OHS – Lockout and Tagout Training Online Course & Certification

Lockout and Tagout (LOTO) is a safety practice that involves physically securing machinery and equipment during maintenance to prevent accidental activation, ensuring the safety of those working on them.

Lockout and tagout training (LOTO) programs are designed to educate employees on proper procedures for safely controlling hazardous energy sources during maintenance and servicing activities.

The purpose of LOTO training is to prevent accidents and injuries that can occur when machines or equipment are unexpectedly activated during servicing or maintenance.

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Please feel free to contact us for group enrollments in our courses! You can email us at [email protected].

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OHS – LOCKOUT AND TAGOUT TRAINING COURSE

The Lockout and Tagout training (LOTO) Training Course is developed in accordance with Occupational Health and Safety (OHS) standards to train employees on how to keep themselves safe from sudden machine starts and the release of dangerous energy.

IN THIS COURSE, YOU WILL LEARN ABOUT

lockout and tagout training

Occupational Health and Safety (OHS) – Lockout and Tagout Training Online Program

During LOTO training, employees learn about different types of hazardous energy sources that need to be locked out or tagged out, such as electrical, hydraulic, pneumatic, or mechanical energy.

They also learn how to identify and isolate these energy sources, how to properly lock and tag equipment, and how to verify that energy sources have been safely isolated before beginning work.

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WHY IS LOCKOUT AND TAGOUT TRAINING IMPORTANT?

Lockout and Tagout (LOTO) training is of paramount importance in the realm of workplace safety for several compelling reasons:

1. Preventing Accidents and Injuries
2. Ensuring Regulatory Compliance
3. Minimizing Operational Downtime
4. Protecting Workers and Assets
5. Fostering a Safety-Conscious Culture

The training serves as a proactive measure, empowering individuals to prioritize safety at all times, and ensuring that the workplace remains resilient against potential risks associated with hazardous energy sources.

WHO NEEDS LOCKOUT AND TAGOUT TRAINING?

Lockout and Tagout training is essential for any employee who may be exposed to hazardous energy sources during maintenance, repair, cleaning, or servicing activities. This includes:

Maintenance Personnel

Machine Operators

Cleaning Staff

Supervisors and Managers

Contractors and Temporary Workers

This comprehensive training ensures a unified understanding of the importance of energy isolation procedures, promoting a safer working environment for all.

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LOCKOUT AND TAGOUT TRAINING ONLINE COURSE OUTLINE

The course covers the following topics:

  • 1. Introduction

    This introductory chapter covers the servicing and maintenance of machines and equipment followed by relevant important details to provide learners’ an overview on Lockout and Tagout training program.

  • 2. Definitions: Lockout/Tagout

    1. Authorized Employee: An authorized employee refers to an individual who has received formal training and official approval to perform energy control procedures.

    2. Affected Employee: An affected employee is someone exposed to potential hazards during maintenance but not directly involved in lockout/tagout procedures.

    3. Isolation: Isolation refers to the systematic and intentional disconnection or blocking of energy sources from a piece of equipment or machinery.

    4. Energy-Isolating Device: An energy-isolating device is a physical mechanism that is used to completely shut off the energy supply to a piece of machinery or equipment.

    5. Zero Energy State: Zero Energy State means all hazardous energy is completely isolated or dissipated from machinery, ensuring a safe work environment during maintenance.

  • 3. Definitions: Types of Energy

    1. Mechanical: Mechanical refers to physical devices like valves or switches used to block energy flow and safely shut down machinery during maintenance.

    2. Electrical: Electrical refers to energy-isolating devices specifically designed to control or cut off electrical power to machinery or equipment.

    3. Hydraulic and Pneumatic: Hydraulic and Pneumatic refers to energy-isolating devices designed to control or block the flow of hydraulic fluids or compressed air to machinery or equipment.

    4. Thermal and Chemical: Thermal and Chemical refers to energy-isolating devices designed to control or block the flow of heat or chemicals to machinery or equipment.

  • 4. General Lockout Guidelines

    1. Electricity: Electricity is a form of energy resulting from the existence of charged particles (such as electrons or protons), either statically as an accumulation of charge or dynamically as a current.

    Energy Source
    General Lockout Guideline

    2. Fluid Pressure: Fluid pressure refers to the force exerted by a liquid or gas on its surroundings. It’s the result of molecules in the fluid colliding with a surface or container.

    Energy Source
    General Lockout Guideline

    3. Air Pressure: Air pressure is the force exerted by the weight of the air in the Earth’s atmosphere. It’s the push that the air exerts on everything it surrounds.

    Energy Source
    General Lockout Guideline

    4. Kinetic Energy: Kinetic energy is the energy that an object possesses due to its motion. Simply put, when something is moving, it has kinetic energy.

    Energy Source
    General Lockout Guideline

    5. Potential Energy: Potential energy is the stored energy that an object possesses due to its position or condition.

    Energy Source
    General Lockout Guideline

    6. Pressurized Liquid and Gases: Pressurized liquids and gases refer to fluids (liquids or gases) that are subjected to an increased pressure, meaning they are compressed or forced into a confined space.

    Energy Source
    General Lockout Guideline

    This is not all! The course offers a detailed look at each and every definition of lockout, tagout, or type of energy.

  • 5. Scope and Application

    The scope and application of a lockout/tagout (LOTO) training program covers the OSHA standard for the Control of Hazardous Energy (Lockout/Tagout) 29 CFR 1910.147, which outlines the requirements for controlling hazardous energy sources during servicing and maintenance activities.

    The purpose of the LOTO standard is to protect employees from hazardous energy sources, including electrical, mechanical, hydraulic, pneumatic, chemical, and thermal energy.

    In scope and application, learn the following:

    1. Covered Activities
    2. Lockout/Tagout Rules

  • 6. Types of Devices

    Lockout devices include a range of locks and other devices that can be used to control energy hazards.

    1. Personal locks
    2. Chains, Slings and Cables
    3. Insulated Fuse Pullers
    4. Blanks or Caps
    5. Blocks or Pins

  • 7. Written Procedures

    Lockout/tagout written procedures include:

    1. Preparation for shutdown
    2. Shutting down the equipment
    3. Equipment isolation
    4. Application of lockout/tagout devices
    5. Release of stored energy
    6. Verifying equipment isolation

  • 8. Sequence of Events

    Learn about different sequences of events for lockout/tagout that have been mentioned in this chapter briefly.

  • 9. Lockout/Tagout Interruption

    Lockout/Tagout interruption refers to a safety procedure used in workplaces, especially in industries with machinery and equipment. The chapter describes the steps to be followed when there is a need to test or position a machine that has been locked or tagged for safety reasons.

    It suggests that before proceeding with the test, the equipment or process should be cleared of any tools and materials and workers should be kept at a safe distance.

    The locks and tags should then be removed as per the established procedure, and the test should be carried out. After the test is complete, all systems should be de-energized and the controls should be re-locked or re-tagged before work is resumed.

    The purpose of these steps is to ensure that the safety of workers and equipment is maintained during the testing or positioning process.

  • 10. Multi-lock Lockout

    Multi-lock lockout refers to a safety practice where multiple locks are used to secure a piece of equipment during maintenance or servicing. The chapter outlines the procedure for using a multi-lock device when more than one person needs to work on equipment.

    According to the procedure, a multi-lock device should be attached at the main disconnect, and each person working on the equipment must ensure that it is de-energized while they are working on it.

    Each worker should then attach their lock to the multi-lock device. The use of a multi-lock device is mandatory when a lock transfer is necessary.

    The purpose of these steps is to ensure that every person working on the equipment is aware of the status of the lockout and that no one can inadvertently remove someone else’s lock, which could result in injury or damage to equipment.

  • 11. Restoring Equipment to Service

    Restoring equipment to service refers to the process of bringing machinery or equipment back into operation after it has undergone maintenance, servicing, or repairs. In this chapter, learn the steps for restoring equipment to service along with appropriate images to give learners’ a clarity about it.

  • 12. Lockout/Tagout Devices

    Lockout/Tagout devices are tools and mechanisms used in workplace safety procedures to control the energy sources of machinery and equipment during maintenance, servicing, or repair.

    1. Durable
    2. Standardized
    3. Substantial
    4. Identifiable

  • 13. Periodic Inspections/Observations

    Periodic inspections/observations refer to scheduled and regular assessments or examinations conducted at intervals over time. The chapter describes that it is important to conduct inspections or observations on a regular basis, at least once a year, to ensure that energy control procedures are being followed correctly and that employees are aware of their responsibilities.

    The purpose of these inspections is to verify that the procedures in place for controlling energy sources, such as electricity, gas, or steam, are still effective and that employees are adhering to them.

    By performing these regular checks, organizations can identify any deficiencies or weaknesses in their energy control procedures and take corrective actions to mitigate potential hazards and prevent accidents or injuries.

WHAT YOU WILL GET

lockout and tagout training

  • $33.90/person

  • Course Duration 150 Minutes approximately

  • You can make as many attempts as you need to pass the exam; there is no limit

  • Your certificate is valid for 3 years from the date of issue

  • Phone, email and chat on weekdays from 8am – 5pm EST

  • SELF-PACED/ELEARNING

  • RECORD OF TRAINING

  • USER MANAGEMENT

  • INSTANT ACCESS

  • MOBILE FRIENDLY

  • CERTIFICATE

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WHY CHOOSE OUR CUSTOM ELEARNING SOLUTIONS FOR LOCKOUT AND TAGOUT (LOTO) TRAINING? 

Custom eLearning solutions involve the creation of personalized and tailor-made online learning courses designed to meet specific needs, goals, or requirements.

Our customized eLearning solutions for training courses guarantee personalized content, captivating learning experiences, flexibility to meet diverse needs, and adherence to safety standards. Additionally, they deliver cost-effective eLearning solutions and convenient accessibility for participants.

OHS – LOCKOUT AND TAGOUT (LOTO) TRAINING COURSE CERTIFICATION

After completing the training program, you will receive a certification for OHS – Lockout and Tagout (Loto) under OHS regulations.

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Frequently Asked Questions (FAQs)

Lockout and Tagout should be implemented whenever maintenance or servicing activities are performed on machinery or equipment, and there is a potential for the release of hazardous energy.

Lockout and Tagout training is a safety procedure designed to prevent unexpected start-up or release of energy during maintenance activities by placing locks and tags on energy isolation points.

Lockout and Tagout training significantly contributes to workplace safety by providing employees with the knowledge and skills necessary to control hazardous energy sources.

The responsibility for implementing Lockout and Tagout procedures lies with both employers and employees.

Yes, lockout and Tagout training can be customized to address the specific needs and machinery of different industries, ensuring that employees receive relevant and applicable safety information. We are experts in creating custom eLearning content, tailoring educational materials to meet the specific needs and goals of our clients.

Failure to follow lockout and Tagout procedures can result in serious injuries or fatalities, as it may lead to the unexpected release of stored energy in machinery, posing a significant risk to workers.

Lockout and Tagout procedures should be applied whenever maintenance or servicing activities are performed on machines or equipment.

Lockout and Tagout are crucial for workplace safety as they help prevent accidents by ensuring that energy sources are isolated, protecting workers from the unexpected activation of machinery during maintenance, repair, or servicing.

Yes, Lockout and Tagout procedures are applicable to a wide range of machinery and equipment across various industries.

No, Lockout and Tagout procedures are not exclusive to large industrial settings. While commonly associated with heavy machinery and manufacturing, LOTO principles are applicable in various work environments, including offices, laboratories, and service industries.

Please feel free to contact us for group enrollments in our courses! You can email us at [email protected].

Contact us
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