Fiber Cable. 2nd Edition

Transcription

1 2nd Edition

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3 Introduction... Compact Building Cable: Plenum...3 Compact Building Cable: Riser...5 Breakout Cable: Riser and Plenum...7 LCF Optical Cable Closet Distribution: Plenum...9 LCF Optical Cable Closet Distribution: Riser...3 In/Outdoor Cable: Riser, Low Smoke, Zero Halogen...7 In/Outdoor Dry Loose Tube Cable: Riser and Plenum...9 Outside Plant Loose Tube Cable: Polyethylene Jacket...2 Furcation Tubing...23 Index

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5 Introduction TE Connectivity has over 20 years of fiber cable manufacturing experience and offers a complete family of high performance cable and related products. Loose tube cable (outside plant) Flame retardant (plenum and riser) loose tube cable Breakout and distribution cable Patch cord/pigtail cable Specialty cable - Tactical and broadcast cable for rapid deployment - Aircraft cable - Cable for extreme temperature and operating environments - Cable for remote operating vehicles - Furcation tubing for optical devices Features Each fiber tested to specifications before shipping Each fiber type available in all standard TE cable designs Ultra 50 µm fiber is laser-optimized for 300 meter 0 Gbps applications (IEEE 802.3ae) Ultra 50 µm fiber for 550 meter 0 Gbps applications is also available Test data provided for each cable shipped

6 Fiber Selection Criteria Optical Performance Maximum Attenuation Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Guaranteed Ethernet Transmission Performance Fast Ethernet 00Mbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information Description Catalog Number Suffix Multimode µm /25 µm Enhanced 62E 50/25 µm /25 µm Enhanced 50E 50/25 µm Ultra U 50/25 µm Ultra 550 5U5 Singlemode 00 These suffixes are used as the last three characters of typical cable catalog numbers to indicate the desired fiber type. Examples: 602AIRCBC62E, 6006PTHBKO00, 7006LZHIOC50U 2

7 Compact Building Cable: Plenum Features Applications 900 µm tight buffered fibers designed for one-pass mechanical stripping Constructions above 24 fibers feature subunits All-dielectric construction includes aramid yarn tensile strength members Easy-to-strip outer jacket Features AirES technology Compliances Telcordia GR-409-CORE, EIA/TIA FOTP standards TIA/EIA 568-B (UL) 90, NEC OFNP, FT-6 Optical Performance Maximum Attenuation Between main cross-connects and telecommunications room Horizontal cable runs from cross-connect to telecommunications room Areas requiring plenum (UL) listed flame retardant cables Horizontal cable runs from telecommunications rooms to consolidation points Raised floor installations Armored constructions are available. Please contact your TE representative. Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next page 3

8 Compact Building Cable: Plenum 2-Fiber Cable PVC Outer Jacket 900 µm Tight Buffered Fiber Aramid Yarn Strength Member Dielectric Central Strength Member Ripcord 72-Fiber Cable 2-Fiber Subunit PVDF Outer Jacket Aramid Yarn Strength Member Rip Cord 900 µm Tight Buffered Fiber Dielectric Central Strength Member Guaranteed Ethernet Transmission Performance Fast Ethernet 00 Mbps 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km Fibers Diameter Weight Minimum Bend Radius Catalog Number* Loaded Installed mm in kg/km lb/000' mm in mm in AIPCBCYYY AIPCBCYYY AIPCBCYYY AIPCBCYYY AIPCBCYYY AIPCBCYYY PTFCBCYYY PTFCBCYYY PTFCBCYYY PTFCBCYYY Q44PTHCBCYYY *Replace YYY with fiber type: 00 = Singlemode 050 = 50/25 µm Multimode 062 = 62.5/25 µm Multimode 50E = 50/25 µm Enhanced multimode 62E = 62.5/25 µm Enhanced multimode 50U = 50/25 µm Ultra multimode for 300 m 0 Gbps 5U5 = 50/25 µm Ultra multimode for 550 m 0 Gbps 4

9 Compact Building Cable: Riser Features Applications 900 µm tight buffered fibers designed for one-pass mechanical stripping Constructions above 24 fibers feature subunits All-dielectric construction includes aramid yarn tensile strength members Features AirES technology to improve cable performance (up to 24 fibers) Compliances Telcordia GR-409-CORE, EIA/TIA FOTP standards TIA/EIA 568-B (UL) 666, NEC OFNR, FT-4 Optical Performance Maximum Attenuation Designed for use in backbone or horizontal cable applications Vertical cable runs from cross-connects to telecommunication rooms Vertical cable runs from telecommunication rooms to consolidation points Armored constructions are available. Please contact your TE representative. Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next page

10 Compact Building Cable: Riser 2-Fiber Cable PVC Outer Jacket 900 µm Tight Buffered Fiber Fiber Aramid Yarn Strength Member Dielectric Central Strength Member Guaranteed Ethernet Transmission Performance 72-Fiber Cable 2-Fiber Subunit PVC Outer Jacket Aramid Yarn Strength Member Rip Cord 900 µm Tight Buffered Fiber Dielectric Central Strength Member Fast Ethernet 00 Mbps 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km Fibers Diameter Weight Minimum Bend Radius Catalog Number* Loaded Installed mm in kg/km lb/000' mm in mm in AIRCBCYYY AIRCBCYYY AIRCBCYYY AIRCBCYYY AIRCBCYYY AIRCBCYYY LFRCBCYYY LFRCBCYYY LFRCBCYYY LFRCBCYYY LFRCBCYYY *Replace YYY with fiber type: 00 = Singlemode 050 = 50/25 µm Multimode 062 = 62.5/25 µm Multimode 50E = 50/25 µm Enhanced multimode 62E = 62.5/25 µm Enhanced multimode 50U = 50/25 µm Ultra multimode for 300 m 0 Gbps 5U5 = 50/25 µm Ultra multimode for 550 m 0 Gbps

11 Breakout Cable: Riser and Plenum Central Strength Member Flame Retardant Core Wrap Flame Retardant PVC Outer Jacket (OFNR or OFNP) Rip Cord Subunit Aramid Yarn Strength Member Features 900 µm tight buffered fibers designed for one-pass mechanical stripping Constructions available with four to 24 fibers Available with 2.9, 2.4, 2.0 and.6 mm subunits All-dielectric construction includes aramid yarn tensile strength members All cables tested to Telcordia and EIA/TIA FOTP standards Optimized for all standard connectors Individual subunits allow for easy routing of fibers to termination points while maintaining fiber protection Supports critical office and factory applications Optical Performance Maximum Attenuation Compliances Telcordia GR-409-CORE, EIA/TIA FOTP standards TIA/EIA 568-B (UL) 666, NEC OFNR, FT-4 or (UL) 90, NEC OFNP, FT-6 Armored constructions are available. Please contact your TE representative. Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next page

12 Breakout Cable: Riser and Plenum Guaranteed Ethernet Transmission Performance UL Type Jacket Type Fibers Fast Ethernet 00 Mbps 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information Diameter Note: Diameter and weight based on construction with 2.4 mm subunits. Weight mm in kg/km lb/000' Catalog Number* Riser PVC LFRBKOYYYZZSUB Riser PVC LFRBKOYYYZZSUB Riser PVC LFRBKOYYYZZSUB Riser PVC LFRBKOYYYZZSUB Plenum PVDF PTHBKOYYYZZSUB Plenum PVDF PTHBKOYYYZZSUB Plenum PVDF PTHBKOYYYZZSUB Plenum PVDF PTHBKOYYYZZSUB Replace YYY with fiber type: 00 = Singlemode 062 = 62.5/25 µm Multimode 62E = 62.5/25 µm Enhanced multimode 050 = 50/25 µm Multimode 50E = 50/25 µm Enhanced multimode 50U = 50/25 µm Ultra multimode for 300 m 0 Gbps 5U5 = 50/25 µm Ultra multimode for 550 m 0 Gbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km Replace ZZ with subunit size: 6 =.6 mm subunits (riser only) 20 = 2.0 mm subunits 24 = 2.4 mm subunits 29 = 2.9 mm subunits Contact TE for additional jacket colors and constructions. 8

13 LCF Optical Cable Closet Distribution: Plenum Features Evenly distributed aramid yarn strength member simplifies terminations Eliminates the need to furcate for hybrid patch cords, thus reducing labor costs Versatile buffer size can be configured for specific small-form-factor connectors Reduced shrink back minimizes attenuation and connector separation Applications Communications closet patch cord assemblies Workstation outlet patch cord assemblies Small-form-factor connectors: MTRJ, LC, MU and LX.5 connectors Hybrid patch cords: small-form-factor connectors to legacy connectors Compliances Heavy metal/lead free cable independently verified to comply with current worldwide environmental demands Restriction of the Use of Hazardous Substances (RoHS) (2002/95/EC) State of California Safe Drinking and Toxic Enforcement Act of 986 (Proposition 65) ISO/IEC 80, IEC , Optical Fiber Cables Part 2 Telcordia GR-409-CORE, EIA/TIA FOTP standards TIA/EIA 568-B (UL) 90, NEC OFNP, FT-6 Simplex Aramid Yarn Strength Member PVC Outer Jacket (OFNP) 900 µm Plenum PVC Buffer Duplex PVC Outer Jacket (OFNP) 900 µm Plenum PVC Buffer Optical Fiber Aramid Yarn Strength Member Zip Cord Aramid Yarn Strength Member PVC Outer Jacket (OFNP) 900 µm Plenum PVC Buffer 9

14 LCF Optical Cable Closet Distribution: Plenum Optical Performance Maximum Attenuation Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next two pages. Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Guaranteed Ethernet Transmission Performance Fast Ethernet 00 Mbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) 0

15 LCF Optical Cable Closet Distribution: Plenum Ordering Information Description Fibers Diameter Weight mm in kg/km lb/000' Catalog Number Singlemode Simplex LFPSFH006 Zip cord 2.6 x x LFPZCH006 Simplex LFPSFH0020 Zip cord x x LFPZCH0020 Simplex LFPSFH0029 Zip cord x x LFPZCH0029 Duplex LFPSKD /25 µm Multimode Simplex LFPSFH0506 Zip cord 2.6 x x LFPZCH0506 Simplex LFPSFH05020 Zip cord x x LFPZCH05020 Simplex LFPSFH05029 Zip cord x x LFPZCH05029 Duplex LFPSKD /25 µm Enhanced Multimode Simplex LFPSFH50E6 Zip cord 2.6 x x LFPZCH50E6 Simplex LFPSFH50E20 Zip cord x x LFPZCH50E20 Simplex LFPSFH50E29 Zip cord x x LFPZCH50E29 Duplex LFPSKD50E29

16 LCF Optical Cable Closet Distribution: Plenum Ordering Information Description Fibers Diameter Weight mm in kg/km lb/000' Catalog Number 50/25 µm Ultra Multimode Simplex LFPSFH50U6 Zip cord 2.6 x x LFPZCH50U6 Simplex LFPSFH50U20 Zip cord x x LFPZCH50U20 Simplex LFPSFH50U29 Zip cord x x LFPZCH50U29 Duplex LFPSKD50U /25 µm Multimode Simplex LFPSFH0626 Zip cord 2.6 x x LFPZCH0626 Simplex LFPSFH06220 Zip cord x x LFPZCH06220 Duplex LFPSKD06229 Zip cord x x LFPZCH06229 Simplex LFPSFH

17 LCF Optical Cable Closet Distribution: Riser Features Evenly distributed aramid yarn strength member simplifies terminations Eliminates the need to furcate for hybrid patch cords, thus reducing labor costs Versatile buffer size can be configured for specific small-form-factor connectors Reduced shrink back minimizes attenuation and connector separation Applications Communications closet patch cord assemblies Workstation outlet patch cord assemblies Small-form-factor connectors: MTRJ, LC, MU and LX.5 connectors Hybrid patch cords: small-form-factor connectors to legacy connectors Compliances Heavy metal/lead free cable independently verified to comply with current worldwide environmental demands Restriction of the Use of Hazardous Substances (RoHS) (2002/95/EC) State of California Safe Drinking and Toxic Enforcement Act of 986 (Proposition 65) ISO/IEC 80, IEC , Optical Fiber Cables Part 2 Telcordia GR-409-CORE, EIA/TIA FOTP standards TIA/EIA 568-B (UL) 666, NEC OFNR, FT-4 Simplex Aramid Yarn Strength Member PVC Outer Jacket (OFNR) 900 µm Plenum PVC Buffer Duplex PVC Outer Jacket (OFNR) 900 µm Plenum PVC Buffer Optical Fiber Aramid Yarn Strength Member Zip Cord Aramid Yarn Strength Member PVC Outer Jacket (OFNR) 900 µm Plenum PVC Buffer 3

18 LCF Optical Cable Closet Distribution: Riser Optical Performance Maximum Attenuation Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next two pages. Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Guaranteed Ethernet Transmission Performance Fast Ethernet 00 Mbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) 4

19 LCF Closet Distribution Cable: Riser Ordering Information Description Fibers Diameter Weight mm in kg/km lb/000' Catalog Number Singlemode Simplex LFRSFH006 Zip cord* 2.6 x x LFRZCH006 Zip cord 2.6 x x LFRZCH006 Simplex LFRSFH0020 Zip cord x x LFRZCH0020 Simplex LFRSFH0029 Zip cord x x LFRZCH0029 Duplex LFRSKD0029 Duplex* LFRSKD /25 µm Multimode Simplex LFRSFH0506 Zip cord* 2.6 x x LFRZCH0506 Zip cord 2.6 x x LFRZCH0506 Simplex LFRSFH05020 Zip cord x x LFRZCH05020 Simplex LFRSFH05029 Zip cord x x LFRZCH05029 Duplex LFRSKD05029 Duplex* LFRSKD /25 µm Enhanced Multimode Simplex LFRSFH50E6 Zip cord* 2.6 x x LFRZCH50E6 Zip cord 2.6 x x LFRZCH50E6 Simplex LFRSFH50E20 Zip cord x x LFRZCH50E20 Simplex LFRSFH50E29 Zip cord x x LFRZCH50E29 Duplex LFRSKD50E29 Duplex* LFRSKD50E29 * Catalog numbers starting with 3002 indicate 650 µm PVC tight buffer for use with MTRJ connectors. 5

20 LCF Closet Distribution Cable: Riser Ordering Information Description Fibers Diameter Weight mm in kg/km lb/000' Catalog Number 50/25 µm Ultra Multimode Simplex LFRSFH50U6 Zip cord* 2.6 x x LFRZCH50U6 Zip cord 2.6 x x LFRZCH50U6 Simplex LFRSFH50U20 Zip cord x x LFRZCH50U20 Simplex LFRSFH50U29 Zip cord x x LFRZCH50U29 Duplex LFRSKD50U29 Duplex* LFRSKD50U /25 µm Multimode Simplex LFRSFH0626 Zip cord* 2.6 x x LFRZCH0626 Zip cord 2.6 x x LFRZCH0626 Simplex LFRSFH06220 Zip cord x x LFRZCH06220 Duplex LFRSKD06229 Simplex LFRSFH06229 Zip cord x x LFRZCH06229 Duplex* LFRSKD06229 * Catalog numbers starting with 3002 indicate 650 µm PVC tight buffer for use with MTRJ connectors. 6

21 In/Outdoor Cable: Riser Low Smoke, Zero Halogen 900 µm Tight Buffer Binder (Above 2 Fiber) Aramid Yarn Strength Member Central Member Rip Cord Low Smoke, Zero Halogen Outer Jacket (UL) Listed OFNR Features Low smoke, zero halogen (LSZH) 900 µm tight buffered fibers designed for onepass mechanical stripping Excellent crush, cut and abrasion resistance, flame retardancy Constructions available with four to 24 fibers UV resistant jacket Flexible design, easy to install Compliances Telcordia GR-409-CORE, EIA/TIA FOTP standards (UL) 666, NEC OFNR Optical Performance Maximum Attenuation Color-coded buffered fibers All cables tested to Telcordia and EIA/TIA FOTP standards Well-suited for direct termination; no need to splice at building entrance Installs in conduits between buildings Offers a convenient alternative to PVC riser cables Armored versions available for rodent resistance TIA/EIA 568-B Typical Attenuation Bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 3.5/.5 2.7/ /500 50/25 µm 3.5/.5 2.7/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 N/A Bandwidth measurements specified overfilled launch conditions (OFL) Ordering information follows on the next page. 7

22 In/Outdoor Cable: Riser, Low Smoke, Zero Halogen Guaranteed Ethernet Transmission Performance Gigabit Ethernet Link Length (SX/LX) 0 Gigabit Ethernet Link Length (SR/LX4) Multimode 62.5/25 µm 275 m/550 m 33 m/300 m 50/25 µm 550 m/550 m 82 m/300 m (LR/ER) Singlemode NA/5000 m 0 km/40 km 0 Gigabit Ethernet distance guarantee at 300 nm achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0G Base-LX4) Ordering Information Diameter Weight Catalog Number* UL Type Fibers Singlemode or mm in kg/km lb/000' 62.5/25 µm 50/25 µm Distribution LZHIOCYYY 0004LZHIOC050 Distribution LZHIOCYYY 0006LZHIOC050 Distribution LZHIOCYYY 002LZHIOC050 Distribution LZHIOCYYY 0024LZHIOC050 Breakout LZHIOBYYY 0004LZHIOB050 Breakout LZHIOBYYY 0006LZHIOB050 Breakout LZHIOBYYY 002LZHIOB050 Breakout LZHIOBYYY 0024LZHIOB050 Armored breakout LZHIOAYYY 0004LZHIOA050 Armored breakout LZHIOAYYY 0006LZHIOA050 Armored breakout LZHIOAYYY 002LZHIOA050 Armored breakout LZHIOAYYY 0024LZHIOA050 *Replace YYY with fiber type: 00 = Singlemode 062 = 62.5/25 µm multimode Contact TE for additional jacket colors and constructions. 8

23 In/Outdoor Dry Loose Tube Cable: Riser and Plenum Indoor/Outdoor Dry Loose Tube (up to 2 fibers) 250 µm UV Colored Optical Fiber 3.0 mm (.2") Thermoplastic Tube Drygel Water Blocked Strength Member Flame Retardant Outer Jacket Indoor/Outdoor Dry Loose Tube (up to 44 fibers) 250 µm UV Colored Optical Fiber 3.0 mm (.2") Thermoplastic Tube Drygel Water Blocked Features Central Strength Member Strength Member Flame Retardant Outer Jacket Rip Cord Dry cable core and dry buffer tubes provide effective water blocking without the need for traditional gel filler Can be placed anywhere in the network, bypassing transition points from outdoor to indoor Installation times reduced because there is no need to clean gels Excellent flame retardancy Flexible design for easy installation Color-coded buffer tubes and fibers Wide operating temperature: -40 to +75 C (-40 to +67 F) Optical Performance Maximum Attenuation Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next page. 9

24 In/Outdoor Dry Loose Tube Cable: Riser and Plenum Guaranteed Ethernet Transmission Performance Fast Ethernet 00 Mbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information UL Type Dry loose tube: in/outdoor riser Dry loose tube: in/outdoor plenum *Replace XXX with fiber count. Replace YYY with fiber type: 00 = Singlemode 062 = 62.5/25 µm Multimode 62E = 62.5/25 µm Enhanced multimode 050 = 50/25 µm Multimode Fibers Diameter Weight mm in kg/km lb/000' Catalog Number* QXXXDLTIORYYY QXXXDLTIOPYYY x x E = 50/25 µm Enhanced multimode 50U = 50/25 µm Ultra multimode for 300 m 0 Gbps 5U5 = 50/25 µm Ultra multimode for 550 m 0 Gbps 20

25 Outside Plant Loose Tube Cable: Polyethylene Jacket Loose Tube PE Outer Jacket 3.0 mm (0.2") Gel-Filled Buffer Tube Aramid Yarn Strength Member 250 µm UV Colored Optical Fiber Central Strength Member Water Swellable Member Rip Cord Features Dry cable core Available in singlemode, 50 µm and 62.5 µm multimode versions Gel-filled buffer tubes All-dielectric or armored construction Available in hybrid constructions (singlemode and multimode) Excellent crush and impact resistance High pulling force Optical Performance Armored Loose Tube Maximum Attenuation PE Inner Jacket 3.0 mm (0.2") Gel-Filled Buffer Tube Aramid Yarn Strength Member 250 µm UV Colored Optical Fiber Central Strength Member Water Swellable Member Rip Cord Corrugated Steel PE Outer Jacket Easy to install UV resistant outer sheath All cables tested to EIA/TIA FOTP standards Available with rodent-resistant armoring Wide operating temperature range: -40 to +75 C (-40 to +67 F) Excellent above and below ground reliability Low attenuation for optimum signal reliability Typical Attenuation Guaranteed Minimum bandwidth (MHz/km) Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 3.5/.5 3.0/ / /25 µm enhanced 3.5/.5 3.0/ /600 50/25 µm 3.5/.5 3.0/ /500 50/25 µm enhanced 3.0/.5 2.5/ /500 50/25 µm ultra /.5 2.5/ /500 50/25 µm ultra /.5 2.5/ / nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode.0/.0 0.4/0.3 NA Bandwidth specified by overfilled launch (OFL) 2 Bandwidth specified by laser-based launch Ordering information follows on the next page. 2

26 Outside Plant Loose Tube Cable: Polyethylene Jacket Guaranteed Ethernet Transmission Performance Fast Ethernet 00 Mbps Gigabit Ethernet Gbps 0 Gigabit Ethernet 0 Gbps Multimode 850 nm/300 nm 850 nm/300 nm 850 nm/300 nm 62.5/25 µm 300 m/2 km 275 m/550 m 33 m/300 m 62.5/25 µm enhanced 300 m/2 km 500 m/000 m 65 m/450 m 50/25 µm 300 m/2 km 550 m/550 m 82 m/300 m 50/25 µm enhanced 300 m/2 km 750 m/2000 m 50 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 300 m/300 m 50/25 µm ultra m/2 km 00 m/550 m 550 m/300 m 30 nm/550 nm 30 nm/550 nm 30 nm/550 nm Singlemode 2 km/na 5 km/na 0 km/40 km 0 Gigabit Ethernet distance guarantees at 300 nm are achieved via four 3.25 Gbps channels multiplexed with WWDM technology (0GBASE-LX4) Ordering Information Cable Type Fibers Diameter Weight mm in kg/km lb/000' Catalog Number* Duct (all dielectric) QXXXLTSDNAYYY Armored (dual jacket) QXXXLTDDARYYY *Replace XXX with fiber count. Replace YYY with fiber type: 00 = Singlemode 062 = 62.5/25 µm Multimode 62E = 62.5/25 µm Enhanced multimode 050 = 50/25 µm Multimode 50E = 50/25 µm Enhanced multimode 50U = 50/25 µm Ultra multimode for 300 m 0 Gbps 5U5 = 50/25 µm Ultra multimode for 550 m 0 Gbps Note: Single jacket armored and higher fiber counts are available upon request. Please contact your TE representative. 22

27 Furcation Tubing Outer Jacket Inner Tube Aramid Yarn Strength Member Optional Pull String Features Variety of sizes to fit specific applications Various colors for easy circuit identification Choice of materials to suit specific requirements Minimal shrinkage materials are available Available for use in extreme environments Non out-gassing versions available Available for use in wide temperature range Furcation Tubing Materials PVC Polyester PVDF Low smoke zero halogen (LSZH) Ordering information follows on the next page. Applications Patching active devices Terminating loose tube cables Fortifying distribution cables for patch cable applications Buffering bare fibers in coupler and splitter applications Manufacturing breakout kits Medical Devices Nylon ETFE Polyurethane 23

28 Furcation Tubing Ordering Information Description Catalog Number* 500 x 900 µm PVC furcation tubing F6NPVCFT5X9YY 500 x 900 µm Hytrel furcation tubing F7NHYTFT5X9YY for extreme temperatures and chemical resistance 500 x 900 µm PVDF furcation tubing F5NSOLFT5X9YY for low shrink requirements; material meets (UL) 94V mm (.2") PVC jacketed furcation tubing F0NLFRFT30X7 with. x.7 mm polypropylene inner tube, designed for 900 µm buffers 3.0 mm (.2") PVC jacketed furcation tubing F0NLFRFT305X9 with 500 x 900 µm Polypropylene inner tubing; for specialty fibers.6 mm (.06") PVC jacketed furcation tubing F5NLFRFT65X9 with 500 x 900 µm PVDF inner tubing; for LC connector applications 2.4 mm (.09") low smoke zero halogen jacketed furcation tubing; F7NLZHFT245X9 meets LSZH requirements Ribbon furcation tubing; for MPO-style connectors F0NLFRRB2F For additional sizes or materials, please contact your TE representative. *Replace YY with: BL = Blue OR = Orange GR = Green BR = Brown SL = Slate WH = White RD = Red BK = Black YL = Yellow Vi = Violet RS = Rose AQ = Aqua Hytrel is a registered trademark of DuPont 24

29 Index 0004LZHIOA LZHIOB LZHIOC LZHIOA LZHIOB LZHIOC LZHIOA LZHIOB LZHIOC LZHIOA LZHIOB LZHIOC LFRSKD50E LFRSKD50U LFRSKD LFRSKD LFRSKD LFRZCH50E LFRZCH50U LFRZCH LFRZCH LFRZCH LFPSFH50E LFPSFH50E LFPSFH50E LFPSFH50U LFPSFH50U LFPSFH50U LFPSFH LFPSFH LFPSFH LFPSFH LFPSFH LFPSFH LFPSFH LFPSFH LFPSFH LFRSFH50E LFRSFH50E LFRSFH50E LFRSFH50U LFRSFH50U LFRSFH50U LFRSFH LFRSFH LFRSFH LFRSFH LFRSFH LFRSFH LFRSFH LFRSFH LFRSFH LFPSKD50E LFPSKD50U LFPSKD LFPSKD LFPSKD LFPZCH50E LFPZCH50E LFPZCH50E LFPZCH50U LFPZCH50U LFPZCH50U LFPZCH LFPZCH LFPZCH LFPZCH LFPZCH LFPZCH LFPZCH LFPZCH LFPZCH LFRSKD50E LFRSKD50U LFRSKD LFRSKD LFRSKD LFRZCH50E LFRZCH50E LFRZCH50E LFRZCH50U LFRZCH50U LFRZCH50U LFRZCH LFRZCH LFRZCH LFRZCH LFRZCH LFRZCH LFRZCH LFRZCH LFRZCH AIPCBCYYY AIRCBCYYY LFRBKOYYYZZSUB PTHBKOYYYZZSUB AIPCBCYYY AIRCBCYYY LFRBKOYYYZZSUB PTHBKOYYYZZSUB AIPCBCYYY AIRCBCYYY AIPCBCYYY AIRCBCYYY LFRBKOYYYZZSUB PTHBKOYYYZZSUB AIPCBCYYY AIRCBCYYY AIPCBCYYY AIRCBCYYY LFRBKOYYYZZSUB PTHBKOYYYZZSUB LFRCBCYYY PTFCBCYYY LFRCBCYYY PTFCBCYYY LFRCBCYYY PTFCBCYYY LFRCBCYYY PTFCBCYYY LFRCBCYYY LZHIOAYYY LZHIOBYYY LZHIOCYYY LZHIOAYYY LZHIOBYYY LZHIOCYYY LZHIOAYYY LZHIOBYYY LZHIOCYYY LZHIOAYYY LZHIOBYYY LZHIOCYYY... 8 F F0NLFRFT305X F0NLFRFT30X F0NLFRRB2F F5NLFRFT65X F5NSOLFT5X9YY F6NPVCFT5X9YY F7NHYTFT5X9YY F7NLZHFT245X Q Q44PTHCBCYYY... 4 QXXXDLTIOPYYY QXXXDLTIORYYY QXXXLTDDARYYY QXXXLTSDNAYYY

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32 te.com TE Connectivity, TE connectivity (logo) and Every Connection Counts are trademarks. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity s obligations shall only be as set forth in TE Connectivity s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application. 204 TE Connectivity Ltd. family of companies All Rights Reserved AE / Revision 20, 2008, 2007 CATALOG Contact us P.O. Box 0 Minneapolis, Minnesota USA Tel: x Fax: BROADBAND NETWORK SOLUTIONS /// FIBER CABLE