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Climbing Systems
Climbing Systems

Climbing systems are innovative solutions designed to facilitate the safe and efficient vertical movement of workers and materials on construction sites, particularly in high-rise or complex building projects. These systems are typically used for formwork, scaffolding, or other heavy-duty operations that require safe access to elevated areas.

Climbing formwork systems, for example, are often equipped with hydraulic or mechanical elements that allow the formwork to “climb” up the structure as the concrete work progresses, providing stability and reducing the need for external scaffolding. This not only enhances safety but also increases productivity by allowing continuous operation at different levels of the construction.

These systems are designed for easy assembly and dismantling, and are often custom-built to meet the specific needs of a project, whether it’s for a tower, bridge, or other large-scale structure. Key benefits include increased safety, cost-efficiency, and reduced labor costs, making them a vital component in modern construction projects.

In addition, climbing systems are often adaptable to various types of formwork, including wall, slab, and column forms, ensuring flexibility across different types of builds.

Climbing systems are innovative solutions designed to facilitate the safe and efficient vertical movement of workers and materials on construction sites, particularly in high-rise or complex building projects. These systems are typically used for formwork, scaffolding, or other heavy-duty operations that require safe access to elevated areas.

Climbing formwork systems, for example, are often equipped with hydraulic or mechanical elements that allow the formwork to “climb” up the structure as the concrete work progresses, providing stability and reducing the need for external scaffolding. This not only enhances safety but also increases productivity by allowing continuous operation at different levels of the construction.

These systems are designed for easy assembly and dismantling, and are often custom-built to meet the specific needs of a project, whether it’s for a tower, bridge, or other large-scale structure. Key benefits include increased safety, cost-efficiency, and reduced labor costs, making them a vital component in modern construction projects.

In addition, climbing systems are often adaptable to various types of formwork, including wall, slab, and column forms, ensuring flexibility across different types of builds.

CLIMBING FORMWORK JB-240

The single sided Climbing Formwork JB-240 has a built-in retractable rail that moves the wall form panel 650 mm back from concrete surface, for cleaning the panels and preparing for the next concrete pour.

Retractable rail consists of a rack and pinion device for sliding the wall form panel backwards, while rolling mechanism keeps rail in line and insures easy operation.

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step1
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Step 1
Positioned wall form panel with pilot anchor attached supported by wall braces. Proceed with first concrete pour.
Step 2
After concrete reaches required strength, remove wall form. Attach pedestal support bracket and place jumpform brackets JB-240 on it. Install pilot anchor on wall form panel Proceed with second concrete pour.
Step 3
After concrete reaches required strength, retract wall form panel and attach pedestal support bracket.
Step 4
Lift Climbing Formwork JB-240 with crane, to next section. CAUTION Safe working load of lifting eye is 1900 kg (4200 lbs).
Step 5
Place Jumpform Bracket JB-240 on pedestal support bracket and lock in position with safety bolt. Install tension cable to secure climbing wall form before workers are allowed to use platform areas. Place re-bar and prepare plywood surface for next concrete pour.
Step 6
Move wall form panel forward with pilot anchor in place and proceed with concrete pour. Continue following Step 3.
CLIMBING PLATFORM

With Mounted Formwork

Max. formwork height: 5.4m
Max. load capacity of platform according to scaffolding group 2 (150 kg/m²)

With Mounted and Supported Formwork

Max. formwork height: 3.3m
Max. load capacity of both platforms according to scaffolding group 2 (150 kg/m²)

Please observe the following:

Max. wind speed: 50km/h
Platforms are to be safeguarded against lifting by wind forces (for example with belt)
Push and pull prop should be mounted for each bracket with interval of 1.5m.

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