Media Safes
Computer Media is so
easily damaged, manufacturers recommend computer media not be exposed to
temperatures over 125°F or humidity over 85%. Even a hot mug of coffee
represents a real hazard, so imagine what a small fire would do.
In a FireKing Data Safe, computer media is protected from fire, dust, magnetic fields, unauthorized access, accidental damage and electrostatics.
The walls and doors provide the ultimate in protection by incorporating layers of heat absorbing material, fireproof insulating foam and a tough steel casing.
Three-way boltwork ensures the doors remain shut if a building collapses during a fire or if forced entry is attempted.
1 hour , 2 hour and 3-Hour UL Class 125 Fire Testing
The safe must maintain an interior temperature less than 125°F and an interior relative humidity less than 80% for class 125, when exposed to fire as per the Standard Time Temperature Curve for 3 hour safes to 1925°F for 2 hour safes to 1850°F and for 1 hour safes to 1700°F .
It must undergo all other requirements for the Fire Endurance Test, the Explosion Hazard Test, the Humidity Test, and the Fire and Impact Test.
Basically, no explosion through 30 minutes to exposure to a 2000°F fire and immediate 30 foot drop test and a standard reheating for one hour
to 1700°F for 3 hour safes , 45 minutes to 1638°F for 2 hour safesand 30 minutes to 1550°F for 1 hour safes
In a FireKing Data Safe, computer media is protected from fire, dust, magnetic fields, unauthorized access, accidental damage and electrostatics.
The walls and doors provide the ultimate in protection by incorporating layers of heat absorbing material, fireproof insulating foam and a tough steel casing.
Three-way boltwork ensures the doors remain shut if a building collapses during a fire or if forced entry is attempted.
1 hour , 2 hour and 3-Hour UL Class 125 Fire Testing
The safe must maintain an interior temperature less than 125°F and an interior relative humidity less than 80% for class 125, when exposed to fire as per the Standard Time Temperature Curve for 3 hour safes to 1925°F for 2 hour safes to 1850°F and for 1 hour safes to 1700°F .
It must undergo all other requirements for the Fire Endurance Test, the Explosion Hazard Test, the Humidity Test, and the Fire and Impact Test.
Basically, no explosion through 30 minutes to exposure to a 2000°F fire and immediate 30 foot drop test and a standard reheating for one hour
to 1700°F for 3 hour safes , 45 minutes to 1638°F for 2 hour safesand 30 minutes to 1550°F for 1 hour safes