Fiber optic cables and components - Import export

PASSIVE FIBER OPTIC COMPONENTS Cables and components – simply belong together For precisely this reason, we decided many years ago to include passive fiber optic components in our product portfolio in addition to cables. In this segment we produce pre-assembled fiber optic cables (cable pigtails, patch cables and breakout cables) with diverse connector and coupling types (FC / PC, FC / APC, SC / PC, SC / APC, ST, E2000 / PC, E2000 / APC, FDDI, FSMA, LC/PC, LC/APC, MTRJ, LX5, MU, MPO). All work steps of manufacturing and quality inspection are carried out by our highly qualified employees at our fiber optic technology plant in St. Barbara – Wartberg. The working rooms meet all the requirements concerning climatisation and workspace for optimum working conditions.Furthermore, we produce completely assembled 19″ fiber optic patch panels that are used for fiber optic distribution or for the fiber optic termination and storage of fiber optic cables and splice cassettes in 19″ rack systems

The rapid expansion of regional and national high-speed data networks is causing an ever increasing demand for fiber optic cables and components. We face this challenge and produce fiber optic cables with single-mode, multimode or NZDS fibers in our fiber optic technology profit center in Sankt Barbara im Mürztal – OT Wartberg, and assemble the cables with the various connector types to meet the highest demands. The range of types covers all usual ground cable constructions in jelly filled and dry-filled design as well as metallic and metal-free (PA) rodent protection. Beyond that also metal-free overhead cables (ADSS) in self-supporting design for spans up to 700m and for 20kV or high voltage systems will be manufactured. With our modern measuring devices, our cables are permanently subjected to tests and controls in accordance with international standards and regulations.

Knight Optical can offer you Plane Mirrors (general, λ/1 and λ/4), for use within Fibre Optic Applications in a range of materials such as Soda-lime float glass, white float glass, and BK7 glass. Our plane mirrors are used within fibre optic applications such as testing the fibre optic signal to help understand the strength of the signal. Plane mirrors also known as front surface mirrors or first surface mirrors are used widely within Fibre Optic applications. As stock we hold many general purpose, λ/1 and λ/4 with a range of up to 6 types of coatings such as Enhanced Aluminium, Ali/SiO2 and Ali/Mgf2. Our general purpose grade mirrors are made from good quality float glass and generally available in thicknesses of 1mm, 3mm and 6mm as standard. READ PDF FOR MORE INFORMATION

Distribution optical cable with a central strength member made of FRP rod, steel strand or steel wire in PE sheath (or without it); tubes with up to 24 optical fibers each and (if necessary) dummy tubes are stranded around the strength member; with a waterblocking tape, with an armor of steel corrugated tape and single or double PE sheath. Operational temperature of the cable is from -40°С to 70°С. Minimum temperature for installation is -30°С.

Aerial optical cable with a central tube containing up to 48 optical fi bers with strength members made of two FRP rods, with outer PE sheath. Operational temperature of the cable is from -60°С to 70°С. Minimum temperature for installation is -30°С.

Aerial Figure 8 optical cable with a central tube with up to 48 optical wires with an integrated messenger made of FRP rod, steel strand or steel wire; with outer PE sheath. Operational temperature of the cable is from -60°С to 70°С. Minimum temperature for installation is -30°С.

Distribution optical cable with a central tube with up to 48 optical fibers, with strength members made of two steel wires, with water-blocking yarns, with an armor of corrugated steel tape and outer PE sheath. Operational temperature of the cable is from -40°С to 70°С. Minimum temperature for installation is -30°С.

Aerial Figure 8 optical cable with a central strength member made of FRP rod in PE sheath or without it; tubes with up to 24 fibers each and (if necessary) fi lling dummy tubes are stranded around the central strength member; with an integrated messenger made of FRP rod, steel strand or steel wire, with outer 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, 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 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.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types but for grounds subject to cryogenic deformations, in cable ducts, 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 in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types as well as for grounds subject to cryogenic deformations, in cable ducts, 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 in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, between buildings of different types.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types but for grounds subject to cryogenic deformations, in cable ducts, 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 in grounds of all types but for grounds subject to cryogenic deformations, in cable ducts, 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 in cable duct systems, over bridges and overpasses, inside protective PE pipes (including air blowing installation).

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in grounds of all types as well as for grounds subject to cryogenic deformations, in cable ducts, 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 in grounds of all types but for grounds subject to cryogenic deformations, in cable ducts, 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 in grounds 1 3 types and in rodent infested grounds as also in cable duct systems, pipes, over bridges and overpasses, for installation in asphalt and concrete pavement.

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.