Which of the following is NOT typically included in the routine monitoring of a cathodic protection system?

In the context of cathodic protection system monitoring, moisture content around the anodes is typically not included in routine checks. The primary focus of routine monitoring is to assess the effectiveness and functionality of the cathodic protection system, which involves evaluating electrical parameters that directly impact corrosion control.

Structure-to-electrolyte potentials are crucial as they help determine if the protection levels are adequate to prevent corrosion on the structure being protected. Monitoring these potentials helps ensure that the system is providing the expected protective voltage.

Rectifier voltage and current output are also integral components of routine monitoring. These measurements ensure that the cathodic protection system is functioning correctly and delivering the necessary current to the structure.

Interference control bond current is important for managing and mitigating any potential interference from nearby cathodic protection systems or other electrical sources, making it a critical part of routine evaluation.

In contrast, while moisture content can have an indirect influence on the effectiveness of a cathodic protection system, it is not typically measured as part of the routine monitoring process, which emphasizes electrical readings and system performance.