12 Aug Material Handling with Mechanical Equipment – JSA

Material Handling with Mechanical Equipment Job Safety Analysis (JSA)

Job / Task

Moving, lifting, positioning, transporting, loading, unloading, stacking, or placing materials using mechanical equipment such as forklifts, pallet jacks, carts, dollies, hoists, conveyors, lift tables, powered industrial trucks, and other approved material-handling devices.

Purpose

This Job Safety Analysis (JSA), also known as a Job Hazard Analysis (JHA), identifies hazards associated with mechanical material handling and establishes safe work practices and controls to prevent struck-by, caught-between, crushing, pinch-point, tip-over, falling-load, overexertion, and equipment-related injuries.

Personnel Qualifications

Mechanical material-handling equipment shall be operated only by employees who are trained, qualified, and authorized for the specific equipment when required. Employees assisting with material handling shall understand load-control, exclusion-zone, communication, and pinch-point hazards.

Personnel shall:

• Use equipment only for its intended purpose and within its rated capacity.
• Complete required pre-use inspections and remove defective equipment from service.
• Know the weight, size, stability, and center of gravity of loads when necessary for safe handling.
• Understand equipment controls, operating limitations, visibility restrictions, and stopping distances.
• Keep employees clear of suspended, elevated, unstable, or moving loads.
• Use spotters when visibility, clearance, traffic, or load conditions require assistance.
• Maintain safe travel paths and control pedestrian interaction.
• Stop work when equipment condition, load stability, capacity, visibility, or travel conditions are uncertain or unsafe.

Required PPE

PPE shall be selected based on the equipment, material, and work environment and may include:

• Safety glasses with side protection.
• Work gloves appropriate for handling materials and equipment.
• Safety footwear appropriate for crushing and material-handling hazards.
• Hard hat where overhead, falling-object, or construction hazards exist.
• High-visibility apparel where mobile equipment or vehicle traffic is present.
• Hearing protection where required.
• Additional task-specific PPE identified by the hazard assessment.

JSA – Job Steps, Hazards, and Controls

Step 1 – Plan the Material-Handling Task

Potential Hazards

• Wrong equipment selection.
• Overloaded equipment.
• Unstable load.
• Unplanned travel hazards.

Required Controls

• Identify the material, load weight, dimensions, center of gravity, pickup point, travel path, and destination.
• Select equipment with adequate capacity and suitable attachments for the task.
• Determine whether special lifting points, rigging, restraints, or assistance are required.
• Identify pedestrian, traffic, overhead, floor, slope, doorway, and clearance hazards.
• Conduct a pre-task briefing when the operation is complex or involves multiple employees or equipment.

Step 2 – Inspect the Work Area and Travel Path

Potential Hazards

• Uneven surfaces.
• Obstructions.
• Slopes.
• Poor lighting.
• Pedestrian exposure.

Required Controls

• Inspect floors, ramps, aisles, loading areas, and travel routes before moving the load.
• Remove debris, cords, hoses, loose materials, and other obstructions where practical.
• Identify floor openings, edges, docks, soft ground, low clearances, and overhead obstructions.
• Provide adequate lighting and maintain required aisle clearance.
• Control pedestrians and other traffic where equipment will operate.

Step 3 – Inspect the Equipment

Potential Hazards

• Mechanical failure.
• Brake failure.
• Damaged wheels or forks.
• Hydraulic leaks.

Required Controls

• Complete required pre-use or shift inspections.
• Inspect controls, brakes, steering, tires or wheels, forks, chains, hydraulics, guards, alarms, safety devices, and attachments as applicable.
• Check manual devices such as pallet jacks, dollies, and carts for damaged handles, wheels, frames, and load surfaces.
• Tag and remove unsafe equipment from service.
• Do not operate equipment with defects affecting safe use.

Step 4 – Verify Equipment Capacity

Potential Hazards

• Equipment overload.
• Tip-over.
• Structural failure.
• Dropped load.

Required Controls

• Verify the equipment’s rated capacity before handling the load.
• Account for load center, attachments, lift height, configuration, and other factors affecting capacity.
• Do not exceed capacity plates, manufacturer ratings, or approved operating limits.
• Use a larger or more suitable device when the load exceeds available capacity.
• Do not add counterweights or modify equipment unless approved by the manufacturer or qualified authority.

Step 5 – Prepare the Load

Potential Hazards

• Loose materials falling.
• Load collapse.
• Sharp edges.
• Unexpected shifting.

Required Controls

• Inspect the load for stability before movement.
• Secure loose components and repair or restack unstable loads where necessary.
• Use pallets, containers, banding, wrapping, blocking, or restraints appropriate to the material.
• Keep the load within the equipment’s support surface or otherwise secure it against displacement.
• Use caution with damaged pallets, irregular loads, liquid loads, and materials with shifting centers of gravity.

Step 6 – Position Equipment for Pickup

Potential Hazards

• Collision.
• Pinch points.
• Struck-by injury.
• Equipment instability.

Required Controls

• Approach the load slowly and squarely where applicable.
• Keep employees clear between equipment and fixed objects.
• Align forks, platforms, lifting devices, or attachments with the load before engagement.
• Set brakes or stabilize equipment when required before loading.
• Use a spotter when the operator cannot clearly see the load or surrounding clearance.

Step 7 – Engage and Secure the Load

Potential Hazards

• Load falling.
• Fork or attachment damage.
• Pinched hands.
• Improper engagement.

Required Controls

• Fully engage forks, platforms, hooks, clamps, or other load-supporting devices as designed.
• Center the load and distribute weight as evenly as practical.
• Use approved attachments and restraints when required.
• Keep hands and feet clear while equipment is engaging or lifting the load.
• Do not permit employees to stand beneath or immediately adjacent to an unsecured elevated load.

Step 8 – Test Load Stability

Potential Hazards

• Load shift.
• Equipment tip-over.
• Unexpected movement.

Required Controls

• Raise or move the load only enough to verify balance and security before proceeding.
• Observe the equipment for instability, excessive deflection, or unusual response.
• Lower and reposition an unstable or off-center load.
• Verify the travel path remains clear.
• Do not continue until the load is adequately supported and controlled.

Step 9 – Travel with the Load

Potential Hazards

• Collision.
• Tip-over.
• Falling load.
• Reduced visibility.

Required Controls

• Travel at a controlled speed appropriate to surface, load, visibility, and traffic conditions.
• Keep loads low and stable during travel when equipment design permits.
• Avoid sudden starts, stops, turns, and direction changes.
• Maintain adequate clearance from edges, ramps, excavations, structures, and other equipment.
• Follow equipment-specific rules for grades and slopes.

Step 10 – Operate with Restricted Visibility

Potential Hazards

• Pedestrian strike.
• Collision.
• Property damage.

Required Controls

• Travel in the direction that provides adequate visibility when permitted by the equipment and operating procedure.
• Use a spotter when the load or environment obstructs the operator’s view.
• Sound horns or warning devices at blind corners and intersections where applicable.
• Slow down at doorways, crossings, and congested areas.
• Never move equipment when communication with a required spotter is lost.

Step 11 – Control Pedestrian Interaction

Potential Hazards

• Struck-by injury.
• Crushing.
• Caught-between hazards.

Required Controls

• Separate pedestrians from equipment routes where practical.
• Use barricades, designated aisles, warning signs, or spotters where necessary.
• Make eye contact or otherwise confirm awareness before moving near pedestrians.
• Never allow employees to pass beneath elevated loads.
• Keep personnel out of the equipment’s turning radius, pinch points, and line of fire.

Step 12 – Use Manual Pallet Jacks, Carts, and Dollies

Potential Hazards

• Overexertion.
• Foot injuries.
• Runaway equipment.
• Pinched hands.

Required Controls

• Keep loads within the device’s rated capacity.
• Push rather than pull when practical and when it provides better control and visibility.
• Keep hands and feet clear of wheels, frames, and load edges.
• Use additional assistance or powered equipment for heavy, unstable, or difficult loads.
• Control equipment carefully on ramps and do not use it on slopes beyond manufacturer limitations.

Step 13 – Use Hoists or Lift-Assist Devices

Potential Hazards

• Dropped load.
• Pinch points.
• Equipment overload.
• Suspended-load exposure.

Required Controls

• Inspect hoists, hooks, chains, wire ropes, controls, and attachments before use.
• Verify the supporting structure and lifting device are rated for the load.
• Keep personnel clear of suspended loads and fall zones.
• Lift vertically unless equipment is specifically designed for another loading direction.
• Do not use damaged lifting devices or exceed rated capacity.

Step 14 – Use Conveyors or Powered Transfer Equipment

Potential Hazards

• Caught-in or caught-between injury.
• Unexpected startup.
• Entanglement.

Required Controls

• Keep guards and protective devices installed and functional.
• Keep hands, clothing, tools, and body parts away from moving components.
• Use designated loading and unloading points.
• Apply lockout/tagout before clearing jams, servicing, or entering hazardous areas when required.
• Know the location of emergency stops and do not bypass safety devices.

Step 15 – Place or Stack the Load

Potential Hazards

• Stack collapse.
• Crushing.
• Falling materials.
• Pinch points.

Required Controls

• Prepare a stable and level landing area.
• Lower the load slowly and keep employees clear of pinch points.
• Stack materials so they are stable, secure, and within allowable height or loading limits.
• Use blocking, chocks, racks, or restraints where needed.
• Do not remove equipment support until the load is fully stable.

Step 16 – Load or Unload at Docks and Trucks

Potential Hazards

• Dock-edge fall.
• Trailer movement.
• Equipment falling from dock.
• Crushing.

Required Controls

• Verify trailers are secured against movement using required restraints, chocks, or dock-lock systems.
• Inspect dock plates or boards before use and verify adequate capacity.
• Confirm trailer floors can support the equipment and load.
• Maintain safe clearance from dock edges.
• Use adequate lighting inside trailers and loading areas.

Step 17 – Park and Secure Equipment

Potential Hazards

• Unauthorized operation.
• Unintended movement.
• Trip hazards.

Required Controls

• Park equipment in designated areas without blocking aisles, exits, fire equipment, or access routes.
• Lower forks, platforms, or attachments to a safe position.
• Set brakes and place controls in the required neutral or off position.
• Remove keys or otherwise secure powered equipment against unauthorized use when required.
• Chock or secure equipment on grades when required by the manufacturer or procedure.

Step 18 – Respond to Load Shift or Equipment Instability

Potential Hazards

• Falling load.
• Tip-over.
• Crushing.
• Struck-by injury.

Required Controls

• Stop movement immediately when a load shifts or equipment becomes unstable.
• Keep personnel away from the load and equipment.
• Do not attempt to catch, hold, or manually stabilize a falling or tipping load.
• Lower the load to a safe location when possible.
• Reevaluate equipment selection, load arrangement, and handling method before resuming.

General Safe Work Requirements

• Mechanical material-handling equipment shall be used only by trained and authorized employees when required.
• Equipment shall be inspected before use and defective equipment removed from service.
• Loads shall not exceed the rated capacity of the equipment or attachment.
• Loads shall be stable, centered, secured, and controlled before movement.
• Travel routes shall be inspected and maintained clear of hazards.
• Employees shall remain clear of suspended, elevated, shifting, or unstable loads.
• Pedestrian and equipment interaction shall be controlled through separation, communication, spotters, or other appropriate measures.
• Equipment shall be operated at safe speeds with consideration for load, surface, visibility, congestion, and stopping distance.
• Manufacturer instructions and equipment-specific operating requirements shall be followed.
• Lockout/tagout shall be applied before servicing, clearing jams, or entering hazardous equipment areas when required.
• Mechanical assistance shall be used in a manner that reduces rather than creates manual-handling and ergonomic hazards.
• Work shall stop whenever equipment capacity, condition, load stability, visibility, travel path, or other operating conditions are uncertain or unsafe.

Training

Employees using mechanical material-handling equipment shall receive training appropriate to the equipment and duties assigned. Training shall include equipment limitations and capacity, inspections, load stability and center of gravity, safe travel, pedestrian control, spotter communication, loading and unloading, stacking, pinch and crush hazards, suspended-load hazards, equipment parking, lockout/tagout where applicable, emergency response, and stop-work expectations. Powered industrial truck operators shall receive required operator training and evaluation.

References

• OSHA 29 CFR 1926.250 – General Requirements for Storage.
• OSHA 29 CFR 1926.251 – Rigging Equipment for Material Handling, where applicable.
• OSHA 29 CFR 1926.602 – Material Handling Equipment.
• OSHA 29 CFR 1910.176 – Handling Materials – General, where applicable.
• OSHA 29 CFR 1910.178 – Powered Industrial Trucks, where applicable.
• OSHA 29 CFR 1910.147 – The Control of Hazardous Energy, where applicable.
• Applicable manufacturer instructions, equipment operating manuals, and site requirements.