In the event of a fault or loss of power in a single loop, the remaining loop _____________________________.

In the event of a fault or loss of power in a single loop, the remaining loop _____________________________.

• A. Continues to provide detection automatically
• B. Fails automatically
• C. Requires reset
• D. Becomes isolated

Answer: (A)

Redundancy in the detection system is designed so one loop can carry the load if the other fails. Each loop has its own power and sensing path, so when one loop loses power or develops a fault, the remaining loop continues to provide detection automatically without any manual action. This keeps monitoring active and avoids a loss of detection. The remaining options would imply additional action or a loss of functionality, which the system is specifically designed to avoid.

Redundancy in the detection system is designed so one loop can carry the load if the other fails. Each loop has its own power and sensing path, so when one loop loses power or develops a fault, the remaining loop continues to provide detection automatically without any manual action. This keeps monitoring active and avoids a loss of detection.

The remaining options would imply additional action or a loss of functionality, which the system is specifically designed to avoid.