Fire Extinguishing System

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    The fire extinguishing system ensures that the fire is noticed early in places where there is a possibility of fire and that it is extinguished before the fire starts. It also protects ourselves, our staff and the general public by sending warnings around. Since control studies are started when the fire is still small, the loss of property can be minimized thanks to early detection and the intervention can be completed in a much shorter time. Most alarm systems speed up the fire control process by providing emergency responders with information about the location of the fire.

    Automatic fire detection systems are taking action to control the fire. At the same time, automatic extinguishing systems provide notifications to show that they are working, so they can take on the role of a heat detection-based system throughout the building.

    In essence, the system against fire should intervene and send information to the necessary places before the problem begins. As Doğuş Elektronik, we construct a fire extinguishing system as only one of the components in various projects. This workpiece, which we consider as a part of electronic security systems, is one of the items we have gained experience in the 500+ projects we have completed. We are with you in any fire extinguishing need of your business and production facility.

    Our Advantages in System Room Fire Extinguishing:

    Some Basic Information;

    Flame detectors: Various types of detectors, such as flame detectors, are primarily used to activate extinguishing systems.

    Heat detectors: Heat detectors are the most basic detection devices. There are several types. Heat detectors are divided into two as point and line.
    Smoke detectors: There are various types. Photoelectric smoke detectors work based on light scattering inside the detector’s detection chamber. Light is reflected from inside the room and scattered if it hits the wall. This reflected light in the room is perceived by a photocell. These detectors are mostly used in places where there are large open spaces.

    Factory Fire Detection and Alarm System

    Factories and workshops are places with a high risk of fire. When people and machines are working intensively, there is a chance that things will go wrong. Providing fire detection in areas such as factories needs to be given special consideration to prevent the risk of false alarms due to the operations performed.  There are many fire protection methods that are ideal for factories. However, the following points should be considered in order to make the right choice.


    • Do the processes create dust, smoke or vapor?
    • Is it easy to maintain a fire alarm system?
    • If high levels of access are required, will it interrupt these operations? What will be the cost of this over the life of the system?
    • Are there high-risk machines or areas that need special protection?
    According to the answers to these questions, you can choose the most suitable one from the following systems.
    • Spot Type Detectors
    • Beam SmokeDetection
    • High Precision Smoke Detection
    • Linear Heat Sensing Cable
    • Flame Detection
    • Video Fire Detection

    Fire Alarm Systems for Hospitals

    Health facilities such as hospitals and nursing homes are important structures in society. That is why it is so important to make sure that it is properly protected from all kinds of disasters and damage. Due to their large and complex structure, the installation of fire extinguishing systems for health facilities can be difficult. It is important to have effective and efficient alarm systems in place to properly respond to fire emergencies.

    Many machines in hospitals generate a lot of heat when they are in use. These machines can sometimes get too hot. It is therefore important to make sure that they do not reach dangerous temperatures that can reach short circuit. Thanks to a heat detector, dangerous situations are prevented by giving an alarm before reaching dangerous temperature levels.

    There is a lot of cable overlap in some parts of hospitals. This makes the risk of short circuits and electrical fires very high. In such places, it is important to have a detector that can detect smoke and heat so that disasters can be managed in a timely manner. If the wires begin to melt, smoke can come out. If this smoke can be detected in a very short time, it is possible to intervene immediately.

    We are with you for your project from beginning to end in either consultancy or operational processes.

    We are with you for your project from beginning to end in either consultancy or operational processes.

    School Fire Extinguishing Systems

    Parents expect their children to be safe when they send them to school. School fire alarm systems exist for the same reason as systems in homes or workplaces. The main reason is that they perceive fire. But the systems in schools are a bit more technical. When school fire alarm systems detect smoke and heat, the system is automatically turned on. It can also be operated manually with a towing lever.

    School fire alarm systems are an important part of ensuring the safety of both students and staff. If the alarm system stops working and a fire occurs, many people’s lives are endangered.

    Today’s fire alarm systems can be integrated into school security systems. It is highly recommended that schools make use of these systems.

    Fire Extinguishing Systems in Our Service Scope

    Fire extinguishing systems are used in many places such as power rooms, data processing centers. You can find detailed information about FM 200 Gas Extinguishing Systems, carbon dioxide extinguishing systems, sprinkler fire extinguishing systems, inert gas extinguishing systems, dusty fire extinguishing systems from below.

    FM 200 Gas Extinguishing Systems: FM 200 Gas Extinguishing Systems are used in places such as information processing centers, communication systems centers, electrical panel rooms in case of fire. These systems prepare the igniter for the fire in 8 seconds and activate the spray system.  It is a colorless, odorless and non-conductive extinguishing agent.

    Carbon Dioxide Extinguishing Systems: It is a fast and effective fire extinguishing system. The fire is intervened by cutting off contact with oxygen and the loss of goods is tried to be kept at the lowest level by obtaining results quickly.

    Sprinkler Fire Extinguishing Systems: If the fire needs to be intervened from above, it is one of the automatic extinguishing systems that allows the fire to be controlled as a result of discharging the chemical and water on the fire area.

    Inert Gas Extinguishing Systems: Nitrogen and argon are used to extinguish fires. It is effective as an extinguishing agent in high-risk areas. These systems are electrically non-conductive and leave no residue behind. It is also a very successful system in terms of being effective quickly and preventing other fires that may occur again.

    Dusty Fire Extinguishing Systems: This is an effective method to extinguish B, C and D type fires by using dry chemical powders in fire extinguishing systems.



    When choosing a fire detection and alarm system, it is necessary to consider the fire safety objectives of the facility to be installed. These objectives arise from the risk assessment of the facility and the operation. Your tolerance for risk and how much risk you can afford is the most important part of this process.


    For example, the problems in a hospital are not the same as the problems in a warehouse. Early warning is crucial in hospitals with patients who cannot be evacuated on their own, and in a facility where such safety is important. When a fire starts, dormitories, hotels, and other facilities where residents can sleep are also required by the system to provide faster notification.


    In an empty structure where life safety is not a significant problem, the detection of a fire may be slower because the risk is not significant.


    It should also be noted that when a fire detection system is selected, the requirements for inspection, testing and maintenance are comprehensive. It should also be noted that meeting these requirements over the lifetime of these systems is often more expensive than performing an installation.


    Start-up devices are elements of a system that generate signals. Manual pulling station, detectors and inspection devices are in this group of components.


    A manual pull station is a switch that activates the alarm system when it is operated by a building resident. Towing stations should be placed in such a way that people can easily find them. They are usually located on the travel paths to be used when leaving the building.


    Detectors are available in many types. Its main types are heat, smoke and flame detectors. Each category also has a special type. Now let's take a look at the most commonly used for fire detection and alarm systems.

    Conventional fire alarm systems consist of zones. Multiple devices, both launch and notification devices, create a zone that connects to the main control panel. These are systems that notify the control panel to trigger an alarm if smoke, heat or gas rises above a certain rate in the area where the fire starts. It is cost-effective for small applications. It is ideal for use in small schools, shops, restaurants and apartments.

    A conventional fire alarm system uses one or more circuits connected to sensors connected in parallel. Each device is connected to the control panel with its own cable. One end of the cable is connected to the device and the other end is connected to the control panel. With the detectors used, if the heat and smoke are higher than expected, the alarm system is activated.