Din En 13155 Pdf Exclusive Instant

Self-priming and non-self-priming vacuum lifters, as well as permanent, electric, and electro-permanent lifting magnets. Structural Elements: Lifting beams and spreader bars.

Equipment intended for high-cycle environments must undergo fatigue analysis to prevent structural failure over its intended lifespan. Load Retention Criteria

(officially adopted as DIN EN 13155:2022-03 in Germany, aligning with European standard EN 13155:2020+A1:2025) specifies the safety requirements for non-fixed load lifting attachments for cranes. din en 13155 pdf exclusive

The standard demands stringent safety, including static strength (2 x WLL) and, for certain types, fatigue strength calculations. Compliance can be verified through, among other methods, a "test-only" method requiring capacity for 3 x WLL. Purchasing the Document

EN 13155 calls for a load enhancement factor of on the applied loading to account for dynamic effects during lifting and static testing. This factor ensures that attachments have a sufficient safety margin under real‑world operating conditions. Self-priming and non-self-priming vacuum lifters, as well as

The structural design must ensure that the attachment remains stable when loaded. The standard dictates maximum permissible tilt angles to ensure the load does not shift unexpectedly during transit. The Importance of an Official PDF Document

— Each attachment must be permanently marked with the manufacturer’s name, the standard designation (DIN EN 13155), the rated capacity (WLL — Working Load Limit), and a unique serial number. Load Retention Criteria (officially adopted as DIN EN

Before a non-fixed lifting attachment can be certified and put into service, it must undergo a comprehensive verification process consisting of type testing and individual production testing. Type Testing (Prototype Verification)

DIN EN 13155 PDF Exclusive: The Ultimate Guide to Non-Fixed Load Lifting Attachments Safety