ABNM-Li10080D Liquid Security Inspection Machine, Dual View Dual Energy X-ray Baggage Scanner

ABNM-Li10080D Liquid Security Inspection Machine, Dual View Dual Energy X-ray Baggage Scanner

Widely used in government buildings, national scientific research institutions, airports, subways, courts, procuratorates, prisons, detention centers, public security, military, school examination rooms, large-scale events, sports pavilions, highway and railway high-speed rail passenger stations, station docks, customs ports, embassies, tourist attractions, entertainment venues and other public places of security inspection.

Technical Parameter

General Indicators

Boundary dimension: 3381mm (length) × 1695mm wide × 1544mm high

Channel size: 1005mm (width) × 805mm high

Transmission speed: 0.20-0.22m/s

Conveyor belt height: 304mm

Weight: 813Kg

Uniform weight of conveyor belt: 200 kg

Maximum weight of a single package on the conveyor belt: 200KG

Working temperature/humidity: -10 ℃~45 ℃/10%~95% (non condensing)

Storage temperature/humidity: -20 ℃~60 ℃/10%~95% (non condensing)

Working voltage: 220VAC (± 10%) 50 ± 3Hz

Power loss: 1KW (maximum)

Basic Indicators

Line resolution: Top view angle: ≤ φ 0.0787 mm;

Side view angle: ≤ φ 0.0787 mm;

Penetration resolution: Top view angle: ≤ φ 0.160 mm;

Side view angle: ≤ φ 0.160 mm;

Spatial resolution: Top view angle: Horizontal and vertical ≤ 1.0mm

Side view angle: horizontal and vertical ≤ 1.0mm;

Penetration force: Top illumination angle of view: ≥ 40 mm steel plate;

Side view angle: ≥ 40mm steel plate;

Pass rate test: ＞ 720 pieces/h

Single examination dose test: ≤ 3.0 μ Gy

Leakage radiation dose rate test:<0.1 µ Gy/h (national standard is no more than 5 µ Gy/h)

Noise: 55dB

X-ray Generator

Ray beam direction: top beam side beam

Tube current: 0.4~1.2mA (adjustable)

Tube voltage: 100-160 kV (adjustable)

Cooling/working cycle: sealed oil cooling/100%

Image Processing System 

X-ray sensor: L-shaped photodiode detector

Display: 17 inch high-definition LCD display

Image display: 24 bit true color, image enhancement, edge enhancement, high-energy high penetration, high-energy low penetration, image smooth amplification, image brightness and dark reduction, image arbitrary pull-back, image automatic storage

Multi energy penetration: Organic substances are displayed in orange, inorganic substances are displayed in blue, and mixtures are displayed in green

Characteristic

The image is clearer, the wire resolution can reach 40AWG, and the penetration force can reach 43mm steel plate.

Adopting a dual perspective design, images from both vertical and horizontal perspectives are displayed simultaneously, which can reveal more internal information of the package, effectively reducing interference caused by overlapping items, improving the accuracy of the image reader, reducing misjudgment and delivery rates. The dual perspective images are displayed synchronously and support synchronous playback.

Extremely low dose rate of leaked radiation, and the Radiation exposure rate around the equipment is close to the natural background level, meeting all international and domestic health and safety standards.

Provide auxiliary detection functions for explosives and drugs, automatically detect and alarm based on the composition characteristics of explosives and drugs.

Supports arbitrary selection of image magnification areas, providing multiple magnification modes such as step-by-step, continuous, and local magnification. Combined with navigation map functions, image magnification operations are more convenient and efficient.

Support dedicated image format conversion, which can be converted to universal image formats such as JPG, BMP, GIF, etc; Simultaneously supports image transfer to USB storage devices.

Design a dedicated keyboard, image display, and human-computer interaction interface based on ergonomic principles, effectively improving the usability of the device.

Adopting modular design and providing testing and diagnosis functions for key components such as X-ray sources, detector arrays, and dedicated keyboards, making equipment fault diagnosis and maintenance more accurate and efficient.