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A series of penetration tests were made on three simulated arms rooms which incorporated a variety of structural barriers which were intended to be representative of the broad range of construction likely to be encountered in existing arms rooms. The observed penetration times varied from 1.3 minutes for a double-planked wooden wall, 11.31 minutes for an eight-inch thick, reinforced concrete wall and up to 18.27 minutes for a GSA Class 6 vault door. All penetrations were made with portable readily available tooling and produced acoustical or vibrational or both types of disturbances which are readily detectable. The test results provide a basis for estimating the time in which response to an intrusion alarm must occur in order to adequately safeguard an arms room, a computer room or any other sensitive area. (Author)
A series of penetration tests were made on three simulated arms rooms which incorporated a variety of structural barriers which were intended to be representative of the broad range of construction likely to be encountered in existing arms rooms. The observed penetration times varied from 1.3 minutes for a double-planked wooden wall, 11.31 minutes for an eight-inch thick, reinforced concrete wall and up to 18.27 minutes for a GSA Class 6 vault door. All penetrations were made with portable readily available tooling and produced acoustical or vibrational or both types of disturbances which are readily detectable. The test results provide a basis for estimating the time in which response to an intrusion alarm must occur in order to adequately safeguard an arms room, a computer room or any other sensitive area. (Author)
Penetration Tests on J-SIIDS Barriers
R. T. Moore (Autor:in)
1973
87 pages
Report
Keine Angabe
Englisch
Acoustic Detection , Penetration aids , Acoustic detectors , Barriers , Penetration resistance , Random vibration , Ultrasonic radiation , Torches , Cutting tools , Drilling , Electronic security , Time studies , JSIIDS(Joint Service Interior Intrusion Detection Systems) , Joint service interior intrusion detection systems , Burning bars , Antiintrusion devices , Acoustic disturbance
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