360V Series F4855 - Security X-Ray Screening Machine

	The 360V Series F4855, our new security X-Ray screening machine, uses the fluoroscopic technology that is currently in use in locations of high risk, including JFK International Airport and embassies located worldwide. This highly effective screening device is developed in the USA by XrayIT, all units are currently manufactured in Boca Raton, FL. production facility, and is also available through the GSA Schedule. Effectiveness The 360V Series F4855 is extremely effective at identifying all forms of contraband, specifically hard to identify explosive compounds like bag less bombs and liquid explosive materials.
			Extremely fine wire is highly visible do the high resolution 3D real-time inspection capabilities of the fluoroscopic system. The system has an estimate 98+% probability of detection with a minimal false alarm rate of less than 2%, as compared to the standard X-ray screening systems with a 25% false alarm rate. Processing time is averaged at 7 to 10 seconds per item giving a throughput rate of 360 to 520 items per hour with the high speed conveyor belt system installed.

Also available under the GSA Schedule

The 360V Series F4855 features full rotation, high definition X-ray penetration, real-time and 3D viewing. While designed for ease of operation and simplicity, the 360V Series F4855 is an excellent screening tool for medium sized packages and hand carried items for use in such areas as facility entranceways, mailrooms, and Airport carry-on baggage.

Fluoroscopic X-ray technology utilizes an X-ray emitting source specifically designed to produce superior quality penetration and extreme high-resolution viewing images. The generated beam of X-ray light is focused on a heavy leaded glass plate. This glass plate or viewing area has a specially prepared compound, bonded to the glass plate, which glows or “fluoresces” when the X-ray light makes contact with the glass plate. When an object, such as a suitcase or other suspect package is placed between the X-ray source and the glass screen, the contents of the specific package are revealed as clearly visible shadowed items.

Since some materials retard the X-ray light beams more completely than others, variations in density of the images are produced corresponding to the specific density of different materials. Unlike other existing screening systems, the images produced are not “color coded”, altered in any way by the digitization process nor left to the interpretation skills of a specific operator, instead a clear and highly visible image is viewed as it is projected by the fluoroscopic X-ray beam—you see what’s exactly in the specific package, nothing is left to operator interpretation. The operator easily recognizes objects as the magnified projected image moves across the glass screen objects such as liquids and bagless bombs are easily identified. The operator can easily inspect a specific area of interest by rotating the package being screened, slow the rate of rotation or even reverse the direction of rotation. The result is a thorough inspection without the necessity of opening potentially dangerous suspect packages.

• Wire resolution: The system is capable of imaging 40 American Wire Gauge (AWG) un-insulated solid copper wire in free space as measured by the American Society of Testing & Materials (ASTM) Test Piece
• Useful penetration: The system is capable of imaging 38 AWG solid copper wire at the ninth step as measured by the ASTM F792-88 Test Piece
• Simple Penetration: The system is capable of imaging 88.9 mm (3.5”) steel penetration as measured by the F792-88 Test Piece
• Organic / Inorganic Discrimination: The system is capable of discriminating between Organic and inorganic materials as measured by the F792-88 Test Piece.
• Organic Differentiation: The system is capable of classifying organic material masked by 0.48 mm of steel as measured by the F792-88 Test Piece
• Spatial Resolution: The system is capable of imaging 40 American Wire Gauge (AWG), 0.08 mm diameter, un-insulated solid copper wire in free space as measured by the F792-88 Test Piece

• System width is 36" excluding conveyor belt system
• System length: 52" excluding control panel and curtain assembly.
• System height: 58"
• Tunnel aperture size: 22” high and 24” wide
• Floor Weight: 600lb
• System Conveyor: The system can be fitted with a 22” wide and 26” in length folding conveyor system rated at 100 lb distributed load.
• Turntable: Designed to examine objects from different angels – Providing 360° Rotation and Real Physical Zoom capability with a 100+ lb load capacity.
• System maneuverability: The system is mounted on heavy-duty 8” tires and wheels, and can be easily moved by two personnel.
• High resolution 3D in-depth viewing screen
• Real-time viewing of baggage contents including items in motion as for example liquids and powders
• System X-ray Source: The X-ray generator utilizes a 160KVp (160 kilovolt peak anode voltage) constant potential X-ray tube with internal aluminum filters that enhance X-ray penetration imaging, rated for a maximum 5 mA operation and normally operates at between 3 -5 mA cathode output for maximum detection. The X-ray generator is rated for 100% duty cycle operation. The X-ray beam direction is vertically forward. The X-ray generator uses a sealed, maintenance free, sealed oil cooling system. An X-ray controller protects the X-ray generator from abnormal over-voltage and over-current operation
• Power Requirement: 110 VAC input: 96-132 VAC, 60HZ (6-amp max.).

• Environmental Requirement – Operating Temperature: 3oC (37oF) TO 82.3o C (180oF)
• Environmental Requirement – Storage Temperature : -20oC (-4 o F) TO +82.3oC (180 oF)
• Environmental Requirement – Humidity : 0oC TO 98oC (non-condensing)

• USA FDA for cabinet X-ray Systems (Federal Standard 2. 1-CFR 1020.40)
• Health and Safety at Work Act 1974 - Section 6, amended by the Consumer Protection Act 1987

• External radiation leakage of less 0.1mR/Hr (1Sv/hr) as measured in contact with outer panels.
• Radiation leakage measurements are performed with a scatter block device in path of the x-ray beam to identify the worst-case radiation leakage.
• External Stop buttons are with in easy reach of the operator and all users
• Power-ON and X-ray ON indicator lights are located at both ends of the x-ray inspection tunnel and on the operator control panel.
• Interlock switches are located on critical access panels. The interlock switches disables conveyor belt operation and x-ray generation in the event of a critical panel is opened or removed.
• System is FDA and FCC marked.

• Includes a one-year full warranty.
• Additional monthly service contracts are available.
• GSA Schedule