Fire safety is one of the most important issues in any structure, whether it is an industrial factory, business house or an apartment. The conventional fire fighting techniques have remained the major means of combating fire accidents but with the coming of technology, CNC fire fighting systems have been invented.
This blog aims at comparing the conventional fire fighting systems with the ones that are supported by CNC and explain how they work and for what purpose.
Exploring Traditional Fire Fighting Systems
Most conventional fire fighting techniques involve human effort and tools and equipment. They typically include:
- Fire Extinguishers: Small equipment that people can use to fight fires before they become big.
- Sprinkler Systems: Automatic systems that activate when a certain temperature is reached, releasing water to douse flames in the whole room.
- Fire Alarms: Systems that are intended to alert the occupants of a building of smoke or heat and, therefore, time to evacuate.
- Hoses and Hydrants: Fire fighting apparatus that needs the operation of a man to bring water closer to the source of fire.
- Total Room flooding systems: Gas based systems to flood the whole room with a gas to suppress fire
The Rise of CNC Fire Fighting Systems
The CNC fire fighting system is one of the most advanced fire fighting technologies that are available in the market. These systems provide computerized controls for fire detection and suppression and improve conventional fire fighting processes. Key components of CNC fire fighting systems include:
- Automated Sprinkler Systems: Sophisticated and sensitive detectors identify fire conditions and then release sprinklers with precision.
- Robotic Fire Suppression Units: CNC technology allows the robot to move in a dangerous area and apply the fire-fighting material on its own.
- Data Analytics: Real-time data analysis of CNC systems can be used to determine the best response strategies and predict possible fire hazards.
Comparing Performance and Application
Effectiveness in Emergencies
Response time is important and that is why in case of an emergency, it is possible to find some differences. CNC fire fighting systems are usually more effective than traditional systems because they are targeted to detect and suppress fires within the enclosure of the CNC or and EDM Machine.
For example, while a conventional sprinkler system may work only after the temperature rises significantly inside the room, a CNC system can use suppression means as soon as smoke or heat is observed, which is a definite plus.
Precision in Fire Suppression
CNC systems are precise and can be programmed to attack specific areas of a fire without causing much destruction. Old systems may splash areas that do not need water and ruin equipment or property.
On the other hand, CNC fire fighting solutions can be so designed as to be selective in the area of fire fighting, thus enhancing the efficiency of the entire process.
Cost Considerations
Even when using CNC fire fighting systems have higher costs than other systems the benefits of reduced property damage, lower insurance costs, and increased safety outweigh the costs in the long run.
Conventional systems on the other hand are cheaper to install than smart systems but may in the long run be costly since they are inefficient and may even be damaged by fires that are not easily controlled for.
Conclusion
Technological advancement in fire safety has seen CNC fire fighting systems take centre stage in combating fires. Although conventional fire fighting systems have been instrumental in the past, CNC solutions are faster, more accurate, and efficient. As the safety of the facilities is given so much importance, it is not a bad idea to invest in state of the art CNC fire fighting systems.
If you are interested in improving your fire safety equipment, check out WEFIRE’s CNC fire fighting system. Our unique technology guarantees quick reaction and effective fire control,
