Exceeding material strength limits (yield, ultimate, and fatigue). Elastic instability (buckling and bulging). Excessive deformations or temperature limits.
Expect to pay between $120 and $250 USD for the official PDF (watermarked for your license).
: The standard introduces parameters for classifying cranes based on their intended use, load cycles, and stress histories to ensure they are designed appropriately for their lifecycle. E3S Web of Conferences Structure and Usage
Historically, crane design across Europe was governed by a patchwork of national rules, such as Germany’s DIN or the UK’s BS, alongside the older FEM (Fédération Européenne de la Manutention) guidelines. EN 13001-1 represents a paradigm shift from prescriptive rules to a modern, limit-state design philosophy. Unlike its predecessor, EN 1999 (which was often specific to certain materials), EN 13001-1 integrates a holistic approach to structural integrity. It defines how to verify strength, stability, and fatigue using partial safety factors. The standard establishes three primary failure categories to check against: loss of static strength (plastic collapse), loss of stability (buckling), and fatigue failure. Without direct access to the PDF containing the exact formulas and coefficient tables, an engineer cannot legally certify a crane for the European market under the Machinery Directive 2006/42/EC.
