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  • QS18VN6F

    Informations sur l'article QS18 Series All Purpose Fiber Optic Amplifier
    QS18VN6F
    QS18VN6F
    QS18VN6F

    Certifications

    • NKCR2 NKCR8 Vol4 Sec15
    • CE

    Amplificateurs compatibles

    Dans les cas applicables, la portée maximale des fibres en mode barrière dépend également de la longueur de la fibre.

    IP Rating
    IP67
    Accepts Fiber Termination Type
    Glass Fiber Termination
    NEMA / UL Type Rating
    NEMA 4X
    Power
    DC
    Cable Length (m)
    2
    Housing Style
    Rectangular w/M18 Mount
    Primary Housing Material
    Thermoplastic
    Input Output
    Discrete
    Color LED - Amplifiers
    Infrared
    Fiber Type
    Glass Only
    Connection
    Cable
    Output
    NPN
    Output Type (Specific)
    Single Discrete
    Repeatability (µs)
    150
    Number of Pins
    4
    Max Op. Temperature (°C)
    70
    Min Op. Temperature (°C)
    -20
    Max Op. Relative Humidity (%)
    95% @ 50°C
    Special Feature: Remote Teach
    No
    Intrinsically Safe
    No
    Adjustments
    Potentiometer
    Power Supply/Supply Voltage
    10-30 V dc
    Delay at Power-up (ms)
    100
    Indicator Display Type
    Indicator LEDs
    Minimum response time (ms)
    .6
    Special Feature: Bussable Power
    No
    Feature: Audible
    No
    Housing Material
    Thermoplastic

    Les produits suivants sont inclus dans votre commande

    Fichiers CAD

    Date
    Type
    Size
    QS18F CABLE
    13 Oct 2022
    DXF
    1.9MB
    QS18F CABLE
    13 Oct 2022
    PDF
    287K
    QS18F CABLE
    13 Oct 2022
    IGS
    2.2MB
    QS18F CABLE
    13 Oct 2022
    STP
    1.7MB

    Littérature technique

    Date
    Type
    Size
    QS18 Series Sensor Product Manual
    7 Oct 2024
    PRODUCT MANUAL
    1.4MB

    Certifications

    Date
    Type
    Size
    DoC for QS18
    13 Dec 2023
    CERTIFICATION
    4.9MB
    QS18VN6F
    QS18VN6F
    Informations sur l'article: QS18 Series All Purpose Fiber Optic Amplifier

    Certifications

    • NKCR2 NKCR8 Vol4 Sec15
    • CE
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