In the world of material handling and lifting equipment, safety and efficiency are of paramount importance. To ensure that cranes and hoists meet the highest standards of performance, reliability, and safety, the European Union has established a comprehensive set of guidelines and regulations. One such critical standard is DIN EN 13155, which specifically focuses on the safety requirements for cranes and hoists. This article aims to provide an in-depth look at DIN EN 13155, its significance, and how to access the DIN EN 13155 PDF exclusively.
Specialized hazards from explosives, radioactive elements, or molten metal.
The dead weight of the attachment itself (crucial for calculating total crane capacity) The year of manufacture Accompanying Documentation
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: Structural assemblies engineered to distribute the weight of expansive loads.
In Europe and many global markets, is the definitive harmonized standard governing the design, testing, and safety requirements for these attachments. What is DIN EN 13155?
The following hazards addressed by the standard: In the world of material handling and lifting
Attachments must be designed to withstand all forces, including inertia forces, during normal operation. The standard defines specific design factors for different types of equipment, ensuring a high safety margin against failure. 2. Control Systems
DIN EN 13155 is the German implementation of the European standard EN 13155 ( Cranes - Safety - Non-fixed load lifting attachments ). It specifies safety requirements for non-fixed load lifting attachments intended for use with cranes, hoists, and other lifting machinery. Key Definitions
The prototype is subjected to a load higher than its WLL (often 1.5 to 2 times WLL) to verify structural integrity without permanent deformation. This article aims to provide an in-depth look
Handling of hot molten masses, radiating materials, or explosives.
To maintain compliance, your site supervisors should follow these daily checks: Inspect for visible cracks or deformation in the metal. Check that all safety latches and locking pins move freely. Test vacuum seals for any signs of dry rotting or tearing. Verify that the WLL plate is legible and securely attached. Conclusion
Every certified tool must carry a durable type plate containing: Manufacturer name and address CE / UKCA mark Serial number and year of construction Dead weight of the attachment Maximum Working Load Limit (WLL) Industry Application Matrix Attachment Type Key Risk Element DIN EN 13155 Mandatory Safeguard Spreader Beams Structural buckling under load High safety factor against yield strength Sheet Clamps Low friction leading to slip Minimum clamping force ratio relative to weight Battery Magnets Power supply termination Secondary mechanical lock or warning indicator Vacuum Grippers Porous materials losing seal Pressure drop sensor and volumetric tank reserve