Digital Radiographic Scanner DRS BagVision
Digital Radiographic Scanner DRS BagVision for baggage, parcel and small cargo inspection
DRS BagVision is a reliable detection X-ray device for detection of metal and non-metal weapons, explosives, chemical and biological substances and other dangerous objects and materials.
The device makes possible:
- color separation of organic/inorganic and metal materials
- color detection of organic/inorganic materials
- contrast optimization of dangerous materials according to atomic number
- differential coloring by absorption of X-rays
- filtration of X-rays absorption
- contrast optimization of output image
- black-and-white image
- contrast adjustment for high and low-absorption objects
- extremity objects
- image enlargement 2x, 4x, 8x
Device versions according to tunnel dimensions:
DRS BagVision 6045 – inspection area of tunnel 610 mm x 450 mm. Suitable for inspection of mail, hand luggage and small objects.
DRS BagVision 6080 – inspection area of tunnel 610 mm x 810 mm. Suitable for inspection of personal luggage, parcels, transport boxes and middle dimension packages.
DRS BagVision 100100 – inspection area of tunnel 1010 mm x 1010 mm. Suitable for inspection of larger packages and transport packages.
DRS BagVision 155165 – inspection area of tunnel 1550 mm x 1550 mm. Suitable for inspection of the goods and materials placed on EURO, BRITISH and US standardized palettes.
Use:
- check points – airports, railway stations, border crossing
- entry inspection – governmental, municipal buildings, courts, embassies, nuclear power stations, police and military facilities, prisons
- post check points, customs offices, transport points
- sport stadium, concert halls
- schools, VIP entries
Technical specification:
- conveyer speed: 23 cm/s
- resolution: 38 AWG
- penetration: 27 mm steel (guaranteed penetration)
- X-ray generator: 140 kV
- cycle of operation: 100 % with oil cooler
- supply: 220 V, 50/60 H
- input: 600 W
- X-ray dose: not exceed 1,5 µSv
- Leakage dose at 10 cm: not exceed 1 µSv
Gallery:
