Fall Protection Equipment Inspection
Inspect PFAS gear before use or on an annual competent-person schedule with a clear checklist for harnesses, lanyards, SRLs, anchors, and removal-from-service actions.
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Overview
This Fall Protection Equipment Inspection template is for documenting the condition of personal fall arrest system components before use and during the annual competent-person review. It walks through the inspection details, then checks the harness, lanyard or SRL, anchor and connectors, and finally the documentation needed when a deficiency is found. The fields are written to capture observable conditions such as cuts, frays, burns, corrosion, deformation, gate function, legible labels, and signs of previous fall arrest loading.
Use this template when workers rely on PFAS gear for roof access, elevated work platforms, scaffolds, steel erection, tower work, mezzanines, or any task where a fall hazard exists and the equipment must be verified before use. It is also useful after a fall event, after chemical exposure, after storage damage, or when equipment is returned from another jobsite. The annual competent-person section helps support a formal inspection program and creates a record that the gear was reviewed by someone qualified to identify defects.
Do not use this template as a substitute for manufacturer instructions, rescue planning, or a full fall protection program. It is not the right fit for cosmetic equipment checks that do not involve PFAS, and it should not be used to approve anchors that have not been engineered or otherwise approved for the intended load path. If an item shows any sign of damage, loading, or uncertain history, the correct outcome is removal from service and documented corrective action, not a pass based on appearance alone.
Standards & compliance context
- This template supports OSHA construction fall protection expectations under Subpart M by documenting inspection of PFAS components before use and after damage or loading concerns.
- The checklist aligns with ANSI/ASSP fall protection program practices that call for competent-person review, equipment compatibility, and removal from service when defects are found.
- Manufacturer instructions should govern acceptance criteria for harnesses, lanyards, SRLs, connectors, and anchors, especially when wear limits or retirement conditions are more specific than general guidance.
- If your site operates under an AHJ, internal EHS standard, or a project-specific fall protection plan, add those requirements to the inspection fields and defect criteria.
- Any equipment with evidence of a fall event, chemical attack, heat damage, or structural deformation should be treated as non-conforming until cleared or retired.
General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.
What's inside this template
Inspection Details
This section establishes who inspected the gear, when the inspection happened, and which specific PFAS items are being evaluated.
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Inspection type
Select whether this is a pre-use inspection or an annual competent-person inspection.
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Inspector name
Name of the person completing the inspection.
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Inspection date and time
Date and time the inspection was completed.
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Equipment identification
Record the equipment ID, asset tag, or serial number for the PFAS set being inspected.
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Competent person present for annual inspection
Required for annual inspections completed by a competent person.
Harness
This section matters because harness damage, failed stitching, or loading history can make the entire system unsafe even when the rest of the gear looks fine.
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Webbing free of cuts, frays, burns, abrasion, and chemical damage
Inspect all load-bearing webbing for visible damage, discoloration, hardening, melting, or contamination.
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Stitching intact with no pulled, broken, or loose threads
Check all stitching, especially at load-bearing attachment points and adjuster locations.
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D-rings, buckles, and adjusters undamaged and functioning
Verify hardware is not bent, cracked, corroded, deformed, or seized and that buckles and adjusters operate smoothly.
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Labels, markings, and inspection tags legible
Manufacturer labels, capacity markings, and inspection tags must be present and readable.
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Harness shows no evidence of previous fall arrest loading
Remove from service if the harness has arrested a fall or shows signs of shock loading.
Lanyard / SRL
This section checks the connecting lifeline and energy-absorbing components that often fail from hidden wear, deployment, or retraction problems.
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Lanyard webbing or rope free of cuts, frays, burns, abrasion, and chemical damage
Inspect the full length of the lanyard or lifeline for wear, damage, contamination, or deformation.
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Energy absorber not deployed or damaged
Check that the shock absorber has not been deployed and shows no signs of elongation, tearing, or activation.
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SRL housing, cable/webbing, and retraction function normal
For self-retracting lifelines, verify the housing is intact, the line retracts smoothly, and the locking mechanism engages properly.
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Connectors on lanyard or SRL are undamaged and self-closing
Check hooks, carabiners, and snap hooks for deformation, cracks, corrosion, gate damage, and proper self-closing action.
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SRL or lanyard identification and inspection markings legible
Verify the equipment identification, manufacturer markings, and inspection status are readable.
Anchor & Connectors
This section verifies the load path, since an approved harness is only effective if the anchor and connectors are compatible, secure, and undamaged.
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Anchor point is approved for PFAS use and properly installed
Confirm the anchor is intended for personal fall arrest use and is installed per manufacturer instructions and site procedure.
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Anchor shows no visible damage, corrosion, deformation, or looseness
Inspect the anchor structure, fasteners, and attachment point for wear, cracks, rust, movement, or other deficiencies.
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Connectors are compatible and fully engaged
Verify connectors are compatible with the anchor and other PFAS components and are fully closed and locked.
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No evidence of gate roll-out, side loading, or improper attachment
Check for improper loading conditions, cross-loading, or attachment methods that could compromise connector performance.
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Anchor and connector inspection records current
For annual inspections, verify the inspection record is current and traceable to the equipment ID.
Documentation & Removal from Service
This section ensures defects are tagged, taken out of circulation, and recorded so unsafe gear does not return to use without control.
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Any deficiency found was tagged and removed from service
Any damaged, missing, or non-compliant PFAS component must be removed from service immediately.
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Corrective action documented
Describe the deficiency, action taken, and disposition of the equipment.
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Inspector signature
Signature confirming the inspection was completed and findings are accurate.
How to use this template
- Create the inspection record by entering the inspection type, date and time, equipment ID, inspector name, and whether a competent person is present for the annual review.
- Walk the harness first and record the condition of webbing, stitching, hardware, labels, and any evidence of prior fall arrest loading.
- Inspect the lanyard or SRL next, confirming that the energy absorber is not deployed, the line and housing are intact, and the connectors self-close and latch properly.
- Verify the anchor point and all connectors are approved for PFAS use, properly installed, compatible, fully engaged, and free of visible damage or looseness.
- If any deficiency is found, tag the item out of service, document the corrective action, and keep the equipment out of use until it is repaired, replaced, or formally retired.
- Finish by capturing the inspector signature and saving the record so the inspection history stays traceable for audits and follow-up reviews.
Best practices
- Inspect the gear in good light and handle each component closely enough to see stitching, labels, and connector gates, not just surface condition from a distance.
- Treat any sign of fall arrest loading, even if the equipment looks intact, as a removal-from-service condition until a competent person reviews it.
- Photograph defects at the time of inspection so the record shows exactly what was found and where it was located on the equipment.
- Check that the anchor is approved for PFAS use and that the attachment method matches the manufacturer’s instructions and the site’s fall protection plan.
- Verify connector compatibility to prevent gate roll-out, side loading, or improper attachment between the harness, lanyard, SRL, and anchor.
- Use the same inspection criteria every time so recurring defects can be trended by equipment type, crew, or jobsite.
- Separate pre-use checks from annual inspections in your workflow so a worker-level review does not get mistaken for a competent-person sign-off.
What this template typically catches
Issues teams running this template most often surface in practice:
Common use cases
Frequently asked questions
What equipment does this fall protection inspection template cover?
This template is built for personal fall arrest system components: full-body harnesses, lanyards, self-retracting lifelines, connectors, and anchor points. It also includes documentation fields for inspection status, corrective action, and removal from service. If your site uses positioning or restraint gear, you can add those items as custom fields, but the core checklist is focused on PFAS.
How often should this inspection be completed?
Use it before each use for user-level checks and at least annually for the competent-person inspection. Many employers also run it after any fall event, suspected overload, chemical exposure, or equipment damage. If the gear has been stored improperly or its condition is uncertain, inspect it before it goes back into service.
Who should perform the annual inspection?
The annual inspection should be performed by a competent person who can identify fall protection defects, non-conformances, and signs of loading or degradation. Pre-use checks can be completed by the worker using the equipment if they have been trained to recognize obvious damage and unsafe conditions. If your program requires a higher level of review, you can assign a supervisor, safety manager, or designated inspector.
What regulations or standards does this template support?
The checklist aligns with OSHA construction fall protection requirements under Subpart M and common fall protection program expectations for inspection, maintenance, and removal from service. It also supports ANSI/ASSP fall protection program practices and manufacturer instructions, which should always govern acceptance criteria. If your site has additional requirements from an AHJ or internal safety program, those can be added as custom inspection items.
What are the most common mistakes this inspection catches?
The most common issues are frayed webbing, damaged stitching, deployed energy absorbers, connectors that do not self-close or latch properly, and anchors that are not approved for PFAS use. Inspectors also find missing or illegible labels, corrosion, deformation, and gear that has been used in a fall but not removed from service. This template helps make those defects visible and documentable instead of relying on memory.
Can I customize this template for different job sites or equipment brands?
Yes. You can add fields for manufacturer, model number, serial number, asset ID, location, and site-specific acceptance criteria. If your crews use different harness styles, SRL lengths, or anchor types, add conditional sections so the inspector only sees the items that apply. Keep the defect criteria tied to the manufacturer’s instructions and your written fall protection program.
How does this compare with an ad-hoc paper checklist or verbal sign-off?
An ad-hoc process often misses repeat defects, lacks traceability, and makes it hard to prove that damaged gear was removed from service. This template standardizes what gets checked, who checked it, and what action was taken when a deficiency was found. That makes it easier to trend recurring issues, support audits, and keep crews from reusing unsafe equipment.
What should happen if a deficiency is found during inspection?
The equipment should be tagged and removed from service immediately, then routed for repair, disposal, or replacement according to your program and the manufacturer’s guidance. The inspection record should capture the defect, the corrective action, and who made the decision. If the item shows evidence of fall arrest loading, treat it as out of service until a competent person clears it or it is permanently retired.
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