Wearing silver armor, walking retrograde into the monstrous fire;
Only a set of protective clothing is insulated, and the flames are raging in front of you.
Afraid?
Afraid, but they will never retreat!
As we all know, firefighters are a highly dangerous profession. They often enter buildings burning blazing fires or deal with factory fires. During the mission, firefighters cannot do without the unity and cooperation among team members and efficient supporting equipment. Therefore, thermal imaging cameras play an important role in helping firefighters protect themselves and the lives of others.
Thermal imaging cameras can penetrate the billowing smoke for observation, helping firefighters to better understand the situation on the spot and to know where they and other team members are. Thermal imaging cameras can also help firefighters locate people besieged by the fire. In addition, they can also perform comprehensive inspections and search and rescue operations during the fire. The imager can complete temperature measurement at a long distance to protect firefighters from tumbling and flashover injuries.
High and low sensitivity mode
In a scene where there is no fire, the thermal imaging camera will operate in a high-sensitivity mode, displaying all the details of the thermal environment. As far as FLIR K series thermal imaging cameras are concerned, the high sensitivity mode can measure temperatures up to +150°C. In the event of a fire, the camera will switch to a low sensitivity mode, which achieves the perfect balance between lower sensitivity (less details) and higher surface temperature monitoring capabilities.
Shorter detection time
With the unique FSX function, firefighters can quickly detect the target without manually adjusting the thermal imager, and can detect the target in the shortest time without manually adjusting the gain and level. FSX technology can meet these needs.
In any fire scene, FSX can take clear thermal images, which is easy to identify the smallest temperature difference. The small hotspot targets displayed on the low temperature background can obtain detailed information as clear as the background, and the temperature of these small hotspots will constitute the main temperature range. FSX technology makes it easier to detect the location of people in high-temperature environments such as fire scenes.
Let's look at the comparison of the following two pictures:
The first one was taken without equipment equipped with FSX function, and the second one was taken with FLIR K65 equipped with FSX function. Unlike many other detail enhancement methods, FSX is not affected by changing environmental conditions. After the K65 thermal imager is equipped with FSX, it will generate almost perfect thermal video under any conditions. Firefighters can focus on the key information in the image without being distracted by thermal imager control.
FLIR K series is fast, convenient and more efficient
The FLIR K series thermal imaging cameras are designed to withstand the harshest fire conditions, can withstand drops from a height of 2 meters to the ground, have a waterproof rating of IP67, and can operate at full load up to +260°C5 minute. When performing firefighting tasks, thermal imaging cameras are an application tool that can play an important role. The thermal image captured by the thermal imager equipped with FSX technology is exceptionally clear, and even the smallest details are clearly legible.
This is helpful for firefighters to make accurate judgments and decisions in critical moments of emergency.
119 is not just a simple number, it is a mission upon call
It is the responsibility that comes to fight, is the fearless retrograde again and again.
