Ladders: Which Regulations They Must Comply With and Buying Guide

Choosing the Perfect Ladder: Types and Their Uses

Ladders are essential tools for reaching elevated positions safely and efficiently. There are different types of ladders, each suited for specific uses. Domestic ladders are lightweight and easy to store, perfect for home use. Industrial ladders are sturdy and stable, designed for demanding environments like factories and construction sites. There are also specialized ladders for electrical towers or firefighting. Telescopic or folding ladders offer height adjustments and ease of transport. With a wide variety available, ladders adapt to different access situations.

Double Ladder:
This is the most practical and simple solution to use. Without complex structures, it features two sections, sometimes both with rungs for climbing and descending. This type of ladder can be used both indoors and outdoors.

Extension Ladder:
These are professional-use ladders, particularly suited for intensive use. They have thicker uprights to reduce flexing. They consist of two or more sections that can be extended (slid out) one over the other to increase the total length of the ladder.

Tower Ladder:
Used in professional and demanding environments, it ensures maximum safety even in heavy-duty work. It provides comfort and stability for the worker thanks to stabilizers, support bars, and walkable platforms.

Multi-Level Ladder:
Designed to provide safe access to different heights, with multiple levels or sections that can be adjusted in height. These ladders are commonly used in construction, maintenance, and other activities requiring work at various heights.

Bridge Ladder:
Designed to overcome obstacles and provide safe access to elevated points. It features a structure with a horizontal platform (the "bridge") between two inclined sections with rungs or steps.

Platform Ladder:
Designed to provide a stable and safe working platform at a fixed height. These ladders are commonly used in industrial, maintenance, and construction contexts where working safely at elevated heights for extended periods is necessary.

Features to Consider When Choosing a Ladder

When selecting a ladder, there are several important features to consider. First, the load capacity of the ladder is essential to ensure it can safely support the required weight. Stability is another crucial feature: the ladder should have a solid structure and non-slip feet to ensure a stable base during use. The size and height of the ladder should be suitable for the environment where it will be used, allowing safe access to desired areas. Additionally, the ladder material is important: aluminum ladders are lightweight and easy to transport, while steel ladders offer greater strength and durability. Finally, also consider ease of storage and portability, especially if it is a folding or telescopic ladder. By considering these features, you can choose a ladder that meets your access needs safely and efficiently.

In summary, the main features are:

• Maximum load
• Maximum height
• Support points and stability
• Material for indoor and/or outdoor use
• Shape
• Stability
• Ease of storage and portability (for folding or telescopic ladders)

Ladder Regulations

The use of ladders is regulated by Legislative Decree 81/08, which must be mandatorily complied with to use the ladder in question. In addition to this decree, there are technical standards that regulate specific uses. In particular:

• UNI EN 131-1 regulates ladder types, terms, and functional dimensions
• UNI EN 131-2 regulates requirements, tests, and marking
• UNI EN 131-3 regulates marking and user instructions
• UNI EN 131-4 regulates multi-position ladders with hinges
• UNI EN 131-6 regulates telescopic ladders
• UNI EN 131-7 regulates mobile ladders with platforms
• UNI EN 14183 regulates step stools
• UNI 10401 regulates portable leaning and interlocking ladders for industrial use
• UNI EN 1147 regulates portable ladders for firefighting services

Ladder Safety Information

The main causes of ladder accidents are primarily:

• Loss of ladder stability. This can be caused by incorrect positioning on the ladder, the ladder slipping away from the wall or falling sideways, lack of non-slip feet, ground conditions, wind or rain, and choosing a ladder unsuitable for the intended use.
• Handling, such as incorrect assembly and disassembly, carrying objects on the ladder, and moving the ladder.
• Slipping, tripping, or falling of the user. These can be caused by improper footwear, dirty steps, unsafe actions like climbing multiple steps at once.
• Ladder failure due to overloading, improperly installed uprights, or wear.
• Electrical hazards, such as use in live areas and choosing a ladder unsuitable for this type of work.

WARNING!
For leaning ladders, the UNI EN131 standard prohibits placing feet above the last 3 steps.

WARNING!
For leaning ladders, the UNI EN131 standard prohibits placing feet above the last 3 steps.

WARNING!
For leaning ladders, the UNI EN131 standard prohibits placing feet above the last 3 steps.