Lock-Out/Tag-Out

While powered equipment and machinery makes our jobs easier, enabling us to do things we would be unable to otherwise, they can also pose serious dangers to our wellbeing. For example, injuries can occur when someone powers on a piece of equipment without realizing someone else is working on it. To prevent situations like this from occurring, OSHA has created the Lock-Out/Tag-Out standard, which governs how to safely set up, repair, and maintain powered equipment. This course demonstrates the proper Lock-Out/Tag-Out procedures and devices.

The idea behind Lock-Out/Tag-Out is simple; to disable a machine while it is being serviced by isolating it from its energy source. To do this, locks, tags, and other mechanisms are placed on energy isolation devices such as electrical switchboxes and valves. Learn more about these energy isolation devices here. You will also learn about the actual Lock-Out/Tag-Out procedures, including when they should be used.

You must also be aware of the unique risks posed by certain energy sources. This video specifically covers electrical, hydraulic, and pneumatic systems, their dangers and how to dissipate stored energy before working. Lock-Out/Tag-Out is an integral procedure when working with machinery, if it is ignored, or not performed correctly, lives can be lost. Utilize the information presented here to prepare employees to safely work with equipment at work.

   This course is in the Video On Demand format, to read about Video On Demand features click here.

Anyone who works with or around machinery

• Introduction
• What Is Lock-Out/Tag-Out?
• Lock-Out/Tag-Out Devices
• Lock-Out/Tag-Out Procedures
• Dissipating Stored Energy
• Special Situations
• Release Procedures
• Working With Electrical Systems
• Working With Hydraulic and Pneumatic Systems
• Conclusion

• Lockout/Tagout: Authorized Employees
• Lockout Tagout: It Would Have Saved His Life
• Machine Guard Safety