Is Your Fall Protection Equipment a Silent Hazard?

On any given day, a visit to any job site in the country will unveil fall protection equipment being used that is potentially dangerous.

EACH year, more than 100,000 injuries and deaths are attributable to work-related falls. According to the National Safety Council, falls are one of the leading causes of deaths in the workplace. In addition to permanent injuries and lost lives caused by falls, businesses lose billions of dollars each year from significant increases in insurance premiums, worker's compensation claims, product liability costs, and other related expenses. According to Boston-based Liberty Mutual, the leading private provider of worker's compensation insurance in the United States, on-the-job injuries cost employers nearly $1 billion per week in payments to injured employees and their medical care providers.

Has Anyone Noticed?
What's the Problem?

Several factors have contributed to these alarming and disturbing statistics:

* All fall protection equipment deteriorates with use and exposure over time, regardless of brand and/or manufacturer.
* Equipment is not inspected often enough for wear and damage.
* Proper training is not provided--often, the wrong equipment is selected for a particular situation, and equipment is not worn properly.

Those specifying or using fall protection equipment know these factors to be valid (at least at some subliminal level). Yet, it is very likely that a high percentage of equipment used on job sites throughout North America today would fail to meet industry standards if exposed to a fall. Meaning, someone could be seriously injured or die.

How Do We Know?
On any given day, a visit to any job site in the country will unveil fall protection equipment being used that is potentially dangerous because of wear, neglect, misuse, or age/exposure. Over the past several months, shock-absorbing lanyards from a variety of manufacturers have been voluntarily removed from job sites for safety qualification, and 85 percent of the product samples FAILED standard safety tests (in accordance with ANSI Standards). These are surprising and alarming facts that the fall protection community has overlooked while touting the many standards and regulations to which their products are tested and deemed "safe."

The recent test program focused on shock-absorbing lanyards from eight manufacturers and showed a variety of performance failures (lanyard test, 220 pounds at a 6-foot free fall):

* 100 percent did not pass visual inspection criteria [weld splatter, webbing cuts/abrasions, broken stitching, frayed/burned webbing, chemical damage, discoloration, deformed hardware (cracks/rough or sharp edges) and/or loose, distorted, or broken grommets, etc.]
* 6 percent, the webbing actually broke
* 24 percent elongated over the 42-inch standard
* 83 percent had fall arrest forces over 900 pounds (ANSI), with 9 percent over 1,800 pounds (OSHA)
* 6 percent were previously deployed but still in active service when removed from the job site
* 42 percent had hardware with visible defects
* 9 percent had snap hooks that opened during testing
* 9 percent had webbing that was knotted.

The safety community must recognize these facts and take a proactive approach. Workers are being seriously injured in falls with equipment that initially passed industry safety standards. More troubling, worn and damaged equipment is still accessible even though it will not perform as designed in the event of a fall.

The Best Intentions
Safety directors and supervisors need to make a concerted effort to keep unsafe and potentially life-threatening equipment out of the hands of those working at heights. Workers, through proper training and attentive daily inspection, will be safer and injury-free. Taking equipment out of service too early is a better alternative than explaining to a worker's family that there has been a serious accident. . . . Adopt a Smart Policy: When in doubt, throw it out! In addition, some manufacturers have implemented a return-and-inspect program for equipment; ask your supplier for details.

Personal Fall Arrest Systems
A Personal Fall Arrest System is comprised of three key components: anchorage connector, body wear, and connecting device. While a lot of focus has been given to anchorage connectors and body wear (full-body harnesses) when discussing fall protection, the connecting device (a shock-absorbing lanyard or self-retracting lifeline) between these two components actually bears the greatest fall forces during a fall.

Historically, harnesses are replaced on the job site more often than connecting devices. The connecting device is by far the most critical component in surviving a fall safely and should be carefully inspected and replaced prior to use at the slightest indication of wear or damage. While each component of a personal fall arrest system is vital to worker safety, the connecting device--its selection, materials, construction, and inspection/maintenance needs--make it the critical link in assembling a safe fall protection system. Careful consideration and attention must be given before, during, and after a connecting device has been selected.

For example, once an anchorage, such as an I-beam, is located, its strength or its ability to arrest a fall can be determined easily. Likewise, the full-body harness offers an inherently high safety factor because fall forces are distributed throughout the body over many webbing components, including chest, shoulder, waist, and legs. No single component is subjected to the total fall force; however, a shock-absorbing lanyard or self-retracting lifeline is comprised of only one strength member (i.e., webbing, rope, steel cable). Substandard design, poor-quality workmanship, excessive exposure to UV light or chemicals, physical damage, improper storage, or inadequate inspection can lead to lanyard/lifeline failure.

What's Needed?
Proper training, maintenance, and inspection of all components of the Personal Fall Arrest System are crucial in creating a safe work environment. Even the highest-quality products require regular inspection, especially when safety and well-being of the user are at stake. Remember, adopt a Smart Policy: When in doubt, throw it out.

Food for thought: The next time you and your family embark on a vacation to a Disney park, ask yourself what percentage of failure is acceptable with the aircraft you are boarding.

This article appeared in the May 2006 issue of Occupational Health & Safety.

This article originally appeared in the May 2006 issue of Occupational Health & Safety.

Download Center

  • Lone Worker Safety Guide

    As organizations digitalize and remote operations become more commonplace, the number of lone workers is on the rise. These employees are at increased risk for unaddressed workplace accidents or emergencies. This guide was created to help employers better understand common lone worker risks and solutions for lone worker risk mitigation and incident prevention.

  • Online Safety Training Buyer's Guide

    Use this handy buyer's guide to learn the basics of selecting online safety training and how to use it at your workplace.

  • COVID Return-to-Work Checklist, Fall 2021

    Use this checklist as an aid to help your organization return to work during the COVID-19 pandemic in a safe and healthy manner.

  • SDS Buyer's Guide

    Learn to make informed decisions while searching for SDS Management Software.

  • Risk Matrix Guide

    Risk matrices come in many different shapes and sizes. Understanding the components of a risk matrix will allow you and your organization to manage risk effectively.

  • Industry Safe

Featured Whitepapers

OH&S Digital Edition

  • OHS Magazine Digital Edition - October 2021

    October 2021


      On Route To Safe Material Handling
      Normalization of Deviations in Performance
      Arresting Fugitive Dusts
      Safety Shoes Make the Outfit for Well-Protected Workers
    View This Issue