Fire Installation, Fire Pumps and Ventilation Control

Scope of the Regulation on Fire Protection of Buildings

If a spark reaches your facility, will the fire water pumps, sprinkler system, and exhaust fume vents that will provide your salvation be working that day? How are periodic flow tests and fire scenario approvals for your system carried out?

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A system that doesn't activate at the moment of apocalypse is not a system.

It's not enough to insure facilities only against fire disasters; knowing in advance that the active fire suppression infrastructure will flood and assimilate smoke corridors without becoming blind in an emergency is mandated by the 'Regulation on Fire Protection of Buildings'. AES Innovation automation and mechanical inspectors measure whether your flame defense line is actually responding by testing passive/active fire scenarios in your sites, hotels, or warehouses.

The main reasons for the deaths occurring before the fire department arrived were the failure of the electric fire pump's valve seals to withstand the starting surge (due to lack of maintenance), calcification of the sprinkler locks, and the malfunction of the shaft fans that expel toxic fumes from the building. Periodic fire inspections are a hybrid mechanical/electrical exercise.

Flow Rate (Resistance) Pressure Parameters and Scenario Reaction

What is physically tested in a fire suppression system?

  • Fire Pump Pressure/Flow Rate Characteristic Curve:
    By intentionally engaging the diesel or electric motor-driven main safety pump, the force in 'bars' (at closed/open flow rate) at which it pushes water through the hose at the furthest point is read according to the nominal table.
  • Testing of the Jockey Pump and Pressure Switch:
    In case of network leaks, the switching level of the jockey pump, which protects the pumps, and whether it reports a fire alarm scenario to the automation system when it is activated, are seen in the automation system through manual discharges.
  • Smoke Exhaust (Ventilation) Panic Mode Sensor:
    In parking garage or escape stair pressurization coils, the air flow rate through the duct (anemometer draft) is measured using chimney draft calculations to prevent smoke suffocation.
  • Cabinet Hoses, Sprinklers, FM200 Gas Fire Extinguishers:
    Dust-covered nozzles, water shield hoses protruding from fire cabinets, and calibrated tube systems protecting electrical rooms undergo industrial inspection to ensure the health of their regulator/valve seals.
WHY AES INNOVATION?

Insurance covers losses, periodic maintenance prevents losses.

Many public lawsuits and factory investigations identify culprits after tragic events reveal that the fire pump, which appeared to be present in regulations, was actually waiting with a closed valve connected to the water tank on that dark day, or that the fire extinguishing relay cable had already been severed. Perfectly insulated, creating a safety awareness... AES Innovation Our team not only monitors regulations but also periodically and completely closes any lethal scenario vulnerabilities in your system, testing your extinguishing equipment with our on-site fire engineer vision.

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International Standards and Related Legislation

In addition to absolute compliance with the BYKHY (Building Fire Protection Law) regulations, which are certified precedents in our country, the NFPA 20 (National Fire Protection USA), FM approval certification efficiencies for pumps, or TS EN 12845 automatic sprinkler system equipment rules are internationally accepted guidelines for mechanical inspection methodology in the fire group.

Frequently Asked Questions

FAQ regarding periodic checks of emergency fire response equipment, pump flow rate, and smoke extraction fans.

It is absolutely illegal; the party installing the system cannot objectively know about the lack of hidden accounts/resources within the system. The periodic report is tested and approved by third-party teams (AES), which are absolutely impartial and independent Type A inspection organizations.

The jockey (backup leak balance) pump repairs small pressure leaks in the system, preventing the main electric pump from constantly switching on. However, when the minimum pressure limit is exceeded (in case of a fire), the jockey stops and the main electric pump is activated.

Even if water isn't applied to the hose for testing purposes after years of sitting idle, it will dry out and rot at the seals where it's kinked. If water is applied at 10 bar and tears the burst hose, it will lead to a fiasco in the most critical seconds; static hydrostatic testing is essential.

This scenario indicates a panel/solenoid lock failure, and the sprinkler system must be directly connected to the glass cylinder in its ceiling fitting heating up (to 68 degrees Celsius, etc.) and breaking, causing the water to spill over, or to the wet/dry alarm valves draining the main system.

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How can you contact us?

+90 850 532 71 89+90 312 806 45 71info@aesinn.comWhatsApp
+90 530 323 7068
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