AFL Sub-unitized MicroCore 2.0 Base-8 Kabel treiben die Entwicklung von Hochleistungskabeln weiter voran.
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1 FIBER OPTIC CABLE Fiber Optic Cable © 2019, AFL, all rights reserved. PP-1-00165, Revision 1, 5.26.2020 Specifications are subject to change without notice. AFLglobal.com | 800.235.3423 continued Applications • Headend termination to a fiber "backbone" • Termination of fiber rack systems • Intra-building "backbones" • MTP/MPO or MTP to breakout terminations Features • 250 μm fiber with counts from 16 to 144 • 8-fiber sub-units • LSZH Riser flame-rated jacket • All aramid tensile strength members around core cable for ease of attaching pulling-eye; aramid within sub-units for use with MT termination Sub-unitized Premise MicroCore ® 2.0 Base-8 – CPR Certified AFL Sub-unitized MicroCore 2.0 Base-8 cables continue to push evolution of high performance premise cabling. Base-8 cable configurations are available in fiber counts up to 144 fibers, utilizing 250 μm fiber. MicroCore 2.0 can support all of your high-density network needs, offering the highest density 2.0 mm fiber cables available. Constructed of the highest quality materials to exacting industry standards, these small-diameter cables provide the solution sought out by today’s structured cabling professionals. Each sub- cable is independently qualified and is suitable for individual routing paths within the rack/panel architecture. This enables a flexibility of design and deployment not available in comparable high- density designs. Designed for direct termination and supportive of both single-fiber and multifiber architectures, this cable family should serve as the backbone to any deployed system. Cables are constructed with AFL MicroCore technology consistent with a long line of market-leading designs. aramid yarn colored fiber outer jacket fiber sub-unit 2.0 mm 96 fiber center member flexible outer jacket sub-unit ripcord 48 fiber center member flexible outer jacket sub-unit ripcord 16, 24, and 32 fiber sub-unit outer jacket aramid yarn for pull strength ripcord Cable Components Technical Information TYPE FIBER COUNT NOMINAL DIAMETER INCHES (MM) WEIGHT LBS/1000 FT (KG/KM) TENSION LBS (N) BENDING RADIUS INCHES (CM) INSTALLATION LONG TERM INSTALLATION LONG TERM 8-FIBER SUBUNITS 16 0.27 (7.0) 32 (47) 150 (660) 45 (198) 4.1 (10.5) 2.7 (7.0) 24 0.27 (7.0) 33 (49) 150 (660) 45 (198) 4.1 (10.5) 2.7 (7.0) 32 0.27 (7.0) 33 (49) 150 (660) 45 (198) 4.1 (10.5) 2.7 (7.0) 48 0.32 (8.2) 42 (63) 150 (660) 45 (198) 4.8 (12.3) 3.2 (8.2) 64 0.33 (8.5) 81 (120) 150 (660) 45 (198) 5.0 (12.8) 3.3 (8.5) 72 0.40 (10.3) 77 (115) 150 (660) 45 (198) 6.0 (15.5) 4.0 (10.3) 96 0.40 (10.3) 65 (97) 150 (660) 45 (198) 6.0 (15.5) 4.0 (10.3) 144 0.50 (12.9) 104 (155) 150 (660) 45 (198) 7.5 (19.4) 5.0 (12.9)
© 2019, AFL, all rights reserved. PP-1-00165, Revision 1, 5.26.2020 Specifications are subject to change without notice. AFLglobal.com | 800.235.3423 2 FIBER OPTIC CABLE Fiber Optic Cable Premise Cable Temperature Specifications TEMPERATURE RANGE RISER LSZH INSTALLATION 0°C to +70°C -20°C to +70°C OPERATION 0°C to +60°C 0°C to +60°C STORAGE -40°C to +70°C -40°C to +70°C Contact AFL for further details. Qualifications GOVERNING BODY STANDARD CODE COMPONENT CE B2ca - s1a,d0,a1 Cable IEC 60332, 60754, 61034 LSZH/ONFR-LS Jacket Telcordia GR-409-CORE Jacket EIA/TIA 568 Jacket ICEA Jacket RoHS REACH Jacket Sub-unitized Premise MicroCore ® 2.0 Base-8 – CPR Certified Ordering Information—MicroCore 2.0 TYPE FIBER COUNT AFL NO. CPR CERTIFICATION SINGLE-MODE OM3 50 μ m OM4 50 μ m OM5 50 μ m 8-FIBER SUBUNITS 16 GE016920199B:848-B2CA GE016L201CCB:848-BIF-B2CA GE016C201CCB:848-BIF-B2CA GE016W201LLB:848-BIF-B2CA B2ca - s1a,d0,a1 24 GE024920199B:848-B2CA GE024L201CCB:848-BIF-B2CA GE024C201CCB:848-BIF-B2CA GE024W201LLB:848-BIF-B2CA B2ca - s1a,d0,a1 32 GE032920199B:848-B2CA GE032L201CCB:848-BIF-B2CA GE032C201CCB:848-BIF-B2CA GE032W201LLB:848-BIF-B2CA B2ca - s1a,d0,a1 48 GE048920199B:868-B2CA GE048L201CCB:868-BIF-B2CA GE048C201CCB:868-BIF-B2CA GE048W201LLB:868-BIF-B2CA B2ca - s1a,d0,a1 64 GE064920199B:888-B2CA GE064L201CCB:888-BIF-B2CA GE064C201CCB:888-BIF-B2CA GE064W201LLB:888-BIF-B2CA B2ca - s1a,d0,a1 72 GE072920199B:898-B2CA GE072L201CCB:898-BIF-B2CA GE072C201CCB:898-BIF-B2CA GE072W201LLB:898-BIF-B2CA B2ca - s1a,d0,a1 96 GE096920199B:8C8-B2CA GE096L201CCB:8C8-BIF-B2CA GE096C201CCB:8C8-BIF-B2CA GE096W201LLB:8C8-BIF-B2CA B2ca - s1a,d0,a1 144 GE144920199B:8I8-B2CA GE144L201CCB:8I8-BIF-B2CA GE144C201CCB:8I8-BIF-B2CA GE144W201LLB:8I8-BIF-B2CA B2ca - s1a,d0,a1 * Item numbers are built with AFL Standard Fiber, AFL Standard Print with industry standard colors: SMF – Yellow, 50 μ m OM3 and OM4 – Aqua, 50 μ m OM5 – Lime. Additional Fiber, Print and Color options available, please contact AFL for options.
Merkmale:
- 250 µm-Faser mit einer Anzahl von 16 bis 144
- 8-Faser-Untereinheiten
- LSZH Riser flammgeschützter Mantel
- Alle Aramid-Zugglieder um das Kernkabel zur einfachen Befestigung der Zugöse; Aramid in den Untereinheiten zur Verwendung mit MT-Terminierung
Anwendungen:
- Anschluss der Kopfstelle an ein Glasfaser-"Backbone"
- Abschluss von Glasfaser-Racksystemen
- Gebäudeinterne "Backbones"
- MTP/MPO oder MTP zu Breakout-Abschlüssen
AFL Sub-unitized MicroCore 2.0 Base-8 Kabel treiben die Entwicklung von Hochleistungskabeln weiter voran. Base-8-Kabelkonfigurationen sind mit einer Faseranzahl von bis zu 144 Fasern erhältlich, wobei 250 µm Faser verwendet werden. MicroCore 2.0 unterstützt alle Ihre Anforderungen an ein Netzwerk mit hoher Dichte und bietet die dichtesten verfügbaren 2,0-mm-Glasfaserkabel.
Diese Kabel mit kleinem Durchmesser werden aus den hochwertigsten Materialien nach anspruchsvollen Industriestandards hergestellt und bieten die Lösung, die von den heutigen Fachleuten für strukturierte Verkabelung gesucht wird’. Jedes Unterkabel ist unabhängig qualifiziert und eignet sich für individuelle Routing-Pfade innerhalb der Rack-/Panel-Architektur. Dies ermöglicht eine Flexibilität bei Design und Einsatz, die bei vergleichbaren High-Density-Designs nicht gegeben ist. Diese Kabelfamilie ist für den direkten Anschluss konzipiert und unterstützt sowohl Einfaser- als auch Mehrfaserarchitekturen und sollte als Backbone für jedes eingesetzte System dienen. Die Kabel werden mit der AFL MicroCore-Technologie hergestellt, die einer langen Reihe von marktführenden Designs entspricht.
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