• Whakaata 8 tautoko-ake Tube Optical taura whatu GYXTC8S
  • Whakaata 8 tautoko-ake Tube Optical taura whatu GYXTC8S

Whakaata 8 tautoko-ake Tube Optical taura whatu GYXTC8S

The structure of the standard figure-eight self-supporting central tube optical cable is that single-mode or multi-mode optical fibers are sheathed in a loose tube made of high modulus plastic, and the tube is filled with a water-blocking compound. The center of the cable core is the loose tube. The loose tube is coated with plastic (wrinkle) steel tape longitudinally. The water blocking tape between the steel tape and the loose tube ensures the compactness of the optical cable and the longitudinal water blocking and is placed parallel to the steel strand. Simultaneously squeeze the figure 8 sheath into a cable.


Color:

    Taipitopito Hua

    Whakaahuatanga

    Raraunga Hangarau

    Tuhinga o mua 2 ~ 8 10 ~ 12 14 ~ 24
    Tauira Tauira G.652D
    Tapawha Tepara Ahumahi PBT
    Diameter (± 0.06) mm 2.0 2.4 2.8
    Te matotoru (± 0.03) mm 0.32 0.35 0.4
    Max.Whakaikahi NO./Tube 2 ~ 8 10 ~ 12 14 ~ 24
    Te Whakaputanga wai wai (Rauemi) Te Whakaurau i te Wai
    Tuuru Ahumahi Tapare kowiri
    Te matotoru (± 0.03) mm 0.25
    Waea Karere Ahumahi Te raima kowiri tira
    Rahi (± 0.05) mm 2.7mm (0.9 × 7)
    Paetukutuku Ahumahi MDPE
    Rahi (± 0.1) mm 2.0 × 3.0
    Tuhinga o waho Ahumahi MDPE
    Te matotoru (± 0.1) mm 1,5
    Tuhinga o waho Ahumahi MDPE
    Te matotoru (± 0.1) mm 1.7 1.8 1.8
    Taura Whiri (± 0.5) mm 7.2 × 15.4 7.6 × 15.8 8.0 × 16.2
    Taputapu Waea (± 10) kg 110 115 125
    Min. radius piko Te kore Tension 10.0 × Taura-φ
    I raro i te Whakaaetanga Rawa 20.0 × Taura-φ
    Whānuitanga o te pāmahana
    (℃)
    Tāutanga -20 ~ + 60
    Transport me te rokiroki -40 ~ + 70
    Mahi -40 ~ + 70

    Tae Horoi

    Kare. 1 2 3 4 5 6
    Tae  src =
    Kare. 7 8 9 10 11 12
    Tae
    Kare. 13 14 15 16 17 18
    Tae
    Kare. 19 20 21 22 23 24
    Tae

    Ko nga taonga o te muka muka-arai kotahi (ITU-T Rec. G.652.D)

    Nama Whakatakotoranga
    Momo muka Aratau-takahuri
    He rauemi muka Karawaka silica
    Te kawenga Attenuation
    @ 1310 nm
    @ 1383 nm
    @ 1550 nm
    @ 1625 nm
    £ 0.36 dB / km
    £ 0.32 dB / km
    £ 0.22 dB / km
    £ 0.30 dB / km
    Te matapae £ 0,05 dB
    Te tapahi taura taura £ 1260 nm
    Roa-tohatoha tohatoha Zero 1300 ~ 1324 nm
    Puta tohatoha Zero £ 0.092 ps / (nm2.km)
    Te horapa Chromatic
    @ 1288 ~ 1339 nm
    @ 1271 ~ 1360 nm
    @ 1550 nm
    @ 1625 nm
    £ 3.5 ps / (nm. Km)
    £ 5.3 ps / (nm. Km)
    £ 18 ps / (nm. Km)
    £ 22 ps / (nm. Km)
    PMDQ (Whawhiwhi tohu *) £ 0.2 ps / km1 / 2
    Maeke parae teera @ 1310 nm 9.2 ± 0.4 um
    Ko te hapa o te papahoro / Taha £ 0.5 um
    Whanui toura 125,0 ± 0.7 um
    Te whakakii i te kore-porohita £ 1.0%
    Te taahinga paninga tuatahi 245 ± 10 um
    Taumata whakamatautau 100 kpsi (= 0.69 Gpa), 1%
    Te
    0oC ~ + 70oC @ 1310 & 1550nm
    £ 0.1 dB / km

    Tono:

    Kore. Nama Manaakitanga
    1  Whakatauranga Tensile Whakaputanga taura w / o Karere 2700N
    CableResidual w / o Karere 800 N
    2 Te Wehenga Ururu Termiti poto 1000 (/ 100mm)
    Te roa 300 (/ 100mm)

    Te tohu kuru

    He ma te tae o tohu, engari ki te he e tika ana te faaite mai, ka te tae ma māka kia tāngia hou i roto i te tūranga rerekē.
    Ka whakaaetia he koretake mo te roa o te tohu tohu mena ka marama nga tohu e rua.
    Ko nga pito e rua o nga taura e taapiri ana me nga wera kapiti mutunga e kore e taea te aukati i te wai.


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