Cables for data transmission in industrial automation - LEONI

70Abbreviationswww.leoni-industrial-projects.comType designations for copper and GigaLine® fiberoptic cablesThe abbreviations used by LEONI for cables and construction elements referas far as possible to DIN VDE standards.0 Fiber optic communication cable KL0 Fiber optic communication cable KL1 Indoor cableOutdoor cable, breakoutIAT1 Outdoor cableUniversal cableAU2 Semi-loose tubeVFilled loose tubeD3 Non-metallic strain relief elements (ZN)2 Filled loose tube D3 Filling compound in cable coreFWater blocking material in cable coreQ4 Halogen-free flame-retardant sheath Hof basic element (AT only)5 Halogen-free flame-retardant sheath H6 Number of fibers/number of loose tubes x numbernnxmof fibers per loose tube7 Multimode fiberSinglemode fiberGE8 Core diameter in µm (multimode fiber)Field diameter in µm (singlemode fiber)9 Cladding diameter in µm10 Attenuation coefficient in dB/km11 WavelengthB = 850 nmF = 1,300/1,310 nmH = 1,550 nmBFH12 Bandwidth in MHz for 1 km in the case ofmultimode fibers, dispersion parameter inps/nm for 1 km in the case of singlemodefibers4 Non-metallic strain relief elementsNon-metallic strain relief elementsand rodent protection elements5 Corrugated steel sheathArmourOuter sheath made of PELayered sheathHalogen-free flame-retardant outer sheathsuitable for direct burialHalogen-free flame-retardant outer sheath6 Number of fibers/number of loosetubes x number of fibers per loose tuber7 Multimode fiberSinglemode fiber8 Core diameter in µm (multimode fiber)Field diameter in µm (singlemode fiber)9 Cladding diameter in µm10 Attenuation coefficient in dB/km11 WavelengthB = 850 nmF = 1,300/1,310 nmH = 1,550 nm12 Bandwidth in MHz for 1 km in the caseof multimode fibers, dispersion parameterin ps/nm for 1 km in the case of singlemodefibers(ZN)(ZN)BWB2Y(L)2YHcHnnxmGEBFH