
• Control Pendant Suspended For Separate Travel On The Crane Girder With Display For Installation Monitoring

Technical Specification :