What is BS 8681:2024 - Personal fall protection anchor systems specification for provider competence about?
Whilst standard BS 7883 covers the design, installation and inspection of personal fall protection anchor systems, BS 8681:2024 helps ensure that such equipment is manufactured, installed, maintained and inspected by individuals with the required competence, experience, knowledge and training.
Who is BS 8681:2024 - Personal fall protection anchor systems specification for provider competence for?
The standard is for duty holders and others involved with personal fall protection equipment (PFPE) including:
- manufacturers and fabricators;
- system designers;
- installers;
- inspectors;
- trainers; and
- other interested parties, e.g. architects and structural engineers and those responsible for the design of safe access and egress on buildings and structures.
What does BS 8681:2024 - Personal fall protection anchor systems specification for provider competence cover?
BS 8681:2024 specifies provider competencies in manufacturing, fabricating, specifying, designing, installing, maintaining, inspecting and training on PFPS in order to verify competence in carrying out specific roles. A person might hold more than one role, e.g. system designer and installer.
NOTE: Relevant standards for the manufacture of anchor systems include BS EN 795, PD CEN/TS 16415, BS EN 353-1, BS EN 353-2, BS EN 50308, and BS 8610. Additionally, BS EN 17235 specifies the requirements for permanently installed anchor devices. The contents of BS 8681 would also be applicable for anchors conforming to BS EN 17235.
This standard also include:
- Recommendations and guidance for the selection, use and maintenance of PFPS and equipment for use in the workplace is given in BS 8437; recommendations and guidance on the use of rope access methods for industrial purposes are given in BS 7985.
- Relevant standards for the manufacture of personal fall protection equipment (PFPE) which are specified and sometimes supplied as part of a PFPS include BS EN 353-1, BS EN 353-2, BS EN 354, BS EN 355, BS EN 358, BS EN 360, BS EN 361, BS EN 362, BS EN 795.
- Relevant standards, guidance, etc. for the design, installation and inspection of PFPS include BS 7883, Industrial Rope Access Trade Association (IRATA) ICoP [2], including relevant annexes, such as Annex F.
Why should you use BS 8681:2024 - Personal fall protection anchor systems specification for provider competence?
- BS 8681:2024 ensures that safety critical Personal Fall Protection Systems (PFPS) are designed, manufactured, installed, maintained and inspected by individuals and entities with the required competence, experience, knowledge and training.
- Enhanced safety and reliability: It establishes a clear baseline for competence and ensures suitable equipment is used in hazardous environments, helping reduce the risks associated with PFPS and minimizing the chances of system failure to protect workers from fall-related injuries and fatalities.
- Improved compliance with regulations: By adhering to this standard, professionals can be confident they're working within regulatory requirements and their occupational health and safety obligations; and that they are protecting their organization from exposure to potential liabilities.
- Increased quality and consistency: Widespread use of BS 8681 can help ensure that PFP anchor systems are designed, engineered, tested, manufactured and installed to a consistent level of quality, helping raise safety standards and skill levels across the industry.
- Professionalism and accountability: BS 8681 can be used to identify the professional competence of individuals working with PFPS, to increase their knowledge and enhance their credibility, and to provide a framework that helps individuals ensure their skills stay up to date with best practices.
- Auditing and assurance: BS 8681 helps provide an auditing process for the design, supporting documentation, installation, inspection and competence of those facilitating PFPS-related tasks; and also gives confidence to duty holders that assets are designed, installed and inspected in line with the manufacturer’s specification and best practice (duty of care).
