Self-Climbing System RCS MAX

Overview
The RCS MAX Rail Climbing System combines a modular hydraulic unit and drive rails to optimise climbing speed, safety and cycle times on concrete construction projects. The system is designed for integration with existing RCS components and supports simultaneous platform climbing to avoid open edges.

Modularity and compatibility
The RCS MAX Hydraulic Unit and RCS MAX Drive Rails can be added to existing RCS systems. Drive Rails are offered in two variants (RCS MAX C and RCS MAX CL) to accommodate different building heights and geometries.

How it works
Drive rails remain anchored to the wall while platforms move in defined increments. Vertical loads generated during concreting are transferred via a climbing shoe into the already hardened concrete section, enabling shorter concreting cycles. Hydraulic cylinders operate in full 750 mm increments with short fixed hoses to reduce pressure losses.

Benefits of the RCS MAX Drive Rails

• Faster concreting cycles by transferring vertical load into hardened concrete
• Automated, optimised climbing without additional adjustments
• Fewer cylinder cycles required to reach the next position

Benefits of the RCS MAX Hydraulic Unit

• Eliminates open building edges by enabling simultaneous climbing of multiple platforms
• Full control of the climbing sequence via a connected display
• Quick fault detection and diagnostics via light signals and display messages

Advantages for site operations
Combined, the hydraulic unit and drive rails improve on-site productivity and safety, reduce trip hazards and falling parts, and accelerate concreting cycles to save time and cost.

Technical specifications

• Product family: RCS MAX (modular rail climbing system)
• Modules: RCS MAX Hydraulic Unit; RCS MAX Drive Rails (variants C and CL)
• Platform movement increments: 750 mm
• Drive rails remain anchored to the wall during movement
• Vertical load transfer via climbing shoe into hardened concrete
• Climbing control: connected display with status messages
• Fault indication: light signals on hydraulic unit and display messages
• Operational benefit: simultaneous climbing of several platforms (no open edges)
• Objective: optimise climbing process, reduce cylinder cycles, accelerate concreting cycles