What function does inhibiting a module serve during debugging?

Inhibiting a module during debugging primarily serves to prevent nuisance errors. When a module is inhibited, it is essentially put into a inactive state, which enables engineers or technicians to focus on other components of a control system without the interference or complications that can arise from that particular module's operation. This helps isolate issues, allowing for a clearer assessment of which parts of a system are functioning correctly and which are not. By avoiding erroneous triggers or signals that may result from an active module, debugging becomes more efficient and straightforward, ultimately leading to a faster resolution of underlying issues.

While options like data logging, assessment of functionality, and real-time monitoring are valuable aspects of system diagnostics, they do not specifically pertain to the primary reason for inhibiting a module, which is focused on reducing confusion from misleading errors that could arise from that module's interactions.