Published on: September 9, 2024
Packing up to attend a football game to cheer on your favorite team at an outdoor stadium requires a checklist. Am I dressed in layers for warmth? Do I pack my seat cushion? Hand warmers? Binoculars? Where are my tickets? Do I have throat lozenges because I’ll spend half the game screaming, “DEFENSE!”
Maintenance workers accessing rooftops and other work-at-height areas also have something to cheer for on defense—fall protection lifeline inspections.
Organizations invest heavily in lifeline systems and training workers to use the equipment properly. But it’s a long season for football fans and a year-round responsibility to inspect, monitor, service, and repair heating, ventilation, air conditioning (HVAC), and other building service units located on the rooftop. Regular inspections of lifelines are vital for identifying wear, damage, or any other issues that could compromise the effectiveness of the fall protection system.
User inspections before every use.
Like the football fan packing everything needed for the game, the person set to work at height must conduct a thorough inspection of the lifeline system to identify any signs of wear, damage, or equipment malfunction that could compromise safety.
- Visual Review – Are there cuts, frays, abrasions, or other wear to the webbing and stitching of the lanyard and harness? Are the warning labels and inspection tags intact and legible?
- Hardware Check – Inspect D-rings, buckles, carabiners, snap hooks, frames, bars, and other components for corrosion and signs of cracks, deformation, or other damage.
- Functionality Test – Does the system have a self-retracting lifeline (SLR) instead of a free-hanging lanyard? Does the SLR engagement mechanism lock and retract correctly under sudden tension?
OSHA 1910.140(c)(18) requires such inspections before initial use during each work shift, and OSHA 1926.502(d)(21) specifies that personal fall arrest systems be inspected before each use for wear, damage, and other deterioration—and to remove defective components from service.
Have an OSHA “competent person” get into the act.
An OSHA competent person is a professional—by training and experience—capable of identifying hazards to workers and is authorized to take prompt action to correct the situation, for example, taking a lifeline out of service.
OSHA requires that fall protection systems undergo an annual inspection (at least) by an OSHA competent person. This inspection goes beyond the worker’s pre-use review. The inspection results must also be documented.
- System Integrity – Inspect the entire system, including anchor points and connectors, for structural soundness and signs of degradation from wear.
- Component Review – Disassemble the system parts to inspect internal mechanisms, such as SRL springs and brakes. Verify if any part of the system shows signs of impact that indicate that a worker fell using the lifeline. (If so, it must be taken out of service immediately.)
- Compliance Check – Ensure that all equipment meets current OSHA and ANSI standards. For example, is the anchorage still capable of supporting at least 5,000 lbs. (22.2 kN) for each employee attached?
The thoroughness of an engineering design review.
An engineering design review may be necessary every five years for a more comprehensive assessment of the lifeline system. Such an evaluation ensures that the system complies with all relevant OSHA and ANSI regulations and is appropriate to the current worksite’s specific hazards. It should be conducted by a professional engineer who is an OSHA “qualified person,” someone with proven problem-solving abilities relating to the subject matter, work, or problem.
The engineering review should include:
- Design & Layout – Is the lifeline system designed correctly for the specific work environment (e.g., load capacity, fall distances), and does it protect against intended fall hazards
- Installation – Does the system follow design specifications? Are all components correctly aligned and secured?
- Load Testing – Can the system withstand the forces it may encounter during a fall?
- Integration – Do all components work together as intended without any compatibility issues?
- Documentation & Compliance – Are all inspection, certification, and maintenance records up to date and per regulatory requirements?
A simplified equipment inspection checklist.
- Check for frays, cuts, abrasion, stretching, and other wear on the webbing and stitching of the harness and lanyard.
- Inspect D-rings, buckles, snap hooks, carabiners, and other metal parts for damage or corrosion.
- Ensure that all labels and tags are present and legible.
- Verify that all anchor points are secure, rust-free, and undamaged.
- Evaluate internal components of an SRL and test for proper function.
- Confirm that the system design matches current standards and the work environment.
- Examine connectors for deformation, rust, and smooth operation.
- Document all findings and any corrective actions taken.
See us for your safety solutions.
Regular inspections by the users of lifelines and OSHA-competent persons—plus periodic engineering reviews—are needed to maintain the safety and effectiveness of lifeline fall protection systems. This will help ensure workers remain protected and compliant with OSHA and ANSI standards.
If safety and productivity are essential to your organization, contact Flexible Lifeline Systems. We will discuss your needs and concerns about regulatory compliance, visit your site to conduct a safety audit and map out a plan. Our services can include as little or as much as you need, from design, engineering, and fabrication to installation, training, and other support.