TITUS FK 5-1-12 GAS EXTINGUISHING SYSTEMS
TITUS FK 5-1-12 GAS EXTINGUISHING SYSTEMS

Automatic Clean Agent Fire Suppression Systems protect all equipment in the protected area from damage by controlling potential hazards that may arise for various reasons, thanks to their superior features.

The FK-5-1-12 Fire Protection Fluid used in the TİTUS 5112 Clean Agent Fire Suppression System is a revolutionary new technology.

The FK 5-1-12 system can be pressurized at 25 and 42 bars. With zero ozone depletion potential, extremely low global warming potential, and short atmospheric lifetime, FK-5-1-12 fluid is one of the gases that replaces Halon. Cylinder valve assemblies are equipped with a differential pressure high-flow valve to meet the 10-second rapid discharge time specified in NFPA 2001. The valves are actuated by electric solenoids, pneumatic actuators, or manual actuators that reduce the pressure on the piston. This allows the piston to open the valve and release the extinguishing agent. All products are designed and approved in accordance with national and international standards.

Benefits of the FK 5-1-12 System

  • Faster than water-based suppression systems.
  • Safe for human and animal life, environmentally friendly, and long-lasting suppressant.
  • Leaves no residue or waste.
  • Prevents damage caused by smoke, ash, and moisture.
  • Does not harm protected equipment or items.
  • Non-conductive and does not impair the functionality of electronic devices.

Application Areas

  • Data Centers, IT Rooms
  • Shopping Malls, Hotels, and Restaurants
  • Energy Sector and Supporting Industries
  • Museums, Archives, Libraries, and Schools
  • Hospitals (Laboratories, Pharmaceutical Warehouses, X-ray Rooms)
  • Warehouses and Logistics Centers
  • Oil, Gas, and Hydrocarbon Industry
  • Local and Central Governments, All Public Buildings, Business Centers
  • Wind Power Plants, Hydroelectric Power Plants, Solar Power Plants, Geothermal Facilities

Smart, Safe, Sustainable System

When determining a system for fire protection, your choices can mean the difference between survival and loss—for a person, a valuable asset, or an entire business. The FK-5-1-12 fire suppression fluid shows you’ve made a smart choice. With its unique properties, it helps you protect everything you care about:

  • Creates a safer environment for people.
  • No harm to electronic equipment or stored data.
  • Provides high-level protection for libraries, paper archives, historical documents, valuable artworks, and antiques.
  • Has very low global warming potential and zero impact on the ozone layer.

Services

    • Design of HFC-227ea and FK 5-1-12 suppression systems in accordance with NFPA 2001 and ISO 14520 standards,
    • Pipe layout and sizing of the areas to be protected using UL-approved hydraulic calculation software; determination of the cylinder and nozzles,
    • Preparation of AutoCAD and isometric drawings,
    • Provision of gas-filled cylinders and original equipment in the required quantities,
    • Refilling service and necessary spare part replacements,
    • Turnkey installation of gas suppression systems and provision of periodic maintenance services.

Han Automation and Fire Systems provides quality control to ensure all components used in the fire suppression system are fully inspected and reliable.

Greater Reliability and Lower Environmental Impact

A high margin of reliability means a higher level of safety for people. It also means protection not only for humans but also for buildings, equipment, data, and the world we live in.

Agent FK-5-1-12 HFC-227ea HFC-125 Halon 1301
Use Concentration 4.5% min. 6.7% min. 8.7% min. 5%
Noael² 10%³ 9% 7.5% 5%
Safety Margin⁴ 67-122% 3-34% Nil Nil
Global Warming Potential⁵ <1 3350 3170 6290
Ozone Depletion Potential⁶ 0.0 0.0 0.0 12.0

Footnotes

¹ Adjusted according to 2012 NFPA 2001 requirements for minimum values (excluding Halon): Paragraph 5.4.2.4 and Table A.5.4.2.2(b)
² NOAEL for cardiac sensitization
³ NOAEL including acute toxicity such as cardiac sensitization
⁴ Safety Margin = (NOAEL - Use Concentration) / Use Concentration (minimum values considered)
⁵ Intergovernmental Panel on Climate Change (IPCC) 2013, 100-Year GWP (CO₂ = 1)
⁶ World Meteorological Organization (WMO) 1998, Model-Based Method

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