2D Stationary  Barcode Scanner QBR-S200

2D Stationary Barcode Scanner QBR-S200

•  Solid-state hardware, higher stability and reliability

•  Multiple common interfaces, highly compatible

•  Independent R&D of core decoding technology

•  Induction recognition

•  Wide-angle adjustable scanning window

    Specification

    Item

     

    2D Stationary Barcode Scanner

    Model

    QBR-S200

    Image Sensor

    CMOS

    Pixel

    1200X800

    Illumination

     

    Red Led

    Barcode Scanning Type

    2D:PDF417, QR Code, Data Matrix, HanXin, Maxicode ,Postal Codes, etc.
    1D:Code128, UCC/EAN-128, AIM128, EAN-8, EAN-13, ISBN/ISSN, UPC-E,UPC-A,Interleaved 2 of 5,ITF-6, ITF-4, Matrix 2 of 5,Industrial 25, Standard 25, Code39, Codabar, Code 93, Code 11, Plessey, MSI-Plessey, RSS-14、RSS-Limited、RSS-Expand, etc

    Resolution Scanning

    ≧4mil

     

    Typical DOF

        
    13mil ENA: 0mm-130mm

    5mil code 39: 0mm-60mm

    20mil QR: 0mm-70mm

    Mobile payment code(5.5 inch screen): 0mm-200mm


    Barcode Sensibility

        Pitch±60º, Tilt360º, Skew±60º


    FOV

    Horizontal: 51°, vertical: 40°

    Relative Contrast Value

    ≧20%

    Dimension(mm)

    90 (D) *79 (W) *142(H)

    Weight

    285g

    Notification

    Buzzer, LED Indicator

    Promoting Mode

    Buzzer, LED Light

    Interface

    RS-232 Serial Port, USB, USB Virtual Serial Port

    Trigger Method

    Manual keystroke,
    induction recognition,
    continuous recognition

    Operating Voltage

    5VDC±10%

    Operating Current

    Standby: 140mA,
    Working: 245mA

    Operating Temperature

    ‘-20℃+50℃

    Storage Temperature

    ’-40℃+70℃

    Relative Humidity

    5%~95%      (No Condensation)

    ESD

    ±15 kV(Air discharge )
    ±8 kV(Direct discharge

     

    ISO

    CE FCC ROHS

    Test Condition    

        Environment temperature: 23ºC
    Environment illumination: 300LUX filament lamp
    DOF depends on the resolution, contrast of the printing codebar, and the environment illumination