Conductors in raceways must be what between outlet devices?

The requirement for conductors in raceways to be continuous between outlet devices is based on the principles of electrical safety and performance. A continuous conductor ensures that there are no breaks or interruptions in the electrical pathway, thereby reducing the risk of faults, arcing, and potential failures.

When conductors are continuous, it provides a stable and reliable connection, allowing for consistent power delivery to the devices connected at the outlets. This uninterrupted flow is crucial for the proper functioning of electrical systems, preventing issues related to loose connections or splices that may not be adequately protected in the raceway.

In addition, having continuous conductors simplifies installation and maintenance, as there are fewer points that can become problematic over time. Continuous conductors also comply with the National Electrical Code (NEC) requirements in many situations, which emphasizes the integrity and safety of electrical installations.

While splicing, terminating, or tapping can be valid practices in specific contexts, they do not promote the same level of reliability or safety as having continuous conductors in raceways between outlet devices.