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      What does label means?

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      1. STRUCTURE OF LABELING OF BACKBONE AND BACKHAUL OPTICAL CABLES
      STRUCTURE OF LABELING OF BACKBONE AND BACKHAUL OPTICAL CABLES
      OK G M ng(А) - HF -01 -3х4Е3/...* -(7,0) -Т**
      Allowable tensile force (static), kN
      Number of OF х Number of OF in LT
      Type of OF:
      Е3 - single-mode OF with low-water peak according to ITU-T G.652.D with reduced radius of bending according to ITU-T G.657.A1; or single-mode OF with low-water peak according to  ITU-T G.652.D
      Е5 - single-mode OF with non-zero shifted dispersion according to ITU-T G.655
      М1 (ОМ2) - multimode OF 50/125 according to ITU-T G.651.1
      М2 (ОМ1) - multimode OF 62.5/125 according to IEC60793-2-10
      М3 (ОМ3)- multimode OF 50/125 according to ITU-T G.651.1
      М4 (ОМ4) - multimode OF 50/125 according to recommendation ITU-T G.651.1
      Designs:
      00 - single-tube, no central strength member
      01 - multi-tube, central strength member (or outer strength member for OKPM and OKPTS) – one or two (for cables OKPP) with FRP rods
      02 - multi-tube, central strength member or outer strength member (for OKPM and OKPTS} – steel strand
      03 - multi-tube, central strength member or outer strength member (for OKPM and OKPTS} – steel wire
      04 - multi-tube, outer strength member for OKPM and OKPTS – aramid filament
      Cable with PE fire-retardant sheath:***:
      n - in individual installation
      ng(А) - in bundle installation
      ng(А) - LS – in bundle installation, with low liberation of smoke and gas
      ng(А) - HF – in group installation, without liberation of corrosive gaseous products when burning and smoldering
      ng(A)-FR – fire resistant, flame-retardant in bundle installation
      ng(A)-LTx- flame-retardant in bundle installation, with low toxicity of combustion products
      Type of design:
      M - loose tube design
      TS - design with a central tube
      P - flat
      D - dielectric (certified by Federal network company UNIFIED ENERGY SYSTEM, for suspension on power lines)
      d - dielectric (armor made of FRP rods for cables OKGM, OKGTS)
      s - only for self-supporting cable, design with glass filament (OKSMs)
      Type of installation:
      G - optical cable for direct bury
      K - optical cable for installation in channels.
      P - suspension optical cable.
      S - self-supporting optical cable.
      Т - optical cable for nstallation in pipes.
      Optical cable
      2. STRUCTURE OF MARKING OF COMPOSITE CABLES
      STRUCTURE OF MARKING OF COMPOSITE CABLES WITH OPTICAL FIBERS AND COPPER CONDUCTORS
      KSPP OC G M ng(A) -4Мх0,9/ -01 -3х4Е3/...* -(7,0)
      Allowable tensile force (static), kN
      Number of LT х number of OF in LT:
      Type of OF:
      Е3 – single-mode OF with low water peak according to ITU-TG.652.D with a reduced radius of bending according to ITU-TG.657.A1; or single-mode OF with low water peak according to ITU-TG.652.D
      Е5 – single-mode OF with non-zero dispersion according to Recommendation ITU-T G.655
      М1 (ОМ2) – multimode OF 50/125 according ITU-T G.651.1
      М2 (ОМ1) - multimode 62.5/125 according IEC 60793-2-10
      М3 (ОМ3)- multimode 50/125 according ITU-T G.651.1
      М4 (ОМ4) - multimode 50/125 according ITU-T G.651.1
      Design:
      01 – multitube, central strength member (or outer member for KSPP OKPM)
      02 – multitube, central strength member (outer member, for KSPP OKPM), steel strand
      03 – multitube, central strength member (outer member for KSPP OKPM), steel wire
      04 – mulitube, outer strength member, for OKPM and OKPTS – aramid filament
      Number of copper conductors x rated diameter of a copper conductor
      Fire-retardant PE sheath:
      n – in individual installation;
      ng(A) – in bundle installation;
      ng(А)-LS – in bundle installation with lower smoke and gas liberation;
      ng(А)-HF – in bundle installation without liberation of corrosive gaseous products when burning or smoldering
      Type of design:
      М – loose tube design
      Type of installation:
      G – optical cable for direct bury
      К – optical cable for installation in channels
      P –suspension optical cable
      Т – optical cable for installation in pipes
      Optical cable
      C – cable, S – local network, P – polyethylene sheath, P – protective PE sheath

      STRUCTURE OF MARKING OF COMPOSITE SELF-SUPPORTING WIRE WITH OPTICAL FIBERS
      SIP -3 1х70 -20/ О М -16E3*
      Number of OF
      Type of OF:
      Е3 – single-mode OF with low water peak according to ITU-TG.652.D with reduced radius of bending ac- cording to ITU-TG.657.A1 («Асе»); or single-mode OF with low peak water according to ITU-TG.652.D
      Е5 – single-mode OF with non-zero shifted dispersion according to ITU-T G.655
      М1 (ОМ2) – multimode OF 50/125 according to ITU-T G.651.1
      М2 (ОМ1) – multimode OF 62.5/125 according to IEC60793-2-10
      М3 (ОМ3)- multimode OF 50/125 according to ITU-T G.651.1
      М4 (ОМ4) – multimode OF 50/125 according to ITU-T G.651.1
      Type of design:
      M – loose tube design
      TS – design with a central tube
      Optical part
      Rated voltage (kV)
      Number of conductors х rated cross-section of conductor (mm2)
      Type of wire design
      Self-supporting insulated wire
      3. STRUCTURE OF CABLE MARKING FOR LANs
      STRUCTURE OF CABLE MARKING FOR LANs
      OC V ng(А) -02- -1х4 G.657.A1 -B0,9- -(1,0)
      Allowable tensile force (static), kN
      Special features of design (this column is not available in cable marking of OKDP):
      B – OF in tight buffer, the figure after the latter designate the outer diameter of one fiber in in tight buffer.
      М – microtubes are used in the cable, the figure after the letter designates the diameter of one microtube
      3.0/0.9 – diameter of Simplex or dimensions of Duplex, height/diameter of optical fiber in tight buffer.
      Type of optical fiber:
      G.652.D – single-mode OF with low-water peak according to Recommendation ITU-TG.652.D
      G.655 – single-mode OF with non-zero shifted dispersion according to Recommendation ITU-T G.655
      G.657.A1 - single-mode OF with reduced radius of bending according to Recommendation ITU-T G.657.А1
      G.657.А2 - single-mode OF with reduced radius of bending according to Recommendation ITU-T G.657.А2
      ОМ1 – multimode OF 62.5/125 according to IEC60793-2-10
      ОМ2 – multimode OF 50/125 according to ITU-T G.651.1
      ОМ3 – multimode OF 50/125 according to ITU-T G.651.1
      ОМ4 - multimode OF 50/125 according to ITU-T G.651.1
      Number of optical fibers or number of microtubes х number of OF in a micromodule. In designs with one bunch of fibers (without microtubes) the first figure in this column is not available.
      Engineering design (ONLY IN MARKING OF CABLES OKPD):
      00- strength members: 2 FRP rods
      01- strength members: 2 steel wires
      02 –outer strength member: steel wire and strength elements: 2 FRP rods
      03 - outer strength member: steel wire and strength elements: 2 steel wires
      04 - outer strength member: one FRP rod and strength elements: 2 FRP rods
      05 - outer strength member; one FRP rod and strength elements: 2 steel wires
      Sheath made of fire-retardant PE: *:
      ng(А) – in bundle laying
      ng(А)-LS – in bundle laying, with lower smoke and gas liberation
      ng(А)-HF – in bundle laying (halogen-free)

      Type of design:
      V – optical cable for vertical installation (type «Riser»)
      D – subscriber’s optical cable (type «Duplex»)
      DP – optical cable, drop flat and drop flat with an outer strength member
      R – distribution optical cable (type «Distribution»)
      S – subscriber’s optical cable (type «Simplex»)
      Т – optical fiber in tight buffer
      Optical cable

      • What does label means?
      • Installation instructions
      • Tare
      • Transportation and storage
      • Color identification of optical fibers in loose tube
      • Download the catalog
      About us
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      Direct buried cable
      For LANs
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      Special
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      Useful information
      What does label means?
      Installation instructions
      Tare
      Transportation and storage
      Color identification of optical fibers in loose tube
      Download the catalog
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