For a very long time, workers at factories and other facilities relied highly on rudimentary sensing technology for smoke and fire detection. Nowadays, with the great improvements in technology, fire detection cameras have gained popularity due to their numerous benefits. From rapidly detecting fires to preventing possible illegal activities, thermal imagining CCTV has become indispensable in most facilities that want to be secure. Whether you need extra security surrounding your building or you want to prevent and quickly stop fires, this technology can be quite the life saver.
What Are the Benefits of Thermal Imaging CCTV?
The most commonly known benefit of thermal imaging CCTV cameras is their ability to detect any kind of temperature anomaly that regularly occurs before the fire starts. Regardless of the light conditions, this technology can detect any kind of fluctuations in the normal temperature. This way employees can quickly intervene in order to minimize or completely stop the fire. Moreover, thermal cameras can trigger the fire alarm before the smoke can be detected by a conventional smoke detector. How many fires could have been prevented if they were discovered early? When it comes to the safety of your personnel and facility no unnecessary risks should be taken.
There are a lot of benefits regarding thermal imaging CCTV cameras, but to name just a few:
• Early detection of fires
• Not dependable on light conditions
• Improved security
• Simple Integration
• Better equipment monitoring
Many types of businesses like construction sites and waste disposal facilities definitely carry a higher risk of fire due to a bigger concentration of highly combustible materials. Fire detection cameras can monitor areas where fires can start and detect any increase in heat that might lead to a spontaneous combustion. Such incidents can heavily affect the business and put the employees’ lives in danger. Moreover, this type of cameras can better withstand pollutants or other harmful agents. Video-based fire prevention systems are versatile when it comes to dust and humidity which is known to quickly damage standard technologies.
How Can a Fire Detection Camera Monitor in Difficult Areas?
Regardless of the building size or shape, many components regarding its infrastructure present a fire risk. Having to monitor areas of a building that are hardly accessible or dangerous can prove to be very difficult. How could a normal camera withstand the temperatures near a heating system? A fire detection camera can be used to monitor specific pieces of equipment such as furnaces or boilers in order to detect any abnormality in heat levels. By doing this, any failures that are indicated and that might eventually lead to a fire are fixed without causing any problems. Furthermore, by analysing the places where heat levels are higher than recommended this type of cameras can help set up the plan for a proper air conditioning installation.
Open flames are another problem that normal cameras cannot handle properly. A fire detection camera is ideal in situations where such flames are used regularly. Such cameras can be used in restaurants or construction sites in order to monitor and identify any malfunction in the equipment that is being used that might eventually lead to a fire. Furthermore, thermal imaging CCTV can ensure that any activities regarding open fire are conducted in a safe and contained manner. How could restaurants use fire in a safe way without a fire detection system?
Why Thermal Imaging CCTV Cameras are a lot faster?
Normal smoke sensors that are usually mounted on the ceiling are a decent way of responding quickly during a fire, but when it comes to fire prevention they are flawed. Rather than sensing the smoke from a fire, thermal imaging CCTV cameras have a special algorithm which enables the system to “see” the fire. The way this type of cameras is built makes them detect the entire field of view while other type of detectors must wait until the smoke reaches them. Moreover, in the case of stratification smoke may not even reach such conventional devices for smoke detection. How can you trust a device that is not guaranteed to respond in case of an incoming fire?
When it comes to fire detection video monitoring is becoming a global trend and for a very good reason. It can help close gaps where older technologies have “blind spots”. In the case of buildings with high ceilings, fire detection devices that trigger when sensing smoke can prove to be fatal. Thermal video-based fire detection devices can detect any increase in temperature that is not normal and do not have to wait for any other special signals in order to start the alarm. How long would it take for a conventional smoke detector to sense smoke if the ceiling was higher than 8 meters?
Regarding installation speed, this kind of cameras are a lot faster than the others. This is due to the fact that they are easier to install on a variety of surfaces, from walls and ceilings to perimeters of facilities. Furthermore, the annual maintenance required is performed just by using a software and does not require physical interaction. What other way to provide maintenance to a device that is placed near a furnace or a power plant?
To summarize, a fire detection camera has a lot of benefits. From not being dependable on light conditions to early detection of fires and lower costs, this technology allows owners to better prevent, minimize fires and monitor difficult areas. Whether you want to protect your building from a fire or need a better way to track temperature levels in a facility, working with some professionals in thermal security systems can prove to be the solutions. Apart from the great products, they can easily offer advice and solutions that will respect your needs. You should avail to the services of experts to have all the great benefits that fire detection devices offer and not worry about a fire ever again.
