Fire extinguishing systems
Hydrants, sprinklers and pumping units, designed and executed according to regulations.
The extinguishing agent, the tripping mode and the protection of people must be chosen according to the specific risk. A solution suitable for a technical space may be unsuitable in an occupied area or in a warehouse.
GreenSoft designs and implements fixed extinguishing systems within the limits of authorizations and the project, correlated with the fire safety scenario. Fuel, space geometry, occupancy, ventilation, operational continuity and the consequences of the agent on the equipment are analyzed.
The solution includes detection and triggering logic, alarming, interlocks and safety conditions. At reception, tests and operating responsibilities are documented, and maintenance tracks the actual availability of the system.
What does the service include?
- Risk analysis and choice of extinguishing principle
- Networks, containers, fittings and unloading devices
- Detection, alarming and triggering commands
- Interlocks, signaling and safety conditions
- Tests, documentation and maintenance
Why GreenSoft
GreenSoft can coordinate detection, electricity, smoke extraction and extinguishing in a single functional matrix. This is essential in technical and industrial spaces, where a wrong command can affect the process.
How the project is progressing
- Clarification of project risk and requirements
- System and interface sizing
- Installing and checking components
- Testing logic and teaching instructions
For what types of goals
- Technical rooms
- data centers
- archives
- KITCHENS
- industrial spaces
- warehouses and other areas requiring fixed extinguishing
Request a technical analysis to choose an extinguishing system compatible with the risk, space and continuity of activity.
Useful resources
Frequently asked questions
Why is gas extinguishing recommended instead of water for server or archive rooms?
Gas extinguishes fires without getting wet and without residue, so it doesn't destroy servers, electronics, or documents — exactly what you want protected in such a room. Water, on the other hand, would sometimes cause more damage than the fire itself. That's why gas is the standard for spaces with high technical or documentary value.
Are the gases used in automatic extinguishing systems dangerous to people if they are in the room?
Modern agents (FM200, Inergen) are designed to extinguish at concentrations safe for humans, and the system includes an audible warning and a delay before discharge, for the evacuation of personnel. By following the procedures, the risk is minimal. We configure the signaling and times according to the regulations.
What is a room tightness test (Door Fan Test) and why is it mandatory for gas systems?
The Door Fan Test measures the tightness of the room to confirm that the gas remains at the required concentration long enough to extinguish the fire. If the room leaks through cracks or gaps, the extinguishing will fail. The test is mandatory upon commissioning and periodically, and we perform it and fix any leaks.
How often should fire hydrant networks and pumps be checked?
Hydrants and pumps are checked periodically — usually quarterly or semi-annually for functional tests and annually for a complete check, according to regulations. The pressure, flow rate and automatic start of the pumps are tested. We include these checks in the maintenance contract, with the related documentation for the ISU.
How does a sprinkler system work and how does it prevent accidental triggering?
Each sprinkler has a thermosensitive element (fluid bulb) that only breaks at the temperature of the fire, so only the head above the fire is activated, not the entire installation. Accidental triggering without heat is practically excluded by design. This way you have localized, efficient and waste-free extinguishing.
Does the system require separate detection?
Many automated systems use detection and confirmation logic. The exact architecture results from the technical solution.
Shall we discuss your project?
Free initial technical consultation and quote within 3–5 business days.
