The SCS Climbing System is predominantly used for single-sided applications, i.e. with non-tied wall formwork. The loads resulting from the fresh concrete pressure are thereby transferred via the brackets into the previous concreting section by climbing anchors. Typical areas of applications for the SCS Climbing System are dams, locks, cooling towers, bunkers and strongroom vaults, pier heads and tunnels. With very few additional components, the brackets are also suitable for forming with anchored wall formwork.
Large, craneable climbing units
due to the particularly high load-bearing capacity of the brackets with good utilization of the anchoring
Material-optimized solution
with the same formwork and components for the starter and subsequent standard cycles
Safe, horizontal working areas
through inclinable platforms which can easily be adapted to suit inclined structural elements
Cost-effective also for two-sided applications
through a minimum of additional components for a high level of material utilization and reduced logistical requirements
SCS 190
The Bracket SCS 190 has a width of 1.90 m and requires only a minimum of space as well as being a more cost-effective alternative. The formwork is simply tilted when striking.
SCS 250
The SCS 250 has a width of 2.50 m and is equipped with a formwork carriage. With this, the wall formwork can be retracted up to 79 cm (valid for MAXIMO and TRIO) or up to 63 cm (valid for VARIO GT 24) without requiring a crane. This provides sufficient space for the reinforcement work, assembly of the scaffold anchoring as well shuttering and striking of box outs.
SCS Starter Brace Frame
For the first casting segment, a starter brace frame is used while diagonal anchoring transfers the loads into the bottom slab.
The SCS Starter Brace Frame is designed in such a way that the strongback, spindle and formwork can also be used in the next casting segments with the climbing bracket.
SCS two-sided application
With only a minimum of additional components, the SCS Climbing Bracket can also be used for anchored wall formwork up to 6.00 m high. This ensures increased material utilization of the system components and thus enhanced cost-effectiveness of the investment.
