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SCAFFOLDING SYSTEMS
TELESCOPIC PROP SYSTEMS
FORMWORK SYSTEMS
SPECIAL PRODUCTIONS

        Cup-lock Type Scaffolding is a system used as both high load carrier and face scaffolding. This is a scaffolding system having high endurance and safety values used in heavy laying and taller building constructions. Cup-lock Type  Scaffolding System

This is particularly used as below-beam carrier scaffolding.
Mounting and demounting is considerably easy.
Mounting and demounting is performed swiftly by only using a hammer.
This ensures a safe and swift joint.
Joint of vertical and horizontal components is carried out in an easy way without a need of any wedge or nut.
Height adjustment is convenient by means of upper and lower adjustment jacks.
There is no risk of missing any part since they are displaceable.

 
The system is comprised of upper and lower cup props and interconnection of forged headed horizontal components that prevent twisting of props. Cup props, which construct the system, are manufactured from 48x3 mm TSE Certificated industrial pipes of 50, 100, 150, 200, 250 and 300 cm in length at 100 cm cup intervals (50 cm according to load) as a standard.

The forged headed horizontal connections are manufactured from 48x2.5 mm TSE Certificated industrial pipes of 70, 100,120, 150, 200, 250, 300 cm in length as a standard. The cup connections on vertical props at 50 and 100 cm intervals prevent the twisting of scaffolding props and increase the load capacity.

Installation is started by using the lower adjustment shafts. Preliminary feet are placed on the lower adjustment shafts. After preliminary feet are connected with horizontal components, the vertical components are placed on them. There are cups and covers at 50 cm or 100 cm intervals on vertical components. The cups are made of 5 mm sheet and welded to the props.

Cup-lock Type  Scaffolding System  TEKNİK ÇİZİM There are movable covers on these cups that are manufactured as nodular cast iron and that enable horizontal components locked. The system is set by interconnecting the vertical components with horizontal components.

There are forged heads on both tips of the horizontal components. The horizontal components are fit into the cups, the covers are closed and locking is fulfilled by hammering. Finally, the installation is completed by placing upper adjustment shaft over the vertical components. Since the vertical and horizontal components construct a rigid frame, there is no need for diagonal connection. A twisting secured and safe installation of scaffolding with high load capacity is ensured since the vertical and horizontal components construct a rigid frame. For instance, when a prop having 50 cm cup intervals is connected with horizontal components on both sides, it is able to carry more than 6 tons of axial loads. The capacity of a prop having a 100 cm cup interval is 5 tons of loads. .

For Cup-lock type scaffolding systems, the axial spaces are fixed depending on the capacities of the main carriers (ridge) and the auxiliary carriers (grid) and on type of formwork as in the other carrier systems.


The parts are painted by dipping method in order to be resistant against wear out and deterioration. They are optionally galvanized as well. 
Special production is available apart from standard production.  





ENDURANCE
Each prop has a 6 ton load capacity (in case of connected with horizontal components on both sides).
This load capacity is varying depending on different scaffolding heights.
LIGHTNESS
This is lighter than the other scaffolding system in its class. All mounting and carrying process is carried out by hand.
SAFETY
Its stability against twisting force is considerably high due to its vertical and horizontal connection method.
SIMPLICITY
The installation of scaffolding is performed swiftly and easily by only two materials (vertical and horizontal components) without needing any other equipment except a hammer.

Props with 100 cm cup intervals

Props with 50 cm cup intervals

Horizontal connection components

CUP-LOCK SCAFFOLDING LOAD CAPACITY
Twisting Calculations are made according to (TS 648, DIN 4114) Technical Criteria.


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