What should be assumed about conductors and parts of electric equipment that have been de-energized under non-standard procedures?

What should be assumed about conductors and parts of electric equipment that have been de-energized under non-standard procedures?

• A. They are considered safe for use
• B. They shall be treated as energized
• C. They require no additional safety measures
• D. They can be reenergized without verification

Answer: (B)

When conductors and parts of electric equipment are de-energized under non-standard procedures, the assumption is that they shall be treated as energized. This is essential in the context of electrical safety because non-standard procedures may not ensure the complete isolation of electrical energy from the equipment. Treating these conductors and components as energized is a precautionary measure. It emphasizes the need for continuous vigilance and the application of safety protocols, which helps prevent accidents or injuries that could occur if someone assumes the equipment is safe without proper verification. It is vital to confirm that the equipment is indeed de-energized through applicable safety measures, such as using voltage testers or lockout/tagout procedures, to ensure the work environment remains safe. This understanding aligns with established electrical safety practices, which dictate that workers must operate under the assumption that all electrical conductors and equipment could still be live unless explicitly proven otherwise, regardless of the procedures used to de-energize them.

When conductors and parts of electric equipment are de-energized under non-standard procedures, the assumption is that they shall be treated as energized. This is essential in the context of electrical safety because non-standard procedures may not ensure the complete isolation of electrical energy from the equipment.

Treating these conductors and components as energized is a precautionary measure. It emphasizes the need for continuous vigilance and the application of safety protocols, which helps prevent accidents or injuries that could occur if someone assumes the equipment is safe without proper verification. It is vital to confirm that the equipment is indeed de-energized through applicable safety measures, such as using voltage testers or lockout/tagout procedures, to ensure the work environment remains safe.

This understanding aligns with established electrical safety practices, which dictate that workers must operate under the assumption that all electrical conductors and equipment could still be live unless explicitly proven otherwise, regardless of the procedures used to de-energize them.