EN Standards Guide EN 397 EN 361 EN 795 & EN 353 ipmarketi

EN Standards Guide EN 397 EN 361 EN 795 & EN 353 ipmarketi

EN Standards Guide: What are EN 397, EN 361, EN 795, and EN 353 in Occupational Safety Equipment?

One of the most critical criteria to consider when choosing occupational safety equipment is that the products comply with international safety standards. Especially for work-at-height equipment, EN standards are among the most important technical criteria that directly affect the safety of workers.

Although there are many products on the market, equipment without EN certification can pose serious risks. For this reason, employers, site managers, and employees must know which standards the equipment they use possesses.

In this guide, we examine the most frequently used EN standards in work-at-height systems in detail.

What are EN Standards?

EN (European Norm) standards are technical safety regulations determined by the European Union. The production quality, strength, usage methods, and testing processes of occupational safety equipment are dictated by these standards.

If a product bears an EN standard code, it indicates that the product has successfully passed specific tests and meets the designated safety criteria. Especially in work-at-height equipment, EN standards are of vital importance.

What is EN 397? (Protective Helmet Standard)

EN 397 is the European standard specified for industrial protective safety helmets. This standard strictly tests:

• Shock absorption (impact resistance)

• Penetration resistance

• Chinstrap anchorages durability

• Lateral deformation resistance

• Electrical insulation properties

Where are EN 397 Certified Helmets Used?

• Construction sites

• Factories and manufacturing facilities

• Power plants and energy facilities

• Warehouses and logistics centers

• Roadworks and infrastructure projects

When choosing a safety helmet, EN 397 certification must always be verified.

What is EN 361? (Full Body Harness Standard)

EN 361 applies strictly to full-body fall arrest harnesses. This standard covers systems that control the load distribution on the user's body during a fall arrest event.

The EN 361 standard includes key criteria such as:

• Dynamic fall tests

• Stitching and webbing durability

• Attachment point strength and placement

• Ergonomic structure and suspension analysis

Where is it Used?

• High-rise building operations

• Roof work and maintenance

• Scaffolding systems

• Tower and mast operations

• Facade access and window cleaning

What is EN 795? (Anchor Devices Standard)

EN 795 is the standard designated for anchor devices and systems. Anchor devices form the very foundation of any fall arrest system because even the strongest harness becomes useless at a weak anchor point.

EN 795 covers the following categories:

• Fixed anchor systems

• Temporary transportable anchor points

• Horizontal anchor lines (lifelines)

• Mobile anchorage solutions

Why is EN 795 Important?

• It tests the load-bearing capacity under dynamic and static loads.

• It ensures resistance against minimum fall arrest loads.

• It analyzes the deformation performance of connection points.

What is EN 353? (Guided Type Fall Arresters on a Vertical Line)

The EN 353 standard is utilized for vertical lifeline systems and is divided into two distinct parts:

• EN 353-1: Guided type fall arresters including a rigid anchor line (e.g., rail or steel cable systems fixed to ladders).

• EN 353-2: Guided type fall arresters including a flexible anchor line (e.g., rope access and temporary vertical lines).

These specialized vertical systems:

• Lock automatically in the event of a fall.

• Move seamlessly along with the user during ascent and descent.

• Provide continuous secure attachment.

They are heavily utilized in ladder systems, mast/pole work, tower access, and the energy sector.

What is EN 355? (Energy Absorber / Lanyard Standard)

EN 355 covers energy absorbers and shock-absorbing fall arrest lanyard systems. This standard ensures that the device:

• Absorbs the kinetic energy generated during a free fall.

• Reduces the impact force acting on the user to safe levels.

• Provides maximum dynamic security.

Twin-leg shock-absorbing lanyard systems, such as the KA 361, must fully comply with this technical standard.

What is EN 362? (Connectors and Karabiners)

The EN 362 standard applies directly to:

• Karabiners / Carabiners

• Screw-link connectors

• Self-locking connecting elements

Connectors play a critical link role in fall arrest systems. Utilizing incorrect, substandard, or uncertified karabiners introduces severe operational failure risks.

Why Should Certified Occupational Safety Equipment Be Used?

Uncertified products may:

• Fail to pass real-world load and stress tests.

• Break or rupture at the moment of a fall arrest.

• Fail to protect the user's life.

• Lead to severe legal and regulatory liabilities.

Certified products, on the other hand, are:

• ✔ Professionally tested

• ✔ Officially documented

• ✔ Proven safe

• ✔ Fully compliant with legal regulations

EN Certified Occupational Safety Equipment at ipmarketi.com

As ipmarketi.com, our curated product ranges fully feature:

• EN 397 Industrial Safety Helmets

• EN 361 Full Body Harnesses

• EN 795 Anchorage Systems

• EN 353 Vertical Lifelines

• EN 355 Shock-Absorbing Lanyards

• EN 362 Industrial Connectors and Karabiners

All products are engineered and approved for professional field operations. Strengthen your workplace safety with equipment that strictly adheres to global standards.