Fuzz burn is a feature that is available on all of the transmission chip detectors, but only the main module chip detector has

Fuzz burn is a feature that is available on all of the transmission chip detectors, but only the main module chip detector has

• A. A 60 second delay
• B. A 30 second delay
• C. A 15 second delay
• D. A 90 second delay

Answer: (B)

Fuzz burn uses a fixed delay to prevent false fault signaling during transient conditions, such as startup or brief system fluctuations. All transmission chip detectors have fuzz burn capability, but the main module adds a specific, fixed delay for this function. That extra wait is tuned so the system can settle and not flag a fault during normal transients, while still catching real faults. Other detectors don’t use this exact delay, so they don’t exhibit the same timing behavior as the main module. This is why the main module’s distinct delay is the correct choice.

Fuzz burn uses a fixed delay to prevent false fault signaling during transient conditions, such as startup or brief system fluctuations. All transmission chip detectors have fuzz burn capability, but the main module adds a specific, fixed delay for this function. That extra wait is tuned so the system can settle and not flag a fault during normal transients, while still catching real faults. Other detectors don’t use this exact delay, so they don’t exhibit the same timing behavior as the main module. This is why the main module’s distinct delay is the correct choice.