True or False: A splice in direct-buried conductors must use a splicing device identified for the purpose.

A splice in direct-buried conductors must indeed use a splicing device identified for that purpose. This requirement ensures that the splice is made in a manner that is safe and reliable, taking into account the environmental conditions it will be exposed to underground.

When conductors are buried, they are subject to moisture, soil conditions, and other factors that can affect their longevity and functionality. Using a splicing device that is specifically rated for underground use helps to prevent potential failures, such as corrosion or insulation breakdown, which could lead to electrical hazards, outages, or even fire.

Properly identified splicing devices also adhere to the landscape of the National Electrical Code, which aims to standardize electrical installations to promote safety and efficiency. These devices have been designed and tested to withstand the rigors of being buried, ensuring that they provide a secure and lasting connection between conductors without risk of exposure to the elements.

In summary, the use of a splicing device that is specifically identified for use with direct-buried conductors is essential for maintaining the integrity and safety of the electrical installation.