How Fire Rated Safes Are Tested - PowerPoint PPT Presentation

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How Fire Rated Safes Are Tested

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Terrifying in the level of destruction they can cause, fires cost home and business owners billions of dollars in property damages every year. In a frightening statistic reported by global, non-profit organization The National Fire Protection Agency (NFPA), a home structure fire takes place as often as every 85 seconds. – PowerPoint PPT presentation

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Title: How Fire Rated Safes Are Tested


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How Fire Rated Safes Are Tested
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  • Terrifying in the level of destruction they can
    cause, fires cost home and business owners
    billions of dollars in property damages every
    year. In a frightening statistic reported by
    global, non-profit organization The National Fire
    Protection Agency (NFPA), a home structure fire
    takes place as often as every 85 seconds.
  • With this in mind, its little wonder that
    theres a continuing need for fire rated safes,
    but how do you know if the safe youre about to
    purchase (or have already purchased), will give
    you adequate protection against the ravages of a
    house fire? While a conversation with anyone
    specializing in the manufacture or sale of safes,
    will answer all of your fire rated safe questions
    for you, it can be helpful to understand a little
    bit yourself, before buying one

3
  • What to look for in a fire rated safe
  • Offering the ultimate in fire protection, a safe
    constructed with inner and outer steel plates
    that enclose a poured fire insulating material to
    create a seamless fire barrier, will have been
    tested by Underwriters Laboratories (UL rating)
    or Intertek (ETL).
  • Next in terms of the level of protection they
    offer, are fire safes built with between 2 and 4
    layers of gypsum board that are positioned
    throughout the interior body and door. These are
    typically tested and verified by Intertek (ETL).

4
  • Offering adequate protection, fire safes that are
    built with 1 or 2 layers of gypsum board
    positioned throughout the interior body and door,
    have a manufacturers independent fire rating.
  • Fire labels explained
  • Safes with a UL Label/Class 350 degrees
    Fahrenheit- one hour and Class 350 degrees
    Fahrenheit-two hour, are designed to maintain a
    temperature less than 350 degrees Fahrenheit
    inside the safe, when exposed to fire for a
    period of one hour at 1700 degrees Fahrenheit or
    for a period of two hours at 1850 degrees
    Fahrenheit.

5
  • These safes must have successfully undergone all
    other necessary requirements for the Fire
    Endurance Test, Explosion Hazard Test and the
    Fire/Impact Test. See below for more details
    about all three of these tests
  • Fire endurance test
  • The safe is locked and exposed to what is
    described as a uniformly distributed fire, with
    heat sensors and paper placed inside. Controlled
    to reach a maximum temperature of 1700F for a
    period of one hour, or 1850F for two hours, the
    furnace is then allowed to cool without being
    opened. Recorded throughout the test and during
    the cooling period, a definite drop in
    temperature must be illustrated never exceeding
    350F.

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  • When the safe has cooled, its opened and all of
    the locking mechanisms and parts fastenings are
    examined, along with the interior, which is
    checked for any evidence of undue heat
    transmission.
  • Explosion hazard test
  • Locked and placed inside a furnacepreheated to
    2000F, the safe is kept there for 30 minutes,
    and in the event of no explosion, is left to cool
    without opening the furnace doors. When cool, the
    safe is examined using the same process as the
    Fire Endurance Test.

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  • Fire Impact Test
  • Once the explosion hazard test is finished, the
    safe is taken out of the furnace and within two
    minutes, is dropped from a height of 30 inches
    onto a heavy concrete base. The safe is then
    examined for signs of deformation, parts
    rupturing, and damaged insulation. When cool, the
    safe is inverted and reheated to 1550F for 30
    minutes.
  • Once cool again, the safe is examined, just as
    with the previous two tests.

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  • For more detailed guidance on purchasing a fire
    rated safe for your home or business, reach out
    to a local safe specialist, who can help you get
    the best deals, for the best safes.
  • BigBearSafe designs, manufactures and distributes
    a large variety of high security safes, fireproof
    home safe, vault doors and other physical
    security equipment since 1999. With a team of
    highly skilled workers and engineers our primary
    goal is not only to meet our customers
    expectations, but to exceed them through superior
    quality and security. If you are looking for fire
    safe box in Huntington Beach, visit
    BigBearSafe.com.
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