Technical Data:
- Size: 200 x 50 x 10 cm
- Surface: with dark brown weather-resistant plywood plate, 21 mm thick
- With nonslip HEXA coating
- Load-bearing capacity: 750 kg / m²
- Foot placing: 45 x 45 mm
- Weight: 22 kg
The sleeve block functions as default component also for the Unitower and Varitower models. Each side can accommodate either square truss of 29cm or 40cm sides, or triangular truss of 29cm sides. A triangular truss of 40cm may also be connected by substituting the appropriate central support plate.
Fantek T-106 Tower Lift. This telescopic tower has been designed to lift heavy loads up to 6.50m height. This thomann allows the tower standing on the floor level, reaching enough illumination height. specifications: sections: 5, telescopics: 4, material: steel, max. height: 6.40m, min. height: 1.84m, max. load: 225kg, min. load: 25kg, footprint open: 2.50 x 2.50m, footprint closed: 0.46 x 0.46m, weight: thomann 98kg, certified to: CE, BGV-C1, winch: ALKO 901, optional truss adapter 292457 not included.
The support structures are made of light anodized aluminum alloy. Their main feature is the modularity that makes any type of configuration possible and therefore can satisfy every need. The union of the vertical structures is made possible thanks to the tested hooking system.
The support structures are made of light anodized aluminum alloy. Their main feature is the modularity that makes any type of configuration possible and therefore can satisfy every need. The union of the vertical structures is made possible thanks to the tested hooking system.
The support structures are made of light anodized aluminum alloy. Their main feature is the modularity that makes any type of configuration possible and therefore can satisfy every need. The union of the vertical structures is made possible thanks to the tested hooking system.
Layher systems represent the first choice in the creation of stages, stands and multimedia towers made in the most complex and extreme configurations, often in particularly difficult terrain. The extreme lightness, the reduced amount of material necessary for the realization of the structures and the speed of assembly and disassembly also represent in this case the main characteristics of these structures.