This blog will be a two-part discussion on Inspections of Fall Protection Systems. This month we will cover the OSHA (Occupational Safety and Health Administration) and ANSI (American National Standards Institute) standards and how to stay in compliance according to revised Walking-Working Surface Standard which OSHA made effective by January 17, 2017. The revised OSHA Walking-Working Surface Standard along with the ANSI standard define the responsibility of the employer and employee for inspecting Fall Protection Systems in the Construction Industry and General Industry. Read more.

In this blog we will discuss leading edges and the new self-retracting lifeline issued for leading edges.  What constitutes a leading edge, how the fall protection system and equipment is used as well as understanding OSHA and ANSI standards for leading edges can be difficult and confusing for employers and employees.  Part of the confusion stems from the different definitions OSHA and ANSI have for leading edges as well as the PFAS used by the worker to protect them from the leading edge. Read more.

Fall Protection Basics

Working at heights can be challenging and difficult. The best way for workers to protect themselves is to remember the basics of fall protection systems. The basics consist of an understanding of the ABC’s of fall protection. The ABC’s of Fall Protection consist of (A) anchorage; (B)body wear, and (C) connectors and can be also known as a PFAS- personal fall arrest system. Although the basics can be boring and simplistic an understanding of them can save your life! Read more.

This blog will discuss the difference between Certified and Non-Certified Anchorage. The main differences between Certified and Non-Certified Anchorage are the different categories of anchorage, the design loads for these anchorages, and who is qualified to authorize the usage of the anchor. Anchorages fall under five unique categories: Fall Arrest; Work Positioning; Travel Restraint; Horizontal Lifeline-Rigid Track; and Rescue and ANSI Z359 provides distinct loading requirements for each. The following design loads- the maximum amount of something a system is designed to handle- specified in the ANSI Z359.2-2007. Read more.

In this blog, we will discuss the 4th and last option on the hierarchy of fall protection. Fall Arrest Systems are last on the hierarchy of Fall Protection because the system and equipment are designed to arrest a fall. Basically, if a fall occurs the system will prevent/arrest the worker from falling to his death or a serious injury. Fall Arrest Systems are also known as Personal Fall Arrest Systems because each employee is equipped with the proper PPE-personal protective equipment combined with a system or anchorage designed to arrest a fall with an acceptable force and clearance margins. Read more.

As discussed in last month’s blog understanding the hierarchy of fall protection will help an employer and employees who are working at heights make their work environment as safe as possible. In this blog we will talk a little more about Fall Prevention Systems which is second on the hierarchy of fall protection. Fall Prevention Systems are second on the hierarchy because the first solution– Elimination- preventing access or removing the hazards is always the safest and best first solution. For instance, removing an air handler from the roof to the ground or replacing a ladder with a stairway are ways to eliminate the fall hazard. Ideally, the safest option to ensure worker safety is to completely eliminate the fall hazard. However, if this not possible a Fall Prevention System can be installed to create a barrier which is another way of eliminating the hazard. Read more.

Understanding the hierarchy of fall protection is important because it allows companies to make the best possible choice in protecting their workers who are working at heights. FallProof Systems can help your company in understating this hierarchy; identify fall risks and hazards and then offer solutions. Read more.

Netting Systems Save Lives

Horizontal Perimeter Netting (HPN) Systems save lives by catching a falling worker before they hit the ground. With its concentration of skyscrapers and crowded streets, it is no surprise that New York City has led the nation in requiring HPN systems on high-rise construction projects. Due to its close proximity to NYC, Fallproof has been a leader in the design, testing and supply of HPN systems and components for over 20 years. Read more.

Annual Inspections are a vital part of a fall protection plan for the work place. The fall protection plan is designed to protect both the worker and the employer. Without proper maintenance, any piece of equipment can become unreliable over time. Workers who use systems on a daily basis may not notice gradual deterioration, as there can be virtually no change from one day to the next. Read more.

A common item found throughout many workplaces is the fixed ladder and it can be easily overlooked until the time comes when it is needed. We may pass by them each day without much thought, but when the time comes and the ladder is needed, we want to be sure we are protected. OSHA put out new safety guidelines in January of 2017 for all fixed ladder systems in the new Walking -Working Surfaces Standard to help provide more protection for you, the workers of America. All general industries are affected by the changes and revisions to the guidelines for fall protection systems and other safety features. Read more.