Karam Full Body Harness PN44, Safety Belt, Hanging Belt

5.00 out of 5
(1 customer review)

275.00 inc. VAT

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This Karram Full Body Harness PN44 is made of high-quality supporting material.
Specially designed for those laborers who work at high buildings during construction.
It’s all because Safety is Our First Priority.
This belt is very strong and efficient, making it especially suitable for workers who work at high places. Barley protects the workers and artisans from falling and provides them with protection. Moreover, workers can also hang their tools with it.

1 review for Karam Full Body Harness PN44, Safety Belt, Hanging Belt

  1. 5 out of 5


    When it comes to working at heights, there’s no room for compromise on safety.

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  • The KARAM PN-44 Full Body Harness is intended for workers at heights and provides outstanding protection and comfort.
  • It has high-strength leather for longevity.
  • Adjustable shoulder and thigh straps for a personalized fit and a dorsal D-ring for fall arrest. 
  • The harness has a waist belt for extra support, a chest strap, and a quick-release clip for simple on and off. 
  • Because of its ergonomic design and premium materials, it is the best option for working at heights in various sectors.
  • A dorsal attachment D-ring for fall arrest and a chest attachment D-ring are included. 
  • Two D-rings for Lateral Attachment to Adjust Work Position.
  • Adjustable thigh and shoulder straps for maximum versatility.
  • Easy to use – The two-tone color design distinguishes the thigh and shoulder straps.
  • Extended comfort is ensured by the ergonomically positioned sit strap.

A full-body harness is a type of safety harness used to connect workers to a fall prevention system fixed into the building they are working on. These harnesses minimize worker injury by arresting falls through straps that fit around the thighs, hips, chest, shoulders, and back.

Karam Full-body harness PN44 holds wearers upright following a fall, preventing suspension stress and allowing for faster rescue. The harness is typically made of synthetic webbing, braided wire cable, or rope. It is firmly fastened to a stationary object either directly with a locking device or indirectly with a locking device plus one or more ropes, cables, or webbings.

We’ll discuss its essential components, types, benefits, and uses here. So, let’s get started!

Essential Parts of a Full Body Safety Harness

A full-body harness’s fundamental parts are as follows:

  1. Dorsal D-Ring
  2. Hip D-Ring
  3. D-Ring Plate
  4. Shoulder Yoke 
  5. Chest Buckle
  6. Waist Pad
  7. Waist Belt
  8. Webbing
  9. Leg Straps
  10. Sub Pelvic Strap
  11. Torso Adjuster
  12. Lanyard Keeper

Principle of Operation for a Safety Harness

A safety harness is a set of straps that encircles a worker’s torso at a height and breaks a fall to keep the person from hitting the ground or anything else. A lifeline that is fastened to a permanent support structure is where the harness is attached.

Full Body Safety Harness Types And Uses

Several choices are available for various work and use, even though all full-body harnesses have the same primary function. These harnesses are made of multiple materials and designs to meet industry demands without sacrificing safety. The following are some uses for full-body harnesses:

Arrest During The Fall

Fall arrest harnesses support your body during and after a fall. They provide protection when you are at least 1.8 meters (6 feet) above the earth and keep you upright by placing a single dorsal D-ring between your shoulder blades on the upper spine of your back.

Going Up or Down

This equipment is utilized in circumstances that require controlled climbs or descents. It may have a seat sling attached and use a range of frontal D-rings.

Restricted Entry

Limited access harnesses assist when entering and leaving restricted areas by lifting or lowering you into a nearly vertical position. The shoulder straps of these harnesses feature D-rings to allow for ideal positioning during operation.


When descending ladders or other climbing structures, it is advised to wear this equipment only when there is a risk of two feet or less of free fall. Climbing harnesses are designed to accommodate the multiple climbing demands. It includes positioning, lowering, elevating, and descending while maintaining user safety. One such feature is the climbing D-ring.

Workplace Positioning

People must work on tall vertical surfaces in various job kinds.

Work positioning harnesses keep you in place, allow you to use your hands entirely, and prevent you from falling more than 61 centimeters (2 feet) at a time. D-rings on the hips of these harnesses provide the best possible positioning while working.


A lifeline harness is a rope that connects the diver to an attendant, generally on the surface. A safety harness keeps a professional diver near the underwater object they are working on because a current could drag them away from their task without one.


When is it appropriate to wear a full-body harness?

Any industry that works above four feet, except construction, must have fall protection equipment, including a full-body harness. These domains are referred to as general industry. Trigger heights are another set of regulations that specify when fall protection is necessary for several specific industries:


  • Building: six feet.
  • General Industries: four feet.
  • Long-shoring: eight feet.
  • Scaffolding: ten feet.
  • Shipyards: five feet.


Specific risks must be positioned above six or ten feet, while others necessitate extra safety precautions at any altitude. In these scenarios, you and your employees must wear full-body safety harnesses.


  • There are numerous attachment points for additional safety gear, such as lanyards, and a full-body safety harness will be lightweight and simple to put on.
  • A safety harness can assist in preventing injuries if you fall.
  • It helps lessen the chance of a catastrophic injury by equally distributing the fall’s impact across your body.
  • The worker can move more freely thanks to the full-body harness, which adds another degree of comfort.
  • Employees with the necessary training understand how to use a harness safely and avoid hazardous situations. This can save the business money on compensation and protect employee safety.
  • Another advantage of using a full-body harness is the worker’s level of visibility. Thanks to the harness’s bright shades, it will be simpler for other workers to locate the person in an emergency.


  • The main drawback is air flow; in warm weather, they can get hot, and for some, they can be too constrictive to move around.
  • It may be harmful to try to stop a fall if the harness’s straps and other components are not correctly adjusted or fit the user’s body shape. The placement of the anchor points needs to be carefully considered.

Final Words

The KARAM PN-44 Full Body Harness is an excellent solution for anyone working at heights, providing safety and comfort. Its many D-ring connection points, adjustable straps, and high-strength leather construction provide longevity and adaptability for various uses. The usage experience is improved by the ergonomic design and extra support elements like the waist belt and quick-release clip. The harness is a vital piece of equipment in industries that require fall protection, even with certain disadvantages, including the possibility of heat accumulation and the requirement for correct fit and modification. These advantages outweigh the drawbacks and ensure worker safety.


The specifications and testing guidelines for the different fall arrest system components (i.e., harnesses) are provided by this standard. Between 130 and 310 pounds is the weight range that is covered. As a result, most regular harnesses can accommodate up to 310 pounds.
Although the typical lifespan of a safety harness is five years, this might vary depending on the brand, make, and usage.
When examining a safety harness, several things need to be considered. Webbing, stitching, load indicators, and other components made of plastic and metal are essential. Additionally, it needs to be examined for any indications of corrosion, paint or acid damage, or general wear and tear from improper use and storage.