Tag Archives: fall prevention

PEOPLE CAN’T FLY; THAT’S WHY WE NEED FALL PROTECTION!

One thing that scares the heck out of me is being in high places!  It’s weird, because it doesn’t bother me to fly in an airplane, but if I have to climb more than one step on a ladder, my legs just start to fail me!  When I look up and see workers building skyscrapers, all I can do is get weak in the knees and hope they are hooked up to something to keep them safe.  There are several types of fall protection, so let’s talk about some of them:

  • Fall Prevention.  This is where the use of handrails or barriers are placed to keep employees from falling.  Many have been known to fall under the rails or barriers anyway.
  • Fall Protection.  Fall restraint from an alternative approach.  Fall protection systems that refer to the entire science of protecting employees who have to work far off the ground.  Ladder cages are part of fall prevention; however they only work if the person falling off the ladder grabs one of the cage bars.
  • Fall Arrest.  If someone actually has fallen off a ledge and his body harness catches him some distance away, this is a fall arrest, because it stops the fall in mid-action.  However, injuries can still occur.  Depending on the length of time a person hangs, serious pooling of the blood system can be caused, possibly damage to the extremities.  Other injuries can occur from the arrest jolt.
  • Fall Restraint System.  Is the actual gear that is used to prevent falling while working at heights.  It could be a belt with a hook, or a full body harness and fall speed reduction system with impact buffers. (I think I would want that one!)  A proper fall restraint system has a shortened strap, rope, or strap attached to a secure surface, making sure that the worker can’t get too close to a ledge.
  • Prevention seems to be the least harmful choice for the best protection, and least costly of all fall protection aspects.

Flyposter

In the construction industry, falling is the #1 killer of employees.  In this single industry, there are between 150 to 200 fatalities annually, and more than 100,000 injuries per year because of falls.  OSHA has created standards that will better protect workers from falling hazards.  These standards require wearing fall protection when you are working over dangerous machinery.  Also, if employees are working at or above four feet, they must wear a safety harness and fall protection.

Almost all situations now require a full body harness.  These fit around the chest, waist, and legs, offering full support to a person involved in a fall.  The lanyard is the lifeline that connects a three-part fall protection system in order to prevent serious injury.  The three parts are: the anchor, safety harness and lanyard.  Lanyards are designed to bring a worker to a complete stop when falling.  OSHA regulates that all ropes, and straps for lanyards should be made of synthetic materials and capable of supporting dead weight of 5,000 lbs.

Studies on ergonomics have become more critical in recent years as workplace safety product designers learn about comfort in an effort to prevent fatigue, reduce injuries, and increase production.  Quality features in a fall protection harness include removable tool belts, strong yet light-weight materials, padded backpads, strap adjusters, shoulder pads, three D-rings for back and hips, sliding back D-rings, indoor pads, seat straps with aluminum bars and carry-all bags.

Employers must provide the fall protection for its workers and proper training for its use.  The employee is responsible to wear the harness properly as required.  This is personal protective equipment that cannot be ignored by those working in high places.

National Safety Month Week 2 – Fall Prevention

Falls happen as a result of tripping, slipping, or falling from elevated places such as ladders, stepladders, roofs, trees, or many other hazardous places.  Both at home and the workplace, good housekeeping is a necessity to prevent such occurrences.  Carpets or floors should be in good condition, and the environment should be clutter-free.

When going to a shopping mall or hospital, many times we see the floors being mopped.  There are signs warning us of a wet floor; however, it’s so easy to just walk on through, disregarding the chance of taking a fall.  We need to be aware at all times just how simple it is to take a fall by merely not paying attention to our surroundings.

Falls are the most common cause of fatal injuries to construction workers.  All workers should take the time to ensure that their working conditions are as safe as possible.

Please take heed to these fall-prevention ideas:

  • Never stand on a chair on furniture to reach high places; use a stepladder or ladder.
  • When you are going up or down stairs, hold on to the rail.
  • If it is required for your job, wear personal fall protection.
  • Do not carry a load you can’t see over.
  • Walk, don’t run, and watch where you are going.
  • Wear non-skid, waterproof shoes if you work in an area where there are spills.
  • Be sure the work area has adequate lighting.
  • Ensure that your work area has enough working space to avoid collisions.
  • Avoid blind corners in workspaces.

Here is some information on ladders:

  • The ladder you choose for use should be in good condition.
  • Hold on while climbing the ladder.
  • While working, keep one hand on the ladder.
  • Be sure it is set up on a firm and level surface.
  • Construction ladders have duty ratings:

Type I supports up to 250 lbs.
Type IA supports up to 300 lbs.
Type IAA supports up to 375 lbs.

Be aware that the consequences of a fall can be very serious.  At home, work, or play, take the time to avoid injury.

FALL PREVENTION

In the United States Construction industry, falls are the leading cause of worker fatalities.  An average of between 150-200 workers each year are killed and more than 100,000 injuries are the result of falls at construction sites.  Accidental falls are complex events resulting from either equipment-related or human issues.  Therefore, the standards for protection deal with both for success in preventing fall hazards.  Fall protection systems should be carefully designed for appropriate work situations.  Proper installation of safety systems, safe work procedures, training and supervision are necessary to ensure workers’ security.

Listed is a short glossary of fall prevention terms and equipment for safe endeavors:

  • Anchorage – Secure point of attachment for lanyards, lifelines or deceleration devices.
  • Body Harness – Straps secured about the person that distribute fall-arrest forces over thighs, pelvis, waist, chest and shoulders, which is attached to other parts of fall-arrest system.
  • Deceleration Device – Any mechanism: rope, grab, forms of lanyards, auto retracting lanyards that dissipate a substantial amount of energy during fall arrest.
  • Lanyard – Flexible line of rope or strap that has connectors to a deceleration device, lifeline, or anchorage.

Prevent Falling Accidents

In the United States Construction industry, falls are the leading cause of worker fatalities. An average of between 150-200 workers each year are killed and more than 100,000 injuries are the result of falls at construction sites. Accidental falls are complex events resulting from either equipment-related or human issues. Therefore, the standards for falling protection deal with preventing fall hazards, and providing proper safety equipment.

Fall protection systems should be carefully designed for appropriate work situations. Proper installation of safety systems, safe work procedures, training and supervision are necessary to ensure workers’ security. Lastly, use some common sense when working off the ground. It’s always better to have too much protection than not enough.

Listed below is a short glossary of fall prevention equipment that can be furnished for safe endeavors:

¨ Anchorage – Secure point of attachment for lanyards, lifelines or deceleration devices.

¨ Body Harness – Straps secured about the person that distribute fall-arrest forces over thighs, pelvis, waist, chest and shoulders, which is attached to other parts of fall-arrest system.

¨ Deceleration Device – Any mechanism: rope, grab, forms of lanyards, auto retracting lanyards that dissipate a substantial amount of energy during fall arrest.

¨ Lanyard – Flexible line of rope or strap that has connectors to a deceleration device, lifeline, or anchorage.