Utility FTTx Solutions

Size: px

Start display at page:

Download "Utility FTTx Solutions"

Avis Perkins
5 years ago
Views:

1 Utility FTTx Solutions

2 INDOOR CENTRAL OFFICE OPTICAL ENTRANCE ENCLOSURE MICROCORE AND MICRODUCT PATCH PANELS TRANSMISSION SUBSTATION SPLICE CLOSURE OUTDOOR MICROCORE AND MICRODUCT FEEDER

3 FTTx Utility Solutions LASHED SPLICE CLOSURE ADSS COIL BRACKETS ACCESS FIELD INSTALLABLE CONNECTORS OPTINID FIBER DEMARCATION

4 CENTRAL OFFICE OPTICAL ENTRANCE ENCLOSURE SUBSTATION CENTRAL OFFICE/SUBSTATION

CENTRAL OFFICE/SUBSTATION For Central Office or Headend in an FTTx deployment, outside plant fiber cable is transitioned at the Optical Entrance Enclosure (OEE) to Indoor MicroCore with SpiderWeb

Traditional patch and splice applications would utilize Poli-MOD Patch and Splice Modules within XFM Rack Mount Patch Panels.

Poli-MOD Patch and Splice Module AFL s Poli-MOD is an innovative patch and splice module, which offers an inventive and effective means to accommodate up to 24 fiber interconnections in an

Additionally, the module leverages a creative snap-in splice sleeve cradle to securely manage both single and ribbon fiber arrangements.

XFM Patch Panels Xpress Fiber Management (XFM) patch panels are rack-mountable interconnect points designed to manage dense fiber applications.

Optical Entrance Enclosure Optical Entrance Enclosures provide a wall-mounted, NEMA 3 rated splicing solution where joining large numbers of fibers at a protected or unprotected convergence point is

5 CENTRAL OFFICE/SUBSTATION For Central Office or Headend in an FTTx deployment, outside plant fiber cable is transitioned at the Optical Entrance Enclosure (OEE) to Indoor MicroCore with SpiderWeb Ribbon (SWR ) cable. The Indoor MicroCore fibers can then be routed and terminated to rack/cabinet equipment via traditional patch and splice or plug-and-play methods. Traditional patch and splice applications would utilize Poli-MOD Patch and Splice Modules within XFM Rack Mount Patch Panels. These solutions provide scalability and flexibility for efficiently managing the growth of a network. Poli-MOD Patch and Splice Module AFL s Poli-MOD is an innovative patch and splice module, which offers an inventive and effective means to accommodate up to 24 fiber interconnections in an industry-standard, single-slot LGX 118 footprint. The Poli-MOD offers a unique and robust way to secure cable without the need for time-wasting, tie-wrap alternatives. Additionally, the module leverages a creative snap-in splice sleeve cradle to securely manage both single and ribbon fiber arrangements. These features provide the capacity to outfit a standard 4RU rackmount panel with up to 288 fiber interconnections. XFM Patch Panels Xpress Fiber Management (XFM) patch panels are rack-mountable interconnect points designed to manage dense fiber applications. The panels are fully compatible with AFL s XFM optical cassette, passive optical coupler modules and Poli-MOD solutions. Optical Entrance Enclosure Optical Entrance Enclosures provide a wall-mounted, NEMA 3 rated splicing solution where joining large numbers of fibers at a protected or unprotected convergence point is the objective. The OEE can be thought of as a high-capacity fiber demarcation point, typically serving as the transition point at a Central Office, Headend, Data Center, Substation/CEV or other customer location transitioning from non-flame-rated outside plant cable to a flame-rated indoor style cable. The enclosure provides an adequate and intuitively designed means to store slack such as to ease the installation process and provision for future reconfigurations. Indoor MicroCore with SWR Indoor MicroCore cables are indoor, UL listed, ultra-high density fiber optic cables, which are configured with SpiderWeb Ribbon (SWR). SWR is a bonded fiber design allowing for either a highly efficient ribbonizing application or for individual fiber breakouts. This flexibility allows for the application of a single cable design to cover a diverse set of applications. High-density round designs allow for the most efficient use of space and materials, resulting in a cost effective solution. CENTRAL OFFICE/SUBSTATION

6 FEEDER WOOD POLE GUIDE CLAMP FOR ADSS CABLE SUSPENSIONS MICROCORE OSP CABLE & MICRODUCTS SEALED CLOSURE FEEDER

FEEDER For Feeder in an FTTx deployment, outside plant fiber cable is transitioned from the Central Office, typically via underground, into a vault/handhole and then into a LightGuard Sealed Splice

For aerial applications, ADSS cable and hardware can be utilized to efficiently route fibers throughout the network.

ADSS Cable AFL-ADSS (All-Dielectric Self-Supporting) cable is ideal for installation in distribution as well as transmission environments, even when live-line installations are required.

LM200-Series OSP MicroCore The newest product option for AFL s OSP MicroCore series is the LM200-Series.

A1 optical fiber with a 200 µm diameter buffer coating.

7 FEEDER For Feeder in an FTTx deployment, outside plant fiber cable is transitioned from the Central Office, typically via underground, into a vault/handhole and then into a LightGuard Sealed Splice Closure where it can be efficiently spliced with cable servicing the distribution enclosure. For aerial applications, ADSS cable and hardware can be utilized to efficiently route fibers throughout the network. OSP MicroCore and microduct can be utilized to deploy fibers to the network for future scalability and flexibility, resulting in drastically reduced installation times and greenfield/brownfield costs. ADSS Cable AFL-ADSS (All-Dielectric Self-Supporting) cable is ideal for installation in distribution as well as transmission environments, even when live-line installations are required. As its name indicates, there is no support or messenger wire required, so installation is achieved in a single pass, making ADSS an economical and simple means of building a fiber optic network. LM200-Series OSP MicroCore The newest product option for AFL s OSP MicroCore series is the LM200-Series. This cable set offers an even greater fiber density than what is available with other OSP MicroCore offerings. The key to achieving this level of fiber-density is the use of ITU-T G652D/G657.A1 optical fiber with a 200 µm diameter buffer coating. This smaller diameter, bend-insensitive optical fiber is packaged in state-of-the-art, kink-resistant, SZ-stranded buffer tubes yielding a cable core that is one of the most rugged micro-loose tube constructions available. The outer jacket system is specially constructed to further protect the optical fiber package and provide for a cable system that can be jetted well over a mile. The LM200-Series is available from 12 fibers up to 432 fibers. LightGuard Sealed Splice Closures LightGuard sealed fiber optic splice closures are designed to simplify splice management and maintenance. Intuitive engineering design reduces the installation time and complexity associated with fiber splicing in the field. LightGuard closures are durable, easy-to-install and will increase productivity, reduce labor expenses and last the life of your plant. FEEDER

ADSS Cable Accessories Wedge Dead End AFL offers wedge dead ends that ease and speed ADSS cable installation.

All components in the wedge dead end are captured and the wedge dead end contains no loose parts.

890" diameter and are rated for 100% of the cables MRCL. Formed Wire Dead End Formed Wire Dead Ends have been proven in the field over and over. They are the most common dead end product for ADSS.

8 ADSS Cable Accessories Wedge Dead End AFL offers wedge dead ends that ease and speed ADSS cable installation. The ADSS wedge dead end is a unique wedge mechanism that provides consistent holding strength and it is much easier and faster when compared to formed wire dead ends. All components in the wedge dead end are captured and the wedge dead end contains no loose parts. The ADSS wedge dead end is ideal in crowded distribution environments because its shorter length allows for safer and efficient installation. The wedge dead end is good for cables up to 0.890" diameter and are rated for 100% of the cables MRCL. Formed Wire Dead End Formed Wire Dead Ends have been proven in the field over and over. They are the most common dead end product for ADSS. Formed Wire Dead Ends can be kitted with an Oval Eye Nut, Extension Link and Thimble Clevis making them adaptable to most jobs. They have a max rated load of 2,500 lbs. and are components rated for 15,000 lbs. Trunnions AFL offers trunnions with various mounting capabilities: bolted, banded or standoff. Trunnions reduce installation costs by functioning as a pull-through during installation (maximum line angle for stringing is 15 total, 7.5 per side, number of structures not to exceed 30). Block or pulley is not needed, provided these conditions are met. ADSS Trunnions are available in single and double cable options. Suspension Unit ADSS suspension units are rated for 1200 ft. NESC Light and 600 ft heavy load. The interlocking halves of the aluminum body clamp provide positive alignment and utilize our proven EDPM bushings to gently grip the cable. ADSS suspension units can be kitted for an oval eye nut and anchor shackle. The suspension units have a 30 degree line angle rating and a vertical loading rated at 5,000 lbs. FEEDER

Wood Pole Guide Clamp Wood pole guide clamps are used to guide ADSS cable from the top of the structure to the splice box.

Wood pole guide clamps have a slip strength greater than 100 pounds. Lattice tower adapters are available so no drilling is needed to mount the clamp.

Spiral Vibration Damper Spiral vibration dampers have a helically-formed damping section sized for interplay of damper and cable to provide the action/reaction

The placement location of the damper is not critical, the damper is effective wherever it is installed on the cable.

Coil Brackets Coil Brackets are used to store additional lengths of ADSS to help move closures to ground level for easy access.

9 Wood Pole Guide Clamp Wood pole guide clamps are used to guide ADSS cable from the top of the structure to the splice box. They install easily and provide proper spacing and hold strength without damage to the cable. Wood pole guide clamps have a slip strength greater than 100 pounds. Lattice tower adapters are available so no drilling is needed to mount the clamp. Banding adapters also available for the downlead clamp. Spiral Vibration Damper Spiral vibration dampers have a helically-formed damping section sized for interplay of damper and cable to provide the action/reaction motion that opposed the natural vibration wave. The placement location of the damper is not critical, the damper is effective wherever it is installed on the cable. No installation tools are required to install the damper and the damper is color coded for easy range identification. Coil Brackets Coil Brackets are used to store additional lengths of ADSS to help move closures to ground level for easy access. They are constructed of lightweight aluminum material and are very easy to handle. The brackets are shipped in three pieces and have alignment grooves for faster installations. They can be bolted or banded and can be used with all AFL splice closures. Temporary Grip Temporary grips are used in stringing the ADSS during sagging and where it is necessary to make short term catch on the ADSS. The Temporary grip for ADSS is a high strength aluminum body designed to hold 2,500 pounds or 50% of MRCL of the cable. The temporary grip is reusable and is for cables of to inches in diameter. FEEDER

10 AFL TITAN RTD PEDESTAL MOUNT ACCESS AFL TITAN RTD AERIAL MOUNT LASHED AFL TITAN RTD POLE MOUNT AFL TRIDENT HARDENED FUSECONNECT AFL TITAN RTD BURIED OPTINID FIBER DEMARCATION FASTCONNECT ACCESS

ACCESS For Access in an FTTx deployment, outside plant cable is transitioned into the IDEAA Exterior Distribution Cabinet, in which IDEAA Modules can be utilized for creating the desired centralized

For plug-and-play, AFL TITAN RTD is a multiport fiber terminal that can be utilized in buried, pedestal, pole or aerial (strand or ADSS) applications when used in conjunction with AFL TRIDENT

Finally, at the premise, the OptiNID Fiber Demarcation Enclosure is utilized to terminate the drop cable with FUSEConnect or FASTConnect Field-Installable Connectors.

IDEAA Exterior Distribution Cabinets The IDEAA Exterior Distribution Cabinet (EDC) provides a convenient modular approach to centralized fiber distribution.

The EDC utilizes innovative jumper routing to enable efficient fiber management utilizing equal length pigtails for the entire cabinet.

An integrated hinge provides easy access to the SC or LC adapter interface while reducing space when mounted.

11 ACCESS For Access in an FTTx deployment, outside plant cable is transitioned into the IDEAA Exterior Distribution Cabinet, in which IDEAA Modules can be utilized for creating the desired centralized PON architecture and servicing the various distribution points in the network. For traditional patch and splice applications, LightGuard Aerial Closures can be utilized to service distribution cables. For plug-and-play, AFL TITAN RTD is a multiport fiber terminal that can be utilized in buried, pedestal, pole or aerial (strand or ADSS) applications when used in conjunction with AFL TRIDENT Hardened Fiber Optic Connectors and Drop Cables. Finally, at the premise, the OptiNID Fiber Demarcation Enclosure is utilized to terminate the drop cable with FUSEConnect or FASTConnect Field-Installable Connectors. These solutions enable fast, flexible and dependable fiber termination and distribution to the customer premise and finishes the path from Central Office to Feeder to Access. IDEAA Exterior Distribution Cabinets The IDEAA Exterior Distribution Cabinet (EDC) provides a convenient modular approach to centralized fiber distribution. All sizes of the EDC utilize the IDEAA Splitter Module to enable versatility across the platform. The EDC utilizes innovative jumper routing to enable efficient fiber management utilizing equal length pigtails for the entire cabinet. IDEAA SC and LC Modules The IDEAA SC and LC Modules come equipped with an internal PLC device which is factory terminated and tested. An integrated hinge provides easy access to the SC or LC adapter interface while reducing space when mounted. The SC and LC modules use APC connectors to meet the strict back reflection requirements of the latest PON architectures. A wide variety of PLC splitter configurations are available. A dual 1x16 module is available with SC/APC outputs and LC APC inputs. Two SC/APC to LC/APC jumpers are included to connect to the SC/APC input ports in the EDC. LightGuard Aerial Closures Unmatched in ease of access, AFL s LightGuard Aerial Splice Closures provide the fastest, most economical methods for splicing fibers in the field. Like AFL s sealed splice closures, aerial closures are used in butt, in-line, branch and drop applications and are engineered to reduce installation time and labor expense using common hand tools with no heat, gel, adhesives or power tools needed. Capacities up to 288 single-fused and 1,152 mass-fused fibers are available. LightLink Splitter Trays LightLink Splitter Trays are a packaged system that include factory-pre-installed PLC splitters and splicing trays which easily fit within AFL s LG Series Closures, LL Series Wall Mount Cabinets and Pedestals. These AFL splitter trays feature 1x4, 1x8, 1x16 or 1x32 planar technology with optical characteristics that include low insertion loss, high uniformity and excellent environmental stability. ACCESS

AFL TITAN RTD Multiport Terminals The AFL TITAN RTD multiport is a factory-terminated, OSP fiber

conjunction with AFL TRIDENT hardened fiber optic connectors.

allow for long-term reliability when installed anywhere in the network unde rground, in pedestals,

AFL TRIDENT Hardened Drop Cables AFL TRIDENT factory-terminated drop cables are the final piece of

The quarter-turn latching and sealing mechanism of the AFL TRIDENT connector provides quick and easy

subscriber connections for long-term reliability.

Once the connector is keyed and inserted, locking and sealing is provided with a BNC-Style

Drops are available with one or both ends terminated (either both ends AFL TRIDENT or hybrid one end

FASTConnect Mechanical Connectors FASTConnect field-installable connectors are factory pre-polished

Proven mechanical splice technology ensuring precision fiber alignment, a factory pre-cleaved fiber

12 AFL TITAN RTD Multiport Terminals The AFL TITAN RTD multiport is a factory-terminated, OSP fiber terminal designed for quick and easy subscriber connections anywhere in the OSP network when used in conjunction with AFL TRIDENT hardened fiber optic connectors. The sealed and rugged design of both the AFL TITAN RTD multiport terminal and AFL TRIDENT connector allow for long-term reliability when installed anywhere in the network unde rground, in pedestals, on poles or on aerial strand or ADSS cables. AFL TRIDENT Hardened Drop Cables AFL TRIDENT factory-terminated drop cables are the final piece of the AFL TITAN RTD FTTx System. The quarter-turn latching and sealing mechanism of the AFL TRIDENT connector provides quick and easy plug-and-play connections to AFL TITAN RTD multi-port terminals, enabling lightning-fast, service subscriber connections for long-term reliability. The connector/ adapter interface is keyed to ensure proper alignment of the 2.5 mm APC ferrule. Once the connector is keyed and inserted, locking and sealing is provided with a BNC-Style quarterturn of the connector coupling. Drops are available with one or both ends terminated (either both ends AFL TRIDENT or hybrid one end AFL TRIDENT, one end standard SC). FASTConnect Mechanical Connectors FASTConnect field-installable connectors are factory pre-polished connectors that completely eliminate the need for hand polishing in the field. Proven mechanical splice technology ensuring precision fiber alignment, a factory pre-cleaved fiber stub and a proprietary index-matching gel combine to offer an immediate low loss termination to either single-mode or multi-mode optical fibers. FUSEConnect Splice-On Connectors FUSEConnect fusion-spliced, field-installable connectors are uniquely designed and feature only four-to-five components. The factory pre-polished ferrule eliminates the need for polishing, adhesives and crimping in the field, which minimizes the potential for operator error and expensive connector scrap. ACCESS

OptiNID Fiber Demarcation Enclosures The OptiNID (OPN) family of products are optical demarcation enclosures designed for use in either indoor or outdoor environments.

70S+ Fusion Splicers The Fujikura 70S+ is the world s fastest and most robust core alignment fusion splicer.

A user programmable, automated wind protector expedites the splicing process by automatically closing to initiate the splice process, and opening upon splice completion.

This allows the splicer to actively communicate with Bluetooth enabled fiber preparation accessories making maintenance of fiber preparation tools easier than ever!

13 OptiNID Fiber Demarcation Enclosures The OptiNID (OPN) family of products are optical demarcation enclosures designed for use in either indoor or outdoor environments. Among the OPN line are small, form factor enclosures for one and two fiber FTTH demarcation applications as well as enclosures capable of housing one, two or three LGX 118 compatible adapter plates and fusion splicing for MDUs/MTUs. The OPN product family is designed with versatility in mind with both wall and pole mounting options along with variable cable entries such as conduit or cordgrip compression fittings. 70S+ Fusion Splicers The Fujikura 70S+ is the world s fastest and most robust core alignment fusion splicer. Incorporating the proven ruggedized features pioneered by Fujikura, the 70S+ has added automated and enhanced user control features to increase splicing efficiency. A user programmable, automated wind protector expedites the splicing process by automatically closing to initiate the splice process, and opening upon splice completion. In an industry first, the 70S+ is also equipped with Bluetooth technology. This allows the splicer to actively communicate with Bluetooth enabled fiber preparation accessories making maintenance of fiber preparation tools easier than ever! The 70S+ will also be available without Bluetooth functionality. 12S Fusion Splicers The Fujikura 12S fusion splicer is the smallest, lightest and most portable splicer in the world. The ruggedized chassis features shock, dust and moisture protection while the two camera observation system provides for accurate fiber alignment and loss estimation calculations. Weighing less than two pounds and having a footprint of approximately 6" x 5", the 12S provides users with an unprecedented level of flexibility for the most challenging splicing applications. CT-32 Precision Fiber Cleaver The CT-32 is a modified version of Fujikura s standard cleaver model CT-30 for high precision cleaving. The modifications allow use of a spacer system that provides for the full range of acceptable cleave lengths for use with Fujikura fusion splicers. The CT-32 also allows for a reduced cleave length of 8mm on 900μm jacketed fibers and as short as 3mm on 250μm and 400μm coated fibers. Included with the CT-32 is a 1mm spacer that allows for the recommended cleave lengths. An optional 2mm spacer can be purchased to expand cleave length options. ACCESS

FLX380 FlexTester OTDR The FLX380 FlexTester is the world s smallest, lightest, most complete single-mode fiber optic test set.

splitter detection, launch quality check, plus AFL s unique ServiceSafe and Wave ID features, the FLX380 FlexTester Series offers an

FOCIS Flex Fiber Optic Connector Inspection System Pass/fail results in seconds: With the press of a single button, FOCIS Flex

transfers image and results to a paired FLX380 or OFL280 FlexTester. All in a matter of seconds!

requiring an external OTDR or display unit.

troubleshoot optical networks or fully characterize newly installed or repaired networks.

14 FLX380 FlexTester OTDR The FLX380 FlexTester is the world s smallest, lightest, most complete single-mode fiber optic test set. It combines high-performance, multi-wavelength OTDR/PON OTDR, Source, Power Meter, VFL and PON Power Meter in a rugged, hand-held package. With 42 db dynamic range, best-in-class event, attenuation and PON dead zones, LinkMap with pass/fail analysis, macro-bend and splitter detection, launch quality check, plus AFL s unique ServiceSafe and Wave ID features, the FLX380 FlexTester Series offers an unmatched combination of optical test functions, ease-of-use, portability and value. FOCIS Flex Fiber Optic Connector Inspection System Pass/fail results in seconds: With the press of a single button, FOCIS Flex auto-focuses, captures and centers the end-face image, applies pass/fail rules, displays image and pass/fail results and wirelessly transfers image and results to a paired FLX380 or OFL280 FlexTester. All in a matter of seconds! Independent, untethered operation: With rechargeable battery and integrated display, FOCIS Flex can be used independently without requiring an external OTDR or display unit. FlexScan OTDR with SmartAuto and LinkMap FlexScan OTDRs enable both novice and expert technicians to quickly and reliably troubleshoot optical networks or fully characterize newly installed or repaired networks. Using FlexScan s innovative SmartAuto mode, multi-pulse OTDR scans quickly and accurately detect, locate, identify and measure network components and faults. After applying industry-standard or user-set pass/fail criteria, the characterized network is displayed using FlexScan s intuitive, icon-based LinkMap view. OFI-BI and OFI-BIPM Series Optical Fiber Identifiers The OFI-BI and -BIPM are easy to use tools that determine if a fiber is live, the transmission direction and the relative core power on standard and bend-insensitive single-mode fibers. Its positive stop-plunger mechanism provides the right pressure to ensure proper detection while keeping loss to a minimum. The design ensures traffic will not be interrupted and fibers will not be damaged. ACCESS

Outside Plant Engineering Services (OSPE) From planning and design to site and field engineering, AFL professionals use the latest technologies available to create reliable and proficient networks.

15 Outside Plant Engineering Services (OSPE) From planning and design to site and field engineering, AFL professionals use the latest technologies available to create reliable and proficient networks. Whether you are seeking a service partner for a small project or a complete turnkey solution, AFL will work with your staff to achieve your goals accurately, promptly and cost-effectively. OSP Planning Fiber Engineering (FTTx) PON GPON OSP Design Engineering Pole Line Subdivision BICSI Rehab Feeder Relief Campus/Enterprise OSP Power Engineering Records Upgrade and Conversion Equipment Application Engineering MSAP Design DLC/MSAP Retrofit Engineering Site/Field Engineering Drafting/AutoCAD/Microstation Design Trunk and Toll Design Interoffice Facility Decommissioning Consultive Services for Independent Telephone Companies (IOCs) Training and Education AFL offers technology and applications training through our training division, Light Brigade. Since 1987, Light Brigade has trained more than 50,000 technicians, installers, engineers and designers from a wide variety of industries. ACCESS

Fiber Optic Solutions for Electric Utilities

Fiber Optic Solutions for Electric Utilities VIBRATION Aerial Cable Systems and Electrical Power Systems Solutions ALUMOWELD CABLE COMPRESSION DEAD END COMPRESSION TERMINAL BRONZE SUBSTATION FITTING BOLTED