Fall Protection: Proper training is the key

May 30, 2003
/ Print / Reprints /
ShareMore
/ Text Size+
Although fully preventable, falls injure and kill thousands of workers each year across a wide range of industries. Government records indicate that 808 workers died from falls in 2001. There were 294,000 fall-related injuries in 2000. In addition to the human tragedy, falls exact additional costs, such as medical expenses, lost work time, insurance, workers' compensation and lost productivity.

Creating awareness

To combat these staggering statistics, effective safety training is needed to create an awareness about and respect for common fall hazards, convey the correct use and selection of fall protection equipment and teach workers best safety practices to avoid fall hazards altogether. A comprehensive fall protection program not only saves lives and reduces injuries, but also saves money and makes good business sense.

The technology exists to fully provide workers with proper and adequate fall protection. The individual worker has complete control in preventing workplace falls through the correct use of fall protection equipment and devices. However, only proper and effective safety training will ensure that workers will have the skills and motivation necessary to use this equipment correctly, and take all the needed measures to maintain their safety. Let's briefly examine some of these core components of effective training.

1) Hazard recognition

Workplace safety begins with the recognition of the potential risks involved, and by making sure that workers take action to either eliminate them or guard against them. The first component of any fall protection program is to increase workers' awareness of potential fall hazards that exist in their work environment.

Falls can be caused by various factors, but most are due to either environmental factors and personal factors. Environmental factors relate to the physical working conditions, including exposed high places with unprotected perimeters, or elevated areas without guardrails or other barriers. Personal factors include failing to properly select and use the correct fall protection equipment or disregarding engineering controls.

2) Fall prevention systems

Once potential fall hazards have been identified, the second step in a fall protection strategy is to implement measures to eliminate or control them. This is done through effective planning and the use of engineering controls, such as guardrails, scaffolding systems and platform barriers. These devices offer protection from falls and can safely elevate the work surface to the desired height.

Events surrounding many types of fall incidents typically involve a number of factors, including unstable working surfaces and other environmental factors. Studies have shown that the use of guardrails, fall arrest systems, safety nets, covers and travel restriction systems can prevent many deaths and injuries from falls.

If exposure to fall hazards cannot be safely eliminated or controlled, or when engineering controls are not feasible, then the next component of a fall protection strategy becomes training workers to properly select and use protective equipment, such as fall arrest systems.

3) Fall arrest systems

Designed to stop a person in a fall when used properly, a personal fall arrest system can come in various possible configurations depending on the specific job task and working environment. In most cases, a basic fall arrest system consists of an anchorage, connectors, full-body harness and lanyard, along with such other components as a deceleration device or a lifeline.

  • A full-body harness is personal protective bodywear that consists of a set of straps worn around the shoulders, thighs, buttocks and hips. An attachment point is in the back of the harness for joining to a connecting device. Only a full-body harness is an acceptable body holding device for a personal fall arrest system. When a fall occurs, the harness lessens the jolt to the body by spreading most of the impact forces over the buttocks, thighs, chest and shoulders.

  • Body belts and other such devices, on the other hand, may only be used as positioning devices. Although these devices wrap around a worker's waist, they do not prevent the person from slipping out of the belt during a fall. They mostly serve to help apply the full arrest impact to the body's mid-section. Therefore, body belts alone cannot be safely used for fall protection.

  • The lanyard is a short, flexible line made of rope, steel cable or high-tensile webbing that serves as a connecting device that joins the full-body harness to a secure anchorage. Other connecting devices include shock-absorbing lanyards, self-retracting lifelines, rope grabs and fall limiters.

  • An anchorage is a secure point of attachment for a personal fall arrest system. It must be independent from the means supporting or suspending an employee and capable of supporting at least 5,000 pounds per worker attached.

    4) Maintenance and care

    Using the correct fall protection device for the work situation is crucial to providing employees with continuous protection from falls. But the condition of this equipment is equally important. Check the equipment for chemicals, dirt, moisture, oil and grease, as these elements can potentially adversely affect a fall arrest system. Job activities such as welding, sandblasting and chemical cleaning might also damage unprotected fall arrest components. Potential hazards like nearby electrical lines, extreme temperatures, moving machinery and other obstacles could also damage or degrade the equipment. Parts of the fall arrest system may also need to be protected from sharp or abrasive edges and surfaces while being used.

    When needed, fall protection devices can be washed in warm water using a mild detergent, rinsed thoroughly in clean warm water, and allowed to dry at room temperature. When they are dry, these items should be stored in a clean, dry area away from strong sunlight, extreme temperatures and hazardous substances that could degrade the materials.

    Make sure your fall protection equipment is inspected by a competent, trained person before each use. Remove defective components from service immediately and tag or mark them as unusable. If repairs cannot be made by a qualified technician, the devices should be destroyed. Never use any equipment that does not pass inspection.

    Leave no doubt

    The crucial role of accurate safety training in protecting workers from the risk of injury or death due to falls cannot be overstated. Thorough fall protection training should include the following:

    • Follow all established safe work procedures.
    • Use the proper fall protection equipment for the job.
    • Keep equipment maintained in good working order.
    • Never use worn or defective equipment.
    • When a personal fall arrest system is required, wear it at all times.
    • Always inspect the fall arrest equipment before each and every use.

    It is important not to forget to inspect engineering controls frequently, as well. Scaffolding and guardrails must also be inspected for damage that could affect their efficiency. Finally, if you have any doubts about the safety of your fall protection equipment, do not use it.

    SIDEBAR: Lanyard do's & don'ts

  • The maximum length of a lanyard must not allow a fall of greater than six feet or the worker to come in contact with lower-level hazards.

  • The lanyard must have a minimum breaking strength of 5,000 pounds.

  • Attach the lanyard to an anchorage by a means that will not reduce its strength. This must be done with a locking snap-hook.

  • Never tie a knot in a lanyard. This can reduce its strength significantly.
  • Did you enjoy this article? Click here to subscribe to ISHN.

    You must login or register in order to post a comment.

    Multimedia

    Videos

    Image Galleries

    Scenes from the World of Safety

    Sights, signs & symbols from the National Safety Congress & Expo held in San Diego, CA, September 15-18

    12/11/14 11:00 am EST

    Why Flame Resistant Workwear? Understanding Workplace Hazards and OSHA Compliance

    By defining the leading causes of flash fires, electric arc and molten metal splatter, we will address the ways in which companies can better protect their employees from such hazards through proper staff outfitting. In the topic, we will discuss the benefits of – and recent developments to – flame-resistant workwear and what to consider when creating a program for your employees.

    ISHN Magazine

    ISHN1214_cover.jpg

    2014 December

    Check out ISHN's last issue of the year, which features articles about distance learning, foot protection and confined space.

    Table Of Contents Subscribe

    THE ISHN STORE

    M:\General Shared\__AEC Store Katie Z\AEC Store\Images\ISHN\safetyfourth.jpg
    Safety Engineering, 4th Edition

    A practical, solutions-driven reference, Safety Engineering, 4th edition, has been completely revised and updated to reflect many of today’s issues in safety.

    More Products

    For Distributors Only - SEPTEMBER 2014

    ISHN FDO SEPTEMBER 2014For Distributors Only is ISHN's niche brand standard-sized magazine supplement aimed at an audience of 2,000 U.S. distributors that sell safety products. Circulation only goes to distributors. CHECK OUT THE SEPTEMBER 2014 ISSUE OF FDO HERE

    STAY CONNECTED

    Facebook logo Twitter YouTubeLinkedIn Google + icon

    ishn infographics

    2012 US workplace deathsCheck out ISHN's new Infographic page! Learn more about worker safety through these interactive images. CLICK HERE to view the page.