Not all cranes are used the same way. EN 13001-1 requires classification based on: How heavy the loads are, on average. Number of Cycles: How often the crane is used.
specifies general principles, requirements, and safety-related provisions for the structural design of cranes. It is the first part of the EN 13001 series, replacing the older FEM and DIN standards (e.g., DIN 15018) and aligning with the Machinery Directive 2006/42/EC.
EN 13001-1 represents the modern, rigorous standard for crane design in Europe. By emphasizing calculated proof of competence, load factor management, and fatigue classification, it ensures higher safety standards for both manufacturers and users.
: Provides specific clauses to reduce or eliminate risks such as:
The standard is applicable to all professionals whose work involves crane design and safety verification, including mechanical design engineers, structural engineers, quality assurance managers, safety and compliance officers, manufacturers and OEMs, equipment inspectors and certification bodies, consultants in lifting operations, and engineering students. Anyone responsible for ensuring that a crane manufactured after the standard's approval date meets EU health and safety requirements needs this document. en 13001-1 pdf
Unlike older national standards like DIN 15018, EN 13001 uses a modern for calculations. This approach considers the probabilistic nature of loads and uses dynamic factors to account for transient effects like inertial forces during hoisting or slewing. Go to product viewer dialog for this item.
Comprehensive Guide to EN 13001-1: General Principles and Requirements for Crane Design
Working with an up-to-date, official (such as the 2015 version amended in 2020) is essential for several reasons:
The primary goal of EN 13001-1 is to prevent mechanical hazards through design and theoretical verification. It focuses on eliminating risks associated with: iTeh Standards Instability Not all cranes are used the same way
The Serviceability Limit State ensures the crane performs optimally during everyday operations. It prevents issues that do not break the crane but impair its function, such as:
: Although less common in new designs, this is still permitted as a special case within the standard. Proof Calculation
The most significant feature introduced in the EN 13001 series is the shift from the traditional to the Limit State Design (LSD) method. 1. Proof of Competence
These factors provide a margin of safety, ensuring that even if a load is slightly higher than expected, the crane remains safe. By emphasizing calculated proof of competence, load factor
BS EN 13001-1:2015 - TC Tracked Changes. Cranes. General design General principles and requirements
: Limit states and proof of competence for steel structures .
Ensures the crane does not experience excessive deflections, vibrations, or deformations that impair daily operations. Classification of Crane Duties
To prevent misinterpretation, the standard establishes strict definitions for terminology like "limit state," "risk element," and "competent person." It also provides a comprehensive table of mathematical symbols used in subsequent formulas. 3. Safety Requirements and Protective Measures
The official PDF is a copyrighted document and must be purchased from a national standards body or an authorized reseller. The table below lists the main official sources.