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�I <br />Ml(-' Plenurn Cables willing <br />2 -24 Fiber Cable Systems <br />Specifications <br />Storage Temperature -40' to +70 °C (40m to + 158°1) _ <br />Installation Temperature Om to +60'C ( +32' to +140 °P) <br />Operating Temperature 0' to +70 °C ( +32' to +158 °F) _ <br />Approvals, Listings and Standards NLC" OPNI, CSA 171'-6, ICGA S -83 -596 _ <br />Flame Resistance NFPA 262 (for plenum, riser and general building applications) <br />CORNING <br />re+e.t..y Hryrnd In.+,wiallon <br />l J <br />li <br />I <br />LM <br />Im C311np Wo- Im Pn %m IMMms <br />Nominal <br />Nominal <br />Outer <br />Weight Maximum Tensile Loads <br />Minimum <br />Bend Radius <br />Fiber Diameter <br />kg /km Central Short -Term <br />Long -Term <br />Loaded <br />Installed <br />Count mm (in) <br />(lb /1000 ft) Member N (Ibf) <br />N (Ibf) <br />cm (in) <br />cm (in) <br />Single layer <br />2 5.0 (0.20) <br />19 (13.0) Y 440 (99) <br />132 (30) <br />7.5 (3.0) <br />5.0 (2.0) <br />' <br />4 5.0 (0.20) <br />24 (16.0) Y 440 (99) <br />132 (30) <br />7.5 (3.0) <br />5-0(2-0) <br />6 5.0(0.20) <br />26 (18.0) Y 440 (99) <br />132 (30) <br />7.5 (3.0) <br />5.0 (2.0) <br />8 5.9 (0.23) <br />36 (24.0) JY 440 (99) <br />132 (30) <br />8.9 (3.5) <br />5.9 (2.3) <br />' <br />Dual Layer <br />12 (913) 6.4 (0.25) <br />41 (27.0) Y 440 (99) <br />132 (30) <br />9.6 (3.8) <br />6.4 (2.5) <br />18 (1216) 7.0 (0.28) <br />50 (34.0) Y 660 (148) <br />198 (45) <br />10.5 (4.2) <br />7.0 (2.8) <br />24(15/9) 7.4 (0.29) <br />63 (42.0) Y 660 (148) <br />198 (45) <br />11.1 (4.4) <br />7.4 (2.9) <br />Central Member 7yper. Y - Yarn, 3Y - jacketed Yarn <br />Fiber- arrangement in dual -layer <br />designs is shown in parentheses. Example: (913) - 9 outride fibers around 3 inner fibers <br />' <br />Transmission Performance <br />Fiber Type <br />62.5/125 pm 62.5/125 pm 62.5/125 pm 5OA25 pm <br />50/125 pm <br />50/125 pm <br />Single -mode <br />(850/1300 nm) (850/1300 ntn) (850 /1300 nm) (850/1300 nm) (85011300 nm) (85011300 tun) (131011550 nm) <br />Performance Option Code <br />10 30 50 31 <br />40 <br />80 <br />31 <br />Maximum Attenuation <br />3.511.0 3.511.0 3.5/1.0 3.5/1.5 <br />3.5/1.5 <br />3.5/1.5 <br />1.0/0.75 <br />(dB /km) <br />Typical Attenuation <br />3.011.0 3.011.0 3.011.0 3.011.0 <br />3.011.0 <br />3.011.0 <br />0.5/0.4 <br />(de /km) <br />' <br />_ <br />Minimum LED Bandwidth <br />160 /500 200/500 200 /500 500/500 <br />700 /500 <br />1500/500 <br />- / - <br />(MHz -km) <br />Minimum Effective Modal <br />- / - 2201 - 385/ - • 510/ -' <br />850/ - " <br />20001 - <br />- <br />Bandwidth (MHz -km) <br />' <br />Serial Gigabit Ethernet <br />2201550 3001550 50011000 600/600 <br />750/600 <br />1000/600 <br />5000/ - <br />Distance (m) <br />Serial 10 Gigabit Ethernet <br />261- 331- 331- 821- <br />150/- <br />3001- <br />10000/40000 <br />Distance (m) <br />' <br />C.MB when deployed with 950 mn, I Gb /s VCSF.I s, as predicted by RML Bandwidth wing F07P -204. <br />*'FMB when deployed with 950 <br />nm, 10 Gb /s VCSF[ s, as predicted by VAID method using F07P -220. <br />CORNING <br />re+e.t..y Hryrnd In.+,wiallon <br />l J <br />li <br />I <br />LM <br />Im C311np Wo- Im Pn %m IMMms <br />