
High torsional rigidity
High torsional rigidity
EKDE suspension cranes with box-section girders
EKDE suspension cranes with box-section girders
Overhead handling – for loads weighing up to 16 tonnes
Our EKDE suspension cranes are mainly characterised by high torsional rigidity thanks to their welded box-section design. The cranes run on tracks that are simply attached to the existing roof structure – columns to support the crane runway are not needed. This design saves time and money. And it saves space, leaving your entire workshop area available for production. Further benefits?
- Computer-optimised box-section profile used for the crane girder for optimum load distribution
- Specific sections of the workshop can be served
- Lateral overhangs to extend the cross-travel path beyond the runway span
- Loads can be handled immediately adjacent to the building wall by means of girder ends tailored to your application requirements
- Engineering tolerances for minimum wear
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Product information
The benefits at a glance
High stability and design rigidity
- Crane girder made of torsionally rigid, enclosed box-section profile with reinforced connection (welded diaphragm plates)
- Engineering tolerances in the crane girder connection area
- Optimum travel characteristics with minimum wear of crane runway and travel wheels
- Travel wheels of highly wear-resistant GGG 70 spheroidal-graphite cast iron with self-lubricating properties
- Optimum anti-corrosion protection of all parts thanks to pre-treatment of steel components to industry standard
Efficient handling
- Crab of low-headroom design with DR rope hoist offering particularly favourable hook approach dimensions to serve the largest possible area
- Power supply to the crab by means of highly flexible flat cable with protective earth conductor
- Control pendant suspended for separate travel on the crane girder.
Individual configuration
- Optimum adaptation of the crane girder to the building design thanks to computer-optimised box-section profile
- Optional radio control with proportional pushbuttons