This document discusses lockout/tagout procedures for equipment maintenance at a concentrate plant. It defines key terms, outlines the steps for locking out equipment including verifying isolation and restoring energy. Special considerations for contractors, shift changes and abandoned locks are also reviewed. Quizzes are included to reinforce the proper lockout/tagout procedures.
This document provides an overview of lockout/tagout procedures for servicing and maintaining machines to prevent injury from unexpected startup of equipment or release of stored energy. It defines authorized and affected employees and describes the types of energy controls. Proper procedures include shutting down and isolating equipment, releasing stored energy, verifying isolation before work, and ensuring safety before restoring energy. Devices must be durable, standardized, substantial and identifiable. Annual inspections are required to ensure compliance.
The document summarizes OSHA's lockout/tagout standard 1910.147. It covers the scope of the standard, definitions of key terms, requirements for an energy control program including procedures, training, periodic inspections, protective materials and devices. It describes the application and removal of lockout/tagout controls and exceptions for testing, outside personnel, group lockouts and shift changes. The overall purpose is to establish procedures to prevent unexpected startup of machines during service or maintenance which could cause injury to employees.
LOCKOUT-TAGOUT-SAFETY PRESENTATION-CONTROL OF HAZARDOUS ENERGYjasonmorgan
This presentation provides an overview of lockout/tagout (LOTO) safety procedures for hazardous energy control. It defines LOTO as a process that blocks the flow of energy from a power source to equipment being serviced or maintained. The presentation outlines OSHA's LOTO standard 29 CFR 1910.147, which requires training employees, implementing written procedures, and using locks, tags and other devices to isolate hazardous energy sources. It describes the roles and responsibilities of authorized and affected employees, and emphasizes following proper safety procedures when performing service or repairs to ensure equipment is properly de-energized and isolated before work begins.
Creative Safety Supply shares how you best to proceed with a Lockout Tagout scenario, ensuring the highest level of safety for your workers and employees. Are you following these standardized safe steps? https://www.lean-news.com/tools-continuous-improvement/
If you want to see some LOTO accessories, equipment and devices used to ensure compliance with standard safe identification, shutdown and maintenance of a defect piece of equipment, than read through this slide deck.
The document summarizes OSHA's Control of Hazardous Energy Lockout/Tagout standard. The standard aims to prevent injuries from unexpected startup of machines or release of stored energy during servicing or maintenance. It requires employers to establish an energy control program including procedures, employee training, and inspections to ensure that energy sources are isolated before work begins. The standard covers servicing and maintenance of all types of energy sources, including electrical, mechanical, hydraulic, and others.
This document provides an overview of lockout/tagout procedures for hazardous energy sources. It defines who needs lockout/tagout training, what hazardous energy is, and the different types of lockout devices. Lockout procedures involve 6 steps - notifying employees, shutting down equipment, isolating energy, attaching lockout devices, releasing stored energy, and verifying lockout before servicing. The document lists examples of hazardous energy sources and injuries that can occur if energy is not properly locked out, and emphasizes the importance of following energy control programs and written lockout procedures.
1. Lock out tag out (LOTO) procedures are used to safeguard workers during service or maintenance of machines and equipment by isolating hazardous energy sources.
2. LOTO is required when employees could be harmed by equipment startup or release of stored energy while working on or near machines. It involves shutting down and isolating equipment, then locking out energy sources and attaching warning tags.
3. Proper LOTO procedures include preparing for the job, shutting down and isolating equipment, applying locks and tags, relieving stored energy, verifying isolation, getting approval before re-energizing, informing workers, and periodic inspections.
This document summarizes the key points of OSHA's lockout/tagout standard including:
1) Employers must provide energy control procedure training for authorized, affected, and other employees. Training must be provided when job assignments change or energy control procedures change.
2) Lockout involves installing a lock on the energy isolating device to prevent the release of hazardous energy. Tagout involves attaching a warning tag to the energy isolating device.
3) The energy control program consists of energy control procedures, training, and periodic inspections and must be used to isolate machines from hazardous energy sources before maintenance or servicing.
This document provides an overview of lockout/tagout procedures for servicing and maintaining machines to prevent injury from unexpected startup of equipment or release of stored energy. It defines authorized and affected employees and describes the types of energy controls. Proper procedures include shutting down and isolating equipment, releasing stored energy, verifying isolation before work, and ensuring safety before restoring energy. Devices must be durable, standardized, substantial and identifiable. Annual inspections are required to ensure compliance.
The document summarizes OSHA's lockout/tagout standard 1910.147. It covers the scope of the standard, definitions of key terms, requirements for an energy control program including procedures, training, periodic inspections, protective materials and devices. It describes the application and removal of lockout/tagout controls and exceptions for testing, outside personnel, group lockouts and shift changes. The overall purpose is to establish procedures to prevent unexpected startup of machines during service or maintenance which could cause injury to employees.
LOCKOUT-TAGOUT-SAFETY PRESENTATION-CONTROL OF HAZARDOUS ENERGYjasonmorgan
This presentation provides an overview of lockout/tagout (LOTO) safety procedures for hazardous energy control. It defines LOTO as a process that blocks the flow of energy from a power source to equipment being serviced or maintained. The presentation outlines OSHA's LOTO standard 29 CFR 1910.147, which requires training employees, implementing written procedures, and using locks, tags and other devices to isolate hazardous energy sources. It describes the roles and responsibilities of authorized and affected employees, and emphasizes following proper safety procedures when performing service or repairs to ensure equipment is properly de-energized and isolated before work begins.
Creative Safety Supply shares how you best to proceed with a Lockout Tagout scenario, ensuring the highest level of safety for your workers and employees. Are you following these standardized safe steps? https://www.lean-news.com/tools-continuous-improvement/
If you want to see some LOTO accessories, equipment and devices used to ensure compliance with standard safe identification, shutdown and maintenance of a defect piece of equipment, than read through this slide deck.
The document summarizes OSHA's Control of Hazardous Energy Lockout/Tagout standard. The standard aims to prevent injuries from unexpected startup of machines or release of stored energy during servicing or maintenance. It requires employers to establish an energy control program including procedures, employee training, and inspections to ensure that energy sources are isolated before work begins. The standard covers servicing and maintenance of all types of energy sources, including electrical, mechanical, hydraulic, and others.
This document provides an overview of lockout/tagout procedures for hazardous energy sources. It defines who needs lockout/tagout training, what hazardous energy is, and the different types of lockout devices. Lockout procedures involve 6 steps - notifying employees, shutting down equipment, isolating energy, attaching lockout devices, releasing stored energy, and verifying lockout before servicing. The document lists examples of hazardous energy sources and injuries that can occur if energy is not properly locked out, and emphasizes the importance of following energy control programs and written lockout procedures.
1. Lock out tag out (LOTO) procedures are used to safeguard workers during service or maintenance of machines and equipment by isolating hazardous energy sources.
2. LOTO is required when employees could be harmed by equipment startup or release of stored energy while working on or near machines. It involves shutting down and isolating equipment, then locking out energy sources and attaching warning tags.
3. Proper LOTO procedures include preparing for the job, shutting down and isolating equipment, applying locks and tags, relieving stored energy, verifying isolation, getting approval before re-energizing, informing workers, and periodic inspections.
This document summarizes the key points of OSHA's lockout/tagout standard including:
1) Employers must provide energy control procedure training for authorized, affected, and other employees. Training must be provided when job assignments change or energy control procedures change.
2) Lockout involves installing a lock on the energy isolating device to prevent the release of hazardous energy. Tagout involves attaching a warning tag to the energy isolating device.
3) The energy control program consists of energy control procedures, training, and periodic inspections and must be used to isolate machines from hazardous energy sources before maintenance or servicing.
This presentation discusses OSHA's Lockout/Tagout standard (29 CFR 1910.147) and procedures to improve safety. It aims to help attendees understand how lockout/tagout (LOTO) is used to isolate hazardous energy sources and establish a zero energy state before maintenance to prevent injuries. LOTO is mandated by OSHA to address the top causes of accidents, which include failure to turn off equipment, accidental re-energization, and failure to dissipate stored energy. The presentation reviews how LOTO is applied in various industries and outlines OSHA's LOTO requirements and affected worker roles to ensure compliance.
Lock Out- Tag Out (LOTO) is the procedure to place a lock and tag on the energy source of malfunctioning industrial equipment to maintain it in a zero energy state during repairs. LOTO protects workers by locking out power to equipment before servicing and only allowing the qualified technician who removes the lock to restart it once repairs are complete. LOTO involves identifying energy sources like electricity, air, or steam; isolating them by closing valves or disconnecting lines; and applying locks and tags to prevent accidental startup until maintenance is finished.
Lockout/Tagout Training (Contractor Version)Panduit Safety
This training presentation targeted at Contractors and Electricians covers the importance of Lockout/Tagout as a form of mitigation, the necessary elements of an effective program for the control of hazardous energy along with the means of handling special cases within the program.
An OSHA Lock-Out & Tag-Out (LOTO) PresentationJacqueline Chau
This presentation discusses OSHA's Lockout/Tagout standard (29 CFR 1910.147) and how following proper lockout/tagout procedures is important for workplace safety. The standard was created to prevent injuries from unexpected startup of machinery or release of stored energy during maintenance by ensuring machines are properly isolated from hazardous energy sources before work begins. The presentation outlines the standard's requirements and how it applies to different industries like power and electrical work. It also explains the "Fatal 5" causes of accidents that the standard aims to prevent - things like failing to turn off equipment or properly discharge stored energy. Following lockout/tagout procedures correctly is emphasized as crucial for obtaining zero energy state and preventing injuries.
The document outlines proper lockout procedures and definitions related to lockout/tagout standards. It discusses the key aspects of lockout including using locks to isolate hazardous energy sources and preventing accidental re-energization. The document also defines important terms, describes common hazardous energy sources, different types of lockout devices, lockout procedures including preparation, isolation, and removal steps, and addresses special situations that may occur.
This document discusses lockout/tagout (LOTO) procedures for controlling hazardous energy sources. It covers the purpose of LOTO, which is to prevent injuries from unexpected equipment energization. Requirements include written procedures, training, locks/tags, and verifying isolation. Hazardous energy types are electrical, mechanical, chemical, thermal, hydraulic, and pneumatic. The 6-step LOTO procedure is outlined as preparing for shutdown, shutting down equipment, isolating energy sources, placing locks and tags, releasing stored energy, and verifying isolation. Stored energy must be assessed and relieved before work. Only authorized employees who have gone through training can perform LOTO procedures.
This document outlines an organization's Lock Out Tag Out (LOTO) program. It discusses the importance of LOTO for preventing injuries from unexpected energy releases. It details OSHA's LOTO standard and requirements for the program including: written procedures, employee training, inspections, responsibilities, hazardous energy sources, lock and tag requirements. The program requirements cover preparing for lockout, applying locks/tags, releasing stored energy, removing locks/restoring equipment, exceptions, equipment specific procedures, periodic inspections, and assistance resources.
This document outlines requirements and procedures for lockout/tagout (LOTO), which protects employees from hazardous energy during servicing or maintenance of equipment. It defines key terms, outlines employer responsibilities to develop LOTO procedures and train authorized and affected employees. Procedures include shutting down equipment, isolating all energy sources, releasing stored energy, verifying isolation before work begins, and restoring equipment only after removing lockout/tagout devices. Examples of lockout/tagout devices for various types of equipment are also provided.
Bruce DelGrasso presented on lockout/tagout procedures. He has over 30 years of experience in safety and risk management. The presentation covered: the purpose of lockout/tagout to protect workers during equipment service and maintenance; types of energy sources; roles and responsibilities of authorized, affected, and other employees; procedures for applying lockout/tagout including steps for shutting down equipment, isolating energy sources, and restarting; special situations like group lockouts and outside contractors; training and audit requirements; and questions. The key aspects are locking out energy sources to prevent injury, following detailed written procedures, and only the employee who applied a lock/tag removing it.
The document discusses lockout and tagout procedures for machine maintenance and repair. It defines lockout as cutting all energy sources and installing a personal lock and tag at the source to prevent machine startup. Employers must establish a written lockout procedure and train employees. The lockout procedure involves preparing for shutdown, shutting down equipment, isolating all energy sources, applying lockout devices, controlling stored energy, and verifying isolation before work begins. Removing locks incorrectly can result in injuries, fines and penalties under the zero tolerance policy.
This document discusses lockout/tagout procedures for working on hazardous equipment. It covers who needs training in lockout/tagout, what hazardous energy is, the different types of lockout devices, tag requirements, and required lockout procedures. The procedures involve notifying affected employees, shutting down and isolating equipment, attaching lockout devices, releasing stored energy, and verifying isolation before starting maintenance. Examples of lockout devices include locks for electrical panels and plugs, blanks for pipes, and blocks for presses. Tags are only for information and don't provide the protection of lockout devices.
This document provides an overview of lockout/tagout (LOTO) training. It defines key terms like authorized employee, affected employee, and hazardous energy sources. It explains when written LOTO procedures are required and the general LOTO procedure to follow. Group LOTO types, shift changes, and the responsibilities of subcontractors are also outlined. The document emphasizes the importance of LOTO for safety and concludes by thanking students for learning about this lifesaving practice.
The document provides an overview of confined space entry training. It defines what constitutes a confined space and permit-required confined space. It discusses hazards like hazardous atmospheres, engulfment, internal configuration, and other recognized hazards. Case studies and statistics on confined space incidents and fatalities are presented. The roles and responsibilities of entry supervisors, authorized attendants, authorized entrants, and contractors are defined. Proper entry procedures, monitoring, and the use of permits are outlined.
Lockout tagout (LOTO) procedures are intended to prevent accidents during maintenance of industrial equipment by isolating energy sources. UK law requires employers to ensure worker safety, including providing means to isolate equipment from all energy sources. A good LOTO program identifies energy types, includes machine-specific procedures, trains all relevant staff, and uses locks, tags and signs to safely isolate equipment before maintenance to prevent accidental startup.
Lock Out Tag Out (LOTO) is an important safety procedure to prevent unexpected startup of machines and equipment during service or maintenance. It involves shutting down and isolating machines, applying personal lockout devices, releasing stored energy, and verifying isolation before work. The six key steps are: 1) prepare for shutdown, 2) shutdown equipment, 3) isolate energy sources, 4) apply locks and tags, 5) release stored energy, and 6) verify isolation. Proper LOTO training and compliance is needed to protect authorized and affected employees from hazardous energy during service and maintenance work.
Pre commissioning and Commissioning Safety.pdfAssyaMohammed
Pre-commissioning activities such as cleaning pipes through methods like chemical cleaning, water flushing, and air blowing are meant to prepare systems for commissioning. Commissioning brings systems to an operational state through tests like leak tests and catalyst loading. Both pre-commissioning and commissioning involve hazards like chemicals, electricity, asphyxiation, and rotating equipment that require controls like permits, isolation, PPE, and trained workers for safety.
This document provides an overview of lockout/tagout (LOTO) procedures for machine operators. LOTO is done to isolate all energy sources to equipment during maintenance, cleaning, or other activities where guards are removed. It prevents accidental startup of machines and injury. The document explains why LOTO is important for safety, types of energy sources, proper use of locks and tags, process steps for applying and removing LOTO, and shift changeover procedures. Training boards and examples of LOTO devices are also shown.
This document outlines the permit to work system used for maintenance, repair, and construction activities. It defines key terms like permit authority and permit holder. The permit authority is responsible for issuing permits that specify the work, precautions, and conditions. Different types of permits are required for tasks like hot work, pressure system work, and confined space entry. The permit holder must be properly trained and qualified. A case study describes a fatal accident where failures in permit-to-work system training, management, practices, and communication contributed to an explosion during welding repairs on an offshore oil rig.
The document discusses OSHA's top 10 most frequently cited standards for fiscal year 2013. Lockout/tagout was the 8th most cited standard. It then provides an overview of lockout/tagout requirements including key definitions, when the standard applies, required energy control programs and procedures, the six steps for applying and releasing lockout/tagout, and maintaining lockout/tagout during shifts or personnel changes. It concludes with an OSHA case study example.
Safety should be viewed not just as a job responsibility but as a core value that is practiced at work and at home. Viewing safety as a value means it will continue to be followed even outside of work. Leaders must lead by example and live by the values of safety through their own actions to build faith in safety practices. When safety becomes a shared value throughout a community, it can lead to improved self-esteem, productivity and a culture where people support and rely on each other.
Lockout tagout guidelines includes manual information guide, lockout tagout presentation CD, LOTO register and worksheet provides complete data instructions is written step by step with Safety permit holder is utilized to grip the important papers in it designed to hold any size or shape of permit Both types are self-adhesive with clear front and back.
This presentation discusses OSHA's Lockout/Tagout standard (29 CFR 1910.147) and procedures to improve safety. It aims to help attendees understand how lockout/tagout (LOTO) is used to isolate hazardous energy sources and establish a zero energy state before maintenance to prevent injuries. LOTO is mandated by OSHA to address the top causes of accidents, which include failure to turn off equipment, accidental re-energization, and failure to dissipate stored energy. The presentation reviews how LOTO is applied in various industries and outlines OSHA's LOTO requirements and affected worker roles to ensure compliance.
Lock Out- Tag Out (LOTO) is the procedure to place a lock and tag on the energy source of malfunctioning industrial equipment to maintain it in a zero energy state during repairs. LOTO protects workers by locking out power to equipment before servicing and only allowing the qualified technician who removes the lock to restart it once repairs are complete. LOTO involves identifying energy sources like electricity, air, or steam; isolating them by closing valves or disconnecting lines; and applying locks and tags to prevent accidental startup until maintenance is finished.
Lockout/Tagout Training (Contractor Version)Panduit Safety
This training presentation targeted at Contractors and Electricians covers the importance of Lockout/Tagout as a form of mitigation, the necessary elements of an effective program for the control of hazardous energy along with the means of handling special cases within the program.
An OSHA Lock-Out & Tag-Out (LOTO) PresentationJacqueline Chau
This presentation discusses OSHA's Lockout/Tagout standard (29 CFR 1910.147) and how following proper lockout/tagout procedures is important for workplace safety. The standard was created to prevent injuries from unexpected startup of machinery or release of stored energy during maintenance by ensuring machines are properly isolated from hazardous energy sources before work begins. The presentation outlines the standard's requirements and how it applies to different industries like power and electrical work. It also explains the "Fatal 5" causes of accidents that the standard aims to prevent - things like failing to turn off equipment or properly discharge stored energy. Following lockout/tagout procedures correctly is emphasized as crucial for obtaining zero energy state and preventing injuries.
The document outlines proper lockout procedures and definitions related to lockout/tagout standards. It discusses the key aspects of lockout including using locks to isolate hazardous energy sources and preventing accidental re-energization. The document also defines important terms, describes common hazardous energy sources, different types of lockout devices, lockout procedures including preparation, isolation, and removal steps, and addresses special situations that may occur.
This document discusses lockout/tagout (LOTO) procedures for controlling hazardous energy sources. It covers the purpose of LOTO, which is to prevent injuries from unexpected equipment energization. Requirements include written procedures, training, locks/tags, and verifying isolation. Hazardous energy types are electrical, mechanical, chemical, thermal, hydraulic, and pneumatic. The 6-step LOTO procedure is outlined as preparing for shutdown, shutting down equipment, isolating energy sources, placing locks and tags, releasing stored energy, and verifying isolation. Stored energy must be assessed and relieved before work. Only authorized employees who have gone through training can perform LOTO procedures.
This document outlines an organization's Lock Out Tag Out (LOTO) program. It discusses the importance of LOTO for preventing injuries from unexpected energy releases. It details OSHA's LOTO standard and requirements for the program including: written procedures, employee training, inspections, responsibilities, hazardous energy sources, lock and tag requirements. The program requirements cover preparing for lockout, applying locks/tags, releasing stored energy, removing locks/restoring equipment, exceptions, equipment specific procedures, periodic inspections, and assistance resources.
This document outlines requirements and procedures for lockout/tagout (LOTO), which protects employees from hazardous energy during servicing or maintenance of equipment. It defines key terms, outlines employer responsibilities to develop LOTO procedures and train authorized and affected employees. Procedures include shutting down equipment, isolating all energy sources, releasing stored energy, verifying isolation before work begins, and restoring equipment only after removing lockout/tagout devices. Examples of lockout/tagout devices for various types of equipment are also provided.
Bruce DelGrasso presented on lockout/tagout procedures. He has over 30 years of experience in safety and risk management. The presentation covered: the purpose of lockout/tagout to protect workers during equipment service and maintenance; types of energy sources; roles and responsibilities of authorized, affected, and other employees; procedures for applying lockout/tagout including steps for shutting down equipment, isolating energy sources, and restarting; special situations like group lockouts and outside contractors; training and audit requirements; and questions. The key aspects are locking out energy sources to prevent injury, following detailed written procedures, and only the employee who applied a lock/tag removing it.
The document discusses lockout and tagout procedures for machine maintenance and repair. It defines lockout as cutting all energy sources and installing a personal lock and tag at the source to prevent machine startup. Employers must establish a written lockout procedure and train employees. The lockout procedure involves preparing for shutdown, shutting down equipment, isolating all energy sources, applying lockout devices, controlling stored energy, and verifying isolation before work begins. Removing locks incorrectly can result in injuries, fines and penalties under the zero tolerance policy.
This document discusses lockout/tagout procedures for working on hazardous equipment. It covers who needs training in lockout/tagout, what hazardous energy is, the different types of lockout devices, tag requirements, and required lockout procedures. The procedures involve notifying affected employees, shutting down and isolating equipment, attaching lockout devices, releasing stored energy, and verifying isolation before starting maintenance. Examples of lockout devices include locks for electrical panels and plugs, blanks for pipes, and blocks for presses. Tags are only for information and don't provide the protection of lockout devices.
This document provides an overview of lockout/tagout (LOTO) training. It defines key terms like authorized employee, affected employee, and hazardous energy sources. It explains when written LOTO procedures are required and the general LOTO procedure to follow. Group LOTO types, shift changes, and the responsibilities of subcontractors are also outlined. The document emphasizes the importance of LOTO for safety and concludes by thanking students for learning about this lifesaving practice.
The document provides an overview of confined space entry training. It defines what constitutes a confined space and permit-required confined space. It discusses hazards like hazardous atmospheres, engulfment, internal configuration, and other recognized hazards. Case studies and statistics on confined space incidents and fatalities are presented. The roles and responsibilities of entry supervisors, authorized attendants, authorized entrants, and contractors are defined. Proper entry procedures, monitoring, and the use of permits are outlined.
Lockout tagout (LOTO) procedures are intended to prevent accidents during maintenance of industrial equipment by isolating energy sources. UK law requires employers to ensure worker safety, including providing means to isolate equipment from all energy sources. A good LOTO program identifies energy types, includes machine-specific procedures, trains all relevant staff, and uses locks, tags and signs to safely isolate equipment before maintenance to prevent accidental startup.
Lock Out Tag Out (LOTO) is an important safety procedure to prevent unexpected startup of machines and equipment during service or maintenance. It involves shutting down and isolating machines, applying personal lockout devices, releasing stored energy, and verifying isolation before work. The six key steps are: 1) prepare for shutdown, 2) shutdown equipment, 3) isolate energy sources, 4) apply locks and tags, 5) release stored energy, and 6) verify isolation. Proper LOTO training and compliance is needed to protect authorized and affected employees from hazardous energy during service and maintenance work.
Pre commissioning and Commissioning Safety.pdfAssyaMohammed
Pre-commissioning activities such as cleaning pipes through methods like chemical cleaning, water flushing, and air blowing are meant to prepare systems for commissioning. Commissioning brings systems to an operational state through tests like leak tests and catalyst loading. Both pre-commissioning and commissioning involve hazards like chemicals, electricity, asphyxiation, and rotating equipment that require controls like permits, isolation, PPE, and trained workers for safety.
This document provides an overview of lockout/tagout (LOTO) procedures for machine operators. LOTO is done to isolate all energy sources to equipment during maintenance, cleaning, or other activities where guards are removed. It prevents accidental startup of machines and injury. The document explains why LOTO is important for safety, types of energy sources, proper use of locks and tags, process steps for applying and removing LOTO, and shift changeover procedures. Training boards and examples of LOTO devices are also shown.
This document outlines the permit to work system used for maintenance, repair, and construction activities. It defines key terms like permit authority and permit holder. The permit authority is responsible for issuing permits that specify the work, precautions, and conditions. Different types of permits are required for tasks like hot work, pressure system work, and confined space entry. The permit holder must be properly trained and qualified. A case study describes a fatal accident where failures in permit-to-work system training, management, practices, and communication contributed to an explosion during welding repairs on an offshore oil rig.
The document discusses OSHA's top 10 most frequently cited standards for fiscal year 2013. Lockout/tagout was the 8th most cited standard. It then provides an overview of lockout/tagout requirements including key definitions, when the standard applies, required energy control programs and procedures, the six steps for applying and releasing lockout/tagout, and maintaining lockout/tagout during shifts or personnel changes. It concludes with an OSHA case study example.
Safety should be viewed not just as a job responsibility but as a core value that is practiced at work and at home. Viewing safety as a value means it will continue to be followed even outside of work. Leaders must lead by example and live by the values of safety through their own actions to build faith in safety practices. When safety becomes a shared value throughout a community, it can lead to improved self-esteem, productivity and a culture where people support and rely on each other.
Lockout tagout guidelines includes manual information guide, lockout tagout presentation CD, LOTO register and worksheet provides complete data instructions is written step by step with Safety permit holder is utilized to grip the important papers in it designed to hold any size or shape of permit Both types are self-adhesive with clear front and back.
The document provides training for employees on lockout/tagout safety procedures required by OSHA. It aims to train authorized employees to recognize hazardous energy sources, understand their responsibilities for other employees' safety, and properly control hazardous energy using lockout/tagout procedures. The training covers recognizing hazardous energy, controlling it using lockout devices and tagout warnings, proper procedures for isolating equipment, and ensuring safety during re-starting.
CATU lockout tagout electrical safety equipment includes padlocks with warning signs, colour padlocks, multiple lockout devices and circuit breaker lockout devices for safe electrical isolation.
CATU safety padlocks and warning signs - a wide range of brass lock-out padlocks in red, white, yellow, blue and green. CATU lock-out tag-out padlocks are available for low voltage and high voltage substations.
The purpose of locking is to separate cut off or neutralisation parts with a suitable, and sufficiently protected system to prevent any operation by unauthorised persons (switching on power for an electrical installation). Locking is generally accompanied by signs.
For the electrical domain, setting up and removing the lockout are described in French and European standards (EN50110-1). For electricity production equipment.
More generally, the safety recommendations are included in Directive CE7: 2009/104/EC on the minimum health and safety recommendations for using work equipment.
The document discusses lockout/tagout (LOTO) safety procedures for working on hazardous equipment. LOTO should be used when workers must remove guards or place body parts near moving parts, clear jams, or perform repairs where unexpected startup could cause injury. It describes various energy hazards like electrical, mechanical, chemical, thermal, and explains the first steps of LOTO which are to know the equipment hazards and isolation points. The key aspects of LOTO are isolating energy sources, releasing stored energy, verifying isolation before work, and proper lock and tag removal after.
This document provides an overview of lockout/tagout safety procedures. It discusses when lockout/tagout should be used, such as when working on guarded or moving machinery. It outlines various energy hazards like electrical, mechanical, chemical, thermal, pneumatic, hydraulic, and gas energies. It discusses the risks associated with each type of energy. The document also covers the first steps of lockout/tagout which include understanding the equipment, identifying energy sources and isolation points. It provides details on lockout/tagout equipment and procedures for applying locks and tags, verifying isolation of energy sources, and releasing lockout/tagout protection after work is completed.
This document discusses lockout/tagout procedures and requirements. It begins by explaining that OSHA standard 1910.147 aims to control hazardous energy during maintenance. It then discusses why lockout/tagout is important for employee safety, legal compliance, and financial risk mitigation. The document outlines the key elements required for an effective lockout/tagout program, including procedures, training, device requirements, and inspections. It concludes by providing guidance on how to establish a comprehensive lockout/tagout energy control program.
The presentation provides real value and practices that you can use to make improvements in your workplace. Topics covered include:
- Pre- forklift operation best practices
- Comprehensive understanding OSHA regulations
- Improvements to minimize likelihood of fines
- Enhancements to decrease damage of forklifts
The document provides information on maintenance principles and procedures. It discusses the definition of maintenance as activities to keep systems functioning. The principles of maintenance are to achieve quality, maximize equipment life, and minimize interruptions. Planned maintenance includes activities like preventative maintenance to condition-based maintenance. Unplanned maintenance refers to emergency or breakdown maintenance. Maintenance aims to improve aspects like capacity, quality, and productivity while reducing costs and inventory. Workplace safety topics covered include personal protective equipment, lockout/tagout procedures, hazardous materials and energy, and the importance of inspecting hand tools and power tools.
The document provides an overview of OSHA's Lockout/Tagout standard which requires energy control procedures to prevent injury during servicing of machines. It defines lockout and tagout, describes the types of employees involved (authorized to perform lockout/tagout, affected, and other employees), hazardous energy sources, common causes of injuries, and the key elements of an energy control program including procedures, training, inspections. It provides details on lockout/tagout procedures, use of locks and tags, group lockouts, shift changes, removal of locks/tags, and restoring energy to equipment.
Industrial, manufacturing and construction work sites have plenty of machines. Machines are used for everything from power generation to the sorting of recyclables, and they’re an integral part of assembly lines all over the world.
A number of safety hazards come with working around machinery that employers, safety managers and workers all need to be aware of. By preparing for these dangers, accidents and injuries can be prevented.
In this slideshare we present 10 easy to follow steps that will help ensure your workers a daily safe passage in and around the machines they use.
The 10 steps we discuss are;
1) Don't reach into the machine
2) Use Proper Lockout/Tagout Procedures
3) Stay Clear of Sharp or Moving Parts
4) Watch Out for Cords and Wires
5) Don’t Wear Loose Clothing
6) Wear Proper PPE
7) Use Caution Around Heat Sources
8) Be Careful When Cleaning
9) Communicate, Communicate, Communicate
10) Follow Visual and Written Instructions
If you follow these 10 suggestions, you will find yourself with a whole lot less grief at the end of the work year. To learn more about machine guarding, chick out this article: https://www.babelplex.com/methods-for-machine-guarding-babelplex-industrial-section/ .
The cement production process involves several hazards at each stage from quarrying to storage that can cause injuries or health issues to workers. Safety countermeasures include proper personal protective equipment, isolating energy sources, controlling dust levels, monitoring noise exposure, and having emergency response plans in place. The document outlines the key hazards at each stage of cement production and the safety practices needed to minimize risks to workers.
A power station generates electric power by converting mechanical energy into electrical energy using a generator. The mechanical power is usually produced from heat generated by combustion of fuels like coal, natural gas, or oil in a boiler. In thermal power stations, a heat engine like a steam turbine transforms the thermal energy from combustion into rotational energy used to power the generator. The main components of a coal-fired thermal power plant are the coal conveyor, pulverizer, boiler, steam turbine, condenser and cooling towers which work together to generate electricity.
This document provides information on lockout/tagout procedures for manufacturing facilities. It discusses management and supervisory responsibilities including developing lockout/tagout policies and procedures, providing training to employees, and enforcing compliance. The document outlines the roles and responsibilities of authorized employees who perform lockout/tagout and affected employees who work near servicing activities. It describes the lockout/tagout process including identifying energy sources, shutting down equipment, applying locks and tags, verifying isolation, and removing locks and tags. Common energy sources like electricity, hydraulics, pneumatics, and mechanics are discussed. The document warns of legal consequences for non-compliance and features examples of proper and improper lockout/tagout practices.
This document summarizes an electrical safety training presentation on implementing NFPA 70E standards. It discusses electrical hazards like arc flash and shock, and injuries they can cause. It reviews OSHA 1910 Subpart S electrical safety regulations and "qualified worker" definitions. NFPA 70E requirements are explained, including performing arc flash hazard analyses, using appropriate PPE based on hazard categories, implementing safety practices, and qualifying employees through training. The presentation emphasizes properly implementing electrical safety programs and standards to prevent workplace injuries and fatalities from electrical hazards.
The importance of software since there is were the motivation for software engineering lies and then and introduction to software engineering mentioning the concept and stages of development and working in teams
This document provides information about lockout/tagout procedures. The purpose of lockout/tagout is to prevent energy from accidentally being released while equipment is being serviced in order to protect employee safety and health. It defines key terms like energy sources, isolating devices, equipment specific procedures, lockout/tagout, and verify. It describes the roles of authorized employees who service equipment and affected employees who work near servicing activities. Working together, authorized employees properly plan work, isolate energy sources, and verify isolation, while affected employees avoid work areas and do not interfere with locks or tags.
This document provides guidelines on safety and electrostatic discharge (ESD) for maintenance and service personnel at Cray Research, Inc. It outlines the importance of following lockout/tagout procedures to isolate hazardous energy sources when servicing equipment in order to prevent accidents, injuries, and damage. Specific guidelines are provided on using locks and tags to isolate various electrical and mechanical energy sources, such as hydraulics, pneumatics, pressurized water and steam. The document also describes the proper procedures for installing lockout/tagout devices, working in a group lockout/tagout situation, and restoring equipment to service.
This document provides guidelines on safety and electrostatic discharge (ESD) for personnel working at Cray Research, Inc. It outlines lockout/tagout procedures to ensure hazardous energy is isolated before servicing equipment, as mandated by OSHA. Statistics show control of hazardous energy is the fifth most cited OSHA violation. The guidelines specify using locks and tags from Cray Research to identify energy sources being worked on, and procedures for restoring equipment to service once work is complete. Group lockout procedures are described for when multiple people work on a single piece of equipment.
This document provides guidelines on safety and electrostatic discharge (ESD) for personnel working at Cray Research, Inc. It outlines lockout/tagout procedures to ensure hazardous energy is isolated before servicing equipment, as mandated by OSHA. Statistics show control of hazardous energy is the fifth most cited OSHA violation. The guidelines specify using locks and tags from Cray Research to isolate all potential electrical and mechanical energy sources, such as hydraulics, before and during service work. Proper lockout/tagout procedures including group lockouts, restoring equipment to service, and removing locks and tags are described.
This document provides guidelines on safety and electrostatic discharge (ESD) for personnel working at Cray Research, Inc. It outlines lockout/tagout procedures to ensure hazardous energy is isolated before servicing equipment, as mandated by OSHA. Statistics show control of hazardous energy is the fifth most cited OSHA violation. The guidelines specify using locks and tags from Cray Research to identify energy sources being worked on, and procedures for restoring equipment to service once work is complete. Group lockout procedures are described for when multiple people work on a single piece of equipment.
The document provides an overview of lock out/tag out (LOTO) training. It defines LOTO as specific practices to safeguard employees from unexpected equipment energization. LOTO ensures equipment is stopped, isolated from all energy sources, and locked out/tagged out before any service work. The training covers OSHA regulations, energy sources, definitions of key terms, LOTO procedures including lockout devices, tags, permits, group lockouts, and completion of LOTO. It emphasizes protecting employees by following LOTO procedures before any service or maintenance work.
This document outlines procedures for locking out and tagging out machinery during servicing or maintenance to prevent hazardous energy. It discusses preparing for lockout by notifying employees, shutting down equipment using normal procedures, and locating and operating energy isolating devices. It also covers applying lockout devices or tags to energy sources, relieving stored energy, and verifying isolation before starting work. The purpose is to ensure safety by preventing unexpected startup of equipment while servicing or maintenance is being done.
The document provides definitions and procedures for lockout/tagout at Spark Science Centre. It defines key terms like lockout, tagout, and affected/authorized employees. Procedures include shutting down equipment, placing tags on controls, installing locks, blocking energy sources, and verifying isolation before work. Group lockout procedures and forms are described. Responsibilities include preparing equipment for lockout by operations and verifying isolation before work by other workers. Procedures must be documented for each piece of equipment.
This document provides best practices for blinding and de-blinding procedures based on the presenter's experience working in the oil and gas industry. It discusses the purpose of blinding as a safety measure to isolate hazardous energy sources. Key steps in the blinding process are outlined, including preparing a blind list, tagging blind points, verifying lines are shut off, sequentially installing and removing blinds, and having sign-offs from equipment operators and process engineers. Common mistakes like lack of supervision and incompetence are mentioned, with an example of a spill occurring due to leaving a flange unbolted. Maintaining integrity assurance through independent verification is recommended.
Lockout/tagout was the most frequently cited standard in 2006. It requires employers to have a written program including energy control procedures for each machine or piece of equipment. Employers must provide training to employees and periodically review the program. The standard aims to prevent injuries by ensuring that hazardous energy is isolated and controlled before employees perform service or maintenance on machines.
The document provides information about Lockout/Tagout procedures, which adhere to OSHA standards for controlling hazardous energy when servicing or maintaining equipment. Lockout/Tagout aims to eliminate all energy sources and potential energy hazards before workers conduct tasks near dangerous machinery. It requires specifically disconnecting and locking out all energy sources, placing tags to identify energy control measures, and not restoring energy until maintenance is complete. The procedures are mandatory for all US workplaces and help prevent approximately 120 deaths and 50,000 injuries annually according to OSHA.
The document provides information on lockout/tagout procedures and safety. It discusses the proper lockout procedure which involves placing a padlock on the energy isolating device to prevent the release of hazardous energy. It also lists the "Fatal Five" main causes of lockout/tagout injuries. Definitions of key terms like authorized employee and energy isolating device are given. Common hazardous energy sources found in workplaces are listed. The lockout procedure steps and special situations like servicing lasting longer than one shift are outlined at a high level.
Lockout/tagout procedures are used to prevent accidental startup of machinery during maintenance by isolating energy sources. Lockout involves using a lock to secure an energy-isolating device in the off position, while tagout uses a prominent warning tag. Authorized employees are responsible for properly applying and removing lockout/tagout devices. Employers must establish an energy control program with procedures for lockout/tagout application, equipment inspection, and employee training. The goal is to protect workers from injury by preventing accidental exposure to hazardous energy during service or maintenance activities.
The correct action for working on a live panel or process pipeline is to follow all the steps listed:
A. Permit to Work
B. Manage System Risk Assessment
C. Isolate the energy sources
D. Lockout/Tagout the energy isolating devices
E. Drain the pipeline if required
F. Test that the power/energy is isolated using a multimeter for panels
G. Ensure only competent and authorized staff perform the work
H. All of the above steps should be followed to safely isolate, control and verify isolation of hazardous energy sources.
This lockout/tagout procedure establishes the minimum requirements for locking out energy sources whenever maintenance or servicing is done on machines. The procedure protects authorized employees from unexpected activation of equipment by ensuring equipment is stopped, isolated from all energy sources, and locked out before work. Failure to follow the procedure may result in corrective action. The procedure outlines shutting down equipment, isolating and locking out all energy sources, verifying isolation, and the process for restoring equipment to service.
This document outlines proper lockout/tagout procedures to prevent hazardous energy during equipment servicing and maintenance. It defines key terms like authorized employee and affected employee. The main causes of lockout/tagout injuries are failure to stop equipment, disconnect from power, dissipate residual energy, prevent accidental restarts, and clear work areas. Lockout devices like plug locks and valve locks isolate energy sources like electricity, pressure systems, gravity, and springs. The lockout procedure involves alerting operators, preparing for shutdown, isolating equipment, applying lockout devices, controlling stored energy, and verifying isolation before removal of lockout devices or re-energizing.
This training document covers lockout/tagout procedures to protect workers from hazardous energy sources during equipment service or maintenance. It defines lockout/tagout as specific practices to safeguard workers from unexpected startup of machinery. The six key steps of an energy control program are: 1) preparation, 2) shutdown, 3) isolation, 4) lockout, 5) stored energy check, and 6) verification. Personal locks are used to isolate energy sources and protect individual workers, with clear communication and adherence to procedures crucial to safety. Contractors must follow the host site's lockout/tagout procedures.
The document provides guidelines for safely locking out and tagging out equipment during maintenance or repairs. It describes shutting down equipment, applying individual locks and tags with identifying information, verifying the zero energy state, and procedures for removing locks and tags. Personal protective equipment is required and emergency stop buttons must be located before work. Only trained employees may perform lockout/tagout procedures.
The document provides guidelines for safely locking out and tagging out equipment during maintenance or repairs. It describes shutting down equipment, applying individual locks and tags with identifying information, verifying the zero energy state, and procedures for removing locks and tags. Personal protective equipment is required and emergency stop buttons must be located before work. Only trained employees may perform lockout/tagout procedures.
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Control of hazardous energy
1. Control of Hazardous EnergyControl of Hazardous Energy
LLOCKOCKOOUT/UT/TTAGAGOOUTUT
Plant Asset ProtectionPlant Asset Protection
2. Lockout/TagoutLockout/Tagout
If you have any questionsIf you have any questions
about the presentation,about the presentation,
please contact:please contact:
Plant Asset Protection (PAP)Plant Asset Protection (PAP)
Local 388 - Plant Shift-in-ChargeLocal 388 - Plant Shift-in-Charge
Local 375 - PAP ManagerLocal 375 - PAP Manager
3. Lockout/TagoutLockout/Tagout
Purpose of Lockout/TagoutPurpose of Lockout/Tagout
ScopeScope
DefinitionsDefinitions
Step by Step InstructionStep by Step Instruction
4. Lockout/Tagout – Common ExcusesLockout/Tagout – Common Excuses
This job will only take a few minutes. I don’t need
to lock it out.
I’ve done this work for 20 years. I know what I’m
doing. I don’t need to lock it out.
I’m in a hurry. I’ve locked the equipment out. I’m
sure it’s okay. I don’t need to verify it.
There are two of us working on the equipment.
There is no need for both of us to lock it out. I’ll
work under my partner’s lock.
5. Lockout/Tagout – Top 5 ReasonsLockout/Tagout – Top 5 Reasons
1.1. Your life is on the lineYour life is on the line
2.2. Your family and friends love and need youYour family and friends love and need you
3.3. Your co-workers depend on you being aroundYour co-workers depend on you being around
4.4. It’s a company requirementIt’s a company requirement
5.5. It’s a regulatory requirementIt’s a regulatory requirement
6. Lockout/Tagout – PurposeLockout/Tagout – Purpose
The Concentrate Plant has establishedThe Concentrate Plant has established
requirements for Lockout/Tagout ofrequirements for Lockout/Tagout of
equipment during servicing andequipment during servicing and
maintenance to ensure:maintenance to ensure:
equipment is isolated & locked or taggedequipment is isolated & locked or tagged
out from all potentially hazardous energyout from all potentially hazardous energy
where the unexpected energization orwhere the unexpected energization or
release of such energy could cause injury.release of such energy could cause injury.
7. Lockout/Tagout – ScopeLockout/Tagout – Scope
Lockout/Tagout covers:Lockout/Tagout covers:
SERVICING and MAINTENANCESERVICING and MAINTENANCE ofof
machines and equipment in whichmachines and equipment in which
the unexpected energization, start-the unexpected energization, start-
up or release of energy could causeup or release of energy could cause
injury to employees.injury to employees.
8. Lockout/Tagout – ScopeLockout/Tagout – Scope
SERVICING and MAINTENANCESERVICING and MAINTENANCE includes:includes:
•Constructing
•Installing
•Setting upSetting up
•AdjustingAdjusting
•Inspecting
•Modifying
•ServicingServicing
•MaintenanceMaintenance
9. Lockout/Tagout – ScopeLockout/Tagout – Scope
Lockout/Tagout is not requiredLockout/Tagout is not required
for maintenance or servicingfor maintenance or servicing
performed during normalperformed during normal
productionproduction unlessunless itit
requires:requires:
Removal of a guardRemoval of a guard
Bypass of a safety deviceBypass of a safety device
Placement of any part of thePlacement of any part of the
body in point of operation orbody in point of operation or
other danger zoneother danger zone
10. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
LOCKOUTLOCKOUT
Placement of a lockoutPlacement of a lockout
device on an energydevice on an energy
isolating device, inisolating device, in
accordance with anaccordance with an
established procedure.established procedure.
11. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
TAGOUTTAGOUT
Placement of a tagoutPlacement of a tagout
device on an energydevice on an energy
isolating device, inisolating device, in
accordance with anaccordance with an
established procedure.established procedure.
12. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
AUTHORIZED PERSONAUTHORIZED PERSON
A duly trained personnelA duly trained personnel
who locks or tagswho locks or tags
machines or equipmentmachines or equipment
to perform maintenanceto perform maintenance
or servicingor servicing
13. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
AFFECTED PERSONAFFECTED PERSON
A person whose jobA person whose job
requires him/her torequires him/her to
operate or work in anoperate or work in an
area where servicing isarea where servicing is
being performed underbeing performed under
Lockout/Tagout.Lockout/Tagout.
14. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
SOURCES OF ENERGYSOURCES OF ENERGY
Energy needed to operateEnergy needed to operate
the machine or equipmentthe machine or equipment
ElectricalElectrical
HydraulicHydraulic
PneumaticPneumatic
MechanicalMechanical
Process PipingProcess Piping
ThermalThermal
StoredStored
15. Lockout/Tagout – DefinitionsLockout/Tagout – Definitions
ENERGY ISOLATING DEVICEENERGY ISOLATING DEVICE
Mechanical device that prevents theMechanical device that prevents the
transmission or release of energytransmission or release of energy
Electrical circuit breakerElectrical circuit breaker
Disconnect switchDisconnect switch
Line valveLine valve
Slip blindSlip blind
Note: Push button, selector switches,Note: Push button, selector switches,
emergency stops and other control devicesemergency stops and other control devices
are NOT energy isolating devicesare NOT energy isolating devices
17. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
1.1. Know the EquipmentKnow the Equipment
2.2. Notify Affected PersonsNotify Affected Persons
3.3. Shutdown equipment byShutdown equipment by
normal procedures (Ifnormal procedures (If
possible)possible)
4.4. Isolate Equipment byIsolate Equipment by
operating energy isolatingoperating energy isolating
devices.devices.
18. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
5.5. Apply locks to devicesApply locks to devices
6.6. Dissipate stored energyDissipate stored energy
7.7. VERIFY Lockout isVERIFY Lockout is
effectiveeffective
19. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
The next step after locking out theThe next step after locking out the
energy sources & dissipating theenergy sources & dissipating the
stored energy is:stored energy is:
a)a) Take a coffee breakTake a coffee break
b)b) Perform servicing/maintenancePerform servicing/maintenance
c)c) Verify the LockoutVerify the Lockout
d)d) None of the aboveNone of the above
21. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
VERY GOOD!VERY GOOD!
C. IS THE CORRECTC. IS THE CORRECT
ANSWER!ANSWER!
Always verify ifAlways verify if
lockout/tagoutlockout/tagout
performed isperformed is
effective.effective.
22. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
Verification of Lockout includes:Verification of Lockout includes:
Push controls buttons, turn knobs,Push controls buttons, turn knobs,
etc.etc.
Use voltage meter for electricalUse voltage meter for electrical
work (If the employee could bework (If the employee could be
exposed to live circuits)exposed to live circuits)
(For circuits above 600 volts, check(For circuits above 600 volts, check
meter against a known source,meter against a known source,
before & after use)before & after use)
23. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
When performing maintenance whereWhen performing maintenance where
the employee could be exposed tothe employee could be exposed to
live electrical circuits, verification islive electrical circuits, verification is
accomplished by turning/pushingaccomplished by turning/pushing
control knobs/buttons.control knobs/buttons.
TRUETRUE
FALSEFALSE
25. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
VERY GOOD!VERY GOOD!
The answer isThe answer is FalseFalse
Verification isVerification is
accomplished byaccomplished by
using a voltmeter.using a voltmeter.
This must beThis must be
performed by aperformed by a
qualified person.qualified person.
26. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
ENERGY RESTORATIONENERGY RESTORATION
1.1. Check that tools/parts areCheck that tools/parts are
removedremoved
2.2. Check for people in hazardousCheck for people in hazardous
locationslocations
3.3. Replace guards & safety devicesReplace guards & safety devices
4.4. Notify all Affected employeesNotify all Affected employees
27. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
ENERGY RESTORATIONENERGY RESTORATION
5.5. Ensure all controls are in theEnsure all controls are in the
“OFF” position“OFF” position
6.6. Remove Locks & TagsRemove Locks & Tags
7.7. Restore EnergyRestore Energy
8.8. Ensure Equipment isEnsure Equipment is
operationaloperational
28. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
During energy restoration the authorized personDuring energy restoration the authorized person
should:should:
a.a. Check that tools and people are clearedCheck that tools and people are cleared
b.b. Guards and safety devices have been replaced and arGuards and safety devices have been replaced and ar
c.c. All controls are in the “OFF” PositionAll controls are in the “OFF” Position
d.d. All of the aboveAll of the above
31. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
IMPORTANT POINTS TO CONSIDERIMPORTANT POINTS TO CONSIDER
Lockout/Tagout is the requiredLockout/Tagout is the required
method of isolating machinesmethod of isolating machines
from the energy sourcefrom the energy source
Only Authorized EmployeesOnly Authorized Employees
may lock/tag out equipment.may lock/tag out equipment.
32. DO NOT ATTEMPT TO OPERATEDO NOT ATTEMPT TO OPERATE
ANY ENERGY ISOLATING DEVICEANY ENERGY ISOLATING DEVICE
WHERE IT IS LOCKED ANDWHERE IT IS LOCKED AND
TAGGED OUT.TAGGED OUT.
Lockout/Tagout – InstructionsLockout/Tagout – Instructions
IMPORTANT POINTS TO CONSIDERIMPORTANT POINTS TO CONSIDER
All equipment must be lockedAll equipment must be locked
and tagged out to protectand tagged out to protect
against accidental oragainst accidental or
inadvertent operation whichinadvertent operation which
could cause injury to personnel.could cause injury to personnel.
33. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
CONTRACTORSCONTRACTORS
TCCEC and the contractor must inform eachTCCEC and the contractor must inform each
other of their respective lockout/tagoutother of their respective lockout/tagout
procedures.procedures.
The two parties must coordinate theThe two parties must coordinate the
implementation of the procedures.implementation of the procedures.
The contractor’s employees and TCCECThe contractor’s employees and TCCEC
engineering personnel must perform theengineering personnel must perform the
lockout/tagout and verificationlockout/tagout and verification
34. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
SHIFT CHANGESHIFT CHANGE
There must be a procedure or methodThere must be a procedure or method
to ensure the continuity of theto ensure the continuity of the
Lockout during shift or personnelLockout during shift or personnel
changes.changes.
35. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
When an outside contractor’s work requires aWhen an outside contractor’s work requires a
lockout/tagout:lockout/tagout:
a.a. TCCEC and the contractor must inform eachTCCEC and the contractor must inform each
other of their Lockout/Tagout proceduresother of their Lockout/Tagout procedures
b.b. The two parties must coordinate theThe two parties must coordinate the
implementation of the procedures.implementation of the procedures.
c.c. Both a and bBoth a and b
d.d. None of the aboveNone of the above
38. Lockout/Tagout – InstructionsLockout/Tagout – Instructions
ABANDONED LOCKABANDONED LOCK
In general, only the person who applied theIn general, only the person who applied the
lock should remove it.lock should remove it.
The PAP Manager may have the lockThe PAP Manager may have the lock
removed by another authorized person,removed by another authorized person,
under the following conditions:under the following conditions:
All reasonable attempts have beenAll reasonable attempts have been
made to contact the person whomade to contact the person who
abandoned the lockabandoned the lock
It has been determined that theIt has been determined that the
equipment is safe to operateequipment is safe to operate
39. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
Who should normally remove the lock of anWho should normally remove the lock of an
authorized employee?authorized employee?
a.a. The Plant Asset Protection ManagerThe Plant Asset Protection Manager
b.b. The authorized employee performingThe authorized employee performing
lockoutlockout
c.c. Another Authorized employeeAnother Authorized employee
d.d. All of the aboveAll of the above
41. Lockout/Tagout – REVIEWLockout/Tagout – REVIEW
VERY GOOD!VERY GOOD!
B is the correctB is the correct
answeranswer
Under normalUnder normal
conditions, only theconditions, only the
person who appliedperson who applied
the lock shouldthe lock should
remove it.remove it.