osha lockout safety general industry

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Control of Hazardous Energy 1910.147 Draft 6 27 2016

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Page 1: OSHA Lockout Safety General Industry

Control of Hazardous Energy1910.147

Draft 6 27 2016

Page 2: OSHA Lockout Safety General Industry

Lockout/Tagout

Need for Lockout - Purpose & Scope of Standard

Page 3: OSHA Lockout Safety General Industry

June 2016

• Plainfield IL• Carlos Rivera, 50, was

caught and pulled through a steel baler, authorities said

Page 4: OSHA Lockout Safety General Industry

Jun 2016

• “J was not happy to see their machines with the doors open and they were running.”

• The member explained that they were being set up and the adjuster (set up person) was in the process of adjusting the paper correctly.

Page 5: OSHA Lockout Safety General Industry

January 2015• A 50-year-old temporary worker

was permanently disabled after a machine used to package cases of bottled water onto a pallet for shipment started up while he cleared a jam in the machine.

• The worker had been on the job for 12 days at the Ice River Springs plant in High Springs, FL.

Is there anything that could jam at your place?

Page 6: OSHA Lockout Safety General Industry

May 2014

• A 17-year-old has the ability to move his right arm again, thanks to surgery performed at Massachusetts General Hospital.

• Brett Bouchard severed his arm just below the elbow while cleaning a pasta machine at work.

Page 7: OSHA Lockout Safety General Industry

The Need for LOTO

• OSHA: failure to control energy accounts for nearly 10 percent of serious incidents

• Case Studies from the NIOSH report: Guidelines for Controlling Hazardous Energy During Maintenance and Servicing reports the following:

Pasta machine

Page 8: OSHA Lockout Safety General Industry

May 2014• Milford IL• 3 willful at $70,000 each• The worker was clearing

birdseed from a large industrial mixing tank.

• The worker’s left hand and arm were crushed after being caught in the moving parts of the mixing machine.

• 147(c)(6)(i)• 147(c)(7)(i)• 147(d)(4)(i)

The subsequent investigation determined Wagner’s failed to lock out energy sources, which would have protected the worker from contact with rotating components of the machine.

Page 9: OSHA Lockout Safety General Industry

147(c)(6)(i)

• The employer shall conduct a periodic inspection of the energy control procedure at least annually to ensure that the procedure and the requirements of this standard are being followed.

Page 10: OSHA Lockout Safety General Industry

147(c)(7)(i)• The employer shall provide training to ensure that the purpose and function of the energy control program are understood by employees and that the knowledge and skills required for the safe application, usage, and removal of the energy controls are acquired by employees

Page 11: OSHA Lockout Safety General Industry

147(d)(4)(i)

• Lockout or tagout devices shall be affixed to each energy isolating device by authorized employees.

What is missing?

Page 12: OSHA Lockout Safety General Industry

Headlines May 2014

• Company ‘willfully ignored’ safety standards in worker’s death

• Daniel Collazo (left) was nearly done with his shift cleaning machines when other workers heard his screams.

• Collazo had become caught in the rotating screws that blend the hummus and struggled to free himself as slowly-winding 9-inch blades kept turning, crushing his arms and part of his head.

The company paid a $540,000 fine to the Occupational Safety and Health Administration following Collazo’s death in 2011.

Page 13: OSHA Lockout Safety General Industry

Exercise

• May 2014• Paterson, NJ• After entering a die

cutting machine to do maintenance, a worker employed for 26 years at was crushed when the die cutter was activated by another employee unaware that the victim was inside.

CNC die cutting machine

What places could you be in and others are unaware you are in the equipment?

Page 14: OSHA Lockout Safety General Industry

First Day• “A worker’s first day at

work shouldn’t be his last day on earth,” was OSHA chief David Michaels’ reaction to the work-related death of Lawrence Daquan “Day” Davis.

• The 21-year old was crushed in a palletizer machine on August 16, 2012 at the Bacardi Bottling facility in Jacksonville, FL.

Davis was a temp worker hired by Remedy Intelligent Staffing. It was his first day on assignment to the Bacardi plant.

Page 15: OSHA Lockout Safety General Industry

SIGCASE• $207,450• Worker cleaning

equipment in preparation of set-up

• Equipment not locked out

• Worker not trained• No specific procedures• 5 amputations

Page 16: OSHA Lockout Safety General Industry

Wire Drawing

• Severe injuries to worker setting-up equipment

• Caught in wire• Machine either auto

started or malfunctioned

• No lockout• Lack of training

Page 17: OSHA Lockout Safety General Industry

Baler Operation

• Worker trying to clear jam

• Baler set on auto-start and not locked out!

• Worker had no lockout training

• Injury - worker could be crushed

Page 18: OSHA Lockout Safety General Industry

Cleaning Hazards

• Cleaning a machine is not supposed to be a hazard.

• Guards are in place to prevent exposure to hazardous motions.

• If guards must be removed to clean, the lockout is required.

Cleaning a conveyor is a common source of death and amputations. This conveyor does not have guards for the rotation of the horizontal drive shafts.

Page 19: OSHA Lockout Safety General Industry

Scope of Standard• Covers general industry where servicing &

maintenance of machine and equipment can result in unexpected start up or release of stored energy that could cause injury

Page 20: OSHA Lockout Safety General Industry

Not covered• Servicing and

maintenance during normal operations (see OSHA Standards subpart O).

• Machine Guarding is required then!

• Minor tool changes, adjustments during normal operations

• Work on cord and plug equipment

Page 21: OSHA Lockout Safety General Industry

Example - Not Meeting Exception• Grand Rapids MI• June 27, 2014• A proposed $558,000 fine

against Grand Rapids Plastics for safety violations tied to a worker's death would be the largest issued by the Michigan Occupational Safety and Health Administration in more than a decade.

Russell Scharenbroch

Page 22: OSHA Lockout Safety General Industry

Definitions• Lockout. • Placing a lockout device on an energy-isolating

device (in accordance with an established procedure) ensuring that the energy isolating device and the equipment being controlled cannot be operated until the lockout device is removed.

Page 23: OSHA Lockout Safety General Industry

Definitions

• Lockout device. • A device that uses a

positive means such as a lock, either key or combination type, to hold an energy-isolating device in the safe position and prevent the energizing of a machine or equipment.

Page 24: OSHA Lockout Safety General Industry

Definitions• Authorized employee* -

Person who locks or tags machines & equipment to perform servicing

• How would this work in multiple shifts?

Page 25: OSHA Lockout Safety General Industry

Lockout - Authorized

need to be trained in • recognition of applicable

hazardous energy sources in the workplace

• the type and magnitude of energy found in the workplace

• the means and methods of isolating and/or controlling the energy

Page 26: OSHA Lockout Safety General Industry

Definitions• Affected employee* -

Person required to use machines/equipment on which servicing is performed under lockout/ tagout or who must work in such an area

Page 27: OSHA Lockout Safety General Industry

Lockout - Affected

• All employees who work in the area where the energy control procedure(s) are utilized need to know about the prohibition against attempting to restart or reenergize machines or equipment that is locked or tagged out.

Page 28: OSHA Lockout Safety General Industry

EXERCISE

• What is hazardous energy?

• List all Energy sources

Pnuematic Compressor

Page 29: OSHA Lockout Safety General Industry

What is hazardous energy?• Energy sources including • electrical• mechanical• hydraulic• pneumatic• chemical• thermal • gravity• radiation• other sources in machines

and equipment

Some machines like this trim station might have multiple sources of energy.

Page 30: OSHA Lockout Safety General Industry

147(d)(4)(i)

147(c)(7)(i)

147(c)(6)(i)

147(c)(1)

147(c)(4)(i)

192

276

420

443

618

General Environment Controls [1910.141 – .147]

30

LOCKOUT/TAGOUT – DEVELOPED PROCEDURES

LOCKOUT/TAGOUT – PROGRAM

LOCKOUT/TAGOUT – PERIODIC INSPECTIONS

SUB

PAR

T J

LOCKOUT/TAGOUT – GENERAL TRAINING

LOCKOUT/TAGOUT – SPECIFIC/ENFORCEMENT OF PROCEDURES

Energy control procedures must be in writing including specific procedures for each type of machine

Page 31: OSHA Lockout Safety General Industry

Application of the Energy Control Procedure

(in order)

1. Prepare for shutdown2. Shut down equipment3. Isolate all energy sources4. Apply locks & tags5. Release stored energy6. Verify equipment isolation7. Perform the task 8. Release from Lockout

Page 32: OSHA Lockout Safety General Industry

Specific Procedure Example• Shutdown the Mixer at the

button. • Verify that all moving parts have

stopped. • Lock and tag the knife switch with

appropriate lockout devices. (Be sure to use your own personal locks with only one key for each lock, which you hold.)

• Verify that the mixer is locked out by pushing on the ON button and seeing that mixer blades do not move. Worker locking out the mixer

Page 33: OSHA Lockout Safety General Industry

Specific Procedures

Page 34: OSHA Lockout Safety General Industry

Specific Procedures

• Many are pictures orientation so use for lockout procedures

Page 35: OSHA Lockout Safety General Industry

Verification

• EACH energy source must be verified to zero energy state

• Capacitors?Heal Sealer fatal in WI.Capacitor discharge.

Page 36: OSHA Lockout Safety General Industry

Verification• Testing circuitry, cycling, visually inspecting position,

manually trying; monitoring movement or discharge; observing bleeds, gauges, indicators, etc; or other available means.

• Use technique(s) with the best degree of isolation assurance.

• Do not rely on pressure gages alone to indicate pressure. They are often inoperable.

Page 37: OSHA Lockout Safety General Industry

Verification Citation $53,900

Page 38: OSHA Lockout Safety General Industry

Verification 2015

Page 39: OSHA Lockout Safety General Industry

Lockout Log

• A written procedure should be established with a log to track locations, time, employees and devices.

Page 40: OSHA Lockout Safety General Industry

Periodic Audits• Done at least annually• Conducted by an

authorized employee• Must correct any

deficiencies• Certified by employer

It's also important to test the e-stops, although this is better done at the end of shift because it may be difficult to get the automation running again.

Page 41: OSHA Lockout Safety General Industry

Periodic Audits• Machines where

procedures are used• Date of inspection• Employees included in

inspection• Person who performed

inspection

Page 42: OSHA Lockout Safety General Industry

Lockout Audits

• Audit lockout for new people right away vs waiting a year.

Page 43: OSHA Lockout Safety General Industry

Sample Audit Results• Lockout location info

not correct• Contractor padlock not

identified to who it was protecting

• PPE for lockout was not correct for the hazard

Page 44: OSHA Lockout Safety General Industry

Outside Contractors• Must adhere to

standard’s requirements• Must inform each other

of respective program responsibilities

Page 45: OSHA Lockout Safety General Industry

•Worker died when shocked pulling out barrel fuse with pliers •Electrical circuits must be locked out before doing any work on the circuits if possible.

Fuse Pulling

Page 46: OSHA Lockout Safety General Industry

Air Handlers

Worker touched an energized horizontal heating coil

Page 47: OSHA Lockout Safety General Industry

Questions