Which of the following is NOT a typical component of a smoke damper system?

Which of the following is NOT a typical component of a smoke damper system?

• A. Actuator
• B. Linkage
• C. Flame detector
• D. Control switch

Answer: (C)

A smoke damper system is designed to control the movement of smoke within a building in the event of a fire, thereby contributing to life safety and property protection. The main components of a smoke damper system include an actuator, which moves the damper blades, and linkage, which connects the actuator to the damper itself ensuring proper operation. A control switch is also a standard part of the system, allowing manual operation or integration with a fire alarm system to automatically close or open the damper based on fire conditions. In contrast, a flame detector is not a typical component of a smoke damper system. Flame detectors are primarily used in fire detection systems to identify the presence of flames within an environment. While they may play a crucial role in overall fire safety systems, they do not directly influence the operation of smoke dampers, which rely on smoke detection rather than flame detection. Therefore, the inclusion of a flame detector as a component of a smoke damper system is not accurate, making it the correct choice in identifying what is NOT typically part of such a system.

A smoke damper system is designed to control the movement of smoke within a building in the event of a fire, thereby contributing to life safety and property protection. The main components of a smoke damper system include an actuator, which moves the damper blades, and linkage, which connects the actuator to the damper itself ensuring proper operation. A control switch is also a standard part of the system, allowing manual operation or integration with a fire alarm system to automatically close or open the damper based on fire conditions.

In contrast, a flame detector is not a typical component of a smoke damper system. Flame detectors are primarily used in fire detection systems to identify the presence of flames within an environment. While they may play a crucial role in overall fire safety systems, they do not directly influence the operation of smoke dampers, which rely on smoke detection rather than flame detection. Therefore, the inclusion of a flame detector as a component of a smoke damper system is not accurate, making it the correct choice in identifying what is NOT typically part of such a system.