Tagout systems tend to have all these limitations EXCEPT:

Tagout systems tend to have all these limitations EXCEPT:

• A. They rely on a visual tagging system rather than physical isolation.
• B. They may be damaged or removed by mistake.
• C. They provide more protection than lockout.
• D. They require less training in order to implement.

Answer: (D)

Tagout uses a tag to indicate a device is isolated, but it does not physically lock the energy source. This makes the control rely on human adherence and proper tagging procedures, which is a limitation because a tag alone doesn’t guarantee the equipment won’t be operated. Tags can be damaged or removed by mistake, creating a risk that the energy source could be re-energized. They also provide less protection than a lockout, since a tag can be bypassed or removed by someone other than the person who applied it. Because of these risks, proper training is essential to ensure all energy sources are identified, tagged correctly, and verified before work begins. The statement about needing less training is not true; in reality, training requirements are substantial. Therefore, this option is the exception.

Tagout uses a tag to indicate a device is isolated, but it does not physically lock the energy source. This makes the control rely on human adherence and proper tagging procedures, which is a limitation because a tag alone doesn’t guarantee the equipment won’t be operated. Tags can be damaged or removed by mistake, creating a risk that the energy source could be re-energized. They also provide less protection than a lockout, since a tag can be bypassed or removed by someone other than the person who applied it. Because of these risks, proper training is essential to ensure all energy sources are identified, tagged correctly, and verified before work begins. The statement about needing less training is not true; in reality, training requirements are substantial. Therefore, this option is the exception.