Din En 13155: Pdf Exclusive New!

The standard applies to a comprehensive range of non-fixed (i.e., detachable) load lifting attachments. According to EN 13155:2020, this explicitly includes the following types of equipment:

Lifting mechanisms must feature safety devices that prevent the load from slipping or dropping. For instance:

In conclusion, DIN EN 13155 is a critical standard for the crane and hoist industry, ensuring that equipment meets the necessary safety and performance requirements. Compliance with the standard is essential for manufacturers, suppliers, and users of cranes and hoists in the European market. By accessing the DIN EN 13155 PDF exclusively, individuals and organizations can gain a comprehensive understanding of the standard and its requirements, ultimately contributing to a safer and more efficient working environment.

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Deadweight of the attachment itself (crucial for crane operators to calculate total hoist capacity) Required Documentation din en 13155 pdf exclusive

Clamps relying on friction must maintain a specific clamping force ratio relative to the weight of the load, often incorporating a safety factor of 2:1 against slipping. Environmental Limits

(modular, fixed, or telescopic) C-hooks (often used for lifting paper or steel coils) Lifting forks (pallet lifters used with cranes) Clamps (plate clamps, beam clamps, and rail clamps) Vacuum lifters (self-priming or powered vacuum systems)

The primary goal of this standard is to prevent accidents such as falling loads or mechanical failure. To achieve this, it mandates rigorous verification methods:

The standard does not end with the manufacturer; it also imposes duties on the end user. The standard applies to a comprehensive range of

Using an attachment that does not comply with the current standard is a liability risk. In the event of an accident, failure to comply can be used as evidence of negligence, leading to heavy fines, civil lawsuits, and even criminal charges.

The primary purpose of DIN EN 13155 is to minimize risks during lifting operations, such as the accidental release of a load or structural failure of the attachment. The standard outlines explicit criteria for several critical design factors: 1. Mechanical Strength and Load Factor

Battery-powered magnets require an optical or acoustic warning device. This device monitors voltage drops. Permanent magnets must have a mechanical locking lever to prevent accidental release.

The standard sets high bars for mechanical integrity and operational safety: EN 13155:2020/FprA1 - Non-fixed load lifting attachments Compliance with the standard is essential for manufacturers,

Here is where the intrigue sets in. Standards like DIN EN 13155 are copyrighted intellectual property. They are produced by standards bodies (like DIN in Germany or CEN in Europe) and sold at a premium. A single official PDF can cost upwards of €150 to €300.

: Fatigue verification is generally required only if the device is intended for more than 16,000 to 20,000 duty cycles Operational Range

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A qualified expert must conduct a thorough annual inspection (frequently called UVV inspection in German-speaking regions).