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    双波段耐弯曲光纤

    Dual Band Bend Insensitive Fiber These germanium doped Single-Mode (SM) fibers offer excellent performance in tight space environments and are available with a 9.8m core size. This is compliant to IT..

     Dual Band Bend Insensitive Fiber
    These germanium doped Single-Mode (SM) fibers offer excellent performance in tight space environments and are available with a 9.8µm core size. This is compliant to ITU standard G657.A2.
    These fibers are designed to withstand harsh environments such as high temperature, high pressure, moisture, and chemicals. Applications in oil and gas, data transmission, offshore oil and gas asset monitoring, Enhanced Oil Recovery (EOR) (especially Steam Assisted Gravity Drainage (SAGD) techniques), borehole seismic and avionics can benefit by using these fibers.
    Fibercore has developed a unique carbon coating, which offers significant barriers against hydrogen, moisture fatigue, and acid ingression. The carbon coating also increases the lifetime of a fiber under tight and sharp bends, protecting the fiber from water/moisture attack/(micro-cracking) to the fiberglass surface.
    These fibers are available with high temperature acrylate, polyimide, carbon & high temperature acrylate, and carbon & polyimide.
    Low weight/small size avionics cables
    Data center transceivers
    Oil & Gas distributed sensors
    Silicon photonics
    Well integrity monitoring
    FBGs for strain and temperature monitoring where tight bends are required


    Product list:

    • SM1250BI(9.8/125) SM bend insensitive fiber with a 9.8μm core and a 125μm cladding
    • SM1250BI(9.8/125)HT SM bend insensitive fiber with a 9.8μm core, 125μm cladding with a high temperature acrylate coating
    • SM1250BI(9.8/125)CHT SM bend insensitive fiber with a 9.8μm core, 125μm cladding with a carbon and high temperature acrylate coating
    • SM1250BI(9.8/125)P SM bend insensitive fiber with a 9.8μm core, 125μm cladding with a polyimide coating
    • SM1250BI(9.8/125)CP SM bend insensitive fiber with a 9.8μm core, 125μm cladding with a carbon and polyimide coating
    • SM1250B3(9.8/80) SM bend insensitive fiber with a 9.8μm core and a 80μm cladding
    • SM1250B3(9.8/125) SM bend insensitive fiber with a 9.8μm core and a 125μm cladding
    Model
    SM1250BI(9.8/125)
    SM1250BI(9.8/125)HT
    SM1250BI(9.8/125)CHT
    SM1250BI(9.8/125)P
    SM1250BI(9.8/125)CP
    Operating Wavelength (nm)
    1310 - 1650
    1310 - 1650
    1310 - 1650
    1310 - 1650
    1310 - 1650
    Cut-Off Wavelength (nm)
    <1300
    <1300
    <1300
    <1300
    <1300
    Numerical Aperture
    0.11 - 0.13
    0.11 - 0.13
    0.11 - 0.13
    0.11 - 0.13
    0.11 - 0.13
    Mode Field Diameter (μm)
    9.0 - 10.6 @1550nm
    9.0 - 10.6 @1550nm
    9.0 - 10.6 @1550nm
    9.0 - 10.6 @1550nm
    9.0 - 10.6 @1550nm
    Attenuation (dB/km)
    ≤0.4 @1550nm
    ≤0.4 @1550nm
    ≤0.4 @1550nm
    ≤0.4 @1550nm
    ≤0.4 @1550nm
    Proof Test (%)
    1 (100 kpsi)
    1 (100 kpsi)
    1 (100 kpsi)
    1 (100 kpsi)
    1 (100 kpsi)
    Cladding Diameter (μm)
    125 ± 1
    125 ± 1
    125 ± 2
    125 ± 1
    125 ± 2
    Core Cladding Concentricity (μm)
    ≤1.0
    ≤1.0
    ≤1.0
    ≤1.0
    ≤1.0
    Coating Diameter (μm)
    245 ± 15
    245 ± 15
    245 ± 15
    155 ± 5
    155 ± 5
    Coating Type
    Dual Layer Acrylate
    High Temperature Acrylate
    Carbon and High Temperature Acrylate
    Polyimide
    Carbon and Polyimide
    Operating Temperature (°C)
    -55 to +85
    -55 to +150
    -55 to +150
    -50 to +300
    -50 to +300
     
    Model
    SM1250B3(9.8/80)
    SM1250B3(9.8/125)
    Operating Wavelength (nm)
    1310 - 1650
    1310 - 1650
    Cut-Off Wavelength (nm)
    1100 - 1260
    1100 - 1260
    Numerical Aperture
    0.12 - 0.14
    0.12 - 0.14
    Mode Field Diameter (μm)
    8.0 - 9.2 @1310nm     9.0 - 10.4 @1310nm
    8.0 - 9.2 @1310nm    9.0 - 10.4 @1310nm
    Attenuation (dB/km)
    ≤0.7 @1310nm    ≤0.5 @1550nm
    ≤0.6@1310nm    ≤0.4@1550nm
    Proof Test (%)
    1 (100 kpsi)
    1 (100 kpsi)
    Cladding Diameter (μm)
    80 ± 1
    CHT: 125 ± 2      P: 125 ± 1
    Core Cladding Concentricity (μm)
    ≤1.0
    ≤1.0
    Coating Diameter (μm)
    170 ± 15
    CHT: 245 ± 15     P: 155 ± 5
    Coating Type
    Dual Layer Acrylate
    Carbon and HTA    Polyimide
    Operating Temperature (°C)
    -55 to +85
    CHT: -55 to +150    P: -55 to +300
    Bend induced attenuation@1550nm(dB/turn)
    ≤0.03@10mm bend radius
    ≤0.08@7.5mm bend radius
    ≤0.15@5mm bend radius
    ≤0.03@10mm bend radius
    ≤0.08@7.5mm bend radius
    ≤0.15@5mm bend radius

     

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