МЕНЮ
MODULAR DESIGN
КСО-ТСНЗПАл
DESCRIPTION:
Optical cable for laying in special plastic tubes (including the method of pneumatic laying), as well as in cable duct lines provided there is no damage by rodents

REGULATORY DOCUMENTS: Technical Specifications (TU) BY 800003452.001-2009
      Order
      1 - Cable central member (CCM) – fiberglass bar;
      2 - Optical fiber (OF);
      Intra-modular hydrophobic filler;
      3 - Optical module (OM);
      4 - Inter-modular hydrophobic filler;
      5 - Filling element – insulating cord;
      6 - Peripheral strength member (PSM) – aramid fibers;
      7 - Outer sheath – light-stabilized polyethylene resistant to UV radiation.



      • Cable construction details
          • Number of optical fibers in the cable is from 2 to 256
          • Number of fibers in the module * is from 2 to 16
          *-over 12 (16) optical fibers; the optical cable is made of clusters that are wrapped around with a unique polyester thread
        • Operating parameters
          • Operating temperature range * is from minus 40 °C to 60 °C
          • Installation temperature * is from minus 10 °C to 60 °C
          • Transportation and storage temperature * is from minus 40 °C to 60 °C
          • Minimum bend radius during installation and operation — 20xD (D-cable diameter
          • Cable service time is not less than 25 years
          *-at customer`s request, the temperature range can be increased
        • Technical parameters of the cable
          • Operating temperature range is from minus 40 °C to 60 °C
          • Permissible tensile force is from 1.5 to 7.0 kN
          • Crushing force — 0.4 kN/cm
          • Dynamic bends — 20 cycles at an angle of ± 90°
          • Axial twist — 5 cycles at an angle of 360° with a length of 2m
          • Impact energy — 5 J
          • Dropping of the hydrophobic compound at the cut — no dropping at temperature above 60 °C
        Calculated values of weight and diameter of the cable type
        КСО-ТСНЗПАл for 1.5 kN
        Calculated values of weight and diameter of the cable type
        КСО-ТСНЗПАл for 2.7 kN
        Documents:
        1. Declaration of conformity No. Д-КБ-3414 dated 19.12.2013 (valid until 09.12.2018)
          Design versions:
          • Metal-plastic sheath with the use of aluminum laminated tape
          • Peripheral strength member – aramid fibers
          • "Dry" method of core water-blocking - Polyethylene intermediate sheath - For КСО-ТСНЗПнгАл cable, sheath is made of flame retardant polyethylene, PVC compound or flame retardant compound with low-smoke emission, halogen-free
          • Cutting cord
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