Which of these is true regarding de-energizing in lockout/tagout procedures?

In the context of lockout/tagout procedures, one of the critical aspects is that de-energizing is one of several steps involved in ensuring the safety of workers when servicing or maintaining equipment. Lockout/tagout procedures are designed to protect employees from the unexpected start-up or release of stored energy during maintenance activities.

De-energizing refers to the process of disconnecting the equipment from its energy sources, which is essential for worker safety. However, it is not the only step; a comprehensive lockout/tagout program includes additional steps such as locking and tagging the energy-isolating devices, verifying that the energy has been released, and conducting periodic inspections.

Understanding that de-energizing is part of a broader sequence emphasizes the importance of a systematic approach to safety, ensuring that all necessary precautions are implemented to safeguard personnel during maintenance tasks.