Archive for Fall Protection

The ABC’s of Fall Protection

Here at Enviro Safety Products, one of our top concerns is fall protection. It’s estimated that the new fall regulations that OSHA introduced last autumn (where does the time go, right?) affected 112 million workers at 6.9 million establishments. To be fair to the employers, that doesn’t necessarily mean that every single one of those people were risking life and limb completely unprotected. Most employers are conscientious of fall risk and provide protection equipment. But we have learned more about how to best implement fall protection and that new knowledge was incorporated into the standards, which had a wide effect on the industry.


For us, safety literacy is a major focus. We don’t just want customers to come here to shop, we want to help them learn what’s best for them and their workers. That means providing resources they can consult when they’re in need of guidance to make the right purchasing choices. For fall protection, we’ve developed a convenient acronym, the ABC’s of fall protection:



Body harness


Descent and rescue


Fall protection for tools


Anchorage is the most fundamental aspect of fall protection. The anchorage point is where the system connects to the larger structure. They typically take the form of a metal ring attached to a cable choker, fixed beam, or concrete strap that then anchors to the structure. They are designed to be independent of other anchorage elements, and are typically rated to support 5,000 lbs. They must be installed with qualified supervision.

Body harnesses are the instantly recognizable body-cradling straps that provide the first line of defense. They support the user while they work and keep them suspended in the event of a fall. Many varieties are available, typically featuring D-rings on the back and hips to attach lifelines, lanyard, and tools, as well as an impact indicator that shows at a glance if the harness has been worn in a fall (at which point it is discarded).

Connectors provide the vital link between the anchorage and the harness. The two basic categories are lanyards and self-retracting lifelines (SRLs). Both of them must have the ability to absorb and neutralize the dangerous forces that a falling body generates. Lanyards do the job with stretchable core material, while SRLs have a sophisticated locking mechanism in the spool that halts the fall’s progress as soon as it detects the speed increase. Both of these inventions absorb the arrest forces to prevent injury.

Descent and rescue is a term for systems that allow for easy and safe descent from elevated areas, particularly in delicate situations that require quick escape. Using SRL technology in tandem with independent standing support, descent and rescue systems can allow for automatic controlled descent on sloped surfaces.

Education is a huge part of keeping your employees safe. If they don’t understand how their fall protection works or why it’s important, it will be more difficult to keep the workforce compliant with the law. Corners will be cut, and accidents will happen. To prevent tragedy, build and maintain a robust culture of accountability in the workplace, and encourage questions about the particulars of fall protection.

Fall protection for tools is also important. Certain harnesses will have rings or hooks that can attach to tools. That way, if a tool is dropped, it can be retrieved without having to descend to the ground, and will not be dangerous to anyone walking below. There is also a hoistable bucket available for holding large amounts of tools and supplies.


This acronym provides a basic framework that can be used to build a fall protection program for any workplace. Fostering a strong environment of mutual support and inquiry will go a long way toward keeping everyone safe at work, as will making sure all bases are covered when buying and implementing protection equipment.

Harness Safety Tips to Avoid Suspension Trauma

Industrial fall safety harnesses are a crucial measure to take when protecting workers from drops and the impact injuries that can result. But prolonged suspension can also lead to suspension trauma, also known as “orthostatic shock while suspended,” orthostatic intolerance, harness induced pathology, or harness hang syndrome (HHS). While suspension trauma is a rare occurrence, employers and safety managers should be aware of this potentially serious condition, as well as tips on how to avoid it.

Harness hang syndrome occurs when the human body is held upright without any movement. Such a situation may occur when, for instance, a worker using a fall arrest system drops and remains immobile in the harness, suspended in the air. Suspension trauma is primarily caused by venous pooling, or the accumulation of too much blood in the veins. As a result of immobility and gravity, blood begins to pool in the legs. Additionally, the pressure on the leg veins from the safety harness can compress the veins, further reducing blood flow to the heart. When the circulation is thus significantly impeded, the heart rate slows and the flow of oxygen to the brain is reduced.

Eventually, the suspended worker will suffer a central ischaemic response, commonly known as fainting. Normally, fainting is the body’s way of re-positioning itself so that the head, heart, and legs are at the same level, and normal blood and oxygen flow is resumed. However, in a suspension situation, the harness prevents the worker from collapsing into a horizontal position. As a result, the faint fails to restore normal blood flow, and the brain and other major organs remain oxygen deprived. Serious health and safety problems can result. In fact, suspension trauma can become fatal in less than 30 minutes.

All those who work at heights, or in any situation where harness hand syndrome is a possibility, should be well prepared. Employees should be trained to recognize the warning signs of suspension trauma, which include faintness, dizziness, breathlessness, paleness, sweating, hot flashes, nausea, “greying” or loss of vision, and unusually low or unusually high heart rate. Also, workers should be aware of the factors that affect their susceptibility to the syndrome, which include general health and hydration level. Your team can preemptively avoid suspension trauma by training in fall prevention and safety. Most importantly, an effective rescue plan should be set up and rehearsed so that it can be put into action in a timely manner when a drop occurs.

Even with a comprehensive rescue plan firmly in place, crew members should be prepared with additional safety measures. The fall victim should be continually monitored and instructed to pump the legs frequently in order to increase blood flow and prevent pooling while awaiting rescue. An even more effective method is to use suspension trauma safety straps. These sturdy accessories provide hanging workers with footholds that allow them to simulate standing on solid ground. Standing slows the progression of harness hang syndrome by causing the leg muscles to contract, putting pressure on the veins, which helps blood flow to the heart and reduces blood pooling in the legs. Once the suspended worker is rescued, he or she should be immediately examined by a medical professional and continuously monitored for delayed internal effects, such as kidney failure. If unconscious, the worker should be resuscitated according to the standard procedure.

These simple preparedness steps and tips should be sufficient to prevent harness hang syndrome. A little background knowledge and some practice with suspension trauma relief straps could save lives.

Workplace safety makes sense for business, expert says

A recent discussion in the Orlando Sentinel with workplace expert, Isabel Perry emphasizes the importance of workplace safety programs. Aside from the legal and social responsibility requirements, there is a cost effective aspect that, once realized, make work place safety mandatory. Fewer accidents result in lower insurance cost and increased productivity.

With respect to costs, if a workplace injury results in a $2,000 cost for a company that maintains a 10 percent profit margin, the company needs to increase revenues by $20,000 to pay for that accident.

Perry maintains that the most effective improvements for workplace safety include nonslip flooring and matts and safety harnesses for elevated work environments.  She also contends that there is a $3 savings for every $1 spent on safety – an investment well worth it.

Women’s Work

In 2010, women accounted for 46.7% of the workforce. More women than ever before are choosing non-traditional occupations, such as welders or electricians. The problem is most occupational safety equipment were meant to fit men. However, the good news is that some companies have recognized this problem, and designed their products to fit the smaller frame of a woman.

  • Women’s Safety Glasses: A large selection of lighter, smaller frames and stylish designs mean women don’t have to sacrifice comfort for protection. All our Womens Safety Glasses meet ANSI Z87 high impact standards, and protect against harmful UV rays.
  • Women’s Welding Gloves: AngelFire Welding Gloves are just as tough as men’s welding gloves, but cut smaller and thinner better fit a woman’s hands. Available in TIG Welding and MIG/Stick Welding styles.
  • Womens Welding Coats: AngelFire Welding Coats feature a contoured body, tapered sleeves and high collar, eliminating gaps that can leave skin exposed to sparks. Choose the 9oz FR Cotton Welding Coat for light jobs, or the Hybrid FR Cotton/Pigskin Welding Coat for heavy duty protection.
  • Women’s Fall Protection: The Ms. Miller Harness is the only full body harness specifically designed for the female worker. Made from a blend of Polyester, Nylon and Lycra, its straps are cut fuller in the hips and higher in the chest, making it much more comfortable for women.

So come on ladies – Don’t settle for just any safety equipment! Choose equipment designed with you in mind!

New Residential Fall Protection Rules

As many of you know, the new rules for residential fall protection are now in effect. This new directive states that people working in residential construction must use conventional fall protection and can no longer use other methods such as slide guards instead when working at heights of over six feet.

Roofer Fall Protection Kit
Titan Roofer Fall Protection Kit

OSHA is aware that implementing these changes may be difficult for some contractors. Last week OSHA announced a three month phase-in period for this directive to give contractors time to comply to these standards. Sites found violating this directive between June 16, 2011 and September 15, 2011 will NOT be fined if they are in compliance with the old directive. They will be issued a hazard letter with recommendation of how to comply to the directive.

As this is one of the biggest changes OSHA has made in recent years, it makes sense to go over a few of the details in this new directive.

  • Residential Construction is defined as a structure that will be a home or dwelling and is being constructed with predominantly wood frame materials and methods.
  • Your fall protection plan must be site-specific and in writing.
  • Acceptable fall protection options include guardrails, safety nets, a personal fall arrest system, or a personal fall restraint system.
  • Other fall protection methods may be used as long as they are allowed under OSHA standards. (i.e. using warning lines on low-sloped roofs.)
  • OSHA presumes that conventional fall protection on a site is feasible. Contractors must pre-plan and consider how to implement conventional fall protection whenever possible.
  • This directive applies to states with federal-run and state-run OSHA programs.

This is a lot to deal with, but there is help! For small and medium-sized businesses, OSHA’s On-Site Consultation Program provides free and confidential advice. Now is the time act and avoid fines and  more importantly injuries.

OSHA’s Residential Fall Protection Page:

On-Site Consultation Program:

Breaking News: OSHA Revises Fall Protection Requirements

According to a new study from the Bureau of Labor Statistics, falls are the number one cause of work-related deaths in the construction industry. Approximately 40 workers a year die as the result of falls from residential roofs.  This has prompted OSHA to revise it’s Fall Protection Requirements [CFR 1926.501(b)(13)] to include the residential construction industry. Under the new guidelines, all residential construction employees working at a height of 6 or more feet above ground level must have a conventional fall protection system such as a personal fall arrest system.  If a traditional fall protection system is not feasible, employers must have a specific fall protection plan for each job site.

Construction companies have until June 16, 2011 to comply with the new regulations. Don’t panic – we’ve got you covered with our Fall Protection Kits, which come with everything you need to be compliant! Check out our complete line of Fall Protection Products today!

Fall Protection Tips

Fall Protection TipsThe US Department of Labor (DOL) lists falls as one of the leading causes of traumatic occupational death, accounting for eight percent of all occupational fatalities from trauma. Any time a worker is at a height of four feet or more, the worker is at risk and needs to be protected. Fall protection must be provided at four feet in general industry, five feet in maritime and six feet in construction. However, regardless of the fall distance, fall protection must be provided when working over dangerous equipment and machinery.

There are a number of ways to protect workers from falls including conventional systems such as guardrail systems, safety net systems and personal fall protection systems (fall arrest systems, positioning systems and travel restraint systems) as well as through the use of safe work practices and training. The use of warning lines, designated areas, control zones and similar systems are permitted by OSHA in some situations and can provide protection by limiting the number of workers exposed and instituting safe work methods and procedures. These alternative systems may be more appropriate than conventional fall protection systems when performing certain activities. Whether conducting a hazard assessment or developing a comprehensive fall protection plan, thinking about fall hazards before the work begins will help to manage fall hazards and focus attention on prevention efforts. If personal fall protection systems are used, particular attention should be given to identifying attachment points and to ensuring that employees know how to properly don and inspect the equipment. Follow these simple fall protection tips to ensure a safe workplace.

1.Identify all potential tripping and fall hazards before work starts.
2.Look for fall hazards such as unprotected floor openings/edges, shafts, skylights,  stairwells, and roof openings/edges.
3.Inspect fall protection equipment for defects before use.
4.Select, wear, and use fall protection equipment appropriate for the task.
5.Secure and stabilize all ladders before climbing them.
6.Never stand on the top rung/step of a ladder.
7.Use handrails when you go up or down stairs.
8.Practice good housekeeping. Keep cords, welding leads and air hoses out of walkways or adjacent work areas.