What are the key elements of a lockout/tagout procedure?

The key elements of a lockout/tagout procedure are vital for ensuring the safety of workers during maintenance and servicing of equipment. The correct choice emphasizes a systematic approach that helps prevent accidental energization of machinery while maintenance is being performed.

Preparation involves assessing the equipment to understand its energy sources and determining the appropriate procedures for shutting it down effectively. Notification is crucial for communicating to all affected employees that maintenance activities are about to take place, ensuring that everyone is aware and can avoid areas of potential danger.

Shutting down the equipment is a fundamental step in safeguarding workers. This involves turning off machinery following specific operational protocols. Isolating the equipment refers to disconnecting it from its energy sources—such as electricity, gas, or steam—to prevent any unintentional release of energy.

Locking and tagging the equipment is a critical measure. Locking involves placing a lock on the energy isolating mechanism to ensure that it cannot be activated. Tagging communicates the reason for the lockdown and indicates that maintenance is being performed. Finally, verification is needed to confirm that the energy sources have been effectively isolated and that the equipment is safe to work on.

This structured approach minimizes risks associated with unexpected machine start-up during maintenance, making the workplace safer for employees. Other choices may