Welding Risk Checklist - OSHA

Use the Welding Risk Checklist to identify potential dangers in welding tasks, ensure you take the right safety precautions, and comply with OSHA requirements.

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Welding Risk Checklist - OSHA

Installation And Operation Of Oxygen-Fuel Gas Systems For Welding And Cutting

16. Do you ensure that cylinders without fixed hand wheels have keys, handles, or nonadjustable wrenches on the valve stems while the cylinders are in service? (NOTE: In multiple cylinder installations, only one key or handle is required for each manifold.)

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Manifold Systems

General Requirements

Acetylene Generators

Application, Installation, And Operation Of Arc Welding And Cutting Equipment

Installation And Operation Of Resistance Welding Equipment

Fire Prevention And Protection

Protection Of Personnel

Health Protection And Ventilation

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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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Welding Risk Checklist - OSHA

Use the Welding Risk Checklist to identify potential dangers in welding tasks, ensure you take the right safety precautions, and comply with OSHA requirements.

1. Is acetylene generated, piped, or utilized at a pressure of 30 p.s.i. absolute pressure or less?

2. Have personnel in charge of the oxygen or fuel gas supply equipment been instructed and judged competent before being left in charge?

3. Is the gas content of compressed gas cylinders marked with either the chemical or the trade name of the gas?

4. Are cylinders stored away from radiators and other sources of heat?

5. Are cylinders that are stored inside kept in a well-ventilated, dry location at least 20 feet from highly combustible material?

6. Are cylinders stored in assigned places away from elevators, stairs, or gangways and where they will not be knocked over or damaged?

7. Are the valves of empty cylinders kept closed?

8. Are valve protection caps in place and hand-tight except when in use or connected for use?

9. Are fuel gas cylinders, except those in use or attached for use and stored inside a building,limited to a total gas capacity of 2,000 cubic feet or 300 pounds of liquefied petroleum gas?

10. Do acetylene cylinders stored valves end up?

11. If oxygen cylinders are stored in outside generator houses, are they separated from the generator or carbide storage rooms by a gastight, noncombustible partition having a fire-resistance rating of at least one hour?

12. Are stored oxygen cylinders separated from fuel gas cylinders or combustible material by a minimum of 20 feet, or by a noncombustible barrier at least 5 feet high with a fire-resistance rating of at least one-half hour?

13. Are cylinders, cylinder valves, couplings, regulators, hoses, and apparatus kept free from oily or greasy substances?

14. Do you ensure that cylinders are not dropped, struck, or permitted to strike each other violently?

15. Do you ensure that valve-protection caps are not used for lifting cylinders from one vertical position to another?

16. Do you ensure that cylinders without fixed hand wheels have keys, handles, or nonadjustable wrenches on the valve stems while the cylinders are in service? (NOTE: In multiple cylinder installations, only one key or handle is required for each manifold.)

17. Are cylinder valves closed before moving the cylinder and when work is finished?

18. Are cylinders kept away from sparks, hot slag, or flame produced by welding or cutting operations, or are fire-resistance shields provided?

19. Are cylinders placed where they will not become part of an electric circuit?

20. Do you ensure that cylinders are not used as rollers or supports and that only proper tools are used to open cylinder valves?

21. Are only proper tools used to open cylinder valves?

22. Do fuel-gas cylinders placed valves end up while in use?

23. Are cylinders with leaky valves or fittings taken outdoors and slowly emptied?

24. Are warning signs posted that prohibit open flame or other sources of ignition near cylinders with leaking fuse plugs or other leaking safety devices, and are the cylinders tagged?

1. Do you ensure that oxygen manifolds are not located in an acetylene generator room?

2. Do you ensure that portable outlet headers are used indoors only for temporary service where conditions preclude a direct supply from outlets located on the service piping system?

3. Is each outlet on the service piping that supplies a portable outlet header equipped with a readily accessible shutoff valve?

4. Are master shutoff valves for both oxygen and fuel gas provided at the entry end of the portable outlet header?

5. Are portable outlet headers provided with frames to support the equipment securely in the correct operating position?

6. When acetylene cylinders are coupled in a manifold, are flash arresters installed between each cylinder and the coupler block?

7. In service piping systems, are distribution lines installed and maintained in a safe operating condition?

8. Are emergency gas cocks or valves provided for all buildings?

9. Are underground pipe and tubing and outdoor ferrous pipe and tubing protected against corrosion?

1. Is flashback protection provided by an approved device that will prevent flame from passing into the fuel-gas systems?

2. Are hoses showing defects repaired or replaced?

3. Are pressure-reducing regulators used only for the gas and pressures for which they are intended?

4. Is the repair of regulators performed by properly instructed, skilled mechanics?

5. Are gauges on oxygen regulators marked “USE NO OIL”?

6. Are union nuts and connections on regulators inspected before use to detect faulty seats?

1. Is ample space provided around the generator for operation and maintenance?

2. Are generators placed where water will not freeze, and is the use of sodium chloride to prevent freezing prohibited?

3. Are portable generators located at a safe distance from the welding position?

4. Are the walls, floors, and roofs of outside generator houses constructed of noncombustible materials?

5. Are exit doors readily accessible in case of emergency?

6. Are generators installed inside buildings enclosed in a separate room?

7. Are the walls, partitions, floors, and ceilings of inside generator rooms of noncombustible construction with a fire-resistance rating of at least one hour?

8. Are generator rooms or buildings well-ventilated with vents located at floor and ceiling levels?

9. Do generator rooms or buildings have natural light during daylight hours or artificial light restricted to electric lamps installed in a fixed position?

10. Are operating instructions posted in a conspicuous place near the generator or available for ready reference?

11. Is the generator room electrically wired in accordance with 1910.307 (hazardous locations)?

12. Do you ensure that the water-carbide residue mixture drained from the generator is not discharged into sewer pipes or stored in areas near open flames?

13. Do you ensure that calcium carbide is kept in metal packages that are strong enough to prevent rupture?

14. Are the packages marked “Calcium Carbide–Dangerous If Not Kept Dry”?

15. Do you ensure that the calcium carbide stored indoors does not exceed 600 pounds and that the storage area is dry, waterproof, and well-ventilated?

16. Are carbide containers that are stored outside periodically examined for conditions that could affect water or air tightness?

1. Have employees who are designated to operate arc welding equipment been properly instructed and qualified?

2. Are open-circuit (no-load) voltages of arc welding and cutting machines as low as possible, consistent with satisfactory welding?

3. When open-circuit voltages must be higher, are means provided to prevent the operator from making accidental contact with the higher voltages?

4. Is control apparatus enclosed on all types of arc welding machines?

5. Are terminals for welding leads protected from accidental electrical contact by personnel or metal objects?

6. Do you ensure that no connections for portable control devices, such as push buttons carried by the operator, are connected to an A.C. circuit of higher than 120 volts?

7. Is the frame or case of the welding machine effectively grounded, and was the grounding checked?

8. Is a separate disconnecting switch or controller provided at or near each welding machine?

9. Are electrode holders placed so they cannot make electrical contact with people, conducting objects, fuel, or compressed gas tanks?

10. Has the operator been instructed to report any equipment defect or safety hazard to a supervisor, and is use of the equipment discontinued until repaired by qualified personnel?

11. Are work and electrode lead cables frequently inspected for wear and damage, and are cables with damaged insulation or exposed bare conductors replaced?

1. Have personnel who are designated to operate resistance welding equipment been properly instructed and judged competent to operate such equipment?

2. Are all doors and access panels of all resistance welding machines and control panels kept locked and interlocked?

3. Has a shield guard of safety glass or suitable fire-resistant plastic been installed at the point of operation?

4. Are foot switches guarded to prevent accidental operation of the machine?

5. Are two or more safety emergency stop buttons provided on all special, multi-spot welding machines, including 2-post and 4-post weld presses?

6. Are flash welding machines equipped with hoods to control flying flash?

7. Are periodic inspections of the machines made by qualified maintenance personnel, and are records of the inspections maintained?

1. Is suitable fire-extinguishing equipment maintained in a state of readiness for instant use?

2. Are fire watches on duty whenever welding or cutting is performed in locations where a major fire might develop?

3. Before cutting or welding is permitted, is the area inspected by the individual responsible for authorized cutting and welding operations?

4. Where practicable, are all combustibles relocated at least 35 feet from the work site?

5. Does management recognize its responsibility for the safe usage of cutting and welding equipment on its property?