Product Details

BLACKSTONE Multi Loose Tube Fiber Optic Cable, 96Core, Indoor/Outdoor, Multimode, OM1, 62.5/125µm, PE, Black, part number:BSLTMOM196BL-PE

  • Part No. : BSLTMOM196BL-PE

    • BLACKSTONE Multi Loose Tube Fiber Optic Cable, 96-Core, Indoor/Outdoor, Multimode, OM1, 62.5/125µm, PE, Black Multi Loose Tube is made of multiple single gel filled PBT tubes and each tube consists of 12, 250μm optical fibers, the tubes are surrounded with longitudinally applied E-glass non-metallic strength members, UV resistant LSZH or HDPE jacket.

    • Details
    • Feautres & Benefits
    • Download PDF

    -    Compact 250µm loose tube construction
    -    PE jacket for environmental protection and water permeation resistance
    -    Flame retardant LSZH jacket option for enhanced fire performance
    -    Colour coded fibres for easy identification

    General Specifications

     

    Fiber Type OM1
    Fiber Count 96
    Jacket Color BlacK
    Jacket Material PE
    Strength Member
    		 Aramid Yarn
    Fiber Mode
    		 62.5/125 μm
    Outer Diameter
    12.6 mm
    Weight
    121 kg 
    Minimum Bend Radius (Installation)
    250
    Minimum Bend Radius (Operation)
    125

     

    Specifications

     

    Core Size
    62.5 um
    Wavelength
    		 850/1550 nm
    Max. Attenuation
    3.5/1.5 dB/km
    Storage Temperature -20~+70 °C
    Operating Temperature -20~+60 °C

     

    Download PDF

    Related Products

    BLACKSTONE Flat Ribbon Fiber Optic Patch Cable, 12 Core, Indoor, Single Mode, OS2, 9/125µm, 3mm, LSZH, Yellow, part number:BSFROS212YL-LSZH

    -    Tight buffer fibre ease of stripping.-    Hig ...

    Read more

    BLACKSTONE Dry Multi Loose Tube, 72 Core, Indoor/Outdoor, Aramid, Multimode, OM4, 50/125µm, LSZH, Aqua, part number:BSDMLTOM4A72AQ-LSZH

    -    E-glass yarn for rodent resistance-    Compac ...

    Read more

    BLACKSTONE Premium Multi Purpose Distribution Cable, 36 Core, Indoor, Multimode, OM4, 50/125µm, LSZH, Aqua, part number:BSMPDOM436AQ-LSZH

    -    Compact structure with high fibre capacity and density. ...

    Read more


    Go To Top