Personal Protective Equipment Selection and Inspection

Why PPE Selection and Inspection Matter

Personal protective equipment is your last line of defense when engineering controls and administrative controls cannot fully eliminate a hazard. In elevator construction and maintenance, hazards shift rapidly — one task may expose you to falling objects, the next to electrical arc or chemical splash. Choosing the wrong PPE, or using equipment that is damaged, provides false confidence and can be as dangerous as wearing nothing at all. OSHA 29 CFR 1926 Subpart E requires that PPE be selected to match the hazard, maintained in reliable condition, and worn correctly every time.

Hazard Assessment Comes First

Before selecting any PPE, identify the hazards present in the task. Ask: Is there a fall risk? Electrical exposure? Flying particles? Noise above action levels? Chemical or atmospheric hazard? Each elevator-trade scenario carries a specific hazard profile:

• Pit entry with standing water — slip hazard, possible electrical contact with water, potential for engulfment of ignition sources; waterproof footwear with electrical-hazard rating, insulated gloves, and hard hat are required.
• Grinding on a machine-room floor — flying sparks and metal fragments demand safety glasses and a face shield worn together; hearing protection is needed because grinding typically exceeds 85 dBA.
• Working in an active hoistway with a car passing — fall arrest and head protection are critical; a full-body harness with a shock-absorbing lanyard attached to an engineered anchor, plus a Type II hard hat rated for lateral impact, are required.
• Battery-room inspection — lead-acid batteries off-gas hydrogen and contain sulfuric acid; chemical splash goggles (not plain safety glasses), acid-resistant gloves, and adequate ventilation are mandatory.
• Overhead welding on a crosshead — sparks and molten metal fall downward; a welding shield or auto-darkening helmet, leather welding gloves, flame-resistant (FR) clothing, and a hard hat are required.
• Confined-space atmospheric testing — the tester stands outside or at the entry point before entry; at minimum, safety glasses and hard hat apply; if entry follows, a full confined-space kit including supplied air or SCBA may be required depending on atmospheric readings.

Key PPE Items and Inspection Standards

Hard Hats

Type I hard hats protect the crown only. Type II hard hats add lateral-impact protection and are preferred in hoistways where objects or structural elements may strike the side of the head. Before each use, inspect the shell for cracks, dents, or chalking (a sign of UV degradation). Check the suspension system — the webbing and headband — for cuts, fraying, or missing attachment points. A hard hat that has absorbed a significant impact must be removed from service immediately, even if no visible damage is present.

Full-Body Harness and Shock-Absorbing Lanyard

A full-body harness distributes fall-arrest forces across the thighs, pelvis, and chest, and terminates arrest force at the dorsal D-ring located between the shoulder blades. Inspect every component before each use using the manufacturer's guide:

1. Webbing — run the strap through your fingers; feel for cuts, abrasion, heat damage, chemical stiffness, or discoloration.

2. Hardware — buckles, D-rings, and snap hooks must open, close, and lock smoothly with no deformation or corrosion.

3. Stitching — look for broken or pulled stitches, especially at load-bearing connection points.

4. Shock pack — if the deployment indicator (usually a red tag or exposed inner webbing) is visible, the lanyard has been activated and the entire assembly must be retired immediately.

Donning sequence: step into the leg loops, pull the harness up, insert arms through shoulder straps, fasten the chest strap at mid-sternum level, tighten leg straps so two fingers fit snugly under each strap, verify the dorsal D-ring sits centered between the shoulder blades. Have a partner verify all five fit points before connecting to an anchor.

Insulated Gloves for Electrical Work

Elevator work involves exposure to control voltages as well as higher voltages in machine rooms and drive units. Insulated rubber gloves must be rated for the voltage class of the work being performed and must be used with leather protector gloves to prevent puncture of the rubber. Before each use, perform a roll test or inflation test: roll the glove cuff toward the fingers to trap air; the glove should hold pressure without deflating. Inspect for cuts, punctures, swelling, or ozone damage (fine surface cracking). Any glove that fails inspection is immediately removed from service.

Safety Glasses and Face Shields

Safety glasses meeting ANSI/ISEA Z87.1 provide primary eye protection for impact hazards. A face shield is secondary protection and must always be worn over safety glasses, never as a standalone substitute. Check lenses for scratches that impair vision, cracks, or missing side shields.

Hearing Protection

Ear plugs and earmuffs both have a Noise Reduction Rating (NRR) printed on the packaging. Select the type and rating appropriate to the measured or estimated noise level of the task. Inspect ear muffs for cracked cushions or broken headbands. Single-use foam plugs are discarded after use; reusable plugs are cleaned and inspected before each shift.

Documenting Inspections

A daily PPE inspection log is not optional — it is the written record that demonstrates due diligence. For each item, record: the date, item description and serial or lot number if present, the inspection result (pass or defect found), and your signature. Any item recorded as defective must be tagged out of service and reported to your supervisor before the work begins. Never borrow uninspected equipment from another worker's kit.

The Non-Negotiable Rule

Remove and replace any PPE that has been involved in a fall arrest, absorbed a significant impact, been exposed to chemicals outside its rating, or shows any defect found during inspection. The cost of replacing PPE is always less than the cost of an injury.