Data sheet OpDAT connection cable 2x1 OS2 - bend insensitive

Transcription

1 Illustrations Principle diagram Page 1/7 Product specification connection cable for direct connector termination with higher robustness cable structure: I-V(ZN)HH2, duplex patch cable with additional outer jacket ( figure 0 ) laser optimized fiber (not for OM2) bend insensitive fiber cable jacket: LSHF-FR strain relief: aramid applicable standards: EN , ISO nd edition, IEC , IEC , EN variants: OS2, OM4, OM3, OM2

2 Page 2/7 General Data Fields of application Structured building cabling, Office Data center Design Patch cords Transmission technology Fiber optic Color yellow Color coding fiber/ wire(s) see table Fiber class OS2 (IEC B.1.3, B6_b & ITU-T G.657.A2, G.657.B2, G.652.D) Cable Type Connection cable Number of cables/ cores 2 Number of fibres each cable/ wire 1 Fiber construction 9/125 µm Weight kg/km Connections/interfaces Cable sheath diameter (min. - max.) Cable sheath diameter Cable sheath diameter 3.0 x 5.0 mm in. Optical characteristics Attenuation of the fiber in the cable at 1310 nm Attenuation of the fiber in the cable at 1550 nm Attenuation of the fiber in the cable at 1625 nm 0.38 db/km 0.23 db/km 0.25 db/km Mechanical characteristics Strain relief Short term tensile strength Maximum installation load Maximum installation load Crush (compressive strength) Torsion resistance Fire load aramide fibres 240 N mm in N 5 cycles ± 1 revolution 315 MJ/km

3 Page 3/7 Materials and material properties Material - Cable jacket Bend insensitivity Flame retardancy Halogen free Laser-optimized LSHF-FR Environmental conditions Temperature (min. - max.) Temperature - Storage C C Temperature - Storage F F Temperature - Operating C C Temperature - Operating F F Temperature - Installation C C Temperature - Installation F F Approvals RoHS compliant The product meets the following standards Generic cabling systems General requirements ISO/IEC Optical fibers: Generic specification Cross reference table for optical cable test procedures ISO/IEC Optical fibers: Indoor optical cables Sectional specification for class B single-mode fibres ISO/IEC type B.1.3 & B6_b Tests on electric and optical fibre cables under fire conditions Test for vertical flame propagation for a single insulated IEC wire or cable Test for vertical flame spread of vertically-mounted ISO/IEC bunched wires or cables Measurement of smoke density of cables burning ISO/IEC ITU-T standard G.652.D

4 Page 4/7 Packing details Type of packaging meter / Ring or drum

5 Fiber color coding Page 5/7 Fiber color code 1 natural 2 blue

6 OpDAT fiber OS2 BR Page 6/7 150XXX9 General Data Transmission technology Mode type of the fiber Fiber optic Single mode Fiber class OS2 (IEC B.1.3, B6_b & ITU-T G.657.A2, G.657.B2, G.652.D) Fiber construction 9/125 µm Transmission characteristics Chromatic dispersion coefficient Chromatic dispersion coefficient - In the interval 1285 nm nm (max.) Chromatic dispersion coefficient - At 1550 nm (max.) Chromatic dispersion coefficient - At 1625 nm (max.) Dispersionsnulldurchgang,?{sub}0{/sub} Zero dispersion slope (max.) Polarisation mode dispersion (PMD) coefficient, cabled (min.) PMDQ Link Design Value (min.) Threshold wavelength (max.) 1260 max. 3.7 ps/km * nm max ps/km * nm max ps/km * nm nm ps/(nm² * km) ps/vkm Connections/interfaces Connector technology interface 1 Connector technology interface 2 Free line end Free line end Fasermanteldurchmesser ± 0.7 µm Primary coating diameter - colored 242 ± 7 µm Optical characteristics Attenuation of the fiber in the cable at 1310 nm Attenuation of the fiber in the cable at 1383 nm Attenuation of the fiber in the cable at 1550 nm Attenuation of the fiber in the cable at 1625 nm max db/km max db/km max db/km max db/km Mechanical characteristics Proof stress level Strip force (peak) 10 turns on a mandrel R= nm 0.03 db 10 turns on a mandrel R= nm 0.1 db min. 0.7 ( 1 %) GPa 1.2 <= Fpeak.strip <= 8.9 N

7 Powered by TCPDF ( Data sheet OpDAT fiber OS2 BR Page 7/7 150XXX9 Mechanical characteristics 1 turn on a mandrel R= nm 0.1 db 1 turn on a mandrel R= nm 0.2 db 1 turn on a mandrel R= nm 0.5 db 1 turn on a mandrel R= nm 1.0 db Fiber cladding non-circularity max. 0.7 % Core (MDF)-cladding concentricity error max. 0.5 µm Primary coating concentricity error max. 5 % Primary coating-cladding concentricity error max. 12 Inhomogeneity of OTDR measurement report at 1310 max. 0.1 db/km nm und 1550 nm Group refractive index at 1310 nm Group refractive index at 1550 nm and 1625 nm The product meets the following standards Generic cabling systems General requirements Optical fibers: Measuring methods and test procedures Fibre geometry ISO/IEC Coating geometry ISO/IEC Length measurement ISO/IEC Fibre proof test ISO/IEC Coating strippability ISO/IEC Attenuation ISO/IEC Chromatic dispersion ISO/IEC Threshold wavelength ISO/IEC Mode field diameter ISO/IEC Macrobending loss ISO/IEC Polarization mode dispersion ISO/IEC Optical fibers: Indoor optical cables Sectional specification for class B single-mode fibres Optical fibers: Outdoor optical fibre cables Outdoor cables ISO/IEC ITU-T standard ISO/IEC DIN EN : 2007 cat. OS2 ISO/IEC type B6_a/B6_b G.657.A2, G.652.B2, G.652.A, B, C, D