Full Body Harness

Full Body Harness

???? What is a Full Body Harness? How to Use It?

In sectors requiring work at height, the most critical part of occupational safety is protecting personnel against potential fall risks. A full body harness (parachute type safety harness) is a vital piece of personal protective equipment (PPE) designed to minimize the risk of falling in high-rise buildings, construction sites, industrial facilities, power lines, or climbing activities.

Unlike traditional safety belts that only wrap around the waist, its body-enveloping structure evenly distributes the sudden impact energy generated during a free fall across the user's body. This prevents the risk of serious injury to the spine and internal organs.

???? What are the Full Body Harness Standards?

Body harness systems providing protection against falls from height must be manufactured and certified in accordance with European standards (EN). The prominent technical standards for the equipment on our site are as follows:

• CE EN 358 (Work Positioning Standard): Defines the standards for positioning belts designed to allow personnel to use their hands freely while working at a specific height and to prevent them from approaching areas with a fall risk.

• CE EN 361 (Full Body Harness Systems): Defines the technical specifications that full body safety harness straps, buckles, and attachment components must carry as fall arrest personal protective equipment.

• CE EN 813 (Sit Harnesses / Rope Access): Represents detailed protection standards developed for thighs and sit straps of personnel working suspended on ropes. Products with this standard can be integrated with EN 358 and EN 361 systems to offer complete security.

????️ Essential Components Forming a Safety Harness

The performance of a full body harness is directly related to the quality of its components. For a secure posture and force distribution, the system consists of the following parts:

• Main Straps and Webbing: The load-bearing main body manufactured from high-tenacity polyester or nylon fibers.

• Locking Buckles (Automatic or Manual): Metal locking systems that ensure the harness fits the body perfectly and eliminate the risk of accidental opening.

• Chest and Shoulder Straps: Keeps the user in an upright position during a fall, preventing them from turning upside down.

• Leg Loops: Lower attachments supported with comfort pads that absorb the largest portion of the fall force.

• Carabiners and Anchorage Points: Durable metal rings or hooks that connect the harness to life lines, ropes, or a fixed anchorage point.

• Support Pads (Waist and Shoulder Padding): Ergonomic structures added to maintain the comfort of personnel during long working hours and prevent friction.

???? How to Don (Wear) a Full Body Harness?

Even the correct equipment can lose its functionality when worn incorrectly. For maximum protection, the following steps must be followed in order:

1. Pre-Check: Hold the harness by its vertical D-ring, lift it, and ensure the straps are not tangled. Perform a visual inspection for wear and tear.

2. Shoulder Straps: Pass your arms through the shoulder straps, placing the harness on your shoulders like a vest.

3. Leg Connections: Pass the leg straps between your legs and lock them with the buckles. The straps should neither be too tight nor too loose (a flat hand should fit comfortably under the strap).

4. Chest Buckle: Fasten the locking mechanism at the chest level and adjust the tension of the shoulder straps according to your body structure.

5. Final Adjustment: Check all connection points. Ensure the harness does not restrict your mobility but fits snugly against your body.

⌛ Lifespan and Maintenance Principles

Occupational safety equipment has a specific lifespan. Depending on manufacturer guidelines, this period generally varies between 5 to 10 years. However, if any wear, torn stitching on textile components, or corrosion/cracks on metal parts are detected, the harness must be immediately withdrawn from service regardless of its age.

???? Important Note: If a safety harness has experienced an actual fall arrest event, it must never be used again and must be destroyed immediately, even if there is no visible damage, as it may have lost its structural strength.

???? Full Body Harness Prices and Types

The industry offers industrial full body models, lightweight half-body climbing harnesses, and specialized ergonomic models with shoulder support. Full body harness prices vary depending on the quality of the steel components used, fire-retardant or anti-static properties of the fabric, automatic buckle integration, and international certifications. You can review ipmarketi categories for the most suitable, approved, and reliable occupational safety solutions to work safely in high-risk areas.

❓ Frequently Asked Questions (FAQ)

1. What should be considered when choosing a full body harness?

Attention should be paid to a fabric structure suitable for workplace conditions (heat, electrical risks, etc.), the weight capacity for personnel, the required EN standard certificate (such as EN 361), and the reliability of the brand.

2. How should a safety harness be cleaned?

Unless specified otherwise by the manufacturer, it should be hand-washed with a neutral soap in lukewarm water (maximum 30°C) and dried away from direct sunlight and direct heat sources. Chemical solvents must never be used.

3. In which industries are these harnesses mandatory?

The use of full body harnesses is legally mandatory in construction, telecommunications, wind energy, shipyards, tree care, mining, and all industrial areas requiring high-altitude assembly.