Ladders & scaffolding

Frequently asked questions — Ladders & scaffolding

• How do I choose between a ladder and scaffolding for my work at height?

  The choice is based on an analysis of the site configuration, the required working height and the frequency of use. For preventive maintenance needs or regular access to technical zones, the selection is made by comparing the maximum permissible load, the extended length and the stability on the ground. The equipment offered by TUBESCA, TELESTEPS, CENTAURE and NOVAP meets these specific constraints to guarantee the physical integrity of users and the long-term durability of the equipment.
• What are the regulatory requirements for ladders?

  All ladders in our catalogue must comply with the EN 131 standard. This standard constitutes the essential reference point regarding the minimum requirements for design, testing and marking. This regulatory framework ensures compliant use of the equipment. It is imperative to verify that the selected equipment strictly meets these criteria before any commissioning on a building site or in an industrial environment.
• Do additional items of equipment need to be planned for the assembly of scaffolding?

  Yes, the installation of scaffolding often requires the integration of handling and lifting solutions for the secure transfer of modular elements on site. The use of textile slings, compliant with the EN 1492 standard, is frequently recommended for this operation. Furthermore, it is advisable to secure the immediate working environment with associated equipment relating to electrical supply and site lighting in order to optimise the operating conditions.
• How should the choice of equipment be adapted to outdoor conditions?

  For outdoor operations, it is essential to prioritise robust solutions treated against corrosion. The match between the chosen equipment, such as structures from brands like TUBESCA or CENTAURE, and the specific constraints of the operating site is the decisive factor. This preliminary analysis helps to prevent risks linked to the environment and ensures the longevity of the equipment in the face of climatic conditions or corrosion constraints inherent to outdoor use.