1. Product Overview:
XIS-5335S channel X-ray machine is a professional product specially designed for the safety inspection of carry-on luggage and parcels in mail delivery rooms, schools, hospitals, museums, airports and other places. The channel size of the product is 533 mm (width) × 354 mm (height), which is used to detect small parcels and handbags. The high-resolution image can clearly show the detected object. The product adopts the most advanced software and technology, which can display and process images in real time. Through the high-speed network connection, any image taken by the device can be transferred to the remote control room for image browsing, storage and printing.
The XIS-5335S channel X-ray machine uses a high-resolution X-ray detection device, which greatly improves penetration and resolution. It is designed with ergonomic principles and adopts a separate operation mode, which allows the operator to change the position to operate the machine and reduce the fatigue caused by working in the same posture for a long time.

3. Safety standards:
Conform to the US FDA standard 21CFR1020.40;

Film safety conforms to ISO1600;

Comply with the United States Federal Aviation Administration Standard (FAA);

Comply with ISO9001: 2000 standard;

Passed CE certification;

X-ray system standards: 14CFRI08.17, 14CFRI29.
Four, technical specifications:
l Host physical specifications:
    Net weight/gross weight: about 345 kg/505 kg

    Conveyor belt load: about 165 kg

    Conveyor speed: 0.23m/s

    Conveyor belt height: 72.9cm from the ground

    Overall dimensions: (length) 1313×(width) 764×(height) 1225mm

    Transport size: (length) 1448×(width) 863×(height) 1650mm

    Channel size: (width)533×(height)356mm

    Structure and color: iron frame structure, standard light gray

 l Host technical specifications
Line resolution: 40AWG (typical mode), 38WAG (standard mode)

Spatial resolution: 1.0mm horizontal, 1.0mm vertical

Penetration: 39mm steel plate (typical mode), 37mm steel plate (standard mode)

Leakage radiation dose: less than 0.1mR/hr

Detector: 1024 detection channels are arranged in an L-shaped array
 l Power supply:
Voltage 110VAC±10%, phase 50∽60Hz, current maximum 15mA

Voltage 220VAC±10%, phase 50∽60Hz, current maximum 10mA
 l Working temperature
Working temperature: 0℃∽40℃;

Storage temperature: -20℃∽60℃;

Working humidity: ≤95%, no condensation
 l X-ray source specifications:
Ray source: 160KV, can work at 150KV

Tube current: 0.7mA

Cooling method: totally enclosed oil cooling

Work cycle: 100%, no need to warm up

Launch direction: diagonally upward
 l Video:
Display: single 19-inch LCD color display

Display resolution: 1280×1024,
 l Computer system:
Processor: Intel core i5

Memory: 4GB

Hard disk: 500G hard disk, 120GB SSD (solid state drive)

Video card: 1GB

Operating system: WINDOWS OS

Power supply support: uninterruptible power supply (available for computer operation for 20 minutes after power off)
 l Standard function
6 color imaging

9x zoom

Automatic measurement of atomic weight

Automatically archive images (150,000 photos)

Baggage counting

Color, black/white imaging

Continuous scan

Sustainable zoom up to 64 times

Vertical zoom pan

Geometric image distortion correction

High penetration

Image annotation

Image review

Heavy-duty casters
Optional features:
24-inch LCD display

Body paint

Density alarm

Access channel (increased by 50cm)

Image Analysis Program (IAP)

Image analysis program (IAP-LITE)

Heavier and larger load-bearing casters

Base interlocking device

Localized language support

Extreme Toolkit

Radiation meter

Remote workstation configuration

Filter Assistant Software

Inclined conveyor belt

Test box

Dangerous image protection software

Hot kit

Wireless bar scanning

JPEG conversion

Substance identification

Multi-level access

Networkable (built-in network card)

Organic/inorganic imaging

Operation Training Program (OTP)

Clear and perfect image

Printable image

Pseudo color

Real-time image processing

Real-time self-diagnosis

Black and white reverse imaging

Image storage