• N102.105BK Nexans 1HU Patch Guide with Rings, Black

    Nexans

    Patch Guides, Blank Panels & Cable Management
    · Patch guides to manage and store all patch cords.
    · 1 HU and 2 HU for high density.
    · 1 HU with rings for easy access.
    · Cable guide for all patch panels without clip-on.

  • N116.P1A020OK Nexans LANmark-6 Patch Cord Cat 6 Unscreened LSZH 2m Orange

    N116.P1A020OK Nexans

    DESCRIPTION

    Application

    LANmark-6 Patch Cords can be used to deliver a full end-to-end Class E solution. They provide improved data throughput and allow for the inclusion of a cross-connect or Consolidation Points for maximum system flexibility. They will also maximise the lifetime and long term performance of the system by minimising the risk of wear & tear damage which can be caused by using non-matched cords. LANmark-6 Cords feature a slim over-moulded boot which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a Retrofit Latch Protector, which can be used for colour coding of different services.

  • N116.P1A030OK Nexans LANmark-6 Patch Cord Cat 6 Unscreened LSZH 3m Orange.

    N116.P1A030OK Nexans

    DESCRIPTION

    Application

    LANmark-6 Patch Cords can be used to deliver a full end-to-end Class E solution. They provide improved data throughput and allow for the inclusion of a cross-connect or Consolidation Points for maximum system flexibility. They will also maximise the lifetime and long term performance of the system by minimising the risk of wear & tear damage which can be caused by using non-matched cords. . LANmark-6 Cords feature a slim over-moulded boot which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a Retrofit Latch Protector, which can be used for colour coding of different services.

  • N116.P1A050OK Nexans LANmark-6 Patch Cord Cat 6 Unscreened LSZH 5m Orange.

    N116.P1A050OK Nexans

    DESCRIPTION

    Application
    LANmark-6 Patch Cords can be used to deliver a full end-to-end Class E solution. They provide improved data throughput and allow for the inclusion of a cross-connect or Consolidation Points for maximum system flexibility. They will also maximise the lifetime and long term performance of the system by minimising the risk of wear & tear damage which can be caused by using non-matched cords. LANmark-6 Cords feature a slim over-moulded boot which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a Retrofit Latch Protector, which can be used for colour coding of different services.

  • N116.P1A200OK Nexans LANmark-6 Patch Cord Cat 6 Unscreened LSZH 20m Orange

    N116.P1A200OK Nexans

    DESCRIPTION

    Application
    LANmark-6 Patch Cords can be used to deliver a full end-to-end Class E solution. They provide improved data throughput and allow for the inclusion of a cross-connect or Consolidation Points for maximum system flexibility. They will also maximise the lifetime and long term performance of the system by minimising the risk of wear & tear damage which can be caused by using non-matched cords. LANmark-6 Cords feature a slim over-moulded boot which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a Retrofit Latch Protector, which can be used for colour coding of different services.

  • N11A.U1F010OK Nexans LANmark-6A Ultim UniBoot Patch Cords, 1 mtrs

    N11A.U1F010OK Nexans

    DESCRIPTION

    LANmark-6A Ultim cords are developed to support 10 Gigabit Ethernet (IEEE 802.3an)
    and any other future Cat.6A application.
    LANmark-6A Ultim Cords offer superior performance up to 500MHz and are matched
    with other LANmark-6A components to provide improved data throughput in complex
    channel configurations. Ultim cords use stranded cable and as such provide maximum
    system flexibility for the use at Cross Connects and Consolidation points.
    They will also maximise the lifetime and longevity of the system by minimising the risk
    of wear & tear damage. Due to their good electrical performance and mechanical
    stability, LANmark-6A Ultim cords can be used for accurate field testing of Cat 6A
    cabling channels. .
    Ultim Cords feature a slim boot for mechanical protection, which is kept inside the
    RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit.
    They also come with a ‘Replaceable’ Latch Protector, which can be used for colour
    coding of different services.

  • N11A.U1F020OK Nexans LANmark-6A Ultim Patch Cord, 2 Meters

    N11A.U1F020OK Nexans

    DESCRIPTION
    Application
    LANmark-6A Ultim cords are developed to support 10 Gigabit Ethernet (IEEE 802.3an) and any other future Cat.6A application. LANmark-6A Ultim Cords offer superior performance up to 500MHz and are matched with other LANmark-6A components to provide improved data throughput in complex channel configurations. Ultim cords use stranded cable and as such provide maximum system flexibility for the use at Cross Connects and Consolidation points. They will also maximise the lifetime and longevity of the system by minimising the risk of wear & tear damage. Due to their good electrical performance and mechanical stability, LANmark-6A Ultim cords can be used for accurate field testing of Cat 6A cabling channels. Ultim Cords feature a slim boot for mechanical protection, which is kept inside the RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit. They also come with a ‘Replaceable’ Latch Protector, which can be used for colour coding of different services.

  • N11A.U1F030OK Nexans LANmark-6A Ultim Patch Cord 3 mtr

    N11A.U1F030OK Nexans

    DESCRIPTION
    Application
    LANmark-6A Ultim cords are developed to support 10 Gigabit Ethernet (IEEE 802.3an)
    and any other future Cat.6A application.
    LANmark-6A Ultim Cords offer superior performance up to 500MHz and are matched
    with other LANmark-6A components to provide improved data throughput in complex
    channel configurations. Ultim cords use stranded cable and as such provide maximum
    system flexibility for the use at Cross Connects and Consolidation points.
    They will also maximise the lifetime and longevity of the system by minimising the risk
    of wear & tear damage. Due to their good electrical performance and mechanical
    stability, LANmark-6A Ultim cords can be used for accurate field testing of Cat 6A
    cabling channels. .
    Ultim Cords feature a slim boot for mechanical protection, which is kept inside the
    RJ45 boundaries to enable High Density Patching with 48 cords in 1 height unit.
    They also come with a ‘Replaceable’ Latch Protector, which can be used for colour
    coding of different services.

  • N121.4MLY Nexans LANmark-OF Pigtail LC/UPC Singlemode Maxistrip LSZH 9/125 1m Yellow

    N121.4MLY Nexans

    DESCRIPTION

    Pigtail characteristics
    • Fibre assembly to terminate cable with fusion splicing
    • Suitable for use in patch panels using splice cassettes.
    • The pigtails can be stripped in one action over a long distance up to 100cm.

    Fibre type

    The LANmark­OF SM pigtails have LANmark­OF SM GIGAliteFLEX fibre inside.  These fibres are bend insensitive and compliant to ITU­T G.657.A1 and to IEC 60793­2­50, fibre model B6.a1. The pigtail jacket of the singlemode pigtails is yellow.

    Compatibility and installation practices

    Maxistrip pigtails are compatible with heat shrink splice cassettes (N890.090 and N890.095) with heat shrink protectors (N890.021).

    Maxistrip pigtails are compatible with splice cassettes (N890.091 and N890.096) with Aluminium protectors (N890.021).

    Maxistrip pigtails are recommended to be used with loose tube cables or Micro­ Bundle cables, i.e. with 250 um fibres. When using tight buffer cables (900 um fibres) additional stress on the maxistrip pigtails should be limited as much as possible

    For proper alignment in the fusion splice tool the pigtail is fixed on the 250 um coating after stripping the 900 um coating.  Fixing the pigtail on the 900 um coating will lead to improper alignment.

    In addition the pigtail needs to be stripped till the cladding around the splice area before insertion in the splice tool.

  • N121.4MLY Nexans Pigtail LC/UPC Singlemode 9/125 1m Yellow

    Pigtail characteristics
    · Fibre assembly to terminate cable with fusion splicing
    · Suitable for use in patch panels using splice cassettes.
    · The pigtails can be stripped in one action over a long distance up to 100cm.
    Fibre type
    The LANmarkOF
    OM3 pigtails have LANmarkOF
    OM3 GIGAliteFLEX fibre inside.
    This bend insensitive multimode fibre has a small bend radius of 7,5 mm and is
    compliant to IEC 60793210,
    fibre model A1a.2b. The pigtail jacket is Aqua.
    ·
    The LANmarkOF
    OM4 pigtails have LANmarkOF
    OM4 GIGAliteFLEX fibre inside.
    This bend insensitive multimode fibre has a small bend radius of 7,5 mm and is
    compliant to IEC 60793210,
    fibre model A1a.3b. The pigtail jacket is Aqua.
    ·
    The LANmarkOF
    OM5 pigtails have LANmarkOF
    OM5 GIGAliteFLEX fibre inside.
    This bend insensitive multimode fibre has a small bend radius of 7,5 mm and is
    compliant to IEC 60793210,
    fibre model A1a.4b. The pigtail jacket is Lime Green.
    ·
    The LANmarkOF
    SM pigtails have LANmarkOF
    SM GIGAliteFLEX fibre
    inside. These fibres are bend insensitive and compliant to ITUT
    G.657.A1 and to
    IEC 60793250,
    fibre model B6.a1. The pigtail jacket of the singlemode pigtails is
    yellow.

  • N121.5MLA Nexans LANmark-OF Pigtail LC OM3 Maxistrip LSZH 50/125 1m Aqua

    N121.5MLA Nexans

    DESCRIPTION
    Pigtail characteristics
    • Fibre assembly to terminate cable with fusion splicing
    • Suitable for use in patch panels using splice cassettes.
    • The pigtails can be stripped in one action over a long distance up to 100cm.

    Fibre type
    The LANmark­OF OM3 pigtails have LANmark­OF OM3 GIGAliteFLEX fibre inside. This bend insensitive multimode fibre has a small bend radius of 7,5 mm and is compliant to IEC 60793­210, fibre model A1a.2b.  The pigtail jacket is Aqua.

    Compatibility and installation practices

    • Maxistrip pigtails are compatible with heat shrink splice cassettes (N890.090 and N890.095) with heat shrink protectors (N890.021).
    • Maxistrip pigtails are compatible with splice cassettes (N890.091 and N890.096) with Aluminium protectors (N890.021).
    • Maxistrip pigtails are recommended to be used with loose tube cables or Micro Bundle cables, i.e. with 250 um fibres. When using tight buffer cables (900 um fibres) additional stress on the maxistrip pigtails should be limited as much as possible
    • For proper alignment in the fusion splice tool the pigtail is fixed on the 250 um coating after stripping the 900 um coating.  Fixing the pigtail on the 900 um coating will lead to improper alignment.
    • In addition the pigtail needs to be stripped till the cladding around the splice area before insertion in the splice tool.
  • N123.4MCY Nexans LANmark-OF Pigtail SC/UPC Singlemode Maxistrip LSZH 9/125 1m Yellow

    N123.4MCY Nexans

    DESCRIPTION

    Pigtail characteristics
    • Fibre assembly to terminate cable with fusion splicing
    • Suitable for use in patch panels using splice cassettes.
    • The pigtails can be stripped in one action over a long distance up to 100cm.

    Fibre type

    The LANmark­OF SM pigtails have LANmark­OF SM GIGAliteFLEX fibre inside.  These fibres are bend insensitive and compliant to ITU­T G.657.A1 and to IEC 60793­2­50, fibre model B6.a1. The pigtail jacket of the singlemode pigtails is yellow.

    Compatibility and installation practices

    • Maxistrip pigtails are compatible with heat shrink splice cassettes (N890.090 and N890.095) with heat shrink protectors (N890.021).
    • Maxistrip pigtails are compatible with splice cassettes (N890.091 and N890.096) with Aluminium protectors (N890.021).
    • Maxistrip pigtails are recommended to be used with loose tube cables or Micro­Bundle cables, i.e. with 250 um fibres. When using tight buffer cables (900 um fibres) additional stress on the maxistrip pigtails should be limited as much as possible
    • For proper alignment in the fusion splice tool the pigtail is fixed on the 250 um coating after stripping the 900 um coating.  Fixing the pigtail on the 900 um coating will lead to improper alignment.
    • In addition the pigtail needs to be stripped till the cladding around the splice area before insertion in the splice tool.

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