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EBS5030A-N

(SINGLE ENERGY X-RAY BAGGAGE SCANNER)

The Biotekinx eBS5030A-N is a compact X-ray baggage scanner designed for high-precision security screening of luggage, parcels, and small cargo. Ideal for airports, logistics centers, courthouses, and secure facilities, this advanced system delivers clear, high-resolution images to detect weapons, explosives, and other threats with speed and accuracy. The eBS5030A-N features a 500mm x 300mm tunnel size and a powerful X-ray generator, ensuring efficient throughput and reliable performance in busy environments. Its ergonomic design includes an intuitive user interface, multi-language support, and threat image projection (TIP) for enhanced operator training. Built to meet global radiation safety and quality standards, the Biotekinx eBS5030A-N offers low maintenance, energy efficiency, and long-term durability. Whether you’re upgrading facility security or outfitting a checkpoint, this scanner delivers professional-grade screening in a space-saving form factor.

Datasheet

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parameters

Dimensions Tunnel Size 500mm (W)*300mm (H)
Dimensions Device size 1475mm (L)*784mm (W)*1100mm (H)
Package Dimension 540 L/840W /1340H in mm
Package Gross Weight 320Kg
Package Net Weight 280Kg
X-ray Source 80 KV Single Energy
Wire Resolution dia0.0787mm copper wire (AWG40)
Spatial Resolution Horizontal 1.0mm; Vertical 1.0mm
Penetration 12mm Steel plate
Radiation Leakage Dose < 0.5μGy/h at any point 5 CM outside the external surface
Radiation Single Dose ≤2.5μGy
Conveyor Belt Height 660mm (belt to ground)
Conveyor Speed 0.22 Meters/Second
Display Size 21.5" LCD Touchscreen
Display Screen Resolution 1920*1080P
Power Supply AC 220 Volts 50Hz
Power Consumption 500W
Noise < 60dB (1 meter away from the device)
Working Temperature 5℃~40℃ Humidity: 10%~90% no condensation
Storage Temperature -20℃ ~ 40℃
Sensor Type 1/2.8" Progressive Scan CMOS
OS Windows 10
Processor Intel Core I3
RAM 4GB
Hard Disk Storage 500GB
Scan Output Previewr The system features 26 different colour management architectures which help differentiate between organic, inorganic, and pseudo materials, in object identification. It includes a display that shows the number of scanned bags along with the date, time, X-ray generator, and IR generation notifications. The X-ray scanner stores baggage images with corresponding date and time, and it also incorporates Threat Image Projection, which alerts users to the presence of potentially dangerous items (such as guns, flammable materials, knives, etc.). The system logs user logon and logoff times for tracking purposes. Additionally, it offers diagnostic indicators for the X-ray Source, X-ray Generator's high energy, low energy, and IR sensor calibration. To enhance energy efficiency, the system can be set to energy-saving mode, which puts it on standby when not in use.
Modularization The hardware system adopts the latest ASI C fully digital solution design and in-depth acquisition technology. Compared with the analog acquisition solution, the circuit design in this device is optimized and has the characteristics of high integration, strong anti-interference ability, and a clear imaging effect.
Image processing functions Colorful/ black and white, local enhancement, high penetration, low penetration, super enhancement organic discrimination, inorganic discrimination, inversion, brightening, darkening, grey scan, enlarging, false colour, image restoration, image storage System functions: automatic self-diagnosis, multi-level user management, image management, TlP management, curve diagnosis, keyboard diagnosis, record checking, multi-format image export, OSD operation function, image mirroring, 1-64 times image magnification, magnifying glass, operator training, precise positioning of baggage images, clear channel reminder, remote operation software, one-click shutdown.
Digitalization The hardware system adopts the latest ASI C fully digital solution design and in-depth acquisition technology. Compared with the analog acquisition solution, the circuit design in this device is optimized and has the characteristics of high integration, strong anti-interference ability, and a clear imaging effect.