How often should fall protection equipment be inspected?

Inspection frequency for fall protection equipment should be treated as a minimum two-level process: inspect all personal fall arrest, restraint, and positioning equipment before each use, and ensure it is also inspected regularly/periodically by a competent person as part of the employer’s fall protection program and manufacturer instructions. OSHA-aligned source material states PFAS, PFRS, and PDS components must be inspected prior to each use for mildew, wear, damage, and deterioration, and defective components must be removed from service if function or strength is affected. Additional source material states fall protection systems and components must be inspected regularly for wear or damage as well as before each use. [1] [3]

For OSHA and ANSI/competent person compliance, the safest interpretation is: follow OSHA’s mandatory pre-use inspection requirement, follow the manufacturer’s inspection instructions, and establish a documented periodic inspection by a competent person at intervals based on equipment type, frequency of use, environment, and manufacturer guidance. The sources define a competent person as someone capable of identifying existing and predictable hazards and authorized to take prompt corrective action. They also emphasize that competent persons need training in inspection, maintenance, and storage of fall protection equipment. While the provided sources do not give a single universal ANSI time interval for every component, industry best practice is to document periodic competent-person inspections at least annually unless the manufacturer or site conditions require more frequent review. [6] [7] [2]

What to inspect by component:

• Harnesses: inspect webbing for cuts, tears, abrasion, fraying, stretching, burns, mold, chemical damage, cracked or broken stitching, and inspect D-rings for bending, cracks, nicks, gouges, or deformation. Verify labels are present and legible. If warning indicators are exposed, remove from service.
• Lanyards and shock-absorbing lanyards: inspect for cuts, tears, frayed or damaged webbing/rope, damaged stitching, knots in rope lanyards, damaged fittings, and any evidence the shock pack has deployed. Do not connect incompatible components or tie lanyards together unless manufacturer approved.
• Lifelines and rope grabs/SRL-related connectors: inspect for wear, damage, deterioration, knots in rope lifelines or rope lanyards, proper operation of rope grabs, and compatibility with the rest of the system. If a self-retracting or arrest component has been subjected to a fall, remove it from use until a competent person determines it is safe.
• Anchors and anchorages: inspect installation condition, structural attachment, correct fasteners, unusual shape, wear, corrosion, deformation, and whether the anchorage remains suitable for the intended system. Follow manufacturer installation instructions and ensure the anchorage is attached to a substantial structural member.
• Connectors, snap hooks, and carabiners: inspect for corrosion, cracks, deformation, gouges, bent gates, loose parts, and excessive wear. Verify snap hooks/carabiners self-close and self-lock properly and are marked as required by the manufacturer.

[1] [1] [5] [3] [4] Removal from service criteria are strict. Remove equipment from service immediately if it shows damage, wear, mildew, deterioration, deformation, corrosion, broken stitching, deployed shock absorber indicators, missing/illegible labels where required for identification, or any condition that could reduce strength or function. If equipment has arrested a fall, do not reuse it until a competent person determines it is safe; many manufacturers require destruction or return to an authorized service center after fall arrest loading. Where source documents specify, damaged components should be removed from service and destroyed or repaired only by an authorized service center. [1] [2] [9] [12]

For maintenance and storage, keep equipment clean, dry, and protected from sunlight, chemicals, sharp edges, and crushing loads. Store the system in its own bag or suitable container where it cannot be damaged. Do not modify fall protection equipment. Maintenance, testing, and repairs beyond routine user inspection should be performed only by qualified or authorized personnel in accordance with manufacturer instructions. [2] [9] [13]

A practical compliance approach is to require: 1) documented pre-use inspection by the user every shift; 2) periodic competent-person inspection on a scheduled basis, with frequency increased for harsh environments, frequent use, or critical equipment; 3) immediate inspection after any fall event or suspected damage; and 4) removal from service whenever there is doubt about integrity. Also ensure component compatibility, proper anchorage capacity, and worker training. Source material notes anchors for PFAS generally must support 5,000 lb per attached worker unless designed as part of a complete system under qualified supervision, and connectors must meet minimum strength requirements. [8] [10] [2] [11]