Din En - 13155 Pdf !!install!!

The DIN EN 13155 standard is a critical European safety regulation specifically designed for non-fixed load lifting attachments. Often referred to as "below-the-hook" equipment, these are detachable tools used with cranes, hoists, and manually controlled manipulating devices to secure a load during transport.

Finding a DIN EN 13155 PDF is essential for engineers, safety officers, and manufacturers to ensure that lifting beams, magnets, and clamps meet the stringent mechanical and functional safety requirements mandated by the EU Machinery Directive. Scope of DIN EN 13155

The standard covers a wide range of specialized lifting accessories that are not permanently attached to the crane. These include:

You're looking for information on the DIN EN 13155 standard. Here's what I found:

What is DIN EN 13155?

DIN EN 13155 is a European standard that defines the requirements for the design, testing, and marking of permanently installed lifting equipment, such as cranes, hoists, and winches. The standard is titled "Cranes - Safety - Loads and load combination factors" and is also known as "EN 13155:2009".

Scope of the standard

The standard applies to the design and construction of lifting equipment that is permanently installed, including:

Cranes (overhead, gantry, and tower cranes)
Hoists (electric, manual, and pneumatic)
Winches
Lifting appliances

The standard covers the following aspects:

Load calculations and load combinations
Safety factors
Structural design and testing
Control and monitoring systems
Protection against accidents and injuries

Key aspects of DIN EN 13155

Some key aspects of the standard include:

Load combinations: The standard defines various load combinations that must be considered in the design of lifting equipment, such as dead loads, live loads, wind loads, and seismic loads.
Safety factors: The standard specifies safety factors for different types of loads and load combinations to ensure that the equipment can withstand various stresses and strains.
Structural design: The standard provides guidelines for the structural design of lifting equipment, including materials, fabrication, and testing.
Control and monitoring systems: The standard requires that lifting equipment be equipped with control and monitoring systems to prevent accidents and ensure safe operation.

Benefits of DIN EN 13155

The standard provides several benefits, including:

Improved safety: By ensuring that lifting equipment is designed and constructed to withstand various loads and stresses, the standard helps to reduce the risk of accidents and injuries.
Increased efficiency: The standard promotes the use of efficient and reliable lifting equipment, which can help to reduce costs and improve productivity.
Compliance with regulations: The standard helps manufacturers and users of lifting equipment to comply with relevant regulations and directives.

Where to find the PDF

You can find the PDF version of DIN EN 13155:2009 on various online platforms, such as:

DIN (German Institute for Standardization) website: You can purchase the standard from the DIN website.
CEN (European Committee for Standardization) website: You can also find the standard on the CEN website.
ISO (International Organization for Standardization) website: The standard is also available on the ISO website.

Please note that you may need to create an account or purchase the standard to access the PDF version.

Understanding DIN EN 13155: The Essential Guide to Lifting Attachment Safety

If you are involved in crane operations, manufacturing, or site safety, you have likely come across the term DIN EN 13155. This European standard is the bedrock for ensuring that "non-fixed load lifting attachments"—those essential tools that hang between your crane hook and your load—are safe, reliable, and compliant. din en 13155 pdf

Whether you are looking for a DIN EN 13155 PDF for reference or just need a clear summary of the latest updates, this post breaks down everything you need to know about the 2025 version. What is DIN EN 13155?

DIN EN 13155 (specifically the latest update, DIN EN 13155:2020+A1:2025) defines the safety requirements and verification methods for detachable lifting attachments. Unlike the crane itself, these are the "loose" tools used to grip or support a load. Key Equipment Covered:

The standard applies to a wide variety of attachments, including: Plate clamps and other friction-based grippers. Vacuum lifters (both self-priming and pump-fed).

Lifting magnets (electric, permanent, and electro-permanent). Lifting beams and spreaders. C-hooks, lifting forks, and specialized clamps. Lifting insert systems for normal-weight concrete. Critical Safety Requirements

The primary goal of the standard is to prevent mechanical failure and accidental load release. It mandates rigorous testing protocols:

Static Strength: For standard applications (up to 16,000 duty cycles), attachments must be able to hold 2x their Working Load Limit (WLL) without permanent deformation.

Ultimate Strength: To prevent catastrophic failure, they must not drop a load even when permanently deformed at 3x their WLL.

Fatigue Strength: For equipment used more than 16,000 times, the design must account for long-term wear and stress, similar to crane design standards like EN 13001-2. Recent Updates in the 2025 Version

The latest amendment, A1:2025, introduced several important clarifications for manufacturers and inspectors:

Dual Verification Routes: It clarifies two distinct paths for proving safety—either by calculation and test or by test only.

Updated References: The standard now aligns with the newest versions of EN 13001-2:2021 for general crane safety.

Corrected Test Regimes: It rectifies previous errors in the verification methods, particularly regarding the sliding scale of test loads for mechanical strength. What’s Missing? (Exclusions)

It is important to note that DIN EN 13155 does not cover everything. You will need to look elsewhere for:

In the high-stakes world of heavy industry, DIN EN 13155 is the silent guardian of safety for "non-fixed load lifting attachments". These are the detachable tools—like plate clamps

, vacuum lifters, and lifting magnets—that bridge the gap between a crane’s hook and a massive load.

Here is a story of how this technical PDF once saved a massive project from a disastrous failure. The Midnight Audit at IronForge

The IronForge shipyard was three days away from its biggest milestone: lifting the 40-tonne reactor housing for a new green-energy plant. Elias, the Lead Safety Engineer, sat in his dimly lit office staring at a freshly downloaded document: DIN EN 13155:2020 PDF The DIN EN 13155 standard is a critical

He wasn't just reading for fun. A new set of custom-made C-hooks and lifting beams had just arrived from a sub-contractor, and something felt off. 1. The Discovery of the "Three-Fold" Rule Elias flipped to Clause 5.1.1

. He knew the standard required lifting attachments to withstand a static load of three times

their Working Load Limit (WLL) without releasing the load, even if they permanently deformed.

The subcontractor’s certificates claimed the hooks were "safe," but they only mentioned a test at 1.5x WLL. According to the DIN EN 13155 checklist , that wasn't enough to meet the yielded condition requirements. 2. The Vacuum Lifter Crisis

By 2:00 AM, Elias was at the docks, inspecting the vacuum lifters destined for the reactor’s glass control panels. He remembered a specific note in the PDF about vacuum lifters

: they must include a device to compensate for any pressure drop and provide an automatic warning signal. He tested the backup pump.

The secondary safety system, a requirement Elias had just verified in the standard, was dead. Without that PDF, he might have overlooked the lack of a "two-action control" for releasing the load, a critical safety feature for non-self-closing clamps. 3. The Stand-Off

The next morning, the Project Manager was furious. "We're losing $50,000 an hour! Use the hooks!" Elias didn't argue; he simply opened the DIN EN 13155 standard on his tablet and pointed to the CE marking requirements Technical File

mandate. He explained that without proof of static strength and fatigue verification for attachments designed for over 20,000 cycles, the entire lift was illegal under the EU Machinery Directive 2006/42/EC 4. The Resolution

The lift was delayed for 48 hours while the subcontractor rushed a compliant set of lifting beams and magnets that met the 2 x WLL elastic condition SIST EN 13155:2021/oprA1:2023 | iTeh Standards 1 Mar 2023 —

In the world of material handling, safety isn't just a priority—it’s the foundation of every operation. If your business uses cranes or hoists with attachments like magnets, vacuum lifters, or lifting beams, you need to be intimately familiar with DIN EN 13155

This European standard ensures that "non-fixed" lifting attachments are designed and tested to prevent catastrophic failures. What is DIN EN 13155? Formally titled Cranes – Safety – Non-fixed load lifting attachments

, this standard applies to equipment that can be fitted to or removed from a crane hook by the operator. Unlike permanent crane components, these tools are often swapped out depending on the job.

The standard covers a wide range of common equipment, including: Plate Clamps: For gripping and lifting steel plates. Vacuum Lifters: Both self-priming and pump-operated. Lifting Magnets: Electric, permanent, and electro-permanent models. Lifting Beams & C-Hooks: Critical for balancing and handling large loads. Lifting Forks & Clamps: Common in warehouses and construction sites. Key Updates in the 2020 Edition

The standard was significantly updated (and further amended in 2025) to refine how these tools are verified for safety. The latest versions emphasize two distinct verification paths: Verification by Calculation and Test:

Combining engineering math with physical trials to ensure mechanical strength. Verification by Test Only:

A more rigorous physical testing regime requiring the equipment to withstand 2x its Working Load Limit (WLL) without permanent deformation. Why Compliance Matters Using equipment that adheres to DIN EN 13155 The standard covers the following aspects:

isn't just about ticking a legal box; it's about protecting your team. The standard requires manufacturers to provide: Clear Marking: Every attachment must display its WLL and own weight. Detailed Instruction Manuals:

Ensuring operators know how to use the tool without exceeding its limits. Inspection Guidelines:

Helping maintenance teams identify wear and tear before it leads to an accident. How to Get Started

If you are manufacturing or purchasing lifting accessories, ensure you are referencing the most recent version, such as the DIN EN 13155:2022 or the latest 2025 amendments for the highest safety compliance. specific audience , such as crane operators or procurement managers? SIST EN 13155:2021/oprA1:2023 - iTeh Standards

How to Legally Obtain a DIN EN 13155 PDF

As of 2026, you cannot legally download this standard for free from generic document-sharing sites. However, you can access it through the following official channels:

Tip: If you only need to consult a single clause (e.g., safety factors for beam calculation), check if your local technical university library or standard association offers a reading room access or a reduced-cost "single-user" PDF.

Introduction

In the world of industrial lifting and material handling, safety is not just a priority—it is a legal and moral obligation. Every year, accidents caused by faulty lifting gear, overloaded cranes, or improperly attached loads result in severe injuries, fatalities, and millions of euros in damages. To mitigate these risks, engineers and safety professionals rely on a set of harmonized European standards. Among the most critical is DIN EN 13155.

If you have searched for the term "DIN EN 13155 PDF" , you are likely an engineer, a procurement manager, a safety officer, or a student looking for the official documentation that governs the design, calculation, testing, and safe use of non-fixed load lifting attachments.

This article serves as a comprehensive resource. We will explain what DIN EN 13155 is, why obtaining the official PDF is essential, where to legally find it, and how to interpret its key clauses.

What is DIN EN 13155?

DIN EN 13155:2009 + A2:2009 (or later amendments) is the German adoption of the European standard EN 13155, titled: "Cranes — Safety — Non-fixed load lifting attachments."

The "DIN" prefix signifies that this standard has been adopted by the Deutsches Institut für Normung (German Institute for Standardization). It supersedes older national standards like DIN 15400 and DIN 15401.

In simple terms, this standard applies to any device placed between the crane hook and the load that is not permanently fixed to the crane structure. This includes:

Lifting beams and spreader beams
C-hooks (used in steel coils)
Plate clamps and lifting tongs
Magnetic lifting devices (electro and permanent)
Vacuum lifters
Hydraulic and mechanical grabs
Pallet forks (when used with cranes)
Self-locking and self-closing lifting attachments

What it does NOT cover: Standard slings (chains, ropes, textile slings), which are covered under EN 818 and EN 1492, and fixed crane components like the hook block.

5. Information for Use (Marking and Manual) (Clause 8)

Each attachment must be permanently marked with:

Manufacturer's name
WLL (Working Load Limit) in kg or t
Identification number
CE mark

The manual must include instructions for inspection intervals (daily visual, annual thorough).

4. Manufacturing and Testing (Clause 7)

Every lifting attachment must undergo:

Visual inspection of welds (often requiring level B or C in accordance with EN ISO 5817).
Load test – typically 1.25 times the Working Load Limit (WLL) for proof testing.
No permanent deformation after test.