The standard is built upon several critical engineering concepts designed to prevent failures and ensure safe operation. 1. Proof of Competence (Load and Resistance)

Thus, ensure that the you are using carries the latest date: EN 13001-1:2015 + A1:2018 .

is the foundational document of the European standard for the design of cranes. It is produced by CEN (European Committee for Standardization) and provides the high-level engineering principles required to prevent mechanical hazards in lifting equipment.

Buckling or bulging of structural elements.

To set the criteria for designing, calculating, and testing cranes to ensure structural integrity.

: Theoretical verification that the design meets safety standards.

Unlike older standards that heavily relied on allowable stress design (ASD), utilizes the limit state method . This approach classifies loads and resistances separately, applying safety factors to both, which often leads to a more refined and optimized design. 3. Proof of Competence

EN 13001-1 is the foundation, but it is supported by other parts that cover specific aspects of crane design: General Principles and Requirements EN 13001-2: Load Actions