FM 200 / NOVEC 1230 – HIGH EFFICIENCY DELIVERY SYSTEM (HEDS)

 

FM 200 / NOVEC 1230 – HIGH EFFICIENCY DELIVERY SYSTEM (HEDS)

HEDS™ stands High Efficiency Delivery System and it is the newest solution for Engineered Clean Agent Fire Suppression Systems offered by Safety Hi-Tech Global. The unique design of systems components and the super-pressurization with nitrogen up to 500 PSI/35 bar dramatically increase discharge flow characteristics and therefore HEDS™ Engineered Clean Agent Fire Suppression Systems offer significant technical and economic advantages over conventional systems. HEDS™ Systems use a variety of clean agents including Novec™ 1230, NAF® S227, INNOVEX® 227 and FM-200®. HEDS™ systems are UL Listed and FM approved.

NOVEC 1230 TECHNICAL DATA SHEET

INNOVEX 227 TECHNICAL DATA SHEET

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To answer your enquiry in the shortest time possible, the first step is usually determining the quantity of agent that is required to produce the desired design concentration within the protected hazard. The following information will allow us to calculate the volume to be protected. The Hydraulic Flow Calculations will be performed once the final quotation has been accepted.Contact us

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Time Saving Tips

  • Exact dimensions of the space to be protected (height, length and width) to establish the volume of the enclosed hazard area.
  • Minimum and maximum temperatures within the protected space.
  • Exact location where the storage containers can be installed.
  • Whether or not the protected space is normally occupied.
  • Rundown time of generators, fans, etc., and the closing time for automatic louvers.
  • Size and location of any non-flammable, impermeable and non-removable objects, such as columns, beams or storage tanks, which materially reduce the volume of the space to be protected.
  • Size and location of all major equipment in the enclosure, such as machines, electrical equipment, cabinets or storage racks.
  • List of materials that will be used or stored within the protected space.
  • Size and location of all openings that cannot be closed.
  • Vent rate of any ventilation or air conditioning equipment that cannot be shut down.
  • If the space contains any pressurized air tanks, such as those to be found in ships engine rooms, their capacity and working pressure must be noted, since if they were to become damaged under fire conditions, additional volumes of free air would be released.
  • Minimum and maximum temperature of the area where the storage containers will be installed, if different from the protected space.