Byproducts of combustion
Since the byproducts of combustion include smoke, carbon monoxide, light, and heat, they can serve as detectors of heat. If the system is designed to detect these byproducts, the system will, therefore, detect the fire. This is because a byproduct like smoke is a good indicator of fire breakage. Usually, smoke is a good indicator of a fire outbreak. For every individual, a smoke would give a signal of fire outbreak because it is well known as a byproduct of fire. It is; thus, these byproducts are a good indicator of fire if the system of fire suppression is designed in a way that it recognizes these byproducts.
In a fire control system, the byproducts are such that they can give information on the occurrence of fire. In other words, if a fire has occurred, some indicators are well known for indicating the outbreak of fire in a building. In every scenario, when a fire has occurred, the condition in a building changes typically. This is because a fire in a normal case comes with the giving away of heat. It is, therefore, clear that a fire will be recognized by the emergence of heat in a building. In every place, heat usually changes the condition; hence, the system will be in a position to detect the fire.
When a fire has emerged in a place, the system which is designed to detect these byproducts will, therefore in a position to detect the changes in the environment and thus give signals to the system. The system will accordingly adjust to tackle the fire that has occurred in the environment. The fire will, therefore, be addressed by the signal that will be send to the system. A response by the system will thus be based on the signal coming from the byproducts of combustion.