Data sheet OpDAT universal cable 1x24 OM4 - bend insensitive

Transcription

1 Illustrations Principle diagram Page 1/7 Product specification installation cable U-DQ(ZN)BH universal fiber optic cable for indoors/outdoors with central or stranded loose tube bend insensitive fiber UV-resistant, metal-free, longitudinally waterproof, tensile strength and rodent repellent cable jacket: LSHF cable structure: filled loose tubes cable diameter for central loose tube 7.5 with 2 to 12 fibers per loose tube cable diameter for central loose tube 8.0 with 24 fibers per loose tube cable diameter with stranded loose tube 11.0 strain relief: longitudinally waterproof wrapping, glass roving elements stranded loose tubes: loose tubes grouped around a glass fiber reinforced plastic stick with a dia. of 2.5 for laying in ducts or directly in the ground in a suitable layer of sand applicable standards: EN , ISO nd edition, IEC , EN fire behaviour: Class E ca Variant: Number of OM4 fibers Number of OM3 fibers Number of OM2 fibers 1x4, 1x8, 1x12, 1x24, 4x12 1x4, 1x8, 1x12, 1x24, 4x12 1x4, 1x8, 1x12 *The indication of fire protection classification is currently for

2 Illustrations Page 2/7 your General information Dataonly and becomes binding only after the assignment of the DoP number. Fields of application Design Transmission technology Color Color coding fiber/ wire(s) Mode type of the fiber Structured building cabling, Office Data center Installation cables Fiber optic blue see table Multimode Fiber class OM4 (ISO/IEC 11801/EN & IEC /EN A1.a.3) Number of cables/ cores 1 Number of fibres each cable/ wire 24 Fiber construction 50/125 µm Weight kg/km Connections/interfaces Connector technology interface 1 Connector technology interface 2 Cable sheath diameter (min. - max.) Cable sheath diameter Cable sheath diameter in. Mechanical characteristics Strain relief Permanent tensile strength Short term tensile strength Maximum installation load (max.) Maximum installation load Maximum installation load Maximum operating bending radius Maximum operating bending radius Crush (compressive strength) Torsion resistance Fire load longitudinally waterproof wrapping, glass roving elements 700 N 1000 N 1500 N in in N 5 cycles ± 1 revolution 1300 MJ/km

3 Page 3/7 Materials and material properties Material - Cable jacket Bend insensitivity Tensile strength Rodent protection Flame retardancy Halogen free Metallfrei UV-resistance Longitudinal water tightness LSHF pass, no water on free end 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 Ed.2 DIN EN : 2002 Optical fibers: Generic specification General ISO/IEC Test on gases evolved during combustion of materials from cables Determination of the halogen acid gas content IEC Determination of acidity (by measuring the ph value) IEC and conductivity Tests on electric and optical fibre cables under fire conditions Test for vertical flame propagation for a single insulated ISO/IEC wire or cable Measurement of smoke density of cables burning ISO/IEC

4 Page 4/7 The product meets the following standards Coon test methods for cables under fire conditions Fire behaviour - class Class E ca * Classifications ETIM 5.0 ETIM 6.0 EC EC Packing details Type of packaging meter / drum

5 Fiber color coding Page 5/7 Fiber color code 1 red 13 yellow w/mark per 70 2 green 14 white w/mark per 70 3 blue 15 grey w/mark per 70 4 yellow 16 turquoise w/mark per 70 5 white 17 orange w/mark per 70 6 grey 18 pink w/mark per 70 7 brown 19 yellow w/mark every 35 8 violet 20 white w/mark every 35 9 turquoise 21 grey w/mark every black 22 turquoise w/mark every orange 23 orange with w/mark every pink 24 pink w/mark every 35

6 OpDAT fiber OM4 BR Page 6/7 150XXX7 General Data Transmission technology Mode type of the fiber Fiber optic Multimode Fiber class OM4 (ISO/IEC 11801/EN & IEC /EN A1.a.3) Fiber construction 50/125 µm Transmission characteristics Transmission rate up to 100 GBit Overfilled (OFL) modal bandwidth at 850 nm (min.) Overfilled (OFL) modal bandwidth at 1300 nm (min.) Effective modal bandwidth (EMB) at 850 nm (min.) IEEE 802.3ba 3500 MHz * km 500 MHz * km 4700 MHz * km Connections/interfaces Connector technology interface 1 Connector technology interface 2 Fasermanteldurchmesser ± 1.0 µm Primary coating diameter - colored 242 ± 5 µm Primary coating diameter - uncolored 250 ± 15 µm Mechanical characteristics Proof stress level Strip force (peak) min. 0.7 ( 1 %) GPa Fiber cladding non-circularity max. 0.7 % Core non-circularity max. 5 % Core (MDF)-cladding concentricity error max. 1 µm Primary coating concentricity error max. 5 % Primary coating-cladding concentricity error max <= Fpeak.strip <= 8.9 N Inhomogeneity of OTDR measurement report at 1310 max. 0.1 db/km nm und 1550 nm Numerical aperture ± Materials and material properties Bend insensitivity

7 Powered by TCPDF ( OpDAT fiber OM4 BR Page 7/7 150XXX7 The product meets the following standards Generic cabling systems General requirements ISO/IEC DIN EN TIA/EIA 568-C Data centers ISO/IEC 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 Bandbreite ISO/IEC Numerical aperture ISO/IEC Gruppenlaufzeitdifferenz ISO/IEC Optical fibers: Product specifications Sectional specification for category A1 multimode fibres ITU-T standard TIA/ANSI-492 ISO/IEC (A1a.3) G AAAD