In-panel fire extinguishing systems, which provide fire protection in all areas of the same size, especially electrical panels, are also called micro extinguishing systems.
All of the equipment required for these systems, which have small-scale structures, is imported from abroad with Evenos privilege.
The devices, which must be maintained by experts in their field, maintain their active features for a long time thanks to routine maintenance procedures.
What Do In-Panel Micro Extinguishing Systems Do?
The micro extinguishing system, which provides extinguishing and protection functions in electrical-electronic panels, helps to extinguish fires that start in the blind spots of small panels without damaging the entire panel.
Thanks to the in-panel fire extinguishing system that can extinguish fires quickly, electrical equipment is also secured.
The panel extinguishing system, which is the only effective system for protecting the area in question from fire, can be installed as direct and indirect working principle. In-panel fire extinguishing system, which can use various gases as extinguishing gas, can be installed in the form of pipes or tubing.
How to Design an In-Panel Micro Extinguishing System?
In the design of micro extinguishing systems, polymer pipes are laid where the cables pass.
These pipes, consisting of many melting sections, offer the chance to intervene instantly from whichever side the fire starts, as they are laid in such a way that there is no blind spot.
In this system, the weak points of the polymer pipes are planned to work like an extinguishing nozzle with the heat that may occur during the fire.
In panel extinguishing system design, the tube should be positioned close to the panel.
The polymer pipe, which is automatically punctured with the increase in heat, intervenes in the fire by discharging the fire extinguishing agent into the heat emitting area.
The system, which functions on the principle of spreading the extinguishing gas before the heat reaches a dangerous level, aims to protect a high-cost unit in a healthy way.
The cylinder sizes used in the system vary between 1, 2, 4 and 6 liters.
All of the gas and materials preferred in the system are of first class quality and have UL, GOST, FM and VdS approval certificates.
How Does In-Panel Gas Extinguishing Work?
HFC 23 in the in-panel gas extinguishing system, FM 200HFC 125 and HFC 236ea gas types are used.
In this process, which is carried out in a way that does not damage the color of the electrical cables, it is important that the assembly is carried out by safe experts.
The panel extinguishing system, which works successfully with dry chemical extinguishing systems, has a defense function as well as an extinguishing function.
You can protect your machines, equipment and systems with high material value with the panel extinguishing system.
The systems preferred by companies providing services in the field of information technology start intervention in case of danger with the activation of sensors and quickly inform the personnel about the situation.
After the first intervention, the personnel arriving at the scene can notify the fire brigade teams to prevent greater risks after conducting an investigation.
How to Choose an In-Panel Fire Extinguishing System?
When choosing an in-panel fire extinguishing system, it should be taken into consideration that these systems will be effective in rooms with large square meters and in areas with small panels.
These systems, which are financially advantageous in such areas, exhibit user-friendly features with their gas structure that does not harm human health.
If the area is small, it would be wiser to turn to solutions that completely protect the area, as the systems will be more costly.
Electrical panels, small transformers, battery panels, static panels, UPS panels and weak current panels are among the areas of use of fire extinguishing systems.
What are the Types of Electrical Panel Fire Extinguisher Tubes?
Dry chemical powder extinguishing systems or carbon dioxide-based extinguishing systems are preferred in electrical fires.
Chemical fire extinguisher tubes are effective in class A, B and C fires.
Devices that successfully extinguish electrical fires are often preferred because they are ideal in terms of price/performance.
Carbon dioxide extinguishers, on the other hand, show ideal usage features in class B and C fires.
Dry metal powder extinguishers are preferred in parts of factories where there are no important devices and equipment.
Tubes that extinguish the fire in a short time are frequently used in fires that start in flammable materials.
What are the Types of Electrical Panel Fire Extinguishing Systems?
Electrical panel fire extinguishing system types can be in the form of 1, 2, 4, 6 and 12 kilos according to their weight.
These systems, which are especially vital in huge factories with large construction machinery, are equipment that should not be neglected in these facilities.
Today, the majority of fires are caused by electricity.
Electric panel extinguishing system is used in these types of fires.
Systems that prevent unexpected disasters prevent many material and moral losses.
The insulating properties of the extinguishing system and the HFC gases used make it easier to extinguish fires before they grow.
Electrical panel fire extinguishing systems can be classified as in-cabinet and in-cabinet automatic fire extinguishing systems.
In-Cabin Fire Extinguishing Systems
For large public buildings and businesses, the biggest source of sudden fires is electrical panels.
In-cabinet fire extinguishing systems specially designed for this purpose are cylinders containing different gases thanks to improved technologies.
In case of a possible fire hazard, the equipment consisting of a chemical cylinder, valve and sensor is activated within seconds and intervenes immediately.
Offering a low-cost and effective solution, the devices protect storage areas, machinery and various vehicles.
In-Cabin Automatic Fire Extinguishing Systems
Many of the in-cab systems are automatic and minimize dangerous situations that may occur in large areas.
The system, which is activated without damaging the electrical cables, also prevents problems such as electric shock.
These systems can be direct and indirect.
Thanks to the automatic system, fires that cannot be recognized immediately are prevented and the chance of delay in intervention is eliminated.
The gases used in the system are harmless to air and nature and do not contain any unhealthy substances.
These devices are used effectively in the electrical panel room fire extinguishing process.
You can choose Evenos brand fire extinguishing systems to take effective measures against fire hazards and secure your business against unexpected fires.
Evenos has a wide range of products that best suits the needs of your business. system and benefit from after-sales technical support.
Frequently Asked Questions
How to Extinguish an Electric Fire?
/ Which Extinguisher is Used in Electrical Fires?
Dry chemical powder and carbon dioxide extinguishers are used in electrical fires. Before the fire brigade arrives, fires should be intervened with these extinguishers to prevent the spread of fire. Otherwise, the fire can spread to much larger areas.
How to Extinguish an Electric Fire?
When extinguishing electrical fires, the extinguisher should be used calmly and without panic.
It should be consciously intervened by spraying on the fire.
In such cases, it is important to take people out of the environment to prevent possible accidents.
If the area where the fire occurs is small, cutting off contact with the air is also an effective method of extinguishing the fire.
How to Extinguish a Fire in an Electrical Panel?
Fire extinguishing systems with different types according to their weight are used to extinguish electrical panel fires.
Systems designed with insulating elements and containing HFC gases perform effectively in electrical fires and prevent the spread of fire.
Carbon dioxide extinguishing systems fire extinguishing for electrical panels can be used for
Which one is not used in electrical fires?
Due to the high number of conductive products in electrical fires intervention with water should not be done. The use of water in this type of fire can lead to many disasters, the risk of electric shock being one of the main ones.