Unlike early detection systems, ultra-early detection systems use advanced technologies and analytics that allow a fire to be anticipated long before the smoke starts.
At Lattice we carry out professional installations of very robust ultra-early fire detection systems. These are the aspiration detection system and the thermal imaging cameras. Below we will delve deeper into both systems:
The aspiration fire detection system is a very common option to protect data centers and industrial spaces with high CO2 emissions. This system uses a fan to bring air to the highly sensitive fire sensor through pipes, allowing fires to be detected in very early stages, unlike standard detectors that passively wait for large amounts of smoke. In addition, it can calculate the CO2 levels emitted by equipment and detect temperature anomalies that could indicate a possible fire.
Ultra-early fire detection with infrared cameras is a technology that uses the infrared spectrum to identify possible fire sources in very early stages. These cameras are capable of detecting thermal radiation emitted by objects and generating images that show temperature differences in a given area. By analyzing these images, thermal anomalies can be identified that could indicate the presence of an incipient fire, allowing a rapid and effective response to prevent its spread.
The main advantage of this technology is its ability to detect fires in their initial stages, when they are still small and easier to control. This allows response teams to act preemptively and take quick action to extinguish the fire before it spreads and causes further damage. Additionally, early detection also helps reduce response times, thereby minimizing the risk to people and natural resources. In summary, ultra-early fire detection with infrared cameras is an invaluable tool in the fight against forest and urban fires.
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