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  • IT.83.3ST5M6

    Informations sur l'article High Temperature Fiber Optics

    Amplificateurs compatibles

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

    Housing Style
    Round
    Quantity Included
    1
    Fiber Optic Type
    Glass
    Sensing Mode (General)
    Opposed
    Sensing Mode (Detailed)
    Reflective
    Beam Exit
    In-line
    Sensing End Material (Specific)
    Stainless Steel
    Fiber Sheathing Material (Jacket)
    Stainless Steel Monocoil
    Fiber Sensing End Tip
    Thread
    Fiber Length (m)
    1
    Fiber Sensing End Size
    M6
    Sensing End Segment 1
    Thread
    Retractile
    No
    Flex Relief
    No
    Core Diameter (mm)
    1.3
    Minimum Bend Radius (mm)
    25
    Termination
    Terminated
    Max Temp ( °C)
    249
    Integrated Lens
    No
    Application: Liquid Level
    No
    Application: Vacuum Feed Through
    None
    Termination Type
    Plastic Fiber Sensors
    Max Distance: DF-G3 (mm)
    No Data
    Fiber Sensing End Size - Mounting Area
    M6
    Measured Max Distance (mm)
    No Data
    Max Distance: DF-G2 (mm)
    No Data
    Tariff Fiber Meters (fbm)
    522
    Max Distance: DF-G1 (mm)
    No Data

    Les produits suivants sont inclus dans votre commande

    Fichiers CAD

    Date
    Type
    Size
    IT.83.3ST5M6
    9 Dec 2011
    DXF
    361K
    IT.83.3ST5M6
    9 Dec 2011
    PDF
    66K
    IT.83 SERIES
    9 Dec 2011
    STP
    2.9MB
    IT.83 SERIES
    9 Dec 2011
    IGS
    3.7MB

    Certifications

    Date
    Type
    Size
    RoHs_10.1501.1029
    28 Aug 2024
    CERTIFICATION
    118K
    Reach_10.1501.1029
    29 Aug 2024
    CERTIFICATION
    81K
    PFAS_10.1501.1029
    22 Aug 2024
    CERTIFICATION
    62K
    POPs 10.1501.1029
    23 Sep 2024
    CERTIFICATION
    79K
    TSCA_PBT 10.1501.1029
    23 Sep 2024
    CERTIFICATION
    70K
    CCC DoC for BFXX..A (Lovato)
    19 Sep 2023
    CERTIFICATION
    2.3MB
    IT.83.3ST5M6
    Informations sur l'article: High Temperature Fiber Optics
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