Checklist for Pneumatic Hammer Working

Checklist for Pneumatic Hammer Working to inspect chipping hammers, air scalers, rivet hammers, pneumatic chisels for safe use in fabrication and maintenance.

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Checklist for Pneumatic Hammer Working



General Setup

1. The operator is trained and competent in the safe use of the pneumatic hammer type being operated


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2. The pneumatic hammer is included on the site or facility equipment register


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3. The tool has a current, in-date inspection tag attached


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4. The correct tool type and chisel or bit has been selected for the material and task


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5. Lockout/tagout (LOTO) equipment is available for use during bit changes and maintenance tasks


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6. The work area is clear of other personnel who could be struck by chips, debris, or ejected bits


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Air Supply And Hose

1. The air compressor is set to deliver pressure within the manufacturer's specified operating range for the tool


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2. The air supply hose is free from cuts, abrasions, bulges, and leaks along its full length


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3. Hose couplings and fittings are fully seated, locked, and rated for the operating pressure


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4. A whip check or hose restraint is fitted at each hose connection to prevent uncontrolled movement if a coupling fails


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5. The hose is routed to avoid trip hazards, pinch points, and contact with sharp edges or hot surfaces


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6. The air supply is isolated and the hose is depressurized before any bit or chisel change is carried out


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7. The air line has been blown clear of moisture and debris before connecting to the tool


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Tool Body And Controls

1. The tool body is free from cracks, dents, or damage that could affect structural integrity or operator grip


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2. The trigger or throttle valve operates smoothly and returns to the off position when released


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3. The trigger is not taped, wired, or modified in any way that prevents it from returning to the off position


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4. The tool retainer or bit retainer mechanism is in place, undamaged, and holds the chisel or bit securely


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5. All external fasteners on the tool body are tight and show no signs of loosening


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6. The tool barrel shows no signs of excessive wear, scoring, or deformation


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Chisel, Bit, And Accessory Inspection

1. The chisel or bit is free from cracks, bends, or deformation along its shank and working tip


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2. The chisel tip is sharp and correctly shaped for the task — mushroomed or deformed tips are not in use


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3. The shank of the chisel or bit is free from burrs, excessive wear, or damage that could cause it to stick or eject


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4. The chisel or bit is the correct size and type for the tool retainer — oversized or undersized shanks are not fitted


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5. Chisels and bits showing signs of heat discoloration from overuse are inspected for structural integrity before reuse


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6. Spare chisels and bits are stored safely and are not left loose on work surfaces where they could fall or cause injury


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Lubrication

1. The tool has been lubricated at the air inlet with the manufacturer's recommended oil before use


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2. The built-in lubricator, if fitted, is filled to the correct level before starting work


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3. The oil used is of the correct type and viscosity as specified by the manufacturer


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4. Lubrication is not applied while the tool is connected to a live air supply


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Safe Operating Practices

1. The chisel or bit is held firmly against the workpiece before the trigger is operated — the tool is not triggered in free air


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2. The operator maintains a firm two-handed grip on the tool throughout operation where the tool design requires it


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3. The tool is not used to pry, lever, or apply lateral force — only axial impact force is applied


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4. The operator does not reach around or behind the workpiece to support it while the tool is in operation


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5. Work on small or loosely supported workpieces is stopped until the piece is properly secured


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6. Operation is paused at regular intervals to manage hand-arm vibration exposure in line with applicable limits


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7. The tool is not left connected to a live air supply when unattended or not in use


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8. The bit or chisel is removed from the tool before it is stored or transported


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Chip And Debris Management

1. A suitable chip deflector or guard is in place where chips and debris could strike other workers or equipment


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2. The work area is cleared of loose chips and debris at regular intervals during operation


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3. Chips are not removed from the work surface by hand — a brush or appropriate tool is used


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4. Chip and debris accumulation on the floor around the work area is managed to prevent slip and trip hazards


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PPE

1. Safety glasses and a full-face shield are worn throughout all pneumatic hammer operations


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2. Hearing protection rated for the noise level of the task is worn throughout operations


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3. Cut-resistant gloves appropriate to the task are worn to protect against sharp edges and hot chips


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4. Safety footwear is worn in all areas where pneumatic hammer operations are taking place


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5. Respiratory protection is available and worn where the operation generates hazardous dust or fumes


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6. Anti-vibration gloves are worn or other vibration controls are in place where prolonged use is expected


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Defect Reporting And Records

1. Any tool found to be defective during this inspection is tagged out of service immediately


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2. Out-of-service tags include a description of the defect and the date identified


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3. Defective chisels and bits are disposed of or set aside for sharpening — not returned to the serviceable tool store


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4. Any defects identified during this inspection are logged with the asset ID, defect description, and date


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5. The next scheduled inspection date is recorded and the inspection tag is updated accordingly


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Checklist by GoAudits.com – Please note that this checklist is intended as an example. We do not guarantee compliance with the laws applicable to your territory or industry. You should seek professional advice to determine how this checklist should be adapted to your workplace or jurisdiction.

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