Drywall Framing Safety Inspection Checklist

Is the panel lift's load rating clearly marked and within the safe working load for the drywall sheets being lifted? (Verify against manufacturer's specifications)

Inspect panel lift for any signs of damage (e.g., bent frame, damaged cables, worn wheels). Remove from service if damaged.

Are workers trained on the proper operation of the panel lift, including safe lifting and lowering techniques? (Documented training records required)

Is the panel lift being used on a level and stable surface to prevent tipping? (Check for uneven flooring or obstructions)

Are lift-assist devices (e.g., suction cups, mechanical grips) provided and used to reduce manual handling of drywall sheets?

Are drywall sheets staged close to the work area to minimize carrying distances and awkward postures?

For heavy or oversized drywall sheets, are team lifting procedures in place and followed to distribute the load?

Is there a job rotation schedule to reduce repetitive motions and prevent fatigue among drywall installers?

Have workers received training on proper lifting techniques, posture, and ergonomic principles to prevent RSIs?

Is the work height adjusted to minimize bending and reaching during drywall installation?

Are anti-fatigue mats provided for workers who stand for extended periods to reduce strain on their feet and legs?

Are all PAT operators certified and trained in accordance with ANSI A10.3-2022?

Is the PAT inspected daily for defects (e.g., broken safety mechanisms, worn parts) before use? (Documented inspection logs required)

Are operators and helpers wearing appropriate PPE, including safety glasses, hearing protection, and hard hats?

Is the PAT equipped with a functional safety mechanism that prevents accidental firing? (Verify proper operation)

Is there a written procedure for handling misfires, and are operators trained on it? (Procedure must include waiting period and safe removal of the fastener)

Are the correct fasteners and powder loads being used for the base material and application? (Refer to manufacturer's specifications)

Are 'no-shoot' zones clearly identified to prevent fasteners from penetrating electrical conduits, plumbing, or other hidden hazards?

Is the area around the PAT operation clear of bystanders and properly barricaded to prevent injuries from flying debris?

Is the PAT stored securely when not in use to prevent unauthorized access?

Are powder loads stored in a cool, dry place away from heat and ignition sources?

Is the operator using techniques to minimize the risk of ricochet, such as maintaining a perpendicular angle to the work surface?

Are drywall stilts inspected before each use for any signs of damage (e.g., loose straps, worn footplates, damaged springs)?

Have workers received training on the proper use of drywall stilts, including safe walking, turning, and working techniques?

Are stilts being used on a level and clear surface free of obstructions and debris?

Are guardrails or other fall protection measures in place when working at heights on stilts?

Are all straps and buckles on the stilts in good condition and properly adjusted to ensure a secure fit?

Are the footplates on the stilts clean and free of mud, grease, or other slippery substances?

Is the worker's weight within the stilts' maximum weight capacity? (Check manufacturer's specifications)

Are ladders used to access stilted work areas secured and properly positioned?

Are stilts being used in suitable weather conditions (e.g., no high winds, rain, or ice)?

Is the work area free of tripping hazards (e.g., tools, debris, cords) that could cause a fall while using stilts?

Is a buddy system in place to provide assistance and support to workers using stilts?

Is the work area kept clean and free of debris, scrap materials, and tripping hazards?

Is adequate lighting provided in the work area to ensure safe visibility?

Are walking surfaces maintained in a safe condition, free of slip and trip hazards?

Are all electrical cords and equipment properly grounded and free of damage?

Are fire extinguishers readily accessible and inspected regularly?

Is a first-aid kit readily available and adequately stocked?

Is there a written emergency action plan in place, and are workers familiar with it?

Is adequate ventilation provided to prevent the buildup of dust or fumes?

Are materials stored in a safe and organized manner to prevent hazards?

Are appropriate safety signs and warnings posted in the work area?