Lockout and tagout devices should be standardized within a facility in which of the following criteria?

Lockout and tagout devices are critical components in ensuring worker safety during maintenance and servicing of equipment. Standardizing these devices according to specific criteria enhances safety and ensures consistent application of lockout/tagout procedures across a facility.

The emphasis on being non-reusable and self-locking in the correct option is important because these features minimize the risk of accidental engagement or disengagement. A non-reusable lockout device ensures that once it has been used to secure a machine, it cannot be reused, thereby providing a clear visual indication that a machine is under maintenance and should not be operated. Self-locking devices add an additional layer of safety by automatically securing the lock in place without needing manual holding or engagement.

The requirement for a minimum strength of 50 lbs further supports this by ensuring that the devices used are robust enough to withstand various physical forces that could potentially be applied to them inadvertently during maintenance activities. This level of strength helps prevent tampering or accidental removal.

In contrast, the other options do not prioritize the same level of safety and reliability. For instance, the emphasis on reusability, lower strength thresholds, or manual placement in those incorrect options may increase the risk of error or misuse, making them less ideal for ensuring a secure lockout/tagout