Title Page
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Site conducted
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Conducted on
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Conducted on
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Information Section
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Program
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Station #
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Start date and time of BUY - OFF review
SAFETY BUY-OFF INSTRUCTIONS
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Signature and Date is required by the individual conducting
Machine Guarding
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1. All rotating components, gears, shafts, and belts guarded?
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2. Are all pinch points eliminated or guarded?
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3. Type of guarding used? 3e. Scanner guard?
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4. Are interlocks installed and operational w/ LOTO ability?
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5. Do interlocks shut down cell?
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6. Check palm button to restart
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7. Are there lighting changes within the cell to inform TM's of LOTO
Controls
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1. Are Palm buttons install and is there one for each operator at the station?
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2. Anti-tie down / Anti-repeat?
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3. Do the palm buttons have guards?
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4. Are the palm buttons placed in such a manner as to have ease of access and the operator is clear of hazards and danger?
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5. Are E-Stops in place, visible, and marked with red buttons?
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6. Are there E-Stop Cables and is the cable red and accessible?
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7. Are either style of E-Stop within reach of the operator?
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8. Are Stack lights or operational lights used for the work cell?
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9. Are the stack lights visible by the operator at the work cell?
Robotics
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1. Does each Robot have an independent controller with an E-stop?
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2. Is there an E-Stop on the teach pendent for each unit?
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3. Does activation of an E-stop on a teach pendent stop all robotic movement for all robots?
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4. Do the robot(s) have amber lights installed?
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5. Guarding types:
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5a. Muting Switches?
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5b. Hard stops?
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5c. Hand Cuffs?
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5d. Physical barrier? (fence, hard curtain)
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5e. Light curtain?
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6. Light curtain distance calculations available? (attach copy)
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7. Robotic risk assessment complete and available? (attach copy)
Control of Hazardous Energy
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1. Is the machine or equipment capable of being Locked Out?
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2. Is there an schematic drawing posted that indicates Lock Out points?
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3. Are Electrical points identified on drawing and machine? (disconnects, interlocks, switches)
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4. Are Pneumatic points identified on drawing and machine? (dump valves, pressure relief valves, gauges, piping hoses,<br>fittings, etc.)
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5. Are Hydraulic points identified on drawing and machine? (gauges, hoses, valves, pressure relief, blanking capable, etc.)
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6. Is there a set of drawings for the pneumatic and hydraulic systems?
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7. Does the fence have gates with interlocks?
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8. Has the control of hazardous light been accomplished?
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8a. Methods used for light reduction from operator point effective? (Can he or she see weld flash?)
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9. Has the machine been reviewed for sound emission?
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10 Are decibel readings acceptable?
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11. Has gravity as an energy source been evaluated and is there a hazard?
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12. Do the stored energy points have ID's and labels?
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13. Are Lock Out points ID'd in red (hasp, gate points, knobs, etc.)?
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14. Are Lock Out Placard's installed at each and all entry points?<br>
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15. Are Lock Out hasps attached to gate?
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16. Is there a picture of a proper lock out on each entry point?
Ergonomics
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1. Was a design Ergonomic risk assessment completed?
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2. Was there a build Ergonomic assessment completed?
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3. Are working heights acceptable?
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3a. What is the highest reach?
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3b. What is the furthest reach?
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4. Is operator position to tooling acceptable?
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5. Is operator position to materials acceptable?
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6. Is the operator lifting above 50 lbs?
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7. Is there a lift assist in place?
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8. Is the operator conducting repetitive motions in ergonomic body range?
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9. Is a lift assist table needed to bring materials in range of operator reach?
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10. Has a ERA or NIOSH calculations been completed?
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11. Are carts used to deliver materials to cell?
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12. Are Ergo mats in place?
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13. Are tool rest required for tool storage between cycles?
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14. Are tool balancers needed for tools?
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15. Is lighting of work station adequate?
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16. Has Ergonomic Ace been used to evaluate waste?
Physical Hazards
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1. Have risk assessments been completed?
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2. Does the work area have a minimum of 28 inches ingress /egress for the operator from cell or work station to a clears isle?
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3. Is there an isle with a minimum of 36 inches width for the operator to travel to an exit door?
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4. The Exits are identified?
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5. Trip hazards have been identified and eliminated on the outside of the cell? (i.e. cable tray, cables, pipes, air lines, etc.)<br>
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6. Trip hazards have been identified and eliminated on the inside of the cell? (i.e. cable tray, cables, pipes, air lines, etc.)
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7. All sharp corners have been identified and eliminated?
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8. All potential slip hazards have been identified and eliminated?
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9. There are Safety guards at work level and overhead where required?
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10. The catwalks or access ladders are in place and meet OSHA and ANSI regulations?
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11. All ladders have a swing gate that opens away from ladder?
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12. Fencing around cell has opening at floor of less than 8 inches?
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13. All guardrails are no less than 36 inches in height and no more 42 inches above guard surface with mid rail and toe board?<br>
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14. All structural components, floors, mezzanines, racks. etc. are marked with load limits?
Electrical
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1. Are all Electrical Panels Labeled with the following: Voltage and Amps?
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2. Does each Electrical panel list - supply from and supply to?
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3. On the inside of a covered panel is there list of what each breaker supplies?
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4. Exposed wires, broken conduit,?
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5. Are there any covers missing?
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6. Are there any use of extension cords or surge protectors?
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7. Are all switches on exterior of panels clearly marked?
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8. Are there any 110 v plugs at the cell? 9 Are high voltage signs used?
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9 Are high voltage signs used?
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10. is there a set of schematics available?
Color Codes
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1. Is all piping labeled according to ANSI and Magna standard?
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2. Are all Guards in caution yellow?
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3. Are all moving parts in warning orange?
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4. Are Emergency stops in red buttons or knobs with a yellow background and clearly marked?<br>
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5. Are start buttons green?
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6. Are containers, tankage properly labeled with content with GHS labels and volume?
Exposure Issues
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1. Are any vapors give off product or produced?
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2. Are any gases given off or produced?
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3. Is any dust produced?
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4. IS there any mist given off or produced?
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5. Have the Chemicals used in the process gone through approval process?
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6. Are SDS's available for all process, maintenance, and general use chemicals?<br>
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7. Will an IH air study be required?
Exposure Control Methods
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1. Are local exhaust hoods used in the process?
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2. Are Engineering dwgs available?
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3. Does the building have adequate ventilation and / or exhaust?
Fire Prevention and Protection
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1. All fire protection required is in place, extinguishers, sprinklers, flammable storage cabinets, etc.?
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2. Are all fire protection equipment ID' s in RED?
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3. Are all fire protection equipment accessible? 4h. Other substances not listed
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4. Are any hazardous substances used in this station or nearby?<br>
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4a. Corrosive?
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4b. Acids?
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4c. Flammable Liquids (solvents)?
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4d. Flammable gases?
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4e. Combustibles liquids?
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4f. Combustible gases?
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4g. Oxidizer?
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4h. Other substances not listed?
Cranes & Hoists & Lift Assists
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1. Load rated system, system capacity, posted ratings?
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2. Pendants labeled, tagged?
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3. E-stop buttons labeled and visible? movement?
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4 Are there warning devises that alert by standers of movement?<br>
Acoustics
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1. engineering controls for hearing protection have been evaluated, i.e. use of muffler, acoustical enclosure, vibration mounts, proper lubrication, sound absorbing material?
Sign Off's
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Notes and Comments
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This process has passed this initial inspection with associated notes and action items sent to appropriate team members.
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Name of Auditor
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Enter Date and Time
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Process Owner
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Enter Date and Time