Cables for data transmission in industrial automation - LEONI

64 Fiber optic cableswww.leoni-industrial-projects.comGigaLine® abbreviationsIdentification of the structural elements in fiber optic cablesApplicationIndoor cableUniversal cableOutdoor cableIndoor cable, breakoutTubesemi-tight tubefilled loose tube, multi fiberfilled loose tube, single fiberConstructionwater blocking elements over cable corefilling compound in cable corefiber optic cables with copper conductorsnon-metallic strain relief elementsnon-metallic strain relief elements and rodent protection elem.laminated aluminium sheath (LAP)central steel strain relief elementsteel wire armourcorrugated steel tape armourJUAATVDWQFS(ZN)(ZN)B(L)(ZS)BWJ – V (ZN) H H 4 G50 / 125 STB900 2.5 (example)Inner sheath materialPVC (polyvinyl chloride) YPE (polyethylene) 2YPA (polyamide) 4YETFE (ethylene-tetrafluoro-ethylene) 7YPP (polypropylene) 9YPUR (polyurethane) 11YTPE-E (thermoplastic polyester elastomer, e.g. Hytrel) 12YH low smoke zero halogen flame retardant (LSZH) HOuter sheath materialsame as inner sheath materialnumber of tubes and fibersnumber of fibersnumber of loose tubes x number of fibers per loose tubeFiber type / fiber core diameter / fiber cladding diametersingle mode fibermulti mode graded index fibermulti mode step index fiber (glass/glass)PCF, multi mode step index fiber(glass/plastic)PCF, multi mode graded index fiber(glass/plastic)POF, polymer optic fiber (plastic/plastic)mnxmEGSKGKPOptical transmission propertiesattenuation coefficient (dB/km),wavelength (nm), A = 650 nm, B = 850 nm,F = 1300 nm, H = 1550 nmbandwidth (MHz x km), (MHz x 100 m) at POF