HY100100 X-ray baggage scanner

Additional Info.

HS Code: 8543709100

Product Description

Feature:
1. Alarm by sounds & light: Alarm by sounds and light when conform to condition.
2. Network interfacecould be connect local area network and support multi-terminal check baggage at same times
3. Safety raytransmit ray under automatic control, avoids the miss.
4. Turn off by a key controlturn off the machine only need one steprevolves the key. The equipment automatic security close-down, does not need complex many steps, is simpler.
5. Eagle-eyecould be expediently observing enlargement area.
6. Estimate malfunction by selfautomatic estimate malfunction and prompt message, helpful for the maintenance.

Technical data:

Tunnel size: 1000 (W) * 1000 (H) mm

outside size: 3890 (L) * 1310 (W) * 1910 (H) mm

Package Size::2450 (L) * 1400 (W) * 2050 (H) mm
Conveyor speed: 0.2 m/s
Conveyor max load: 270 kg
Single inspection dosage < 1.5µ Gy
Wire resolution: 0.101mm metal line
Steel penetration: 34mm armor plate
Film safety: For ISO 1600
Maximum leakage radiation < 0.1µ Gy/h

X-ray generator:

Orientation: Vertically upward
Tube current: 0.6~1.2maadjustable
Anode voltage: 100~160 kv(adjustable
Angle: 80°
Generator cooling/working periods sealed oil bath with forced air/100

Image performance system:

X-ray sensor: L type photo-diode array detector, 12bit
Monitor: High resolution 17inch color LCD display
Color quality: 24 bit real colors
Edge enhancement: Object contour edge is more distinct
Super image enhancement: Image detail is more distinct
High penetrate strength display: Increase brightness of dark area in image to display object which is behind high absorptivity mass distinctly
Low penetrate strength display: Increase contrast of low absorptivity mass (easy to penetrate) to display it distinctly
Magnifier: Function of partial enlargement
Brightening/dimming: Increase brightness of image/decrease brichtness of image
Image recurrence: Display previous twenty images and process any one of them
Image restoration: Restore image to initial status at the time of stopping conveyor
Image storing: Real time store any image and process it in operation status

Multi-energy function:

Multi-energy color: Display organic material for orange, display inorganic material for blue, and display mixture for green
High energy/low enercy: Switch to display two energy type, high energy stands for metal etc., low energy stands for nonmetallic
Auxiliay function for drugs & explosives: Help to detect such dangerous material as drugs & explosives etc.
Audible & visible alarm: Give sound and visible signal when conforming to condition

Operating environment:

Operating Temperature/Humidity:0°C ~ 45°C/20% ~ 95%(non-condensing)

Storage Temperature/Humidity:-40°C ~ 60°C/20% ~ 95%(non-condensing) 
System power: 220 vac (± 10%) 50± 3Hz
Power wastage 1.0 kw (max)
Noise < 65dB

Conventional 3 Colour Imaging - used by other Manufacturers

Example of how objects are displayed to the X-Ray Scanner security operative.

Identification

1 - Peanut Butter, Bar of Soap, Small Stack of Paper;
2 - Mobile phone, Ashtray, Glass Bottle;
3 - Sheet of Metal, Set of Keys, Number Sign;
4 - Lead Curtain.

Advanced 6 Colour Imaging - Unique Westminster Feature

Example of how objects are displayed to the X-Ray Scanner security operative

Identification

1 - Stack of Paper;
2 - Mobile phone;
3 - Sheet of Metal, Set of Keys;
4 - Lead Curtain;
5 - Bar of Soap, Peanut Butter;
6 - Glass Bottle, Ashtray.
7 - Number Sign.

Six colour imaging software significantly enhances the X-Ray Scanner security operator's ability to distinguish and recognise all objects quickly and efficiently, and is also allows operators to identify potential threat objects that occur within particular Atomic Z-number ranges i.e explosives in the organic range.

The six colours can be specifically assigned to specific Atomic number ranges allowing the X-Ray Scanner to be targeted to find specific items / substances.

Other manufactures of X-Ray Scanning equipment only have 3 colour imaging available provided limited optimisation of imaging detection capability.