Self-supporting optical cable - Import export

Self-supporting protected composite wire with a conductor made of aluminum alloy, with a central strength member made of FRP rod in PE sheath (or without it); around it are stranded tubes containing up to 24 optical fi bers each and (if necessary) fi lling dummy tubes; outer sheath made of light-stabilized cross-linked PE. The wire is designed for suspension and service on supports of aerial power lines for rated voltage of 20 and 35 kV in atmosphere of types I, II and III in climatic version B according to Russian National Standard GOST 15150-69, in atmosphere over sea and salt lake shores, in industrial zones, and saline lands. Operational temperature of the cable is from -60°С to 70° С. Minimum temperature for installation is -30°С.

# Description Taihan Fiberoptics offers an extensive selection of self-supporting fiber optic cables used in pole-to-pole networks, overhead transmission lines and distribution lines as an excellent solution for aerial networks with outstanding optical performance,durability and reliability. All our prototypes are designed and manufactured to operate under the required environmental conditions and to endure the external forces, such as wind, ice and extreme temperatures to which they might be exposed to during their lifetime. ADSS cables have become the No.1 choice for ISPs and Power Utilities for network expansion due to its faster deployment and reduced installation cost. # Applications - Pole to Pole aerial installations - FTTx networks - Enterprise OSP Networks - Electric Utility Distribution Power Lines - Duct installations # Products - Rock ADSS™ Short span - Rock ADSS™ Long span

ALL-DIELECTRIC-SELF-SUPPORTING CABLES Fiber optic cables with this design consist of a central support element and several loose tubes with a maximum of 24 fibers which are stranded around the central support element. For use on overhead lines, these are equipped with extra aramid yarns for strain relief. This enables tensile strengths of up to 50 kN to be achieved.

Optical aerial self-supporting cable, dielectric, with a central strength member made of FRP rod; tubes with up to 24 optical fibers and (if necessary filling dummy tubes) are stranded around the strength member; with a strength member of aramid threads, with single or double PE sheath. Operational temperature of the cable is from -60°С to 70° С. Minimum temperature for installation is -30°С.

Aerial optical cable, self-supporting, dielectric, with a central tube with up to 48 optical fi bers, with a strength member made of two FRP rods, with an outer PE sheath. An additional strength member made of aramid yarns or glass yarns is added to cables with tensile force from 3 kN and more. Operational temperature of the cable is from -60°С to 70°С. Minimum temperature for installation is -30°С.

Optical aerial self-supporting cable, dielectric, with a central strength member made of FRP rod; tubes with up to 24 optical fibers and (if necessary filling dummy tubes) are stranded around the strength member; with strength member made of glass yarns, with single or double PE sheath. Operational temperature of the cable is from -60°С to 70° С. Minimum temperature for installation is -30°С.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses, as well as winding, connecting and attaching to external load bearing power elements (ropes, wires, etc.) at points with a maximum electric field potential up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses, as well as winding, connecting and attaching to external load bearing power elements (ropes, wires, etc.) at points with a maximum electric field potential up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses.

Spiral clamp is designed for mounting a self supporting fiber optic cable to the light poles, towers of high voltage lines, the contact networks of railways, buildings and structures. The clamp consists of a power section, which is a U shaped strand of several spiral wires, fastened together with a special solution, on the inside of which an abrasive is applied. The protector for additional protection of the cable is a set of individual spirals or glued strands.

Spiral clamp is designed for mounting a self supporting fiber optic cable to the light poles, towers of high voltage lines, the contact networks of railways, buildings and structures. The clamp consists of a power section, which is a U shaped strand of several spiral wires, fastened together with a special solution, on the inside of which an abrasive is applied. The protector for additional protection of the cable is a set of individual spirals or glued strands.

Underground detectable marking tapes with logo. The marking tapes with logo indicate underground network installations, fiber optics, cables, natural gas, sewerage, etc. There are two different types of marking tapes with logo plein or perforated. There is possibility to print a suitable warning message on all marking tapes.

Tapes for detection and marking of underground installations. The tapes indicate underground network installations fiber optics, cables, natural gas, sewerage, etc. They have built-in stainless steel wire which can be detected from proper equipment and can indicate underground installations. A suitable warning message can be printed on every tape.