Elevator Shaft Installation & Fall Protection Checklist
This checklist is designed for elevator constructors and GC superintendents to ensure safe elevator shaft installation. Regular inspections and adherence to safety protocols are crucial to prevent falls and dropped objects in the hoistway. Use this daily to verify barricades and tie-off points.
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General-purpose starting point only. Adapt it to the site, manufacturer instructions, and applicable local requirements. It does not replace a competent person's assessment or a required statutory form.
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Field note
"Elevator shaft safety is paramount due to the high risk of falls and dropped objects. Neglecting these hazards can lead to severe injuries or fatalities, resulting in significant legal and financial repercussions. The 'golden rule' is to maintain a proactive safety culture where every worker is empowered to identify and address potential hazards before they cause harm."
Primary Risks
- •Falls from height
- •Struck by falling objects
- •Entrapment in hoistway
Standards and rules to review
- •OSHA 1926.501
- •ANSI A10.4
- •NFPA 70
Inspection Items
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Hoistway Barricade Inspection
Are hoistway openings barricaded with a minimum 42-inch high guardrail system, including mid-rail and toe board?
Are barricade materials (wood, metal, etc.) structurally sound and capable of withstanding a 200-pound force in any direction?
Are barricades securely attached to the hoistway structure to prevent accidental displacement?
Are warning signs (e.g., 'Danger - Open Hoistway') clearly posted at each barricaded opening?
Do barricades allow for necessary access while preventing accidental falls into the hoistway?
Are 3.5-inch toe boards installed on all open sides of the hoistway to prevent tools and materials from falling?
Is a daily inspection of all hoistway barricades conducted and documented?
Are all barricades a minimum of 42 inches in height, with a midrail positioned halfway between the top rail and the walking/working surface?
Are barricades free from damage, deterioration, or any condition that could compromise their structural integrity?
Is adequate lighting (minimum 10 foot-candles) provided at all hoistway entrances and working areas?
Fall Protection Systems (Personal)
Are personal fall arrest systems (PFAS) inspected daily for damage, wear, and proper fit by a competent person?
Are anchor points for PFAS capable of supporting at least 5,000 pounds per employee attached?
Are tie-off points located above the worker's D-ring to minimize free-fall distance?
Are lanyards free from cuts, abrasions, chemical damage, and other signs of deterioration?
Do self-retracting lifelines (SRLs) function properly, with smooth extension and retraction?
Is there adequate fall clearance below the worker to prevent contact with lower levels or obstructions?
Is a rescue plan in place and readily available in case of a fall?
Is the full body harness compatible with the lanyard and anchorage connector being used?
Have all employees working at height received documented fall protection training?
Are car top railings in place and properly secured when performing car top inspections?
Overhead Protection & Housekeeping
Is overhead protection (e.g., netting, planking) in place to prevent tools and materials from falling into the hoistway?
Is the hoistway free from accumulated debris, tools, and materials that could create a hazard?
Are tools used at height tethered to prevent them from falling?
Are materials stored at least 6 feet away from the hoistway edge?
Are warning signs posted below the hoistway indicating potential falling object hazards?
If a false car is in use, is it inspected daily for structural integrity and proper operation?
Is adequate lighting provided below the hoistway to identify potential falling objects?
Is a reliable communication system (e.g., radios) in place between workers in the hoistway and those on other levels?
Is an emergency stop device readily accessible within the hoistway?
Is a fire extinguisher (minimum 2A:10BC rating) readily accessible near the hoistway?
Electrical Safety
Are all electrical tools and equipment used in or near the hoistway GFCI protected?
Are extension cords free from damage, splices, and improper use?
Are electrical panels and disconnects readily accessible and clearly labeled?
Is a lockout/tagout procedure in place and followed for all electrical work?
Are all electrical tools and equipment properly grounded?
Are overhead power lines identified and are safe clearance distances maintained?
Is temporary wiring installed according to code requirements?
Is all electrical work performed by a qualified electrician?
Are electrical enclosures weatherproof when exposed to the elements?
Has an arc flash hazard assessment been conducted, and are appropriate PPE requirements being followed?
Expert Field Tips
Always double-check barricade integrity after any work is performed near the hoistway.
Ensure all workers understand the importance of tool tethering to prevent dropped objects.
Conduct regular toolbox talks to reinforce fall protection procedures and hazard awareness.
Frequently asked questions
How often should a Elevator Shaft Safety Checklist be performed?
The frequency of a Elevator Shaft Safety Checklist depends on site-specific risks and regulatory requirements. Typically, these inspections are conducted before each shift, weekly, or after any significant change in site conditions as per OSHA 1926.501.
Who is qualified to conduct a Elevator Shaft Safety Checklist?
A "competent person" as defined by OSHA 1926.501 should perform this inspection. This individual must have the knowledge, training, and experience to identify existing and predictable hazards in the specific work environment.
What regulation or standard covers Elevator Shaft Safety Checklist?
This inspection type is primarily governed by OSHA 1926.501. Specialized local regulations and manufacturer specifications may also apply and should be consulted during the inspection process.
What are the most common findings in a Elevator Shaft Safety Checklist?
Frequent issues identified during a Elevator Shaft Safety Checklist include missing documentation, improper storage of materials, wear and tear on structural components, and non-compliance with safety signage requirements.
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