The provisions laid in the statutes of the Bureau of Labor Studies indicated falling as one of the leading causes of deaths and casualties in the construction works. It has also mentioned that out of the 675 deaths that occurred in private construction works till September 2019 nearly 50 percent were caused due to falls from height. Thus, adopting measures through height safety and fall protection solutions is solicited.
The measurement of reducing the hazards of working at height is commenced with a thorough understanding of the risks there. This is followed by the knowledgeable consumption of personal fall protection equipment. The entire process of height safety and fall protection solutions should be further augmented by bringing in some additional inputs. Therefore, the entire fall protection will form a combination of formally personalized, hands-on training and best-in-class culture of safety practices. The Bureau of Labor Studies defines the Personal Protective Equipment as “anything worn or carried that protects the user from hazards which could lead to personal injury.” The arrangement of Personal Fall Protection Equipment will help us in protecting ourselves against the mortal risk of falling while working at height. Items that are not worn or carried (anchor points, for instance) are not considered PFPE but form essential parts of a fall protection safety system.
The Bureau of Labor Studies has mentioned three additional critical factors to complete the height safety and fall protection solutions. These include training— an essential in all aspects is the use of the equipment, as well as the working environment and application. The other requirements include the compliance of the equipment with applicable safety standards besides the regular formal inspections as the prime factor of the continued integrity of the equipment.
Different Types of Usage of Height Safety and Fall Protection Solutions
The height safety and fall protection solutions constitute the three types of uses. The different equipment can address different work situations and the level of risks.
Travel Restraint Personal Fall Protection Equipment:
The first and the most restrictive one is travel restraint Personal Fall Protection Equipment. The travel restraint PFPE has the potential to restrict access to locations from where a fall can occur with frequencies. The program is designed to enable complete prevention of falling. This can even involve connecting the worker. This connection will debar him/her from physical reaching to the edge of the working points. This will eventually bring down the falling potential to the level of zero. When the falls are entirely prevented with the use of a travel restraint PFPE solution, the need to use a shock or energy absorber is completely negated. The minimum strength of the anchor points is 1,000 pounds OSHA Competent Person (CP) as well as twice of a Qualified Person (QP).
Positioning Personal Fall Protection Equipment:
The next one is Positioning Personal Fall Protection Equipment. The system enables the total or partial suspension of a worker by adopting the means of PFPE. This type of PFPE is most frequently used for providing height safety and fall protection solutions in safeguarding those workers who are settled climbing ladders. Such climbing might be in the form of a cable or rail system. The system works in restraining and positioning the individuals who are scheduled to work in places without any provision for holding. The Positioning PFPE is designed to stop the falls occurred under 24 inches. It renders the maximum allowable free fall height (for restraint only) recommended by the OSHA. The quick stopping activities held out by the Positioning Personnel.
Fixed Point Anchors
FPAs are the third one that consist of certified anchor points. When connected with FPA workers can work within the range of 15 degree.
Thus, it is evident that the Fall Protection Equipment can standardize height safety and fall protection solutions limit both the distance and the amount of force if any falling occurs. The Anchor point minimum strengths are 3,000 pounds OSHA Competent Person here.