Fiber Optic Cable-Specialty

SPECIALTY AND HARSH ENVIRONMENT FIBER OPTIC CABLE Downhole | Subsea | Transit | Mining | Military Founded in 1984, AFL is an international manufacturer providing end-to-end solutions to the energy, service provider, enterprise, hyperscale and industrial markets as well as several emerging markets.

AFL’s products are in use in over 130 countries and include fiber optic cable and hardware, transmission and substation accessories, outside plant equipment, connectivity, test and inspection equipment, and fusion splicing systems.

AFL also offers a wide variety of services supporting data center, enterprise, wireless and outside plant applications.

AFL is dedicated to bringing our customers a quality product as well as delivering superior value. Specialty Fiber Optic Cable

Table of Contents

Downhole and Sensing Fusion Splicing Systems Traditional Downhole Cable...... 3 Fusion Splicers Hybrid Downhole Cable...... 4 Fujikura 90S Fusion Splicer ...... 41 StrataJac® Downhole Cable Encapsulation...... 5 Fujikura 41S Fusion Splicer ...... 44 Low Profile Downhole Cable...... 6 FSM-100M and FSM-100P Fusion Splicers...... 47 Specialty Fiber Optic Cable Specialty Fiber Armored Stainless Steel Tubes...... 7 Recoaters Stainless Steel Fiber Optic Tubes...... 8 FSR-02 Fiber Recoater...... 49 Fiber Rod...... 9 Cleavers MiniBend® Fiber Optic Component...... 10 CT08 Fiber Cleaver...... 52 Verrillon® VHM5000 Series Fibers...... 11 CT50 Fiber Cleaver...... 54 Verrillon® VHM2000 Series Fibers...... 13 CT-101 and CT-102 Fiber Cleavers ...... 56 Verrillon® VHS500 Series Fibers...... 15 PowerCleave® ...... 57 Verrillon® VHS100 Series Fibers...... 17 Verrillon® VPM400 Series Fibers...... 20 Splicing Accessories USC-03 Ultrasonic Cleaner...... 58 Subsea AFL PowerStrip® ...... 59 Fiber Optic Component for Umbilical Cable ...... 21 PCS-100 Polyimide Coating Stripper...... 60 Harsh Environment/Transit Splice Protection Sleeves ...... 61 Listed Gel-Free, LSZH, Loose Tube Cable (LL Series)...... 22 Gel-Free Extreme Low Temp LSZH Double Jacket I/O Loose Tube Fiber Management (LA Series Gel-Free)...... 24 LG-55 Sealed Fiber Optic Splice Closure ...... 63 XLPO LSZH Double-Jacket I/O Loose Tube (LX Series)...... 26 LightLink 500 Optical Splicing and Distribution Enclosure...... 64 LightLink Optical Entrance Enclosures...... 65 Mining and Military LightLink Fiber Optic Splice Trays...... 68 Tactical Tight Buffered Cable...... 28 Tactical Breakout Cable ...... 30 Test and Inspection Equipment ® Tactical Copper/Fiber Composite Cable...... 32 FlexScan FS200 Single-mode OTDR...... 76 ® Ruggedized Indoor/Outdoor Breakout Cable...... 34 FOCIS Lightning Multi-Fiber Optic Connector Inspection System. . . . . 81 Braided Armored Tactical Tight Buffered Cable ...... 36 FOCIS Flex – Fiber Optic Connector Inspection System...... 85 Braided Armored Tactical Breakout Cable...... 38 High Strength Steel Wire (HSSW) Armored Fiber Optic Cable...... 40

AFLglobal.com | 800.235.3423 8 .31 .2021 1 Specialty Fiber Optic Cable Specialty Fiber Optic Cable Specialty Fiber

AFLglobal.com | 800.235.3423 2 Specialty Fiber Optic Cable

Traditional Downhole Cable Traditional Downhole cable from AFL is designed to perform in the well and withstand elevated temperatures, high pressure and corrosive environments . The cable is customized to the customer’s specifications in order to maximize performance at the best possible price . AFL’s Traditional Downhole cable is targeted to < 150°C offshore and land-based wells where ruggedness is essential . Specialty Fiber Optic Cable Specialty Fiber Features • Customized to customer specifications • Up to 150°C • Up to 20,000 psi operating pressure • Loose tube design • Hydrogen scavenging gel

Cable Components

Outer Stainless Steel Tube

Polyprolylene Inner Jacket

Inner Stainless Steel Tube

Fiber

Hydrogen Scavenging Gel

Outer Encapsulation

Options and Specifications

PARAMETER VALUE Inner Stainless Steel Tube Diameter 0 125". Outer Tube Diameter 0 250". Outer Tube Wall Thickness 0 028",. 0 .035", 0 .049" Outer Tube Material Stainless Steel 316L, Incoloy™ 825 Fiber Coating Carbon Polyimide, Silicone/PFA, Pure Silica Core and others Gel Types No gel, standard gel, hydrogen scavenging gel Diameter 11 mm x 11 mm square, 11 mm round Polymer Options Polypropylene, PVDF, Nylon, Santoprene™ Operating Temperature -40°C to 150°C Operating Pressure Limit 0 to 20,000 psi

Hybrid Downhole Cable Hybrid Downhole cable from AFL combines copper conductor and optical fibers within the same cable structure for simultaneous deployment . This construction is intended to withstand elevated temperatures, high pressure and corrosive environments . The cable may be customized to the customer’s specifications in order to balance performance capability with cost considerations . This design is targeted toward well applications than have operating temperatures ≤ 150°C . Specialty Fiber Optic Cable Specialty Fiber

Features • Up to 150°C • Incorporates insulated 18AWG copper conductor • Loose tube design for optical fibers • Hydrogen scavenging gel • Customized to customer specifications

Cable Components SS Tube, Optical Fibers and Gel

18AWG Insulated Conductor

Belting Layer

¼" x 0.035" WT Outer Tube

11 mm x 11 mm Square Outer Encapsulation

Options and Specifications PARAMETER VALUE Inner Stainless Steel Tube Diameter 0 .071" Copper Conductors 1 x 18 AWG Outer Tube Diameter 0 .250" Outer Tube Wall Thickness 0 .035" Outer Tube Material Stainless Steel 316L, Incoloy® 825 Fiber Types Single-mode, Multimode Gel Types Hydrogen scavenging gel Encapsulation Options None, 11 mm x 11 mm Square, 11 mm Round Polymer Types Polypropylene, PVDF, Nylon, Santoprene™ Operating Temperature -40°C to 150°C Operating Pressure Limit 0 to 20,000 psi

Specialty Fiber Optic Cable

Cables installed in oil and gas wells are exposed to severe mechanical and chemical conditions . Cable damage during run-in and subsequent completion processes such as hydraulic fracturing can lead to premature cable failures . StrataJac® is the first cable encapsulation designed exclusively to protect downhole cables by resisting the extreme impact energies and abrasion Optic Cable Specialty Fiber encountered during run-in, and high pressure, high velocity frac’ jobs . Abrasion testing has demonstrated a three-fold increase in the amount of time required to breach StrataJac when compared to other commercially available encapsulations . Furthermore, cable impact strength is significantly enhanced when encapsulated with StrataJac . These combined properties make StrataJac ideal for preserving and extending the life of fiber optic cables, TEC cables and chemical injection lines used in critical downhole applications .

Features • Highly Abrasion and Impact Resistant

• Suitable for use in severe chemical environments containing H2S, CO2, Methane, Oil, Diesel, Gasoline, Toluene and other organic solvents • Wide operating temperature range from -40˚ C to 150˚ C • Easy to strip using commercially available encapsulation strippers

Physical Properties

DIAMETER (mm) WEIGHT (kg/km) PROFILE 11 76 7. Round 12 7. 115 Round

Low Profile Downhole Cable AFL’s unique offering for shallow, land-based wells provides the best combination of ruggedness and size for the price . AFL will customize the design to meet the customer’s needs in order to maximize their return on investment .

Cable Components

Specialty Fiber Optic Cable Specialty Fiber Outer Tube

Inner Tube

Fiber

Hydrogen Scavenging Gel

Inside Tube

Features Options and Specifications • Small diameter VALUE • Low weight PARAMETER DOUBLE TUBE TRIPLE TUBE • Redundant hermetic seal Outer Tube Diameter 0 .125 0 125. • Encapsulation options Tube Wall Thickness 0 .016 0 024. • Lower cost Tube Material Stainless Steel 316L, Incoloy™ 825 • Patent pending Fiber coating Carbon Polyimide, Silicone/PFA, Pure Silica Core and others Gel types No gel, high temperature gel, hydrogen scavenging gel Polymer options Polypropylene, PVDF, Nylon, Santoprene™

STAINLESS STEEL 316L OPTION Weight 21 lbs / 1,000 ft 28 lbs / 1,000 ft Tensile 760 lbs 1,060 lbs Collapse pressure 30,000 psi 44,000 psi Bend radius (dynamic) 12 .6" 12 6".

INCOLOY™ 825 OPTION Weight 22 lbs / 1,000 ft 28 lbs / 1,000 ft Tensile 814 lbs 1,134 lbs Collapse pressure 21,000 psi 32,000 psi Bend radius (dynamic) 12 .6" 12 6".

ENCAPSULATION OPTION Diameter 1/4" Weight Santoprene™ 15 lbs / 1,000 ft Polypropylene 14 lbs / 1,000 ft PVDF 28 lbs / 1,000 ft Nylon 16 lbs / 1,000 ft

Armored Stainless Steel Tubes Armored Stainless Steel Cables from AFL are based on our patented tube technology which provides for a hermetic seal . The armor wires provide improved crush and tensile performance while maintaining good flexibility . Armored Stainless Steel Tubes can be used in a variety of applications such as temperature sensing and surface cable .

Features Specialty Fiber Optic Cable Specialty Fiber • Hermetic Stainless Steel Tube • High Strength Wire • Jacket Options • Gel Options • Flexible • Rugged

Cable Components

Outer Jacket

Armor Wires

Stainless Steel Tube

Hydrogen Scavenging Gel

Fiber

Options and Specifications

BREAKING BEND FIBER COUNT TUBE O.D. FINAL O.D. WEIGHT STRENGTH RADIUS (mm) (mm) (kg/km) (kg) (mm) 4 1 .32 2 12. 16 222 132 6 2 .00 3 20. 38 526 200 12 2 .40 3 60. 45 619 240 Based on 200 kpsi Gips wire, gel filled tube

Encapsulation Option

PARAMETER VALUE Materials Polypropylene, Nylon, PVDF, Hytrel™ Diameter To customer specifications Cable markings To customer specifications

Stainless Steel Fiber Optic Tubes As the inventor and owner of the technology for placing optical fibers into stainless steel tubes, AFL offers a range of tube sizes and fiber counts for a variety of applications . Each tube is flooded with a thixotropic filling compound and hermetically sealed to protect the enclosed fibers from environmental degradation . This product is sometimes referred to as FIST (Fiber in Steel Tube) or FIMT (Fiber in Metal Tube) . Specialty Fiber Optic Cable Specialty Fiber Jacket Options AFL can encapsulate any of our stainless steel tubes with any of the following polymers: • Hytrel™ • Polypropylene • Santoprene™ • Nylon • Polyethylene • PVDF

Cable Components

Outer Jacket

Fiber

Stainless Steel Tube

Applications Specifications (without jacketing) • Umbilical Cables OPTION MAXIMUM OUTSIDE DIAMETER INSIDE DIAMETER WALL THICKNESS • Downhole Cables for Oil & Gas NUMBER FIBER COUNT inches (mm) inches (mm) inches (mm) • Towed Arrays 1 3 0 .046 (1 17). 0 .036 (0 91). 0 .005 (0 .127) • High Temperature Cables 2 4 0 .052 (1 32). 0 .042 (1 07). 0 .005 (0 .127) • Hybrid Cables 3 4 0 .055 (1 40). 0 .039 (1 00). 0 .008 (0 .200) • Sensor Cable 4 6 0 .065 (1 65). 0 .049 (1 25). 0 .008 (0 .200) • OPGW 5 6 0 .071 (1 80). 0 .055 (1 40). 0 .008 (0 .200) 6 8 0 .074 (1 88). 0 .058 (1 47). 0 .008 (0 .200) 7 8 0 .078 (1 98). 0 .062 (1 57). 0 .008 (0 .200) 8 8 0 .079 (2 00). 0 .063 (1 60). 0 .008 (0 .200) 9 12 0 .092 (2 33). 0 .076 (1 93). 0 .008 (0 .200) 10 16 0 .094 (2 38). 0 .078 (1 98). 0 .008 (0 .200) 11 16 0 .095 (2 40). 0 .079 (2 00). 0 .008 (0 .200) 12 16 0 .098 (2 49). 0 .082 (2 08). 0 .008 (0 .200) 13 16 0 .106 (2 69). 0 .090 (2 29). 0 .008 (0 .200) 14 24 0 .118 (3 00). 0 .102 (2 60). 0 .008 (0 .200) 15 36 0 .125 (3 20). 0 .109 (2 80). 0 .008 (0 .200) 16 48 0 .134 (3 40). 0 .119 (3 00). 0 .008 (0 .200) 17 60 0 .142 (3 60). 0 .126 (3 20). 0 .008 (0 .200) 18 72 0 .150 (3 80). 0 .134 (3 40). 0 .008 (0 .200) 19 72 0 .156 (3 96). 0 .140 (3 56). 0 .008 (0 .200) 20 72 0 .158 (4 00). 0 .142 (3 60). 0 .008 (0 .200) 21 72 0 .165 (4 20). 0 .150 (3 80). 0 .008 (0 .200) 22 96 0 .189 (4 80). 0 .165 (4 20). 0 .012 (0 .300)

Available in Stainless Steel 304, 316 and Incoloy 825. Others sizes and materials available on request. AFLglobal.com | 800.235.3423 © 2002, AFL, all rights reserved. PP-1-00021, Revision 6, 11.5.2020 8 Specifications are subject to change without notice. Specialty Fiber Optic Cable

Fiber Rod AFL’s Fiber Rod takes an optical fiber of the customer’s choice and encases it in a glass re-enforced matrix . The diameter of the structure is adjusted to provide the characteristics needed for the specific application . The performance of the optical fiber is retained in this structure providing for a very ruggedized fiber suitable for many harsh applications . Fiber Rod is best suited for high tensile or compressive requirements where the glass structure provides the rigidity to protect the optical fiber from harm . Additionally, AFL’s Fiber Rod does not exhibit the Specialty Fiber Optic Cable Specialty Fiber typical curvature coming off the payoff reel like that of most cables . This makes deployments in applications such as pipelines and oil wells simpler . Applications such as strain sensing and temperature sensing in a host of environments up to 200°C are ideal for this product .

Features/Options • Strength – Variable as glass matrix diameter can be increased which increases strength • Bend Diameter – 50x the outer diameter • Temperature Performance – Standard is 85°C • Ruggedized Option – Product can be jacketed with various polymers such as PVDF, Hytrel, Polyethylene, Nylon, PVC, Fire Retardant PE, Polyurethane and others • Available in lengths of up to 6 kilometers

Cable Components

Specifications

VALUE PARAMETER OD (mm) ID (mm) TOLERANCE (+/-mm) 85°C Version Optical Fiber 0 .125 n/a 0 .001 Coating (Silicone PFA) 0 .700 0 125. 0 .100

MiniBend® Fiber Optic Component For Downhole Double-ended Systems and Optical Connectivity The MiniBend miniature fiber optic component employs a revolutionary technology that will change the way you plan and engineer the fiber management in your oil or gas well . This patented technology allows for a single strand of multimode or single-mode fiber to be formed at a 180° bend with a 1 mm fiber bend diameter, saving valuable real estate . Specialty Fiber Optic Cable Specialty Fiber

Features Applications • Elegant, low profile solution for achieving • Downhole fiber optic turnaround downhole fiber optic double-ended system • Fiber management systems • Provides low-loss sub-millimeter bends for • Modulators, splitters, circulators, connectors miniaturizing fiber components and circuits and polarizers • No stress with the small bend radii • Circuit boards and back planes • Bi-directional • Compact test instrumentation and sensors • Mechanically and environmentally robust • Small and protective package

Dimensions

Specifications PARAMETER VALUE Item Number DNS-1574 DNS-1575 DNS-1885 DNS-1890 Fiber Coating Type 50 µm multimode carbon 50 µm multimode single-mode carbon single-mode mid-temperature acrylate carbon/polyimide mid-temperature acrylate carbon/polyimide Operation Wavelength Range 900 to 1340 nm, 1430 to 1600 nm 1280 to 1340 nm, 1430 to 1600 nm Insertion Loss < 0 .2 dB at 1310 nm of wavelength at room temperature < 0 .3 dB at 1550 nm of wavelength at room temperature Operating Temperature 0 to 150°C 0 to 200°C 0 to 150°C 0 to 200°C Storage Temperature -60 to 85°C Body Size Outside Diameter = 2 .2 mm +/-0 1,. Length = 15 mm +/-0 .3 Fiber Tail Length > 0 .5 m Straight Pull 500 g

Specialty Optical Fiber

VHM5000 Series Ultimate Preformance Fibers Verrillon® Harsh Environment Fibers from AFL are available in a wealth of designs . The VHM5000 product is a multimode graded-index optical fiber with optimized glass chemistry for high Specialty optical Fiber resistance to hydrogen darkening . VHM5000 Series is available with coatings and coating combinations, including Polyimide, high temperature acrylates, Silicone-PFA and hermetic Carbon . Typically, these fibers are used in down-hole data logging, distributed sensing and imaging applications where the temperature and hydrogen partial pressures are extreme . Verrillon coated fibers provide exceptionally high levels of hermeticity compared to commercial fibers . We provide extensive data that demonstrates the performance of our fiber . In addition, we provide one-stop shopping for customers requiring multi-count cabled hermetic fibers, if required, in metal jacketing tubes . Consistent with our founding principles, we specialize in application-optimized fibers, providing our customers unmatched flexibility in their system design and performance .

Features • Best glass resistance to hydrogen at high temperatures and pressures in the entire industry • Wide range of protective coatings available, depending on application requirements • Suitable for use in high pressure, high temperature and corrosive environments

• Carbon coating provides exceptional resistance to H2 and moisture ingression • Predicted lifetime for hermetic fiber under typical operating conditions exceeds most requirements • Extensive test and measurement data for optical fiber performance under "harsh conditions" provided with fiber

Specifications

PART NO. MMF-50-4-P-125-4 Description 50/125/155 μm Polyimide coated, Graded Index, Multimode Fiber PARAMETER VALUE Material Coating Polyimide Geometry Core Diameter (μm) 50 ± 2 5. Clad Diameter (μm) 125 ± 2 Core Non-Circularity (%) < 5 Clad Non-Circularity (%) < 1 Core/Clad Offset (μm) < 1 5. Coating Diameter (μm) 155 ± 5 Polyimide Coating Concentricity1 > 80 Optical NA (nominal) 0 .20 Attenuation2 @ 850 nm (dB/km) < 3 .0 Attenuation2 @ 1300 nm (dB/km) < 1 .2 Bandwidth @ 850 nm (MHz-km) > 300 Bandwidth @ 1300 nm (MHz-km) > 300 Mechanical Proof Test (kpsi) ≥ 100 Operating Temperature (°C) -65 to +300 1 Measured as (Min . Wall/Max . Wall) x 100 2 Measured on loose coil

VHM5000 Series Fibers

Specifications

PART NO. MMF-50-4-CP-125-2 MMF-50-4-CP-125-3 MMF-50-4-CP-125-4 Description 50/125/155 μm Carbon/Polyimide coated, 50/125/155 μm Carbon/Polyimide Graded 50/125/155 μm Carbon/Polyimide coated, Specialty optical Fiber Graded Index Multimode Fiber, 200 kpsi Index, Multimode Fiber, 150 kpsi Graded Index Multimode Fiber PARAMETER VALUE Material Hermetic Carbon Carbon Carbon Coating Polyimide Polyimide Polyimide Geometry Core Diameter (μm) 50 ± 2 5. 50 ± 2 5. 50 ± 2 5. Clad Diameter (μm) 125 ± 2 125 ± 2 125 ± 2 Core Non-Circularity (%) < 5 < 5 < 5 Clad Non-Circularity (%) < 1 < 1 < 1 Core/Clad Offset (μm) < 1 5. < 1 5. < 1 5. Coating Diameter (μm) 155 ± 5 155 ± 5 155 ± 5 Polyimide Coating Concentricity1 > 80 > 80 > 80 Optical NA (nominal) 0 .20 0 .20 0 20. Attenuation2 @ 850 nm (dB/km) < 3 .0 < 3 .0 < 3 .0 Attenuation2 @ 1300 nm (dB/km) < 1 .2 < 1 .2 < 1 .2 Bandwidth @ 850 nm (MHz-km) > 300 > 300 > 300 Bandwidth @ 1300 nm (MHz-km) > 300 > 300 > 300 Mechanical Proof Test (kpsi) ≥ 200 ≥ 150 ≥ 100 Operating Temperature (°C) -65 to +300 -65 to +300 -65 to +300 1 Measured as (Min . Wall/Max . Wall) x 100 2 Measured on loose coil

Specifications

PART NO. MMF-50-4-CSPFA-125-1 MMF-50-4-CSPFA-125-5 MMF-50-4-CSPFA-125-6 MMF-50-4-CSPFA-125-7 Description 50/125/750 μm Carbon/Silicone/ 50/125/400 μm Carbon/ Silicone/ 50/125/250 μm Carbon/ Silicone/ 50/125/250 μm Carbon/ PFA, Graded Index, Multimode PFA coated, Graded Index, PFA coated, Graded Index, Silicone/PFA coated, Graded Index, Fiber, 150 kpsi Multimode Fiber Multimode Fiber Multimode Fiber, 150 kpsi PARAMETER VALUE Material Hermetic Carbon Carbon Carbon Carbon Primary Coating Silicone Silicone Silicone Silicone Secondary Coating PFA PFA PFA PFA Geometry Core Diameter (μm) 50 ± 2 .5 50 ± 2 .5 50 ± 2 5. 50 ± 2 .5 Clad Diameter (μm) 125 ± 2 125 ± 2 125 ± 2 125 ± 2 Core Non-Circularity (%) ≤ 5 ≤ 5 ≤ 5 ≤ 5 Clad Non-Circularity (%) ≤ 1 ≤ 1 ≤ 1 ≤ 1 Core/Clad Offset (μm) ≤ 1 .5 ≤ 1 5. ≤ 1 .5 ≤ 1 .5 Combined Coating Diameter (μm) 750 ± 25 400 ± 50 250 ± 50 250 ± 50 Optical NA (nominal) 0 .2 0 .2 0 .2 0 .2 Attenuation1 @ 850 nm (dB/km) < 3 .0 < 3 .0 < 3 .0 < 3 .0 Attenuation1 @ 1300 nm (dB/km) < 1 .0 < 1 .2 < 1 .2 < 1 .2 Bandwidth @ 850 nm (MHz-km) > 300 > 300 > 300 > 300 Bandwidth @ 1300 nm (MHz-km) > 300 > 300 > 300 > 300 Mechanical Proof Test (kpsi) > 150 > 100 > 100 > 150 Operating Temperature (°C) -40 to +200 -40 to +200 -40 to +200 -40 to +200

1 Measured on loose coil

Specialty Optical Fiber

VHM2000 Series Harsh Environment Fibers Verrillon VHM2000 Series fibers are designed for mid-temperature range applications . In addition to the glass performance, VHM2000 coated with our hermetic carbon show an exceptional performance in hydrogen-containing applications . VHM2000 is available with a variety of coatings and coating combinations, including Polyimide, Silicone-MTDA and Carbon . Specialty optical Fiber Typically, these fibers are used in down-hole temperature and acoustic monitoring, data logging, distributed sensing and imaging applications .

Features • 50/125 graded-index multimode fiber for use in harsh environments • Available with a wide range of protective coatings, depending on application requirements • Suitable for use in mid temperature range applications, VHM2000

with carbon coating provides exceptional resistance to H2 and moisture ingression • High bandwidth (>300 MHz*km) allow DTS measurements with extremely short spatial resolution

Specifications

PART NO. MMF-50-3-CP-125-3 MMF-50-3-P-125-3 Description 50/125/155 μm Carbon/Polyimide coated, Graded Index, Multimode Fiber 50/125/155 μm Polyimide coated, Graded Index, Multimode Fiber PARAMETER VALUE Material Hermetic Coating Carbon — Coating Polyimide Polyimide Geometry Core Diameter (μm) 50 ± 2 5. 50 ± 2 5. Clad Diameter (μm) 125 ± 2 125 ± 2 Core Non-Circularity (%) < 5 < 5 Clad Non-Circularity (%) < 1 < 1 Core/Clad Offset (μm) < 1 5. < 1 5. Coating Diameter (μm) 155 ± 5 155 ± 5 Polyimide Coating Concentricity1 > 80 > 80 Optical NA (nominal) 0 .2 0 .2 Attenuation2 @ 850 nm (dB/km) < 3 .0 < 3 .0 Attenuation2 @ 1300 nm (dB/km) < 1 .2 < 1 .2 Bandwidth @ 850 nm (MHz-km) > 300 > 300 Bandwidth@ 1300 nm (MHz-km) > 300 > 300 Mechanical Proof Test (kpsi) > 100 > 100 Operating Temperature (°C) -65 to +300 -65 to +300

1 Measured as (Min . Wall/Max . Wall) x 100 2 Measured on loose coil

VHM2000 Series Harsh Environment Fibers Specifications

PART NO. MMF-50-3-MTDA-125-3 MMF-50-3-CSMTA-125-3 MMF-50-3-CMTDA-125-3 MMF-50-3-CMTDA-125-4 Description 50/125/245 μm Mid-Temp Dual 50/125/245 μm Carbon/Si/ 50/125/245 μm Carbon/ 50/125/245 μm Carbon/

Specialty optical Fiber Acrylate coated, Graded Index, Mid-Temp Dual Acrylate, Graded Mid-Temp Dual Acrylate coated, Mid-Temp Dual Acrylate, Graded Multimode Fiber Index, Multimode Fiber Graded Index, Multimode Fiber Index, Multimode Fiber, 200 kpsi PARAMETER VALUE Material Hermetic Coating — Carbon Carbon Carbon Primary Coating Mid-Temp Dual Acrylate Silicone Mid-Temp Dual Acrylate Mid-Temp Dual Acrylate Secondary Coating Mid-Temp Dual Acrylate Mid-Temp Dual Acrylate Mid-Temp Dual Acrylate Mid-Temp Dual Acrylate Geometry Core Diameter (μm) 50 ± 2 .5 50 ± 2 5. 50 ± 2 .5 50 ± 2 .5 Clad Diameter (μm) 125 ± 2 125 ± 2 125 ± 2 125 ± 2 Core Non-Circularity (%) ≤ 5 ≤ 5 ≤ 5 ≤ 5 Clad Non-Circularity (%) ≤ 1 ≤ 1 ≤ 1 ≤ 1 Core/Clad Offset (μm) ≤ 1 .5 ≤ 1 .5 ≤ 1 5. ≤ 1 5. Combined Coating Diameter (μm) 245 ± 5 245 ± 20 245 ± 5 245 ± 5 Optical NA (nominal) 0 .2 0 .2 0 .2 0 .2 Attenuation @ 850 nm (dB/km) ≤ 2 5. ≤ 3 .0 ≤ 2 5. ≤ 2 5. Attenuation@ 1300 nm (dB/km) ≤ 0 .7 ≤ 1 .2 ≤ 0 7. ≤ 0 7. Bandwidth @ 850 nm (MHz-km) > 300 > 300 > 300 > 300 Bandwidth@ 1300 nm (MHz-km) > 300 > 300 > 300 > 300 Mechanical Proof Test (kpsi) > 100 > 100 > 100 > 200 Operating Temperature (°C) -40 to +150 -40 to +150 -40 to +150 -40 to +150

Specifications

PART NO. MMF-50-3-SPFA-125-1 MMF-50-3-SPFA-125-6 MMF-50-3-CSPFA-125-5 Description 50/125/700 μm Silicone/PFA coated, Graded 50/125/250 μm Silicone/PFA coated, Graded 50/125/400 μm Carbon/Silicone/PFA coated, Index, Multimode Fiber Index, Multimode Fiber Graded Index Multimode Fiber PARAMETER VALUE Material Hermetic Coating — — Carbon Primary Coating Silicone Silicone Silicone Secondary Coating PFA PFA PFA Geometry Core Diameter (μm) 50 ± 2 .5 50 ± 3 50 ± 2 .5 Clad Diameter (μm) 125 ± 2 125 ± 2 125 ± 2 Core Non-Circularity (%) ≤ 5 ≤ 5 ≤ 5 Clad Non-Circularity (%) ≤ 1 ≤ 1 ≤ 1 Core/Clad Offset (μm) ≤ 1 .5 ≤ 1 .5 ≤ 1 .5 Combined Coating Diameter (μm) 700 ± 50 250 ± 50 400 ± 50 Optical NA (nominal) 0 .2 0 .2 0 .2 Attenuation1 @ 850 nm (dB/km) ≤ 3 .0 ≤ 3 .0 ≤ 3 .0 Attenuation1 @ 1300 nm (dB/km) ≤ 1 .2 ≤ 0 .8 ≤ 1 .2 Bandwidth @ 850 nm (MHz-km) > 300 > 300 > 300 Bandwidth@ 1300 nm (MHz-km) > 300 > 300 > 300 Mechanical Proof Test (kpsi) > 100 > 100 > 100 Operating Temperature (°C) -40 to +200 -40 to +200 -40 to +200

1 Measured on loose coil

Specialty Optical Fiber

VHS500 Series Harsh Environment Fibers Verrillon VHS500 is a pure silica core single-mode design with entirely fluorinated cladding available with all Verrillon harsh environment coating combinations, including Polyimide, Silicone-PFA, Silicone-MTA, MTDA and Carbon, which can be applied in conjunction with any of these polymeric coatings . Typically, these fibers are used in downhole distributed sensing Specialty optical Fiber techniques for temperature, pressure, acoustics and seismic, as well as in data logging and imaging applications . Our carbon-coated optical fibers provide exceptionally high levels of hermeticity compared to commercial fibers . We provide extensive data that demonstrates the performance of our fiber in simulated well conditions . Consistent with our founding principles, we specialize in application-optimized fibers, providing our customers unmatched flexibility in their system design and performance .

Features Applications • Optimized for 1550 nm • Downhole in Oil and Gas Industry Single Wavelength Operation • Cabling processes with tight • Pure Silica Core chemistry for improved bending requirements performance in hydrogen-rich environments • Harsh environment, • Greater than 50x bend loss improvement hydrogen-rich applications at 1550 nm over standard SMF • Tight bend fiber installations • MFD compatible with standard SMF for ease of splicing and minimal splice loss • Available with all Verrillon harsh environment coatings

Specifications

PART NO. SMF-60-CP-125-1 SMF-60-P-125-1 Description 125/155 μm Carbon/Polyimide coated Single-mode fiber, 125/155 μm Polyimide coated Single-mode fiber, 0 1. 2 NA, 0 1. 2 NA, 100 kpsi, 1550 nm Operating Wavelength 100 kpsi, 1550 nm Operating Wavelength PARAMETER VALUE Material Hermetic Coating Carbon — Coating Polyimide Polyimide Geometry Clad Diameter (μm) 125 ± 2 125 ± 2 Clad Non-Circularity (%) < 3 < 3 Core/Clad Offset (μm) < 1 5. < 1 5. Coating Diameter (μm) 155 ± 5 155 ± 5 Polyimide Coating Concentricity1 (%) ≥ 80 ≥ 80 Optical NA (nominal) 0 12. 0 12. Attenuation2 @ 1550 nm (dB/km) < 0 .8 < 0 .8 Cutoff Wavelength (nm) < 1530 < 1530 Mode Field Diameter3 @ 1550 nm (dB/km) 10 .0 ± 0 7. 10 .0 ± 0 7. Mechanical Proof Test (kpsi) > 100 > 100 Operating Temperature (°C) -65 to +300 -65 to +300

1 (Min . Wall/Max . Wall) x 100 2 Measured on loose coil 3 Petermann II Definition

VHS500 Series Harsh Environment Fibers Specifications

PART NO. SMF-60-CSPFA-125-3 SMF-60-CSPFA-125-7 Description 125/700 μm Carbon/Silicone/PFA coated Single-mode fiber, 125/250 μm Carbon/Silicone/PFA coated Single-mode fiber, 0 1. 2 NA, 100 kpsi, 1550 nm Operating Wavelength 0 1. 2 NA, 150 kpsi, 1550 nm Operating Wavelength Specialty optical Fiber PARAMETER VALUE Material Hermetic Coating Carbon Carbon Primary Coating Silicone Silicone Secondary Coating PFA PFA Geometry Clad Diameter (μm) 125 ± 2 125 ± 2 Core/Clad Offset (μm) < 1 5. < 1 5. Combined Coating Diameter (μm) 700 ± 50 250 ± 50 Optical NA (nominal) 0 12. 0 12. Attenuation @ 1550 nm (dB/km) < 0 .8 < 0 .8 Cutoff Wavelength (nm) < 1530 < 1530 Mode Field Diameter1 @ 1550 nm (dB/km) 10 .0 ± 0 7. 10 .0 ± 0 7. Mechanical Proof Test (kpsi) > 100 > 150 Operating Temperature (°C) -40 to +200 -40 to +200

1 Petermann II Definition

Specifications

PART NO. SMF-60-CMTDA-125-1 Description 125/245 μm Carbon Mid-Temp Dual Acrylate, Pure Silica Core, Single-mode fiber, 0 1. 2 NA, 100 kpsi, 1550 nm Operating Wavelength PARAMETER VALUE Material Hermetic Coating Carbon Coating Mid-Temp Dual Acrylate Geometry Clad Diameter (μm) 125 ± 2 Core/Clad Offset (μm) < 1 5. Coating Diameter (μm) 245 ± 15 Optical NA (nominal) 0 12. Attenuation @ 1550 nm (dB/km) < 0 .8 Cutoff Wavelength (nm) < 1530 Mode Field Diameter1 @ 1550 nm (dB/km) 10 .0 ± 0 7. Mechanical Proof Test (kpsi) > 100 Operating Temperature (°C) -40 to +150

1 Petermann II Definition

Specialty Optical Fiber

VHS100 Series Harsh Environment Fibers Verrillon VHS100 Series of single-mode fibers are suitable for low to mid-temperature harsh environment applications . VHS100 has the best performance in hydrogen when coated with our hermetic coating . Depending on the specific application, VHS100 is available with a diverse range of coatings including Carbon Mid-temp Dual Acrylates (CMTDA), Carbon Silicone Mid-temp Specialty optical Fiber Acrylates (CSMTA), Carbon Silicone-PFA and Carbon Polyimide .

Features • Highly compatible with standard single-mode fibers for ease of spliceability • Combined with carbon coating, VHS100 exhibits very high resistance to hydrogen and moisture in the mid-range of temperatures • Available with all Verrillon® Harsh Environments coatings • VHS100 is designed to operate at both 1310 and 1550 nm wavelengths • Typically used with single-mode DTS and DAS sensing interrogators

Specifications

PART NO. SMF-1-P-125-2 SMF-1-P-125-3 SMF-1-CP-125-3 Description 125/155 µm Polyimide, Single-mode fiber, 125/155 µm Polyimide, Single-mode fiber, 125/155 µm Carbon/Polyimide, 0 .12NA, 150 kpsi 0 .12NA, 100 kpsi Single-mode fiber, 0 .12NA, 100 kpsi PARAMETER VALUE Material Hermetic Coating — — Carbon Coating Polyimide Polyimide Polyimide Geometry Clad Diameter (μm) 125 ± 2 125 ± 2 125 ± 2 Core/Clad Offset (μm) ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 Coating Diameter (μm) 155 ± 5 155 ± 5 155 ± 5 Polyimide Coating Concentricity1 (%) ≥ 80 ≥ 80 ≥ 80 Optical NA (nominal) 0 .12 0 .12 0 .12 Attenuation2 @ 1310 nm (dB/km) ≤ 0 .7 ≤ 0 .7 ≤ 0 .7 Attenuation2 @ 1550 nm (dB/km) ≤ 0 .6 ≤ 0 .6 ≤ 0 .6 Cutoff Wavelength (nm) 1250 ± 50 1250 ± 50 1250 ±50 Mode Field Diameter3 @ 1310 nm (μm) 9 .2 ± 0 .6 9 .2 ± 0 .6 9 .2 ± 0 .6 Mode Field Diameter3 @ 1550 nm (μm) 10 .4 ± 0 .8 10 .4 ± 0 .8 10 .4 ± 0 .8 Mechanical Proof Test (kpsi) ≥ 150 ≥ 100 ≥ 100 Operating Temperature (°C) -65 to +300 -65 to +300 -65 to +300

1 Measured as (Min . Wall/Max . Wall) x 100 2 Measured on Zero Tension spool 3 Petermann II Definition

VHS100 Series Harsh Environment Fibers Specifications

PART NO. SMF-1-CMTDA-125-1 Description 125/245 µm Carbon/ Mid-Temp Dual Acrylate coated, Single-mode fiber 0 12NA,. 100 kpsi Specialty optical Fiber PARAMETER VALUE Material Hermetic Coating Carbon Coating Mid-Temp Dual Acrylate Geometry Clad Diameter (μm) 125 ± 2 Core/Clad Offset (μm) ≤ 0 .5 Coating Diameter (μm) 245 ± 15 Optical NA (nominal) 0 .12 Attenuation1 @ 1310 nm (dB/km) ≤ 0 .5 @ 1550 nm (dB/km) ≤ 0 .3 Cutoff Wavelength (nm) ≤ 1250 ±50 Mode Field Diameter2 @ 1310 nm (μm) 9 .2 ± 0 .6 @ 1550 nm (μm) 10 .4 ± 0 .8 Mechanical Proof Test (kpsi) ≥ 100 Operating Temperature (°C) -40 to +150

1 Measured on loose coil 2 Petermann II Definition

Specifications

PART NO. SMF-1-MTDA-125-1 Description 125/245 µm Mid-Temp Dual Acrylate coated, Single-mode fiber, 0 .12NA, 100 kpsi PARAMETER VALUE Material Coating Mid-Temp Dual Acrylate Geometry Clad Diameter (μm) 125 ± 2 Core/Clad Offset (μm) ≤ 0 .5 Coating Diameter (μm) 245 ± 5 Optical NA (nominal) 0 .12 Attenuation @ 1310 nm (dB/km) ≤ 0 .40 @ 1550 nm (dB/km) ≤ 0 .25 Cutoff Wavelength (nm) 1250 ± 50 Mode Field Diameter1 @ 1310 nm (μm) 9 .2 ± 0 .6 @ 1550 nm (μm) 10 .4 ± 0 .8 Mechanical Proof Test (kpsi) ≥ 100 Operating Temperature (°C) -40 to +150

1 Petermann II Definition

VHS100 Series Harsh Environment Fibers Specifications

PART NO. SMF-1-CA-125-2 SMF-1-CA-125-3 Description 125/245 μm Carbon/Acrylate coated, Single-mode Fiber, 125/245 μm Carbon/Acrylate coated, Single-mode Fiber, 0 .12 NA, 200 kpsi 0 12. NA, 100 kpsi Specialty optical Fiber PARAMETER VALUE Material Hermetic Coating Carbon Carbon Coating UV Acrylate UV Acrylate Geometry Clad Diameter (μm) 125 ± 2 125 ± 2 Core/Clad Offset (μm) ≤ 0 .5 ≤ 0 .5 Coating Diameter (μm) 245 ± 15 245 ± 15 Optical NA (nominal) 0 .12 0 12. Attenuation1 @ 1310 nm (dB/km) ≤ 0 .6 ≤ 0 .6 @ 1550 nm (dB/km) ≤ 0 .5 ≤ 0 .5 Cutoff Wavelength (nm) ≤ 1250 ±50 ≤ 1250 ±50 Mode Field Diameter2 @ 1310 nm (μm) 9 .2 ± 0 .6 9 2. ± 0 6. @ 1550 nm (μm) 10 .4 ± 1 .0 10 .4 ± 1 .0 Mechanical Proof Test (kpsi) ≥ 200 ≥ 100 Operating Temperature (°C) -40 to +85 -40 to +85

1 Measured on loose coil 2 Petermann II Definition

Specialty Optical Fiber

VPM400 Series Fibers Verrillon® VPM400 Series is a family of Polarization-Maintaining (PM) Optical Fibers based on the Elliptical-Clad stress technology . These fibers exhibit extremely high birefringence resulting in beat lengths shorter than 2 mm at 1550 nm . VPM400 fibers show significantly lower attenuation at Specialty optical Fiber 1550 nm than other PM fiber designs . These fibers are available in various designs and operating wavelengths, as well cladding dimensions including 50, 80 and 125 microns .

Features Applications • Optimized for 1550 nm Single Wavelength • Fiber optic gyroscopes Operation • Fiber lasers • Round core • Current sensors • Elliptical Clad designs provide high birefringence allowing the fiber to have an extremely short beat-length, excellent for high-precision gyroscopes • Radiation-Resistant “Rad-Hard” • Available in 80 µm clad diameter

Specifications

PART NO. PMF-9-A-80-1 PMF-12-A-80-1 Description 80 µm Elliptical Clad Polarization maintaining 80 µm Elliptical Clad Polarization maintaining Single-mode Fiber, 1550 nm Operational Wavelength Single-mode Fiber, 1550 nm Operational Wavelength PARAMETER VALUE Material Coating Dual UV Acrylate Acrylate Stress-inducing Design Elliptical Clad Elliptical Clad Geometry Clad Diameter (μm) 80 ± 2 80 ± 2 Core/Clad Concentricity (μm) ≤ 1 .0 ≤ 1 .0 Coating Diameter (μm) 165 ± 10 160 ± 10 Optical NA (nominal) 0 .20 0 .20 Attenuation (dB/km) @ 1550 nm ≤ 0 .5 ≤ 1 .5 Mode Field Diameter1 (μm) @ 1550 nm 7 .0 ± 1 .0 6 .5 ± 0 .5 Operational Wavelength (nm) 1550 1550 Cutoff Wavelength (nm) ≤ 1480 < 1520 Beat Length (mm) @ 1550 nm ≤ 2 .00 ≤ 2 .2 Bend Loss2 (dB/turn) @ 1550 nm ≤ 0 .05 — H-Parameter — ≤ 5 .0 x 10-5 Mechanical Proof Test (kpsi) ≥ 100 ≥ 100 Operating Temperature (°C) -10 to +70 -60 to +80

1 Gaussian Definition 2 12 mm diameter mandrel

Fiber Optic Component for Umbilical Cable AFL’s Fiber Optic Component for Umbilical Cable is designed for subsea umbilical applications . AFL is the technology owner for hermetic stainless steel tubes which are the key building block for subsea cables . AFL provides customized designs to meet the most stringent requirements . AFL’s Fiber Optic Component is suitable for depths of 10,000 feet and beyond .

Features Optic Cable Specialty Fiber • Hermetic Stainless Steel Tube • High Strength Wire • Polyethylene Jacketed • Hydrogen scavenging gel • Long lengths • In-line splice technology • Proven technology • Long life expectancy • Custom Jacket Colors

Cable Components

Outer Jacket

Armor Wires

Stainless Steel Tube

Inner Jacket

Optical Fiber

Options and Specifications PARAMETER VALUE Number of Fibers Up to 96 Fiber Single-mode, Multimode, 100 or 200 kpsi proof test Stainless Steel Tube Sizes 2 .4 mm to 4 8. mm Stainless Steel Tube Types 304 or 316L Stainless Steel Armor Stranded wires, a range of tensile specifications are available Fiber Colors TIA/EIA 598 or customer specification Unit Weight 150 to 300 kg/km Overall Diameter 7 mm to 16 mm Storage Temperature Range -40 to +85°C Operating Temperature Range -40 to +85°C Breaking Load Up to 25 kN (dependant on armor selection) Bend Radius (design dependent) 120 mm to 320 mm Cable Marking To customer specification

Listed Gel-Free, LSZH, Loose Tube Cable (LL Series) AFL’s LL-Series Gel-Free fiber optic cables are designed for use in traditional network communication infrastructures deployed in environments requiring the performance of outside plant cabling with the safety of a listed low smoke zero halogen solution . Applications in

Fiber Optic Cable Fiber confined spaces such as tunnels and mine shafts require low smoke zero halogen materials to enhance life safety and minimize damage to sensitive electronic equipment in the event of a fire .

Features Applications • 6 to 144 fibers • Industrial • Gel-free buffer tubes for ease of fiber prep • Electric utility • Reverse-oscillated (SZ stranded) core to • Mining allow slack for mid-span fiber access • Mass transit • UV-stabilized outer jacket

Cable Components

LSZH Jacket Optical fiber Gel-free loose buffer tube

FRP central member Rip cord Water-blocking system

Optical Information MAXIMUM ATTENUATION OVERFILL LAUNCH MIN. GIGABIT ETHERNET MIN. (DB/KM) BANDWIDTH (MHZ•KM) LINK DISTANCE (METERS) FIBER TYPE 850 NM 1300 NM 1310 NM 1550 NM 850 NM 1300 NM 850 NM 1300 NM (6) 62 5/125. GIGA-Link™ 300 3 .5 1 .2 N/A N/A 200 600 300 550 (8) 62 5/125. GIGA-Link™ 1000 3 .5 1 .2 N/A N/A 350 600 500 1000 (5) 50/125 GIGA-Link™ 600 2 .9 0 .9 N/A N/A 500 500 600 600 (7) 50/125 GIGA-Link™ 2000 2 .9 0 .9 N/A N/A 500 800 750 2000 (L) 50/125 Laser-Link™ 300 2 .9 0 .9 N/A N/A 1500 500 900 550 (9) Single-mode N/A N/A 0 .35 0 .25 N/A N/A N/A 5000 Gigabit Ethernet Minimum Link Distances are based on “bandwidth”/modal dispersion constraints . Actual link distances may be constrained by attenuation, depending on specific loss budget .

continued

Listed Gel-Free, LSZH, Loose Tube Cable (LL Series) Mechanical Data

NOMINAL NOMINAL MAXIMUM TENSILE LOAD MINIMUM BEND RADIUS NO. OF TUBES DIAMETER WEIGHT LBS (N) INCHES (CM) FIBER INCHES LBS/1,000FT AFL NO. COUNT FIBERS/ TUBE (MM) (KG/KM) SHORT TERM LONG TERM SHORT TERM LONG TERM LL012C5101N1D 12 1/12 (4 fillers) 0 .39 (9 .8) 49 (73) 600 (2670) 180 (800) 7 8. (20) 3 9. (10) Optic Cable Fiber LL024C5101N1D 24 2/12 (3 fillers) 0 .39 (9 .8) 49 (72) 600 (2670) 180 (800) 7 8. (20) 3 9. (10) LL036C5101N1D 36 3/12 (2 fillers) 0 .39 (9 .8) 48 (72) 600 (2670) 180 (800) 7 8. (20) 3 9. (10) LL048C5101N1D 48 4/12 (1 filler) 0 .39 (9 .8) 48 (71) 600 (2670) 180 (800) 7 8. (20) 3 9. (10) LL060C5101N1D 60 5/12 (no fillers) 0 .39 (9 .8) 48 (71) 600 (2670) 180 (800) 7 8. (20) 3 9. (10) LL072C6101N1D 72 6/12 (no fillers) 0 .42 (10 .6) 55 (82) 600 (2670) 180 (800) 8 4. (21) 4 2. (11) LL096C8101N1D 96 8/12 (no fillers) 0 .48 (12 .3) 75 (118) 600 (2670) 180 (800) 9 6. (25) 4 8. (12) LL144CC101N1D 144 12/12 (no fillers) 0 .62 (15 .8) 119 (178) 600 (2670) 180 (800) 12 .4 (32) 6 2. (16)

Note: Diameter and weight subject to change without notice

 Fiber Types – Replace asterisk () in AFL number with number corresponding to desired fiber type below . 5 = 50/125 µm multimode GIGA-Link™ 600 7 = 50/125 µm multimode GIGA-Link™ 2000 6 = 62 .5/125 µm multimode GIGA-Link™ 300 8 = 62 .5/125 µm multimode GIGA-Link™ 1000

Recommended Products for LSZH Loose Tube Cable

DESCRIPTION AFL NO. Extreme Low Temp LSZH Double Jacket I/O Loose Tube (LA Series) See specification sheet for AFL No . XLPO LSZH Double-Jacket I/O Loose Tube (LX Series) See specification sheet for AFL No .

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE Telcordia GR-20-CORE Cable Operation -40ºC to +70ºC ICEA S-104-696 Cable Storage -40ºC to +70ºC IEEE 1202 Cable Installation -30ºC to +70ºC UL 1685 (OFNG-LS) Cable CSA 22 .2 (FT4) Cable NFPA 130 and 502 Cable TIA 598-D Fiber

Contact AFL for more details.

Extreme Low Temp LSZH Double Jacket I/O Loose Tube (LA Series)

The LA-Series is specially designed for applications that demand reliable performance in harsh environment installations . The cable construction incorporates a variety of packaging technologies that allow for operation in extremely low temperatures, mechanically abusive installations, Fiber Optic Cable Fiber and highly caustic and acidic environments . The cable core is constructed using materials and engineered geometry that optimizes the isolation of the optical fibers from the stresses and strains imparted on the cable in extreme environments . The outer jacketing is designed to further protect the ruggedized core assembly with a multiplying system made up of a double-ply, low smoke zero halogen (LSZH) flame resistant jacketing system that integrates a layer of aramid yarn between the inner and outer sheaths .

Features Applications • 12 to 144 fibers • Oil and Gas fields • Gel-filled and gel-free buffer tubes available • Low Temperature Environments • 2x Crush Resistance compared to standard • Refineries fiber optic cables • Mining • 2x Cold Impact Resistance compared to • Mass Transit standard fiber optic cables • Self-supporting capability (contact AFL for more information)

Mechanical Cable Components

PARAMETER VALUE Anti-buckling element Crush 440N/CM Water blocking layer Cold Impact 8 .8 N*m Inner FR-LSZH jacket Outer FR-LSZH chemical-resistant jacket Buffer tube (gel-free or gel-ﬁlled) Optical ﬁbers Aramid cut-resistant matrix Rip cord

Fiber Specifications MAXIMUM ATTENUATION OVERFILL LAUNCH MIN. GIGABIT ETHERNET MIN. (DB/KM) BANDWIDTH (MHZ•KM) LINK DISTANCE (METERS) 850 1300 1310 1550 FIBER TYPE NM NM NM NM 850 NM 1300 NM 850 NM 1300 NM (6) 62 .5/125 GIGA-Link™ 300 3 .5 1 .2 N/A N/A 200 600 300 550 (5) 50/125 GIGA-Link™ 600 2 .9 0 .9 N/A N/A 500 500 600 600 (L) 50/125 Laser-Link™ 300 2 .9 0 .9 N/A N/A 1500 500 900 550 (9) Single-mode N/A N/A 0 .35 0 .25 N/A N/A N/A 5000 (Q) Non-zero Dispersion-shifted Single-mode N/A N/A N/A 0 .25 N/A N/A N/A N/A Gigabit Ethernet Minimum Link Distances are based on “bandwidth”/modal dispersion constraints . Actual link distances may be constrained by attenuation, depending on specific loss budget .

continued

Extreme Low Temp LSZH Double Jacket I/O Loose Tube (LA Series) Ordering Information NOMINAL NOMINAL MAXIMUM TENSILE LOAD MINIMUM BEND RADIUS FIBER AFL NO. DIAMETER WEIGHT LBS (N) INCHES (CM) COUNT INCHES MM LBS/1,000 FT KG/KM INSTALLATION OPERATION INSTALLATION OPERATION Premise Cable

GEL-FREE Optic Cable Fiber LA012C6111N1D 12 0 .575 14 .6 140 209 990 (4400) 290 (1300) 13(29 4). 6 (14 .6) LA024C6111N1D 24 0 .575 14 .6 139 207 990 (4400) 290 (1300) 13(29 4). 6 (14 .6) LA048C6111N1D 48 0 .575 14 .6 136 202 990 (4400) 290 (1300) 13(29 4). 6 (14 .6) LA072C6111N1D 72 0 .575 14 .6 133 197 990 (4400) 290 (1300) 13(29 4). 6 (14 .6) LA096C8111N1D 96 0 .638 16 .2 156 233 990 (4400) 290 (1300) 15(32 6). 6 (16 .2) LA144CC111N1D 144 0 .776 19 .7 199 297 990 (4400) 290 (1300) 18(396) 8 (19 .7)

GEL-FILLED LA012C6111N1 12 0 .606 15 .4 154 229 1000 (4,450) 400 (1,780) 13 (31) 6 (16) LA024C6111N1 24 0 .606 15 .4 154 229 1000 (4,450) 400 (1,780) 13 (31) 6 (16) LA048C6111N1 48 0 .606 15 .4 153 227 1000 (4,450) 400 (1,780) 13 (31) 6 (16) LA072C6111N1 72 0 .606 15 .4 152 225 1000 (4,450) 400 (1,780) 13 (31) 6 (16)

 Fiber Types – Replace asterisk () in AFL number with number in the Fiber Specifications table on previous page .

Recommended Products for LSZH Loose Tube Cable

DESCRIPTION AFL NO. XLPO LSZH Double-Jacket I/O Loose Tube (LX Series) See XLPO LSZH Double-Jacket I/O Loose Tube (LX Series) for specific AFL No .

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE Telcordia GR-20-CORE Cable Operation -50ºC to +70ºC ICEA S-104-696 Cable Storage -50ºC to +70ºC IEEE 1202 Cable Installation -30ºC to +50ºC 1651 and 1685 UL Cable (OFNG-LS) CSA 22 .2 (FT4) Cable NFPA 130 Cable TIA 598-D Fiber

Contact AFL for more details.

XLPO LSZH Double-Jacket I/O Loose Tube (LX Series) Consisting of thermoset (XLPO) jacket, AFL’s LX-series of low-smoke zero-halogen (LSZH) loose tube cables are specifically designed for harsh environments . Ideal for indoor and outdoor industrial applications, the cable design includes dry-core water blocking system and a highly

Fiber Optic Cable Fiber chemical resistant, cross-linked UV-resistant outer jacket .

Features Applications • 6 to 144 fibers • Subway tunnels • Gel-filled and gel-free buffer tubes available • Railway right-of-way • Low smoke zero halogen, thermoset jacket • Airport terminals • Resistant to lubricating oil (Mil-L-23699), • Confined space pathways hydraulic fluid (Mil-H-5606), gasoline and • Steam tunnels deionized water • Industrial • Mining • Shipboard

Cable Components FRP central member Water blocking layer Strength member XLPO ame retardant LSZH jacket Buffer tube (gel-lled or gel-free) Optical bers

Ripcord

Maximum Lengths SINGLE-MODE MULTIMODE FIBER COUNT FEET METERS FEET METERS 6 - 144 23,000 7,000 23,000 7,000 Longer lengths may be available upon request .

Fiber Specifications MAXIMUM ATTENUATION OVERFILL LAUNCH MIN. GIGABIT ETHERNET MIN. (DB/KM) BANDWIDTH (MHZ•KM) LINK DISTANCE (METERS) FIBER TYPE 850 NM 1300 NM 1310 NM 1550 NM 850 NM 1300 NM 850 NM 1300 NM (6) 62 .5/125 GIGA-Link™ 300 3 .5 1 .2 N/A N/A 200 600 300 550 (5) 50/125 GIGA-Link™ 600 2 .9 0 .9 N/A N/A 500 500 600 600 (L) 50/125 Laser-Link™ 300 2 .9 0 .9 N/A N/A 1500 500 900 550 (9) Single-mode N/A N/A 0 35. 0 .25 N/A N/A N/A 5000 (Q) Non-zero Dispersion-shifted Single-mode N/A N/A N/A 0 .25 N/A N/A N/A N/A Gigabit Ethernet Minimum Link Distances are based on “bandwidth”/modal dispersion constraints . Actual link distances may be constrained by attenuation, depending on specific loss budget .

continued

XLPO LSZH Double-Jacket I/O Loose Tube (LX Series) Ordering Information NOMINAL NOMINAL MAXIMUM TENSILE LOAD MINIMUM BEND RADIUS FIBER NUMBER OF DIAMETER WEIGHT LBS (N) INCHES (CM) AFL NO. COUNT TUBES/FIBERS INCHES MM LBS/1,000 FT KG/KM SHORT TERM LONG TERM SHORT TERM LONG TERM GEL-FILLED LX006C5101N1 6 1w/6 (4 fillers) 0 .47 11 9. 92 137 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) Optic Cable Fiber LX012C5101N1 12 1w/12 (4 fillers) 0 .47 11 9. 92 137 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) LX024C5101N1 24 2w/12 (3 fillers) 0 .47 11 9. 91 136 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) LX036C5101N1 36 3w/12 (2 fillers) 0 .47 11 9. 91 136 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) LX048C5101N1 48 4w/12 (1 filler) 0 .47 11 9. 90 134 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) LX060C5101N1 60 5w/12 (no fillers) 0 .47 11 9. 90 134 600 (2670) 180 (800) 9 4. (24) 4 .7 (12) LX072C6101N1 72 6w/12 (no fillers) 0 .53 13 5. 105 156 600 (2670) 180 (800) 10 .6 (27) 5 .3 (13 .5)

GEL-FREE LX006C5101N1D 6 1w/6 (4 fillers) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX012C5101N1D 12 1w/12 (4 fillers) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX024C5101N1D 24 2w/12 (3 fillers) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX036C5101N1D 36 3w/12 (2 fillers) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX048C5101N1D 48 4w/12 (1 filler) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX060C5101N1D 60 5w/12 (no fillers) 0 .44 11 .1 82 123 600 (2670) 180 (800) 11 (22) 4 (11) LX072C6101N1D 72 6w/12 (no fillers) 0 .47 11 .9 93 138 600 (2670) 180 (800) 11 (24) 5 (12) LX096C8101N1D 96 8w/12 (2 fillers) 0 .53 13 .5 113 167 600 (2670) 180 (800) 13 (27) 5 (13) LX144CC101N1D 144 12w/12 (no fillers) 0 .67 17 .0 147 219 600 (2670) 180 (800) 15 (34) 7 (17) NOTES: 1 . Diameter and weight subject to change without notice . 2 . For other types of LSZH Cables, please contact your AFL Representative.  Fiber Types-Replace asterisk () in AFL number with number corresponding to desired fiber type below

Recommended Products

DESCRIPTION AFL NO. Extreme Low Temp LSZH Double Jacket I/O Loose Tube (LA Series) Refer to spec sheet for AFL No . Listed Gel-Free, LSZH, Loose Tube Cable (LL Series) Refer to spec sheet for AFL No .

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE Telcordia GR-20-CORE Cable Operation -40ºC to +70ºC ICEA S-104-696 Cable Storage -50ºC to +70ºC IEEE 1202 Cable Installation -20ºC to +60ºC 1651 and 1685 UL Cable (OFNG-LS) CSA 22 .2 (FT4) Cable NFPA 130 and 502 Cable TIA 598-D Fiber

Contact AFL for more information.

Tactical Tight Buffered Cable AFL Tactical Tight Buffered Cables are ideal for use in installations where extreme environmental conditions are present . Designed to be deployed and retrieved in the field, AFL’s Tactical Tight Buffered Cables are highly resistant to damage caused by repeated impacts crushing forces, abrasion and extreme temperatures . Fiber Optic Cable Fiber Features Applications • Cut resistant polyurethane jacket with flame • Field deployment in abusive environments retardant options available • Temporary installation of critical • Highly flexible construction allows communications lines where quick retrieval for multiple deployments and re-use is necessary • All aramid strength members • High Traffic areas • Performance in wide temperature range • Security and Sensing applications • UV, Fungus and water resistant • Broadcast deployments • High impact and crush resistance • Installations in harsh environments • Durable in high traffic areas • MIL-PRF-49291 qualified fiber available (-RH designation)

Cable Components

Polyurethane outer jacket

aramid strength member

250 µm or 500 µm optical ber

900 µm Elastomeric Tight Buffer

Specifications CHARACTERISTIC TEST PROCEDURE PERFORMANCE Tensile and elongation EIA/TIA-455-33 Operating tensile strength EIA/TIA-455-33 Low-temp flexibility EIA/TIA-455-37 Cyclic flexing EIA/TIA-455-104 2000 Crush resistance EIA/TIA-455-41 1800 N/cm or greater Impact EIA/TIA-455-25 200 Temperature cycling EIA/TIA-455-3 -46°C to 85°C Temperature/humidity cycling EIA/TIA-455-5 Method B Life aging EIA/TIA-455-4 Freezing water immersion EIA/TIA-455-98

Rodent-deterrent Jacket Option Available continued

Tactical Tight Buffered Cable Mechanical Data MAXIMUM TENSILE LOAD MINIMUM BEND RADIUS FIBER NOMINAL DIAMETER NOMINAL WEIGHT AFL NO. COUNT LBS (N) INCHES (CM) INCHES (MM) LBS/1000FT (KG/KM) INSTALLATION LONG TERM INSTALLATION LONG TERM Premise Cable

X%002*551#0H 2 0 .22 (5 .5) 16 2. (25) 400 (1780) 130 (578) 2 2. (5 5). 1 .1 (2 .8) Optic Cable Fiber X%004*551#0H 4 0 .22 (5 .5) 16 2. (25) 400 (1780) 130 (578) 2 2. (5 5). 1 .1 (2 .8) X%002*581#0H 2 0 .23 (5 .8) 21 5. (32) 400 (1780) 130 (578) 3 4. (8 7). 2 .3 (5 .8) X%004*581#0H 4 0 .23 (5 .8) 21 5. (32) 400 (1780) 130 (578) 3 4. (8 7). 2 .3 (5 .8) X%006*611#0H 6 0 .24 (6 .1) 22 2. (33) 400 (1780) 130 (578) 3 6. (9 2). 2 .4 (6 .1) X%008*641#0H 8 0 .25 (6 .4) 28 8. (44) 470 (2090) 160 (712) 2 5. (6 4). 1 .3 (3 .2) X%012*641#0H 12 0 .25 (6 .4) 30 8. (47) 470 (2090) 160 (712) 2 5. (6 4). 1 .3 (3 .2) X%024*851#0H 24 0 .33 (8 .5) 38 7. (59) 670 (2980) 220 (979) 3 3. (8 5). 1 .7 (4 .3) Note: Diameter and weight subject to change without notice Note: For fiber counts other than those listed, please contact AFL

Replace percent (%) in AFL No. with corresponding jacket type below. 1 = Tactical Polyurethane 2 = Flame Retardant Polyurethane 3 = LSZH Polyurethane 500 µm primary coated fiber available, replace H in AFL number with number corresponding below. G = 500 µm Coated Optical Fiber H = 250 µm Coated Optical Fiber

Replace asterisk (*) in AFL No. with corresponding fiber type below. 5 = 50/125 µm multimode GIGA-Link™ 600 6 = 62 .5/125 µm multimode GIGA-Link™ 300 K = Bend Insensitive G .657A1 single-mode L = 50/125 µm OM3 C = 50/125 µm OM4

Replace hashtag (#) in AFL No. with jacket color. See Tactical Cable Ordering Guide on page 17. Customer specified print available. See Tactical Cable Ordering Guide on page 17 for AFL No. designations.

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE EIA/TIA-455-33, EIA/TIA-455-37, Fiber Optic Cable INSTALLATION -46ºC to +85ºC EIA/TIA-455-104, EIA/TIA-455-41, OPERATION -46ºC to +85ºC EIA/TIA EIA/TIA-455-25, EIA/TIA-455-3, EIA/TIA-455-5 Method B, STORAGE -55ºC to +85ºC EIA/TIA-455-4, EIA/TIA-455-98 U .S . Department of MIL-PRF-49291 Optical Fiber Defense MIL-PRF-85045 Fiber Optic Cable

Contact AFL for further details.

Tactical Breakout Cable AFL’s Tactical Breakout Cables are ideal for use in harsh environment applications requiring a rugged deployable cable solution . Consisting of 2 mm sub-cables, each optical fiber is suitable for direct termination enabling fast and easy installation . This reduced diameter, light weight and high strength cable features a tough abrasion resistant polyurethane jacket that offers exceptional performance

Fiber Optic Cable Fiber through a wide range of temperatures . It is also impervious to common chemicals found in industrial environments . Available with a flame retardant jacket option, the BU series breakout cable is ideal for use in mines, petrochemical facilities and other industrial applications .

Features Applications • Deployable design • Field deployment in abusive environments • UV, Fungus and water resistant • High traffic areas • Highly crush and impact resistant • Security and sensing applications • 2 .0 mm sub-cables available in a variety of • Broadcast Deployments - Electronic News colors Gathering Applications • Available with shiny or matte low-friction • Sporting and media events jacket • Temporary installation of critical • Custom colors available communications lines where quick retrieval • Available with bend insensitive SM and MM and re-use is necessary optical fiber • Supports all multi-gigabit Ethernet standards • Highly abrasion and cut resistant • Resistant to most fuels, oils and greases • Excellent low-temperature flexibility

Cable Components

Polyurethane Jacket Filler 2 mm Subunit Hytrel Tight Buffered Fiber Flexible Center Member Aramid Strength Member

Mechanical PARAMETER VALUE Tensile Installation 2112 (475) Operational 333 (75)

Rodent-deterrent Jacket Option Available continued

Tactical Breakout Cable Ordering Information NOMINAL NOMINAL MINIMUM FIBER PHYSICAL PROPERTIES AFL NO. DIAMETER WEIGHT BEND RADIUS COUNT inches mm lbs/1,000 ft kg/km CRUSH (N/cm) IMPACTS inches (cm)

B%002*201#XH 2 0 .307 7 .8 35 52 2000 200 3 1. (7 8). Premise Cable B%002*201#XH-7 .5 2 0 .295 7 .5 30 44 2000 200 3 0. (7 5). Optic Cable Fiber B%004*201#XH 4 0 .307 7 .8 35 52 2000 200 3 1. (7 8). B%004*201#XH-7 .5 4 0 .295 7 .5 30 44 2000 200 3 0. (7 5). B%006*201#XH 6 0 .346 8 .8 39 58 2000 200 3 5. (8 8). B%008*201#XH 8 0 .394 10 .0 52 77 2000 200 4 (10) B%012*201#XH 12 0 .449 11 .4 66 97 2000 200 4 .5 (11 .4)

Replace percent (%) in AFL No. with corresponding jacket type below. 1 = Tactical Polyurethane 2 = Flame Retardant Polyurethane 3 = LSZH Polyurethane 4 = StrataJac® Tactical+ Encapsulation 500 µm primary coated fiber available, replace H in AFL number with number corresponding below. G = 500 µm Coated Optical Fiber H = 250 µm Coated Optical Fiber Replace asterisk (*) in AFL No. with corresponding fiber type below. 5 = 50/125 µm multimode GIGA-Link™ 600 6 = 62 .5/125 µm multimode GIGA-Link™ 300 9 = AFL Bend Insensitive SMF (ITU G .652 .D/G .657 .A1) L = 50/125 µm OM3 C = 50/125 µm OM4

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE U .S . Department of Fiber Optic Cable INSTALLATION -50ºC to +85ºC MIL-PRF-85045 Defense OPERATION -55ºC to +85ºC Fiber Optic Cable ANSI/ICEA ANSI/ICEA-S-104-696 STORAGE -60ºC to +85ºC RoHS Compliant Compliant

Contact AFL for further details.

Tactical Copper/Fiber Composite Cable AFL’s tactical copper/fiber composite cables are ruggedized and easy to use in rapid deployment networks and other applications requiring high mechanical performance standards, environmental exposure, or dynamic end use where low voltage power and high speed fiber optic communications are combined . Constructed as a breakout style cable, each optical

Fiber Optic Cable Fiber fiber has enhanced protection in an elastomeric sub-cable jacket . Additionally, each electrical conductor is constructed utilizing high strand count copper with premium ETFE insulation . Offered in a tactical breakout cable construction, AFL’s tactical copper/fiber composite cable offers excellent tensile strength, crush resistance, impact resistance, bending performance and a wide operating temperature range . And with AFL’s selection of tactical cable jacket materials, the cable can be used in applications requiring exposure to UV, moisture, industrial chemicals or confined spaces .

Features Applications • Highly flexible for rapid deployment and • Military ease of installation • Broadcast • Ruggedized tactical cable design for • Petrochemical operating in harsh conditions • Rail • Combination power and fiber minimizes • Mining number of cables and saves space • Supports all formats of high speed optical networking

Performance Data—Testing per MIL-PRF-85045 CHARACTERISTIC PERFORMANCE Testing per Installation Tensile Load 540 lbs Operating Tensile Load 135 lbs Min . Bend Radius Short Term 7 8. cm Min . Bend Radius Long Term 3 9. cm Crush Resistance 2000 N/cm of cable OD Impact Resistance 200 Flex Resistance 2000

Rodent-deterrent Jacket Option Available continued

Tactical Copper/Fiber Composite Cable Ordering Information

OVERFILLED LAUNCH 1 GIGABIT ETHERNET 10 GIGABIT ETHERNET MAXIMUM ATTENUATION MINIMUM BANDWIDTH MINIMUM LINK DISTANCE MINIMUM LINK DISTANCE (dB/km) AFL NO. (MHz·km) (METERS) (METERS) Premise Cable

850 nm 1300 nm Optic Cable Fiber 850 nm 1300 nm 1550 nm 850 nm 1300 nm 850 nm 1300 nm (Serial) (Serial) B%002*201#XH-2CU16 N/A 0 .5 0 .5 N/A N/A N/A N/A N/A N/A

Replace percent (%) in AFL No. with corresponding jacket type below. 1 = Tactical Polyurethane 2 = Flame Retardant Polyurethane 3 = LSZH Polyurethane 4= StrataJac® Tactical+ Encapsulation

Replace asterisk (*) in AFL No. with corresponding fiber type below. 5 = 50/125 µm multimode GIGA-Link™ 600 6 = 62 .5/125 µm multimode GIGA-Link™ 300 9 = Single-mode K = SM Futureguide SR-15e Bend Insensitive L = 50/125 µm OM3 C = 50/125 µm OM4

Replace hashtag (#) in AFL No. with jacket color. See Tactical Cable Ordering Guide on page 19.

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE COMPONENT TEMPERATURE RANGE U .S . Department of MIL-PRF-85045 Cable INSTALLATION -46ºC to +85ºC Defense OPERATION -55ºC to +85ºC STORAGE -60ºC to +85ºC

Contact AFL for further details.

Indoor/Outdoor Breakout Cable AFL Indoor/Outdoor Riser Breakout cable is suited for applications requiring a high performance fiber optic cable . Water-blocked and re-inforced with all-dielectric strength members within the core, this cable can withstand the rigors presented by higher end installations . Available in 2-12 fiber counts, these cables feature a UV-and Fungal-Resistant

Fiber Optic Cable Fiber semi-pressure extrueded outer jacket . Individual sub-units measure 2 .5 mm, allowing for ease of field termination . Sub-units are also water-blocked adding to the overall protection of the fiber optic components from environmental damage .

Features Applications • Fiber counts 2-12 • Harsh Environment • Fungus, water and UV-resistant PVC jacket • Mining featuring SP extrusion technology • Industrial • Riser-rated with water-blocked sub-units • Campus Environment • Sub-units and tight buffer available in a variety of colors

Cable Components

PVC outer jacket PVC outer jacket 2.5mm water-blocked simplex sub-unit 2.5mm simplex sub-unit - 900µm buffered ber - 900µm buffered ber - water swellable aramid yarn strength members - water swellable aramid yarn strength members - PVC jacket - PVC jacket aramid yarn strength member strength member aramid yarn

2 and 4 Fiber 12 Fiber

Fiber Specifications GIGABIT 10 GIGABIT OVERFILL LAUNCH MAXIMUM ATTENUATION ETHERNET MIN. ETHERNET MIN. MIN. BANDWIDTH (DB/KM) EMB LINK DISTANCE LINK DISTANCE CORE SIZE/FIBER TYPE ISO/ (MHZ•KM) c IEC (MHZ•KM) (METERS) (METERS) 1300 1300 850 NM 1300 NM 1550 NM 850 NM 1300 NM 850 NM NM 850 NM NM (6) 62 5. Giga-Link™ 300 OM1 3 .5 1 .2 N/A 200 600 N/A 300 550 32 — (5) 50 Giga-Link™ 600 OM2 3 .5 1 .5 N/A 500 500 N/A 600 600 82 — (L) 50 Laser-Link 300 OM3 3 .0 1 .2 N/A 1,500 500 2,000 1,000 550 300 — (C) 50 Laser-Link 550 OM4 3 .0 1 .2 N/A 3,500 500 4,700 1,040 550 550 — (W) AFL Wideband Multimode OM5 3 .0 1 .2 N/A 3,500 500 4,700 1,040 550 550 — (9) Single-mode (ITU G 652. D/G. 657. A1). OS2 N/A 0 .5 0 .5 N/A N/A N/A N/A 5,000 N/A 10,000

A continued

Indoor/Outdoor Breakout Cable

Mechanical Data AFL NO. FIBER NOMINAL WEIGHT TENSION BENDING RADIUS COUNT DIAMETER LBS (N) INCHES (CM) INCHES (MM) LBS/1000FT (KG/KM) INSTALLATION LONG TERM INSTALLATION LONG TERM Premise Cable BM002251##1 2 .34 (8 .6) 49 (73) 300 (1334) 90 (400) 5 .0 (12 6). 3 .3 (8 .4) Optic Cable Fiber BM004251##1 4 .34 (8 .6) 49 (73) 300 (1334) 90 (400) 5 0. (12 .6) 3 .3 (8 .4) BM006251##1 6 .40 (10 .1) 69 (102) 300 (1334) 90 (400) 6 02. (15 .3) 4 .1 (10 .2) BM008251##1 8 .46 (11 .8) 93 (138) 300 (1334) 90 (400) 7 .0 (18 0). 4 .6 (11 .8) BM012251##1 12 .51 (13 .0) 95 (142) 300 (1334) 90 (400) 8 0. (20 .0) 5 .3 (13 .5)

 Fiber Types – Replace asterisk () in AFL number with number in the Fiber Specifications table on previous page . # Outer Jacket Color – Replace hashtag (#) in AFL number with number in the Cable Jacket Color table below .

Cable Jacket Color* Options 1 - Blue 8 - Black 2 - Orange 9 - Yellow 3 - Green A - Violet 4 - Brown B - Rose 5 - Slate C - Aqua 6 - White K - Erika Violet (RAL 4003) 7 - Red

* All jacket colors are UV stable and contain anti-fungal additive . For Best performance, AFL recommends Black Outer Jacket .

Qualifications Temperature Specifications

GOVERNING BODY STANDARD CODE TEMPERATURE RANGE Telcordia GR-409-CORE INSTALLATION -20ºC to +70ºC OPERATING -40ºC to +70ºC EIA/TIA 568-A STORAGE -40ºC to +70ºC RoHS 2002/95/EC ICEA MSHA

Contact AFL for further details.

Braided Armored Tactical Tight Buffered Cable AFL Armored Tactical Tight Buffered Cables are ideal for use in installations where extreme environmental conditions are present . With the addition of a wire braid embedded within the jacketing system, these cables are highly resistant to damage caused by repetitive impacts, high flex, crush, and abrasion as well as other harsh conditions . By utilizing AFL's tight

Fiber Optic Cable Fiber buffered fiber technology field, termination is simplified .

Features Applications • Cut resistant polyurethane outer jacket • Field deployment in abusive environments • Highly flexible construction allows for • High traffic areas multiple deployments • Security and sensing applications • Performance in wide temperature range • High Flex Applications • High impact and crush resistance • Installations in industrial environments • Durable in high traffic areas • Temporary installation of critical • Water and UV resistant communications lines where quick retrieval • Multiple jacket colors available and re-use is necessary • Capable of supporting all Multi-Gigabit Ethernet Protocols

Cable Components

Tight Buffered Fiber

Bronze Braiding

Aramid Yarn

Inner TPU Jacket

Outer TPU Jacket

Rodent-deterrent Jacket Option Available continued

Braided Armored Tactical Tight Buffered Cable Ordering Information NOMINAL NOMINAL TENSION MINIMUM FIBER DIAMETER WEIGHT lbs (N) BEND RADIUS AFL NO. COUNT inches mm lbs/1,000 ft kg/km INSTALLATION LONG TERM inches (cm) X%004*581#0H-BB 4 .374 9 .5 82 .5 124 325 (1450) 66 (290) 3 .7 (9 .5) Fiber Optic Cable Fiber X%012*701#0H-BB 12 .421 10 .7 104 7. 156 394 (1750) 79 (350) 4 .2 (10 .7) Note: Diameter and weight subject to change without notice Note: Contact AFL for other fiber counts

Replace percent (%) in AFL No. with corresponding jacket type below. 1 = Tactical Polyurethane 2 = Flame Retardant Polyurethane 3 = LSZH Polyurethane 4= StrataJac® Tactical+ Encapsulation Replace asterisk (*) in AFL No. with corresponding fiber type below. 5 = 50/125 µm multimode GIGA-Link™ 600 6 = 62 .5/125 µm multimode GIGA-Link™ 300 9 = AFL Bend Insensitive SMF (ITU G .652 .D/G .657 .A1) L = 50/125 µm OM3 C = 50/125 µm OM4 500 µm primary coated fiber available, replace H in AFL number with number corresponding below. G = 500 µm Coated Optical Fiber H = 250 µm Coated Optical Fiber Replace hashtag (#) in AFL No. with jacket color. See Tactical Cable Ordering Guide on page 17. Customer specified print available. See Tactical Cable Ordering Guide on page 17 for AFL No. designations.

Temperature Specifications

TEMPERATURE RANGE INSTALLATION -20ºC to +85ºC OPERATION -46ºC to +85ºC STORAGE -57ºC to +85ºC

Contact AFL for further details.

Braided Armored Tactical Breakout Cable AFL’s Braided Armored Tactical Breakout Cables are ideal for use in harsh environment applications requiring a rugged deployable cable solution . Consisting of 2 mm sub-cables, each optical fiber is suitable for direct termination enabling fast and easy installation . This reduced diameter, light weight, and high strength cable features a tough abrasion resistant polyurethane jacket that offers exceptional

Fiber Optic Cable Fiber performance through a wide range of temperatures . It is also impervious to common chemicals found in industrial environments . Available with a flame retardant jacket option the BU series breakout cable is ideal for use in mines, petrochemical facilities, and other industrial applications .

Features Applications • Deployable design • Field deployment in abusive environments • UV, Fungus, and water resistant • High traffic areas • Highly crush and impact resistant • Security and sensing applications • 2 .0 mm sub-cables available in a variety of • Broadcast Deployments - Electronic News colors Gathering Applications • Available with shiny or matte low-friction • Sporting and media events jacket • Temporary installation of critical • Custom colors available communications lines where quick retrieval • Available with bend insensitive SM and MM and re-use is necessary optical fiber • Supports all multi-gigabit Ethernet standards • Highly abrasion and cut resistant • Resistant to most fuels, oils and greases • Excellent low-temperature flexibility

Cable Components

2 mm Breakout Unit

Bronze Braiding

Inner TPU Jacket

Outer TPU Jacket

Mechanical PARAMETER VALUE Tensile Installation 2112 (475) Operational 333 (75)

Rodent-deterrent Jacket Option Available continued

Braided Armored Tactical Breakout Cable Ordering Information

NOMINAL NOMINAL MINIMUM FIBER PHYSICAL PROPERTIES AFL NO. DIAMETER WEIGHT BEND RADIUS COUNT inches mm lbs/1,000 ft kg/km CRUSH (N/cm) IMPACTS inches (cm)  2 0 .452 11 .5 113 68 2000 200 4 .5 (11 .5) B%002 201#XH-BB Optic Cable Fiber B%004201#XH-BB 4 0 .452 11 .5 113 68 2000 200 4 .5 (11 .5) B%006201#XH-BB 6 0 .492 12 .5 124 185 2000 200 4 .9 (12 .5) B%008201#XH-BB 8 0 .539 13 .7 147 219 2000 200 5 .4 (13 .7) B%012201#XH-BB 12 0 .610 15 .5 178 9265 2000 200 6 .1 (15 .5)

Replace percent (%) in AFL No. with corresponding jacket type below. 1 = Tactical Polyurethane 2 = Flame Retardant Polyurethane 3 = LSZH Polyurethane 4= StrataJac® Tactical+ Encapsulation

Replace asterisk (*) in AFL No. with corresponding fiber type below. 5 = 50/125 µm multimode GIGA-Link™ 600 6 = 62 .5/125 µm multimode GIGA-Link™ 300 9 = AFL Bend Insensitive SMF (ITU G .652 .D/G .657 .A1) L = 50/125 µm OM3 C = 50/125 µm OM4

Replace hashtag (#) in AFL No. with jacket color. See Tactical Cable Ordering Guide on page 17. 500 µm primary coated fiber available, replace H in AFL number with number corresponding below. G = 500 µm Coated Optical Fiber H = 250 µm Coated Optical Fiber Customer specified print available. See Tactical Cable Ordering Guide on page 17 for AFL No. designations.

Qualifications Temperature Specifications

Contact AFL for further details.

High Strength Steel Wire (HSSW) Armored Fiber Optic Cable AFL’s High Strength Steel Wire (HSSW) Armored Fiber Optic Cable provides the reliability needed for network backbones in harsh environment conditions . The high strength, galvanized plow steel armor is enhanced and offers a significant improvement in mechanical performance

Fiber Optic Cable Fiber as compared to traditional steel tape armored cables . With a near ten-fold improvement in tensile performance, a two-fold improvement in crush resistance and a three-fold improvement in impact energy resistance, AFL’s HSSW Armored Fiber Optic Cable provides the strength and durability needed for the most extreme conditions . AFL’s HSSW Armored Cable ideal for use as a direct buried cable in heavy construction zones including wind farm developments, pipelines, oil and gas fields, heavy industrial sites and a variety of additional harsh environments .

Cable Components

Physical Properties

PARAMETER VALUE Fiber Count 1-60 * Nominal Diameter 0 .65 inches / 16 .5 mm Nominal Weight 335 lbs/1000 ft . / 500 kg/km Maximum Tensile Load 5,000 lbs/ 22 .2 kN ** Minimum Bend Radius 13 inches / 33 cm Termperature Range Installation: -40oC to + 70oC Operation: -50oC to + 70oC *** * Any combination of up to 60 fibers available ** Higher strength options available upon request *** Expanded temperature ranges available upon request

Qualifications GOVERNING BODY STANDARD CODE COMPONENT Telcordia GR-409-CORE Cable

Contact AFL for further details.

Fusion Splicing

Fujikura 90S Fusion Splicer The 90S is the latest core alignment splicer from Fujikura . It’s designed to give you high quality splices and to stay in the field . The 90S kit solves common problems seen in the field today, from splicing poor quality legacy fiber to automated equipment maintenance and upkeep . The 90S can be utilized in any field splicing application seen today: bend-insensitive fibers in drop cables, long-haul terrestrial and submarine LEAF fibers, loose buffer fiber, splice on

connectors, and the list goes on . The speed and accuracy of the 90S even make it suitable for Splicers Single Fiber certain production and specialty environments, where high output, tight packaging, and low loss requirements are needed . Regardless your scenario, the 90S is designed to keep you going 90S with an extended battery life of 300 splice and heat cycles, and by alleviating the need for traditional operation tasks such as; frequent arc calibrations, cleaver blade rotations, cleaver usage tracking, and manual splicing operations with its multiple automated and ease-of-use features . A redesigned work tray, cooling tray, and optional cable clamp make the 90S kit more versatile than any of its predecessors in adapting to varying work conditions and environments . In addition, if you are splicing loose buffer fiber, there is no longer a need to purchase and swap out with an additional sheath clamp . Now, a universal sheath clamp that handles both loose and tight buffer fiber is standard . Put our 90S to the test by contacting us to see its capabilities first-hand, 1-800-235-3423 .

Features Applications In Work Tray • Cleaver tracking and upkeep • Distribution fiber repair with wireless communication • Long-haul network installation • Automated wind protector, • Field termination with sheath clamps and splice operation splice-on connectors • Loose and tight buffer with • Access network installation same sheath clamp • Fanout kits, pigtails and splice cassettes • Lithium-ion battery with • OSP cable installation and repair 300 splices/shrinks per charge • Optical modules – splitters, couplers, • Graphical User Interface with MUXs, EDFAs and attenuators 5 .0" Touchscreen • PC software and 90S manual downloaded from splicer Wind Protector Open • Multi-function transit case with integrated workstation

Fujikura 90S Fusion Splicer

Ordering Information DESCRIPTION AFL NO. 90S Fusion Splicer (machine only) S017519 Includes: Includes: ADC-20 AC Adapter, ACC-14 AC Cord, BTR-15 Battery, ELCT2-16B Spare Electrodes (pair), Sheath Clamps,

Single Fiber Splicers Single Fiber SP-03 Fiber Holder Set Plates, USB-01 Cable, Alcohol Dispenser, Screwdriver, Splicer Carrying Strap, Quick Reference Guide, TS-03 Tripod Screw, Work Tray J-Plate, SS03 single fiber stripper, CC39 Transit Case with Carrying Strap and Two Year Warranty 90S Fusion Splicer Kit (with cleaver) S017521 Includes: CT50 Cleaver, ADC-20 AC Adapter, ACC-14 AC Cord, BTR-15 Battery, ELCT2-16B Spare Electrodes (pair), Sheath Clamps, SP-03 Fiber Holder Set Plates, USB-01 Cable, Alcohol Dispenser, Screwdriver, Splicer Carrying Strap, Quick Reference Guide, TS-03 Tripod Screw, Work Tray J-Plate, SS03 single fiber stripper, CC39 Transit Case with Carrying Strap and Two Year Warranty 90S Fusion Splicer without Bluetooth (machine only) S017520 Includes: ADC-20 AC Adapter, BTR-15 Battery, ACC-14 AC Cord, ELCT2-16B Spare Electrodes (pair), Sheath Clamps, SP-03 Fiber Holder Set Plates, USB-01 Cable, Alcohol Dispenser, Screwdriver, Splicer Carrying Strap, Quick Reference Guide, TS-03 Tripod Screw, Work Tray J-Plate, SS03 Single Fiber Stripper, CC39 Transit Case with Carrying Strap and Two Year Warranty One Year Extended Warranty S012996 Two Year Extended Warranty S013000

Recommended Products for the 90S DESCRIPTION AFL NO. DESCRIPTION AFL NO. Cleavers Miscellaneous CT08 Cleaver S017004 SS03 Single fiber stripper (3 hole) S017098 CT50 Cleaver S017030 SS01 Single fiber stripper (1 hole) S017099 Fiber Holders (pair) ELCT2-16B Electrodes S017103 FH-70-250 (250 μm coated fiber) S017111 SP-03 Fiber Holder Set Plates S017518 FH-70-900 (900 μm jacketed fiber) S017113 S90 Universal Sheath Clamps S017696 FH-70-160 (160 μm coated fiber) S017095 Portable Tripod Workstation (see product profile for more detail) S014773 FH-60-LT900 (Loose buffer 900 μm fiber) S015181 ASW-02 Splicing Workstation (see product profile for more detail) S010532 FUSEConnect® Accessories WT-09R Work Tray Right S017515 FH-FC-20 (900 µm within 2 .0 mm sheathing) (each) S014696 WT-09L Work Tray Left S017516 FH-FC-30 (900 µm within 3 .0 mm sheathing) (pair) S014695 JP-09 Work Tray J-Plate S017517 FH-FC-900 (900 µm cable) (each) S014697 JP-10 J-Plate (Cooling tray attaches to splicer) S017522 CLAMP-FC-2000 (pair) S014705 JP-10-FC J-Plate with Fiber Clamps S017523 CLAMP-FC-3000 (pair) S014704 TS-03 Tripod Screw (90 Series) S017524 Power Supply Options and Equipment ST-02 Fusion Splicer Strap S017525 ADC-20 AC Adapter S017513 CLAMP-DC-12 (Drop cable clamp for work tray) S017550 ACC-14 AC Power Cord S014536 USB-01 Cable S014777 BTR-15 Battery S017512 CC39 Transit Case S017514 DCC-20 Power Cord S017527 Splicer V-Groove Cleaning Kit S014397 (connects AC Adapter to cigarette lighter socket) DCC-21 Power Cord S017528 (connects AC Adapter to power source via alligator clips) Fiber Holders • Wide range of sizes for various applications • Loose & Tight Buffer options available

Portal Tripod Work Station • Sturdy work tray supports the splicer, cleaver and accessories • Tripod supports a load capacity of up to eleven pounds

V-Groove Cleaning Kit • Removes environmental contamination from the v-groove of the splicer • Maintains performance and ensures fiber alignment

Fujikura 90S Fusion Splicer

Specifications PARAMETER VALUE Fiber Alignment Method Active core alignment Fiber Count Can Be Spliced Single fiber Fiber Type Single mode optical fiber Applicable Fiber Multi mode optical fiber Single Fiber Splicers Single Fiber Cladding Dia . 80 to 150 μm Coating dia . : Max . 3,000 μm Applicable Coating Sheath Clamp Cleave length : 5 to 16 mm ITU-T G .652 : Avg . 0 02. dB ITU-T G .651 : Avg . 0 01. dB ITU-T G .653 : Avg . 0 04. dB Splice Loss ITU-T G .654 : Avg . 0 04. dB Fiber Splice Performance ITU-T G .655 : Avg . 0 04. dB ITU-T G .657 : Avg . 0 02. dB SM FAST mode : Avg . 8 to 10 sec . Splice Loss SM AUTO mode : Avg . 11 to 13 sec . AUTO mode : Avg . 14 to 16 sec . Sleeve Type Heat-shrinkable sleeve Applicable Protection Sleeve Sleeve Length Max . 66 mm Sleeve Dia . Max . 6 0. mm before shrinking 60 mm slim mode : Avg . 9 to 10 sec . Sleeve Heat Performance Heat Time 60 mm mode : Avg . 13 to 15 sec . Fiber Tensile Test Force Approx . 2 .0 N Electrode Life Approx . 5,000 splices Dimensions W Approx .170 mm without projection Dimensions D Approx .173 mm without projection Physical Description Dimensions H Approx .150 mm without projection Weight Approx . 2 .8 kg including battery Operate : -10 to 50oC Temperature Storage : -40 to 80oC Environmental Condition Operate : 0 to 95% RH non-condensing Humidity Storage : 0 to 95% RH non-condensing Altitude Max . 5,000 m Ac Adaptor Input AC100 to 240 V, 50/60 Hz, Max . 1 5. A Type Rechargeable Lithium Ion Output Approx . DC14 .4V / 6,380 mAh Capacity Approx . 300 splice and heat cycles Battery Pack Recharge : 0 to 30oC Temperature Storage : -20 to 30oC Battery Life Approx . 500 recharge cycles Recharge Time Approx . 5 – 8 hours from empty LCD Monitor TFT 5 inches with touch screen Display Magnification 200 to 320x Illumination V-Grooves LED lamp PC USB2 .0 Mini B type External Led Lamp USB2 .0 A type, Approx . DC5V, 500 mA Interface Ribbon Stripper Mini DIN 6 pin, DC12V, Max . 1A Wireless Bluetooth 4 .1 LE Splice Mode 100 splice modes Heat Mode 30 heat modes Data Storage Splice Result 20,000 splices Splice Image 100 images Screw Hole For Tripod 1/4-20 UNC Splice mode select by fiber type analysis Discharge power calibration Wind protector : open/close Automatic Functions Sheath clamp : open Other Features Heater lid : open/close Heater clamp : open/close Reference Guide Video and PDF file stored in splicer Sheath Clamp Easy sleeve positioning clamp Electrode Replaceable without tool

Fusion Splicing

Fujikura 41S Fusion Splicer The Fujikura 41S is a fully ruggedized, two camera, active cladding alignment fusion splicer . Core sensing loss estimation technology provides the most accurate assessment of splice loss available in any active cladding alignment splicer in the world . Enabled by Warm Splice Imaging (WSI), the 41S can determine the accuracy of core alignment by evaluation of the splice during the heating process . This technology delivers splice loss estimates with a greater level of accuracy

Single Fiber Splicers Single Fiber as those based on only cladding alignment . State-of-the-art cleaver management via Bluetooth® connection with the CT50 Cleaver tracks usage and enables automated blade rotation as needed . The dual-camera, active V-groove alignment system provides consistent splicing performance in the most challenging conditions . A 6-second splice time and 25-second shrink time offers unmatched speed and productivity, while an easy-to-use touchscreen monitor provides simple and intuitive menu navigation . Interchangeable sheath clamps or fiber holders provide versatility for user preference, and compatibility with fusion installable connectors . The extended-life battery is rated for up to 200 splice and heat cycles . Long-life electrodes, lasting 5,000 splices, help minimize downtime for replacement and stabilization . The large 5" monitor provides a crystal clear image, even in the brightest sunlight . Software updates are accomplished via the internet allowing users to quickly update their software as new splice programs become available . Backed by the best service team in the industry, the Fujikura 41S is the ideal splicer to use when portability, ruggedness, and reliability are needed for your splicing application .

Features • Warm Splice Imaging (WSI) loss estimation technology Workstation in Transit Case • Bluetooth enabled cleaver management • Two camera, active cladding alignment • 5" touchscreen monitor • Interchangeable sheath clamps and fiber holders • Fully ruggedized for shock, moisture and dust resistance • Extended-life electrodes, 5,000 splices, exchangeable without tools • Long-life battery (200 splices/shrinks per charge)

Ordering Information DESCRIPTION AFL NO. Fujikura 41S Fusion Splicer S017090 Includes: Fujikura 41S Fusion Splicer, S31A Sheath clamps (installed), Workstation on Transit Case FH-70-250 Fiber Holders (pair), FH-70-900 Fiber Holders (pair), SP-01 Set Plates, ADC-19A AC Adapter, BTR-11A Battery Pack (installed), ACC-09 Power Cord, ELCT2-16B Spare Electrodes (pair), Screwdriver, Operation Manual on CD, Quick Reference Guide, SS-03 Single Fiber Stripper and CC-36 Transit Case Fujikura 41S Fusion Splicer Kit with CT50 Cleaver S017091 Includes: Fujikura 41S Fusion Splicer, CT50 Cleaver, S31A Sheath clamps (installed), FH-70-250 Fiber Holders (pair), FH-70-900 Fiber Holders (pair), SP-01 Set Plates, ADC-19A AC Adapter, BTR-11A Battery Pack (installed), ACC-09 Power Cord, ELCT2-16B Spare Electrodes (pair), Screwdriver, Operation Manual on CD, Quick Reference Guide, SS-03 Single Fiber Stripper and CC-36 Transit Case One Year Extended Warranty S012996 Two Year Extended Warranty S013000

Fujikura 41S Fusion Splicer

Recommended Accessories DESCRIPTION AFL NO. DESCRIPTION AFL NO. Cleavers Miscellaneous CT50 Cleaver S017030 CLAMP-S31A Sheath Clamps S017100

CT08 Cleaver S017004 CLAMP-S31B Sheath Clamps for loose buffer 900 µm S017101 Splicers Single Fiber Fiber Holders SP-01 Set Plate (pair) S017106 FH-70-250 Fiber Holder (pair) S017111 ELCT2-16B Electrodes S017103 FH-70-900 Fiber Holder (pair) S017113 ADC-19A AC Adapter S017104 FH-60-LT900 Fiber Holder (pair) S015181 ACC-09 Power Cord S014390 Batteries CC-36 Transit Case S017105 BTR-11A Battery Pack S017354 USB Cable S014777 FUSEConnect® Accessories Splicer V-Groove Cleaning Kit S014397 FH-FC-20 (900 µm within 2 .0 mm sheathing) (each) S014696 SS03 Single Fiber Stripper (3 hole) S017098 FH-FC-30 (900 µm within 3 .0 mm sheathing) (pair) S014695 SS01 Single Fiber Stripper (1 hole) S017099 FH-FC-900 (900 µm cable) (each) S014697 CLAMP-FC-2000 (pair) S014705 CLAMP-FC-3000 (pair) S014704

Fujikura 41S Fusion Splicer Specifications PARAMETER VALUE Fiber alignment method Active cladding alignment Fiber count can be spliced Single fiber Single mode optical fiber Applicable optical fiber Fiber type Single Fiber Splicers Single Fiber Multi mode optical fiber Cladding dia . Approx 125. μm Applicable coating Coating dia . : Max . 3000 μm Sheath clamp Cleave length : 5 to 16 mm ITU-T G 652. : Avg . 0 03. dB ITU-T G 651. : Avg . 0 01. dB Splice loss ITU-T G 653. : Avg . 0 05. dB Fiber splice performance ITU-T G 655. : Avg . 0 05. dB ITU-T G 657. : Avg . 0 03. dB SM FAST mode : Avg . 6 sec . Splicing time AUTO mode : Avg . 9 sec . Sleeve type Heat shrinkable sleeve Applicable protection sleeve Sleeve length Max . 66 mm Sleeve dia . Max . 6 mm before shrinking Sleeve heat performance Heat time 60 mm mode : Avg . 26sec . Fiber tensile test force Approx . 2 .0 N Electrode life Approx . 5,000 splices Dimensions W Approx 131. mm without projection Dimensions D Approx 201. mm without projection Physical description Dimensions H Approx 79. mm without projection Weight Approx . 1 .3 kg including battery Operate : -10 to 50oC Temperature Storage : -40 to 80oC Environmental condition Operate : 0 to 95% non-condensing Humidity Storage : 0 to 95% non-condensing Altitude Max . 5,000m Input AC100 to 240V, 50/60Hz, Max . 1A AC adaptor Type Rechargeable Lithium Ion Output Approx . DC14 .4V, 3360mA Capacity Approx . 200 splice and heat cycles Recharge : 0 to 40oC Battery pack Temperature Storage : -20 to 30oC Battery life Approx . 500 recharge cycles LCD monitor TFT 5 0. inches with touch screen Display Magnification 132 to 300x Illumination V-grooves LED lamp PC USB2 .0 MINI B type Interface Wireless Bluetooth® 4 .1 LE Splice mode 100 splice modes Heat mode 30 heat modes Data storage Splice result 10,000 results Fiber image 100 images Screw hole for tripod 1/4-20UNC Automatic functions Fiber heat calibration Sheath clamp Easy sleeve positioning Other features Loss Estimate Warm splice image estimation Electrode Tool less replaceable electrode

FSM-100M and FSM-100P Fusion Splicers Whether splicing similar fiber types or double clad LDF fibers for high power lasers, the ARCMaster series splicers provide multiple solutions for diverse production needs . With State of the ARC™ technology, the ARCMaster sets the standard for fusion splicing with a multitude of new features designed to make splicing easier . Specialty Splicing Systems FSM-100M The patent-pending “split V-groove” fiber clamping system accommodates optical fiber ranges from 60 to 2,000 μm for cladding or coating without changing V-grooves or fiber clamps . The “Plasma Zone” fiber positioning system incorporates multiple fiber and electrode positioning techniques to provide unprecedented versatility for splicing LDF, heat sensitive or small diameter fibers . With a new fiber imaging technology, Interrelation Profile Alignment (IPA), alignment and splicing capabilities are possible with virtually any PM fiber type . Longer fiber tapering application is possible with Fujikura’s Sweep Arc technology . Incorporating PAS (cold fiber image) and WSI (warm image) technologies, the optical analysis system provides a number of advanced features including improved loss estimation capabilities, fiber image performance FSM-100P with both LDF, small or heat sensitive fibers . Users can program multi-step glass processing operations to include non-splicing operations Features such as generating tapers or lenses . Dual LCD monitors provide enhanced data and graphical • Split V-groove clamping system information that is user-selectable during each stage of the splicing process . Both units • “Plasma Zone” fiber positioning are designed with the needs for production in mind and are suitable for the most popular • PAS and WSI production workstations . • New IPA alignment method for PM fibers • Enhanced sweep arc technology Ordering Information • Zero degree fiber handling for LDF DESCRIPTION AFL NO. • Special functions for glass ARCMaster FSM-100M Fusion Splicer (machine only) S014821 processing capability Includes: FH-100-250 fiber holders (pair), FH-100-900 fiber holders (pair), • Fiber profile memory function spare electrodes (pair), ADC-15 AC adapter, ACC-02 AC power cord, USB cable, dust cleaning swab set, operation manual and software on CD, and transit case • New arc calibration technology ARCMaster FSM-100M Fusion Splicer Kit * S014822 • Short cleave length capability ARCMaster FSM-100P Fusion Splicer (machine only) S014823 • Fast and accurate PANDA splice mode Includes: FH-100-250 fiber holders (pair), FH-100-400 fiber holders (pair), FH-100-900 • Ergonomic, production friendly design fiber holders (pair), spare electrodes (pair), ADC-15 AC adapter, ACC-02 AC power cord, USB cable, dust cleaning swab set, operation manual and software on CD, and transit case • User selectable display on dual ARCMaster FSM-100P Fusion Splicer Kit * S014824 LCD monitors One year extended warranty (extends factory warranty by one year) S012996 • Internet firmware updates Two year extended warranty (extends factory warranty by two years) S013000

* Each splicer kit includes an RS01 Thermal Stripper, a CT52 Cleaver and a SPA-RS02-08 Spacer for RS01 in addition to the items listed above .

FSM-100M and FSM-100P Fusion Splicers

Specifications Accessories for the FSM-100M and FSM-100P PARAMETER VALUE DESCRIPTION AFL NO. Applicable Fiber Silica based Single-mode and Multimode glass fiber: High Strength Accessories Specialty Splicing Systems SMF (G .652), MMF (G .651), NZDSF (G .655), EDF, High Strength Preparation Kit S013632 DCF, LDF and PMF, etc . Includes: USC-02, AFL PowerStrip and AFL PowerCleave Fiber Dimension Cladding diameter: 60 to 500 µm Ultrasonic Cleaner (USC-02) S014783 Coating diameter: 100 to 2,000 µm HTS-12 High Tensile Stripper - includes 250 µm blades S012094 Cleave Length Glass clamping: 8 to 10 mm (standard 9 mm) (400 µm available) Coating clamping: 3 to 5 mm (standard 4 mm) AFL PowerStrip High Tensile Stripper S012808 Typical Splice Loss SMF: 0 .03 dB AFL PowerCleave High Strength Cleaver S009972 MMF: 0 .02 dB Strippers NZDSF/LDF: 0 .05 dB RS01 Thermal Stripper S016815 PMF: 0 .06 dB (FSM-100P) RS03-80 Thermal Stripper S016842 Splicing Time SMF/MMF: 15 sec . SPA-RS02-08 Spacer S016818 NZDSF/LDF: 25 sec . PMF (PANDA): 35 to 50 sec . (FSM-100P) Electrodes PMF (IPA): 90 to 300 sec . (FSM-100P) ELCT2-25 Spare Electrodes (pair) S002068 Polarization Cross-Talk PMF (PANDA): -40 dB / 0 .6 degree (FSM-100P) Cleavers PMF (IPA): -32 dB / 1 .4 degree (FSM-100P) CT52 Cleaver S017078 Return Loss 60 dB or more CT58 Cleaver ( for 80 µm cladding) S017097 Heating Time FP-40: 30 sec . Fiber Holders (Pairs) FP-60: 35 sec . FH-100-060 Fiber Holder (55 µm-71 µm) S014977 Micro sleeves: 55 sec . FH-100-100 Fiber Holder (94 µm-117 µm) S014828 Sweep Length ±5 mm FH-100-125 Fiber Holder (118 µm-139 µm) S014829 Electrode Life 2,500 Arc Discharges FH-100-150 Fiber Holder (140 µm-169 µm) S014861 (SMF G .652 splicing at 1mm gap) FH-100-180 Fiber Holder (170 µm -199 µm) S014830 Electrode Gap 1 to 3 mm FH-100-210 Fiber Holder (200 µm -239 µm) S014831 Electrode Offset -0 .3 to +0 .1 mm FH-100-250 Fiber Holder (240 µm -289 µm) S014832 Proof Test 1 .96 N to 2 .45 N FH-100-300 Fiber Holder (290 µm -339 µm) S014833 Dimensions (mm) 311W x 232D x 160H FH-100-350 Fiber Holder (340 µm -389 µm) S014834 Weight FSM-100M: 7 .5 kg FH-100-400 Fiber Holder (390 µm -489 µm) S014835 (excluding AC adapter) FSM-100P: 8 .0 kg FH-100-500 Fiber Holder (490 µm -589 µm) S014836 Operation Temperature 0°C to 40°C at 0 to 95% RH (Non-Dew) FH-100-600 Fiber Holder (590 µm -689 µm) S014837 Storage Temperature -40°C to 80°C FH-100-700 Fiber Holder (690 µm -789 µm) S014838 Monitor Type Dual 4 .1 inch TFT color LCD monitors FH-100-800 Fiber Holder (790 µm -889 µm) S014839 Magnification 125 µm: 187 to 300 X FH-100-900 Fiber Holder (890 µm -989 µm) S014840 250 µm: 58 to 300 X FH-40-LT900 Fiber Holder S013584 400 µm: 58 to 93 X Power and Cords ADC-15 AC Adapter (FSM-100M/P) S014826 ACC-02 AC Power Cord S001171 ADC-09A AC Adapter (RS01) S016820 ACC-09 AC Power Cord (for ADC-09) S014390 Miscellaneous CC-27 Transit Case (100 M/P) S014825 DCS-01 Dust Cleaning Swab S014827 HP Power Meter Coupling Adapter S012180 ILX Power Meter Coupling Adapter S012184 Fiber Holder Adapter for HP/ILX PM S012188 Splicer V-Groove Cleaning Kit S014397

Fusion Splicing

FSR-05, FSR-06 and FSR-07 Optical Fiber Recoaters AFL offers a complete lineup of high quality fiber recoaters to address the small packaging needs of the fiber optic industry . The FSR series recoaters provide automatic operation with an easily exchangeable, low cost, mold design . A quick change resin bottle and pump assembly make messy, cumbersome, and time consuming acrylate changes a thing of the past . The pump system also

provides a purge cavity for elimination of bubbles in the acrylate material . A programmable resin Recoaters & Splice Protection injection system provides an exact volume of resin to the mold cavity to ensure consistent and FSR-05 repeatable recoat performance . While the base model FSR-05 provides only recoating functions, the FSR-06 and FSR- 07 also provide programmable rate and force proof-testing capabilities up to 2 kgf or 10 kgf respectively . All of the recoaters are compatible with special recoating resins to provide higher stiffness recoating for 900 μm jacketed fibers, as well as specialty low-index resins for recoating of double-clad fibers . A USB - PC interface allows the user to control and store key parameters associated with the recoating process . The quartz mold technology provides very consistent recoating quality and have an estimated lifetime of 10,000 recoats per mold set .

FSR-06 Specifications PARAMETER FSR-05 FSR-06 FSR-07 Applicable fiber coating Colored and non-colored Recoating diameter See mold options below Recoating length 4 to 50 mm Recoating time Injection 20 sec/Curing 4 sec (Jacket diameter 250 μm with 280 μm MOLD) Resin injection Volume and speed are programmable Recoat material UV curable Acrylate Recommended specification for other viscosity 2000-6000 cps Curing wavelength 365± 15 nm DSM Desotech DesoLite(R) 950-200 recommended FSR-07 Material of mold Quartz Recoat modes 100 modes Features All variables programmable Proof-test modes — 30 modes • Easy mold, resin and pump exchange Speed, force, time programmable • Quartz molds for high-quality, Load application — Linear Clamp Mandrel consistent recoating Tension — 0 5. kgf ~ 2 0. kgf 0 5. kgf ~ 10 .0 kgf • Wide selection of available mold sizes Dimensions 252 mm (W) x 135 mm (D) 252 mm (W) x 175 mm (D) x 169 mm (H) • Automated operation x 169 mm (H) • Bubble elimination system Weight 2 .9 kg 4 3. kg 4 .5 kg • Programmable resin injection Power source AC 100 to 240 C /50 to 60 Hz (External AC adaptor ADC-19) • Selectable proof–tester LCD monitor 4 7. inch, Tilt angle • PC interface with USB PC interface USB 2 .0 Type B mini Operating condition 10 to 30°C, 0 to 90% (non dew) Storage condition -40 to 60°C (non dew, no resin)

Fusion Splicing

FSR-05, FSR-06 and FSR-07 Optical Fiber Recoaters Ordering Information DESCRIPTION AFL NO. FSR-05 with 255 μm mold S017436 Includes: 255 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 280 μm mold S016103 Includes: 280 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 320 μm mold S016833 Recoaters & Splice Protection Includes: 320 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 450 μm mold S016276 Includes: 450 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 600 μm mold S016834 Includes: 600 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 650 μm mold S016946 Includes: 650 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 670 μm mold S017385 Includes: 670 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 850 μm mold S016949 Includes: 850 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-05 with 1000 μm mold S016998 Includes: 1000 μm mold, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable and M-FSR05 instruction manual . FSR-06 with 280 μm mold S016104 Includes: 280 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 320 μm mold S016835 Includes: 320 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 330 μm mold S016859 Includes: 330 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 450 μm mold S016186 Includes: 450 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 600 μm mold S016836 Includes: 600 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 700 μm mold S017507 Includes: 700 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-06 with 1000 μm mold S017001 Includes: 1000 μm mold, 2 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-02 Fiber protect cover and M-FSR05 instruction manual . FSR-07 with 280 μm mold S016105 Includes: 280 μm mold, 10 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-03 Fiber protect cover and M-FSR05 instruction manual . FSR-07 with 600 μm mold S016999 Includes: 600 μm mold, 10 kgf Proof Tester, ADC-19 AC adapter, ACC-09 AC power cord, USB-01 USB Cable, PC-03 Fiber protect cover and M-FSR05 instruction manual .

Fusion Splicing

FSR-05, FSR-06 and FSR-07 Optical Fiber Recoaters

Accessories DESCRIPTION AFL NO. DESCRIPTION AFL NO. MOLDS MISCELLANEOUS FSR-05-MOLD-195 S016133 Fiber protect cover for FSR-06: PC-02 S016107 FSR-05-MOLD-255 S016134 Fiber protect cover for FSR-07: PC-03 S016108 FSR-05-MOLD-280 S016106 Tube set: FSR-05-TUBE-01 S016109 Recoaters & Splice Protection FSR-05-MOLD-300 S017710 Pump head: FSR-05-PUMP-01 S016110 FSR-05-MOLD-320 S016829 UV resin bottle: FSR-05-BTL-01 S016112 FSR-05-MOLD-330 S016895 Force gauge adaptor: FGA-02 S016113 FSR-05-MOLD-450 S016135 AC adapter ADC-19 S015523 FSR-05-MOLD-600 S016830 AC power cord ACC-09 S014390 FSR-05-MOLD-650 S016947 FSR-05-MOLD-670 S016136 FSR-05-MOLD-700 S017477 FSR-05-MOLD-850 S016950 FSR-05-MOLD-1000 S016137

• Easy mold, resin Bubble Separator and pump exchange • Factory installation is not required

Bubble Separator Performance

Mold exchange

Resin and pump exchange Spare Pump for quickly changing UV resin type: FSR-05-pump-01

Fusion Splicing

CT08 Fiber Cleaver The CT08 cleaver is an extremely rugged, durable, and easy to use single fiber cleaver . Ideal for FTTH applications, the CT08 provides unmatched levels of impact resistance and also eliminates the requirement for tools during blade rotation . A thumbwheel on the bottom of the cleaver is utilized for blade rotation, and the blade position indicator has been relocated Cleavers to enable quick and easy viewing . The top clamp opens to a position past vertical allowing for easy viewing, cleaning, and adjustment of the cleave length . The blade is retracted automatically when opening the top clamp and is activated upon closing, making this a true one-step cleaver . The cleaver blade and fiber clamping mechanism is extremely easy to replace in the field . A manual scrap collector is included .

Features • Dedicated for single fiber cleaving • Ruggedized design withstands extreme shock levels • Tool free blade rotation • Simple one-step operation • Blade and clamp/anvil assembly are field serviceable

Specifications ITEM VALUE Single mode optical fiber Fiber type Multi mode optical fiber Applicable Fiber Fiber count Single fiber Cladding dia . Approx . 125 µm Fiber plate AD-50 : Max . 3 mm coating diameter Applicable Coating Fiber holder Coating shape . : Refer to splicer fiber holder options AD-50 [CD = coating diameter] CD= 250 µm or less : 5 to 20 mm Shown in CC-34 Carrying Case Fiber plate Cleave Length 250 µm < CD < 1000 µm : 10 to 20 mm 1000 µm < CD < 3 mm : 14 to 20 mm Fiber holder Approx . 10mm Cleave Angle Single fiber Avg . 0 .3 to 0 9. degrees Blade Life Approx . 48,000 fiber cleaves Dimensions W Approx . 120 mm when closing the lever Physical description Dimensions D Approx . 95 mm when closing the lever Dimensions H Approx . 58 mm when closing the lever Weight Approx . 185 g Operate : -10 to 50oC Temperature Environmental condition Storage : -40 to 80oC Operate : 0 to 95% non-condensing Humidity Storage : 0 to 95% non-condensing Screw hole for tripod 1/4-20UNC Blade rotation Manual rotation dial Other features Blade Replaceable parts Clamp arm

Fusion Splicing

CT08 Fiber Cleaver

Ordering Information FIBER HANDLING CLEAVE DESCRIPTION APPLICATION AFL NO. SYSTEM LENGTH

CT08 Single Fibers: Purchased separately See Specifications Table S017004 Cleavers Includes: AD-50 Adapter Plate, CC-34 Carrying Case, 160 to 900 µm coating, FH-70-250 on previous page Hex Wrench, Scrap Collector and Instruction Manual 125 µm cladding FH-70-900

Accessories DESCRIPTION AFL NO. AD-50 Single Fiber Adapter Plate S017010 AD-10-M24 Fiber Plate S017335 SPA-CT08-10 Spacer S017011 CC-34 Transit Case S017012 CB-07 Replacement Blade for CT08 Cleaver S017013 ARM-CT08-01 Replacement Arm Set S017014 SC-CT08-01 Side Cover S017015 BRW-CT08-01 Blade Rotary Wheel S017110 FDB-04 Fiber Dust Box S017120

Fusion Splicing

CT50 Fiber Cleaver The CT50 features automated blade rotation, unprecedented durability, and simplistic maintenance unseen with any other cleaver . Paired with a Bluetooth enabled Fujikura splicer, cleaver blade positions can be automatically advanced when needed based on

Cleavers cleave count or cleave quality . If automated rotation is not desired, the blade position can be advanced at the touch of a button, no tools required . The easy to read blade position indicator clearly displays the selected position . The Bluetooth® feature, along with simplified mechanical operation, increases overall productivity and reliability . The fiber clamp opens beyond 90 degrees and readies the blade for cleaving in the same motion . This allows easy viewing of the distance scale used to gauge cleave length . The 16-position blade yields 60,000 single-fiber cleaves, or 5,000 12-fiber ribbon cleaves . The built-in scrap collector conveniently stores fiber shards until they can be safely discarded . The CT50 is an industry first cleaver ruggedized to withstand severe shock, including drops up to 30 inches . If needed, the CT50 is field serviceable with all precision components easily replaced in the field .

Specifications ITEM VALUE Single-mode optical fiber Fiber type Multimode optical fiber Applicable Fiber Fiber count Single up to 16 fibers Cladding dia . Approx . 125 µm AD-10-M24 : Max . 900 µm coating diameter Fiber plate Applicable Coating AD-50 : Max . 3mm coating diameter Fiber holder Coating shape . : Refer to splicer fiber holder options AD-10-M24 : 5 to 20 mm for CD ≤ 250 µm Shown in CC-37 Carrying Case AD-50 [CD = coating diameter] Fiber plate CD= 250µm or less : 5 to 20 mm Cleave Length 250 µm < CD < 1000µm : 10 to 20 mm Features 1000 µm < CD < 3 mm : 14 to 20 mm • Motorized blade rotation Fiber holder Approx . 10 mm Single fiber Avg . 0 3. to 0 9. degrees • Bluetooth communication Cleave Angle Fiber ribbon Avg . 0 3. to 1 2. degrees • Shock resistant Blade Life Approx . 60,000 fiber cleaves • Simple one-step operation Dimensions W Approx . 120 mm when closing the lever • 60,000 cleave blade life Physical description Dimensions D Approx . 95 mm when closing the lever • Field serviceable Dimensions H Approx . 58 mm when closing the lever Weight Approx . 305 g including battery and AD-10-M24 Operate : -10 to 50oC Temperature Environmental condition Storage : -40 to 80oC Operate : 0 to 95% non-condensing Humidity Storage : 0 to 95% non-condensing Battery 2 pieces of LR03/AAA dry battery Wireless interface Bluetooth 4 1. LE Screw hole for tripod 1/4-20UNC Motorized rotation Blade rotation Manual rotation dial Other features Blade Replaceable parts Clamp arm

Continued >

Fusion Splicing

CT50 Fiber Cleaver

Ordering Information DESCRIPTION APPLICATION FIBER HANDLING SYSTEM CLEAVE LENGTH AFL NO. CT50 Single or AD-10-M24 adapter plate for single See Specifications table S017030 Ribbon Fiber fibers or fiber holders for ribbons on previous page Cleavers

Accessories DESCRIPTION AFL NO. CB-08 Replacement Blade S017076 FDB-05 Scrap Collector Box S017121 AD-50 Adapter Plate S017010 AD-10-M24 Fiber Plate S017335 ARM-CT50-01 Replacement Arm Set S017122 BRW-CT08-01 Blade Rotary Wheel S017110 SC-CT50-01 Side Cover S017108 CC-37 Transit Case S017077 SPA-CT-08-10 Spacer S017011 FDB-05 Fiber Dust Box S017121

Splice+ is a smartphone application that works in cooperation with Fujikura's splicers, cleavers and ribbon fiber strippers which have Bluetooth capability . Get the Splice+ app at the Apple App store or at Google Play .

CT-101 and CT-102 Fiber Cleavers Precise cleaving is required for photonic splicing applications as the types of optical fiber become more diversified to meet new applications . In addition, angled cleaving is often required for low back-reflection fiber end preparation . The CT-101 and CT-102 have been developed to offer adjustability and versatility for these various fiber types and applications Cleavers while offering superior tension cleaving performance beyond conventional cleavers that utilize a scribe and bend cleaving method . The CT-101 and CT-102 are equipped with a motorized diamond blade that touches the fiber after tension has been applied providing high-strength cleaving capability . The CT-101 is designed to accommodate the Fujikura FH-100 fiber holders while the CT-102 has been designed to accommodate the FH-70 fiber holders .

Features • Diamond blade with long blade life • Large diameter fiber cleaving capability (fiber diameter range 80 to 250 µm) • Angle cleaving capability (0 to 15 degrees) • Cleave counter • Adjustable cleave length • Dual power sources (4 “AA” batteries or AC adapter)

Specifications PARAMETER VALUE Applicable Fiber Conventional silica optical fiber Cleaving Performance Typical 0 3. degrees (125 µm SMF) Cladding Diameter 80 to 250 µm Coating Diameter 160 to 2000 µm Cleave Angle Capability 0 to 15 degrees (adjustable) Cleave Length 3 to 40 mm with Fiber Holder, FH-100 series or FH-70 series Dimensions 140 mm (W) x 110 mm (D) x 95 mm (H) Weight 900 g or less (excluding batteries) Blade Lifetime 20,000 fibers (1,000 fibers x 20 points) (125 µm SMF) DC Power Supply 4 AA batteries (approx . 1,000 cleaves) AC Power Supply 100 to 240 VAC / 50 to 60 Hz using ADC-16 Operating Conditions Temperature: 0 to 40°C, Humidity: 0 to 95% RH (Non-dew) Storage Conditions Temperature: -40 to 80°C, Humidity: 0 to 95% RH (Non-condensing)

Ordering Information DESCRIPTION AFL NO. CT-101 Advance Optical Fiber Cleaver Compatible with FH-100 Fiber Holders S016287 CT-102 Advance Optical Fiber Cleaver Compatible with FH-70 Fiber Holders S016288

Accessories DESCRIPTION AFL NO. ADC-16 AC Adapter S015017 ACC-09 AC Power Cord S014390 CB-06 Cleaver Blade S016078

PowerCleave® To complement the line of world class splicing systems, AFL’s PowerCleave combines the precision of an ultrasonic cleaver with the ease and improved fiber management of the Fujikura fiber holder system . The PowerCleave utilizes the tensile stress method to avoid

touching or damaging the bare glass surface during cleaving, ensuring highly robust, reliable Cleavers photo and durable splice results . The PowerCleave provides consistent flat ends even at cleave lengths as short as 3 mm . Specially designed for use with Fujikura’s specialty market splicers, this advanced cleaving system allows for more reliability and greater splicing consistency with less dependence on operator technique .

Features • Tensile cleaving with ultrasonic blade • Consistent, low-angle cleaves of short cleave-length fibers • Fiber holder system reduces fiber handling • Clean, reliable quality

Specifications PARAMETER VALUE Fibers Cleaved 80 µm - 200 µm (cladding diameter) Minimum Cleave Length 3 mm Cleave Angle <0 .6 typical Blade Diamond with an estimated life of over 20,000 cleaves Clamping System Compatible with Fujikura specialty market fiber holder systems Case ABS impact resistant with non-slip feet and a 6 .25 mm ( .24 inch) BSW thread tripod mount for hard mounting to a workstation Battery 9V alkaline (MN 1604), battery life approximately 10,000 cleaves Dimensions (L x W x D) 75 mm x 153 mm x 150 mm (3 .0 x 6 .0 x 5 9. inches) Weight 1 1. kg (2 4. lbs) Operating Temperature 0°C to 45°C (32°F to 113°F) Storage Temperature -20°C to 60°C (-4°F to 140°F)

Ordering Information DESCRIPTION AFL NO. PowerCleave Kit S009972 Includes: PowerCleave, Instruction manual, 2 5. mm x 60 mm Screwdriver and 2 mm Allen wrench

USC-03 Ultrasonic Cleaner The Fujikura ultrasonic cleaner model USC-03 provides a simple and cost effective method for cleaning optical fibers when high strength fusion splices are required . This ultrasonic cleaner readily accepts all FH-40-XXX, FH-50-XXX, FH-70-XXX and FH-100-XXX series fiber holders . The Universal Fiber Holder Adapter, available as an optional accessory, enables the use of FH-XXX series fiber holders .

Strip, Clean & Fiber Prep Clean & Fiber Strip, The high frequency ultrasonic action cleans debris and coating residue without damaging the exposed cladding and a built-in timer ensures that the required cleaning time is consistently used for all fibers processed . This cleaner, when used in conjunction with high strength stripping and cleaving accessories, produces outstanding results for the most demanding high strength applications .

Features • Built-in timer assures correct cleaning time • Adjustable high intensity vibratory cleaning action • Adjustment knob allows fine-tuning of fiber submersion depth • Alcohol bath lid prevents cleaning fluid evaporation when machine is idle

Specifications PARAMETER VALUE Applicable Fibers Single optical fiber Applicable Fiber Holders FH-40, 50, 70 and 100 series Included Accessories Recommended Fluid ≥99% Ethyl alcohol or Isopropyl alcohol Tank Capacity 43 - 53 cm^3 Ultrasonic Frequency 50 kHz Fiber Cleaning Length 49 mm (max), adjustable Output Power 3 .0 W (max) Timer Range 1 to 99 seconds Power Requirement AC 100 to 240 V / 50 Hz to 60 Hz Operating Environment 0oC to 40oC, 0 to 95% RH, non-condensing Storage Environment -20˚C to 60˚C, non-condensing humidity Dimensions (W x D x H) 95 x 190 x 162 (mm) / 3 74. x 7 .48 x 6 38. (inches) Weight 1 kg / 2 .2 lbs

Ordering Information DESCRIPTION AFL NO. USC-03 S014783 Universal Fiber Holder Adapter S013568 ADC-10 Power Adapter S012548 ACC-09 Power Cord S014390

AFL PowerStrip® AFL PowerStrip is a thermal stripper used in high strength splicing . Using the proven blade and centering design of the Schleuniger FiberStrip 7030 in addition to the fiber holder system, the AFL PowerStrip automatically centers the fiber, heats the buffer or coating and strips the buffer at a controlled rate with perfect alignment . The fiber holder system reduces fiber handling, making this tool ideal for any production environment . Strip, Clean & Fiber Prep Clean & Fiber Strip, Specifications Features PARAMETER VALUE • 250 µm and 900 µm fiber capability Fibers Stripped - Single Buffered Cladding diameter: 125 µm standard, 80 µm optional • Short cycle time Fiber Coating diameter: 250 µm and 900 µm standard, 160 µm and 400 µm optional • Lightweight and portable Clamping System Fujikura fiber holder clamp; compatible with FSM-45F/PM and 100 series fiber holders Stripping Length Up to 35 mm Heater Temperature Range 110°C to 150°C (230°F to 302°F) Heating Time 1 .5 to 13 seconds Cycle Time Approximately 5 seconds/cycle (after heating) Power Supply Input: 100 to 240 V AC, 50/60 ± 3 Hz; Output: 12 V DC, 12 W, 1 A Dimensions (L x W x D) 209 mm x 57 mm x 45 mm (8 25. x 2 .25 x 1 8. inches) Weight 0 .7 kg (1 .5 lbs)

Ordering Information DESCRIPTION AFL NO. Centralizers AFL PowerStrip Kit S012808 125 µm S014860 Carrying case, fiber holder clamping system, blades and 160 µm S012652 centralizers for 125/250 µm and 125/900 µm fiber, power supply 200 µm S017889 230 V AC or 100/120 V AC, power cord 2 m (6 .5 feet), cleaning 250 µm S012600 brush and tool set (hex keys, adjustment screwdriver) 360 µm S014738 Coating Blades 400 µm S012624 80/125 µm S014859 450 µm S014739 80/160 µm S012656 500 µm S014864 125/250 µm S012596 600 µm S014718 125/400 µm S012628 680 µm S017009 125/500 µm S014865 800 µm S014740 125/900 µm S012604 900 µm S012608 204/360 µm S014734 1400 µm S014741 220/350 µm S017002 230/500 µm S014863 Power Supply 250/400 µm S014400 12 V DC W/PLUG ADPT S015185 250/900 µm S014866 * Custom blades and centralizers available on request . 290/450 µm S014735 400/600 µm S014719 500/615 µm S017003 600/800 µm S014736 660/800 µm S017086 1000/1400 µm S014737

Blade Removal Tool PowerStrip Blade Removal Tool S012704

Fusion Splicing

PCS-100 Polyimide Coating Stripper Polyimide coated optical fiber are now widely used in the oil and gas and medical industries . The polyimide coating has superior heat and chemical resistance to conventional UV curable coating material, but the coating requires additional care to remove . Dangerous chemical stripping using hot sulfuric acid or burning the coating off are common methods to strip the fiber due to the thin coating and strong coating adhesion to the fiber cladding . AFL’s PCS-100

Strip, Clean & Fiber Prep Clean & Fiber Strip, Polyimide Fiber Coating Stripper is the first tool that uses a mechanical stripping method, providing a safe, consistent and quick stripping solution .

Specifications STRIPPING PERFORMANCE Features Applicable Fiber Silica based Single-mode and Multimode glass fiber • Quick stripping – A razorblade is Fiber Count Single applied to the fiber with specific tension Applicable Coating Polyimide coating and UV curable resin coating and the coating is precisely planed along Cladding Diameter Range 60 to 1200 μm the fiber automatically . The process Coating Diameter Range 60 to 1,500 μm requires less time than the conventional Fiber Clamping Adaptable to range of fiber/coating sizes by selection of applicable pair of FH-100-XXX series fiber holders methods of acid or heat . For a 125 µm Strip Length 1 to 35 mm (Window stripping: 1 to 33 mm) fiber, 4 stripping passes at 90º rotational Stripping Time 4 stripping passes: 20 seconds positions are typically required, and 8 stripping passes: 35 seconds complete stripping is accomplished within 12 stripping passes: 50 seconds 25 seconds . Larger fiber sizes require more Blade Life 350 fibers / blade (In the case of 4 strips per fiber) stripping passes (at smaller rotational Stripping Modes 30 user-programmable modes angle increments) . Proof Modes 30 user-programmable modes • Safe, high quality stripping – PROOF TEST FUNCTION Maximum Proof Test Force 2 kgf Because hot acid is not used, Typical Proof Test Cycle Time 3 seconds the operation is much safer . DIMENSIONAL DATA In addition, the fiber quality degradation Dimensions 230 mm (W) x 214 mm (D) x 151 mm (H) is kept at a minimum as the glass surface Weight 5 0. kg excluding AC adapter is not damaged by oxidization of the POWER SOURCE coating during burning or arcing . Power Input AC100 to 240 V (50 Hz to 60 Hz) • Flexible – Many parameters, such as OPERATION AND STORAGE CONDITIONS the razor blade position and stroke, Operating Conditions Temperature: 0 to 40°C, Humidity: 0 to 95% RH (Non-condensing) Storage Conditions Temperature: -40 to 80°C, Humidity: 0 to 95% RH (Non-condensing) and fiber rotation angle are all adjustable for various fiber sizes and coating materials . Ordering Information DESCRIPTION AFL NO. PCS-100 Polyimide Coating Stripper S014973 Includes: FH-100-150, ADC-15 AC Adapter, ACC-02, Instruction manual and PCB-01 replacement blades

Accessories DESCRIPTION AFL NO. FH-100-150 S014861 ADC-15 S014826 ACC-02 S001171 PCB-01 (Box of 50) S015018

Splice Protection Sleeves AFL offers a wide selection of fiber protection sleeves to meet any application . The FP series is the industry standard for durable and lasting protection of single fiber splices in field installations, while the FP-04(T) and FP-05 provide the same durable protection for 8 and 12 fiber ribbon respectively . The FPS01 and FPS04 series are specially designed for optical components, where small packaging is a priority . These micro sleeves provide

the known reliability of Fujikura sleeves in the smallest possible lengths . This easy and cost effective method is a great alternative to recoating . Splice Protection The FPS01 and FPS04 series offer a wide range of options to accommodate various coating sizes, and are manufactured in a variety of lengths . This gives great flexibility in designing optical modules .

Standard Sleeves: Dimensions & Applicable Fiber SLEEVES FOR SINGLE FIBERS 250 MICRONS TO 900 MICRONS DESCRIPTION SLEEVE LENGTH FIBER CLEAVE LENGTH SLEEVE DIAMETER AFTER SHRINK PACKAGING AFL NO. FP-60 60 mm 16 mm 3 1. mm (max .) 1000 Box/100 Pack S015915 FP-40 40 mm 10 mm 3 1. mm (max .) 1000 Box/100 Pack S015916

SLEEVES FOR UP TO 250 MICRON COATED RIBBON DESCRIPTION FIBER COUNT SLEEVE LENGTH FIBER CLEAVE LENGTH SLEEVE DIAMETER AFTER SHRINK PACKAGING AFL NO. FP-04(T) Up to 8 fibers 40 mm 10 mm 4 0. mm (max .) 250 Box/25 Pack S002105 FP-05 Up to 12 fibers 40 mm 10 mm 4 5. X 4 0. mm (max .) 250 Box/5 Pack S003027 FP-05-28 Up to 12 fibers 28 mm 10 mm 4 5. mm (max .) 250 Box/25 Pack S014720 FPS04-30 Up to 4 fibers 30 mm 10 mm 2 4. mm (max .) 1,000 Box/25 Pack S010848 FPS08-28 Up to 8 fibers 28 mm 10 mm 3 3. X 2 7. mm (max .) 500 Box/25 Pack S013560 FPS24-40 Up to 24 fibers 40 mm 10 mm 8 0. X 4 0. mm (max .) 200 Box/5 Pack S013004

Specifications PARAMETER DESCRIPTION VALUE FP-60/40/03 series Polyolefin based on Polyethylene Outer tube FPS-04(T) / FP-05 Ethylene-Vinyl Acetate Inner Tube ALL Ethylene-Vinyl Acetate FP-60/40/03 series Stainless steel Strength member FP-04(T) / FP-05 Heat-resistant glass Operation condition (after shrink) -10 to 50°C, 0 to 95% RH (Non dew) Storage condition (before shrink) -40 to 60°C, Non dew

Outer Tube (Heat-shrinkable) FP-03 series Inner Tube (Hot-melt Glue) FPS01 series Strength Member

Outer Tube (Heat-shrinkable) FP-04(T)/05 Inner Tube (Hot-melt Glue) FPS04-30 Strength Member FPS08-28

Splice Protection Sleeves

Micro Sleeves: Dimensions & Applicable Fiber FPS01-400 SERIES FOR SINGLE FIBERS UP TO 400 MICRON FIBER DESCRIPTION SLEEVE LENGTH FIBER CLEAVE LENGTH SLEEVE DIAMETER AFTER SHRINK PACKAGING AFL NO. FPS01-400-12 12 mm 4 mm 1 5. mm 50 Pack S014088 Splice Protection FPS01-400-15 15 mm 5 mm 1 5. mm 50 Pack S012668 FPS01-400-20 20 mm 8 mm 1 5. mm 50 Pack S012672 FPS01-400-25 25 mm 10 mm 1 5. mm 50 Pack S012676 FPS01-400-34 34 mm 15 mm 1 5. mm 50 Pack S012680 FPS01-400-40 40 mm 16 mm 1 5. mm 1,250 Box S011914

FPS01-900 SERIES FOR SINGLE FIBERS UP TO 900 MICRON FIBER DESCRIPTION SLEEVE LENGTH FIBER CLEAVE LENGTH SLEEVE DIAMETER AFTER SHRINK PACKAGING AFL NO. FPS01-900-15 15 mm 4 mm 2 3. mm 50 Pack S012684 FPS01-900-20 20 mm 6 mm 2 3. mm 50 Pack S012688 FPS01-900-25 25 mm 6 mm 2 3. mm 50 Pack S011954 FPS01-900-34 34 mm 13 mm 2 3. mm 50 Pack S012692 FPS01-900-45 45 mm 16 mm 2 3. mm 50 Pack S012696

Specifications PARAMETER DESCRIPTION VALUE Outer tube FPS01 series / FPS04-30 / FPS08-28 / FPS24-40 Polyolefin based on Polyethylene Inner Tube ALL Ethylene-Vinyl Acetate FPS01 series Stainless steel Strength member FPS04-30 / FPS08-28 / FPS24-40 Heat-resistant glass Operation condition (after shrink) -10 to 50°C, 0 to 95% RH (Non dew) Storage condition (before shrink) -40 to 60°C, Non dew

Type Variations

FULL SCALE

LightGuard® 55 Sealed Fiber Optic Splice Closure Designed with versatility in mind, the LightGuard (LG) 55 sealed closure from AFL offers a variety of solutions including repair and distribution splicing, grounding for Fiber-in-the-Loop applications, and for use as an isolation gap with armored cables . This closure accepts stranded loose tube or ribbon fiber cables in either armored or dielectric configurations and can be utilized in a butt or in-line configuration .

The LG-55 closure incorporates a unique cable clamp design sealing the cable, allowing both of Accessories Splice Closures & the cover halves to be removed without disturbing the contents . In addition, AFL’s Peel & Seal Grommet System™ is incorporated to ensure a tight fit on various cable diameters, fully sealing the closure and protecting the fiber while eliminating cumbersome tape and washers—making installation fast and easy .

Specifications

PARAMETER VALUE Splice Capacity (Max .)—Single, Mass, Mechanical 24, n/a, 24 Number of Splice Trays (Max )—Single,. Mass, Mechanical* 1, n/a, 1 In-line Repair Closure (IRC) for repair Cable Entrance Configuration Butt or In-line of flat or round drop cables Cable Sizes (Min . O .D . - Max . O .D .) (2) Express Ports Included Grommets 0 .40" - 0 70". (10 .0 - 25 .4) Features Single in . (mm) 0 .26" - 0 .44" (6 .6 - 11 .2) Double Express Port Only in . (mm) • Accommodates cables to 0 .70" O .D for Additional Grommets 0 .26" - 0 38". (6 .6 - 9 .7) splicing and grounding/bonding Quad Express Port Only in . (mm) • Incorporates the Peel and Seal Grommet Dimensions—(L x D) in . (mm) 14 0". x 4 .0" (343 .0 x 101 .6) System, fully sealing the closure Weight—lbs . (kg) 3 .0 (1 .36) • Includes removable, integral central splicing module and individual cable Ordering Information retention clamps • Requires only a common can wrench DESCRIPTION MODEL NO. AFL NO. for installation LG-55 FC000034-PS Fiber Optic Splice Closure—Stores up to 32 LG55-U-1 FC000034-PS single fusion, includes 2 single cable grommets and 1 dual cable grommet kit for sealing/retention and 2 ground terminals . Splice tray and hanger brackets included . Not included: Cable Grounding Kits LL-2425 Single Splice Tray—Stores (32) single fusion splices . LL-2425 FC000053 Maximum of 1 trays in the LG55 . Tray Included . LG-350 Single Grommet Kit (Min . 0 .40" - Max . 1 .00") LG-350 Exp Single Kit FC000726 For use in LG-55 on Express Port side . LG-350 Dual Grommet Kit (Min . 0 26". - Max . 0 .44") LG-350 Exp Dual Kit FC000337 For use in LG-55 on Express Port side . LG-350 Quad Grommet Kit (Min . 0 26". - Max . 0 .38") LG-350 Exp Quad Kit FC000421 For use in LG-55 on Express Port side . LG-55 Grommet Kit (1) 3 flat drop grommet (flat drop 0 31". or LG-55 Drop Kit FC000807 round cable up to 0 25"). and (1) dual grommet (Min . 0 26". - Max . 0 .44") . Cable Grounding Kit (pack of 5)—Clamp-On Ground Cable Only CGK-5 FC001091 *Mechanical Splice Kit . Includes 10 pieces of VHB tape . VHB Tape FA000089 Used in all splice trays . Each piece holds 12 splices .

LightLink 500 Optical Splicing and Distribution Enclosure The LightLink (LL) 500 Optic Splicing and Distribution Enclosure provides for organizing, splicing and interconnecting fibers in broadband, distribution and building entrance applications . The enclosure features a scratch and corrosion resistant powder paint coating base and a fully gasketed hinged cover . A unique self-sizing grommet design allows for express and pre-terminated cable installation . The LL-500 supports up to five LL-2450 splice trays for Outdoor Wall-mount Outdoor Wall-mount Enclosures up to 60 single fusion splices or three LL-4850 splice trays (not included in base unit) and an optional 12 fiber, hinged Interconnect Module .

Features • Independent cable strain relief system LL-500 with interconnect kit installed • Interconnect Module supports up to • Cable entry/exit grommet seals 12 SC bulkhead adapters • Fiber routing system • Secured with a standard padlock • Splice tray support system • 4 cable ports with standard grommets • Hinged cover • 8 cable ports with optional • Supports optional Interconnect Modules expansion kits

Specifications

PARAMETER VALUE Material Steel Coatings Electrostatically applied, powder coat Color Antique white Cable Ports 4-8

LL-500 with LL-2450 splice tray installed Cable Sizes (Max . O .D . – Min . O .D .) 4 @ 0 .3-0 .77" Up to 8 with Dual Grommet Kits 4 @ 0 .3-0 .65" 4 @ 0 .3-0 .5" Dimensions (H x W x D) in . (cm) 17 5. x 9 .0 x 4 .0 (44 .45 x 22 .86 x 10 16). Weight lbs . (kg) 6 5. (2 95).

Ordering Information DESCRIPTION AFL NO. LL-500-U-0 FM000326 LL-500 Interconnect Kit with SC UPC adapters FM000385 LL-500 Interconnect Kit with SC APC adapters FM000407 LL-500 Interconnect Kit without adapters FM000408 LL-500 with Multi-port Grommets FM000659 LL-2450 Single Fusion Splice Tray (stores 12 single fusion splices) 91957-00 LL-4850 Mass Fusion Splice Tray (stores 8 mass fusion sleeves - 96 fibers) 91958-00 LL-500 Multi-port Grommet Kit, 6 drop cable entry up to 0 .37” OD FC000573

Qualifications Contact AFL for further details.

GOVERNING BODY STANDARD CODE NEMA Type 3

LightLink Optical Entrance Enclosures The Optical Entrance Enclosures (OEE) are designed to provide a convenient splicing and interconnection location for outside plant cabling entering a Central Office (CO), Controlled Environmental Vault (CEV) or customer location . Each unit is designed to allow the entrance and management of up to 60 cables for splicing and interconnecting . Cables from termination locations and the outside plant are easily installed and managed . Access to individual fiber splices and fiber bundles are made easy by splice tray and fiber management designs . Indoor Wall-mount Indoor Wall-mount Enclosures

Features • Manages multiple cable enter and exit facilities • Each fiber splice tray (sold separately) handles up to 48 single fusion or 144 mass fusion splices • Enclosures for indoor or outdoor applications • Internal ground bar and pass through ground lugs

Specifications

OEE-288/576 Optical Entrance Enclosures PARAMETER VALUE Material Aluminum or steel Coatings Electrostatically applied, powder coat Color Granite Dimensions See Detail Drawings on following page

Accessories – Shingle Kits

OEE-720/1440 Optical Entrance Enclosures

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LightLink Optical Entrance Enclosures

Dimensions OEE 288/576 OEE 720/1440 Indoor Wall-mount Indoor Wall-mount Enclosures

Qualifications

GOVERNING BODY STANDARD CODE NEMA Type 3

continued

LightLink Optical Entrance Enclosures

Ordering Information DESCRIPTION MODEL NO. AFL NO. OPTICAL ENTRANCE ENCLOSURE OEE-288/576 911309-00-05 576 Single Fusion or 1728 Mass Fused Splice Capacity, up to 60 Cable Entry Ports Includes: (2) 6-Port Standard Shingles (each port accepts a 0 .472-0 .7089" Cable) (1) 5-Port Shingles (2 Ports accept a 0 .708-0 .988" cable, and 3 small Ports accept a cable 0 .236-0 473"). (4) Medium Sealing and Retention Kits (each supporting a 0 .472-0 .708"cable) Indoor Wall-mount Enclosures (1) Large Sealing and Retention Kit (each supporting a 0 .708-0 .988" cable) (3) Metallic Cable Bonding Kits (1) Wall-Mount Hardware (1) OEE Locking Key OPTICAL ENTRANCE ENCLOSURE OEE-720/1440 911275-00-05 1440 Single Fusion or 4320 Mass Fused Splice Capacity, up to 60 Cable Entry Ports Includes: (2) 6-Port Standard Shingles (each port accepts a 0 .472-0 .7089" cable) (1) 5-Port Shingles (2 Ports accept a 0 .708-0 .988" cable, and 3 small Ports accept a cable 0 .236-0 473"). (4) Medium Sealing and Retention Kits (each supporting a 0 .472-0 .708" cable) (1) Large Sealing and Retention Kit (each supporting a 0 .708-0 .988" cable) (3) Metallic Cable Bonding Kits (1) Wall-Mount Hardware (1) OEE Locking Key

Accessories

DESCRIPTION MODEL NO. AFL NO. OEE Fiber Splice Tray STF-48 911442-00-00 Metallic Cable Bonding Kit MBK-1 911260-00-01 Work Shelf OEE-WS 911262-00 Cable Retention and Sealing Kit – Small (Accepts 0 .236-0 .473" O D. . Cable) CRSK236-473 911310-00-00 Cable Retention and Sealing Kit – Medium (Accepts 0 .472-0 .708" O .D . Cable, four included with OEE) CRSK472-708 911310-01-00 Cable Retention and Sealing Kit – Large (Accepts 0 .708-0 .988" O .D . Cable, one included with OEE) CRSK708-988 911310-02-00 Cable Retention and Sealing Kit – XLarge (Accepts 0 .866-1 .25" O .D . Cable) CRSK866-1250 911310-03-00 Cable Retention and Sealing Kit – XXLarge (Accepts 1 .25-1 .49" O .D . Cable) CRSK1250-1490 911310-04-00 Shingle Kit – Standard, 6-Ports (Accepts Six Cables From 0 .472-0 .708" O .D ,. two included with OEE) SK-STD 911261-00-00 Shingle Kit – Standard, 5-Ports SK-LS 911261-01-00 (2) Large (0 .708-0 .988" O .D . Cable Ports) (3) Small (0 .236-0 .472" O .D . Cable Ports) (One Included with OEE) Shingle Kit, Two X-Large, (2) Cable Ports (0 .866-1 .25" O .D .) SK-XL 911261-02-00 Shingle Kit, Two XX-Large, (2) Cable Ports (1 .25-1 .49" O D. .) SK-XXL 911261-03-00

Cable Bonding Kit Cable Retention and Sealing Kit Work Shelf

LightLink Fiber Optic Splice Trays AFL’s LightLink series of Fiber Optic Splice Trays offers a variety of unique and flexible splice and storage possibilities . They are available in industry standard configurations (single, mass) .

Splice Trays Features • In-line or butt splice capability (see model descriptions) • Pre-formed radiuses maintain bend requirements • Interlocking base and cover provides tray stability without the use of a bolt • Extended finger guides easily store and route loose fiber or ribbon

Ordering Information—Splice Trays for Sealed Fiber Optic Splice Closures MODEL DESCRIPTION AFL NO. LG-55-U LG-150-U LG-250-U LG-350-U LG-350-20-WTC LG-350-27-WTC NO. Single Fuse: 32 LL-2425 FC000053 Max trays: N/A N/A N/A N/A N/A Mass Fuse: N/A 1 6 300". (L) x 2 .730" (W) x 0 829". (H) Single: 32 Mass: N/A

Single Fuse: 12 LL-2450 91957-00 N/A Max Trays: 4 N/A N/A N/A N/A Mass Fuse: N/A Single: 48 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: N/A

Single Fuse: N/A LL-4850 91958-00 N/A Max Trays: 4 N/A N/A N/A N/A Mass Fuse: 8 (96 fiber) Single: N/A 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: 32 (384 fiber)

Single Fuse: 12 LL-1248 911221-00-00 N/A Max Trays: 4 N/A N/A N/A N/A Mass Fuse: 8 (96 fiber) Single: 48 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: 48 (384 fiber)

Single Fuse: 24 LL-2400 91710-06 N/A N/A Max Trays: Max Trays: N/A N/A Mass Fuse: N/A 5 13 12 .542" (L) x 4 .042" (W) x 0 .390" (H) Single: 120 Single: 312 Mass: N/A Mass: N/A

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LightLink Fiber Optic Splice Trays (cont.) Ordering Information—Splice Trays for Sealed Fiber Optic Splice Closures

DESCRIPTION MODEL NO. AFL NO. LG-250-U LG-350-U LG-350-AC LG-350XL-U LG-350-20-WTC LG-350-27-WTC Single Fuse: 60 LL-7644 FA000044 N/A Max Trays: 6 N/A N/A N/A Max Trays: 3 Mass Fuse: 12 (144 fiber) Single: 180 Single: 360 Splice Trays 12 .000" (L) x 5 .125" (W) x 0 .485" (H) Mass: 72 Mass: 72 (864 fiber) (864 fiber)

* Note: Contains enough splice holders for 24 mass splices (288 fibers) when using AFL Wrapping Tube Cable . Single Fuse: 24 LL-2448 911289-00-02 Max Trays: 3 Max Trays: 8 N/A N/A N/A N/A Mass Fuse: 4 (48 fiber) Single: 72 Single: 192 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: 12 Mass: 32 (144 fiber) (384 fiber) Mechanical: Mechanical: 36 96

Single Fuse: 48 LL-2448-48S FA000045 Max Trays: 3 Max Trays: 8 N/A N/A N/A N/A Mass Fuse: N/A Single: 144 Single: 384 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: N/A Mass: N/A

Single Fuse: N/A LL-4848 911437-00-02 Max Trays: 3 Max Trays: 8 N/A N/A N/A N/A Mass Fuse: 12 (144 fiber) Single: N/A Single: N/A 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: 36 Mass: 96 (432 fiber) (1152 fiber)

Single Fuse: 96 LL-4896 911676-00-02 N/A Max Trays: 5 N/A Max Trays: 9 N/A N/A Mass Fuse: 24 (288 fiber) Single: 480 Single: 864 15 .950" (L) x 4 .875" (W) x 0 .485" (H) Mass: 120 Mass: 216 (1440 fiber) (2592 fiber)

Single Fuse: 60 LL-7060 FA000042 N/A Max Trays: 6 N/A N/A N/A Max Trays: 3 Mass Fuse: N/A Single: 360 Single: 180 12 .000" (L) x 5 .125" (W) x 0 .485" (H) Mass: N/A Mass: N/A

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LightLink Fiber Optic Splice Trays (cont.) Ordering Information – Splice Trays for LG-350 and LG-350XL-U Sealed Fiber Optic Splice Closures

DESCRIPTION MODEL NO. AFL NO. LG-350-U LG-350-AC LG-350XL-U LG-350-20-WTC LG-350-27-WTC Single Fuse: N/A LL-7144 FA000043 Max Trays: 6 N/A N/A N/A Max Trays: 3 Mass Fuse: 12 (144 fiber)

Splice Trays Single: 360 Single: 180 12 .000" (L) x 5 .125" (W) x 0 .485" (H) Mass: 72 Mass: 72 (864 fiber) (864 fiber)

Single Fuse: 36 LL-4808L-R FA000037 N/A Max Trays: 4 N/A Max Trays: 4 N/A Mass Fuse: 12 (144 fiber) Single: 144 Single: 144 8 125". (L) x 4 .875" (W) x 0 485". (H) Mass: 48 Mass: 48 (576 fiber) (576 fiber)

Single Fuse: N/A LL-4808 R FA000020 N/A Max Trays: 4 N/A Max Trays: 4 N/A Mass Fuse: 12 (144 fiber) Single: N/A Single: N/A 8 .125" (L) x 4 .875" (W) x 0 .485" (H) Mass: 48 Mass: 48 (576 fiber) (576 fiber)

Single Fuse: 36 LL-4808 L FA000021 N/A Max Trays: 4 N/A Max Trays: 4 N/A Mass Fuse: N/A Single: 144 Single: 144 8 .125" (L) x 4 .875" (W) x 0 .485" (H) Mass: N/A Mass: N/A

Single Fuse: N/A LL-4896 R FA000022 Max Trays: 5 N/A Max Trays: 9 N/A N/A Mass Fuse: 24 (288 fiber) Single: N/A Single: N/A 15 .950" (L) x 4 .875" (W) x 0 .485" (H) Mass: 120 Mass: 216 (1440 fiber) (2592 fiber)

Single Fuse: 96 LL-4896 L FA000023 Max Trays: 5 N/A Max Trays: 9 N/A Max Trays: 3 Mass Fuse: N/A Single: 480 Single: 864 Single: 180 15 .950" (L) x 4 .875" (W) x 0 .485" (H) Mass: N/A Mass: N/A Mass: N/A

continued

LightLink Fiber Optic Splice Trays (cont.) Ordering Information – Splice Trays for Aerial Weathertight Fiber Optic Splice Closures

DESCRIPTION MODEL NO. AFL NO. LG-410-U LG-420-U FTTx LG-500-U LG-500-U FTTx Single Fuse: 24 LL-2400 91710-06 Max Trays: 4 N/A Max Trays: 4 N/A Mass Fuse: N/A

Single: 96 Single: 96 Splice Trays 12 .542" (L) x 4 .042" (W) x 0 .390" (H) Mass: N/A Mass: N/A

Single Fuse: 32 LL-2425 FC000053 N/A Max Trays: 1 N/A Max Trays: 1 Mass Fuse: N/A Single: 32 Single: 32 6 .300" (L) x 2 .730" (W) x 0 .829" (H) Mass: N/A Mass: N/A

Single Fuse: 24 LL-2448 911289-00-02 Max Trays: 3 N/A Max Trays: 3 N/A Mass Fuse: 4 (48 fiber) Single: 72 Single: 72 12 542". (L) x 4 270". (W) x 0 531". (H) Mass: 12 (144 fiber) Mass: 12 (144 fiber) Mechanical: 36 Mechanical: 36

Single Fuse: 12 LL-2450 91957-00 N/A N/A N/A N/A Mass Fuse: N/A 7 .139" (L) x 4 .294" (W) x 0 .370" (H)

Single Fuse: N/A LL-4848 911437-00-02 Max Trays: 3 N/A Max Trays: 3 N/A Mass Fuse: 12 (144 fiber) Single: N/A Single: N/A 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: 36 (432 fiber) Mass: 36 (432 fiber)

Single Fuse: N/A LL-4850 91958-00 N/A N/A N/A N/A Mass Fuse: 8 (96 fiber) 7 .139" (L) x 4 .294" (W) x 0 .370" (H)

Single Fuse: 12 LL-1248 911221-00-00 N/A N/A N/A N/A Mass Fuse: 8 (96 fiber) 7 .139" (L) x 4 .294" (W) x 0 .370" (H)

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LightLink Fiber Optic Splice Trays (cont.) Ordering Information – Splice Trays for Aerial Weathertight Fiber Optic Splice Closures

DESCRIPTION MODEL NO. AFL NO. LG-500-U-FTTx-ISO LG-600-U LG-600-FTTx LG-600-U-FTTx-ISO Single Fuse: 24 LL-2400 91710-06 N/A Max Trays: 12 Max Trays: 2 N/A Mass Fuse: N/A

Splice Trays Single: 288 Single: 48 12 542". (L) x 4 .042" (W) x 0 .390" (H) Mass: N/A Mass: N/A

Single Fuse: 32 LL-2425 FC000053 N/A N/A N/A N/A Mass Fuse: N/A 6 .300" (L) x 2 .730" (W) x 0 .829" (H)

Single Fuse: 24 LL-2448 911289-00-02 N/A Max Trays: 8 N/A N/A Mass Fuse: 4 (48 fiber) Single: 192 12 542". (L) x 4 270". (W) x 0 531". (H) Mass: 32 (384 fiber) Mechanical: 12

Single Fuse: 12 LL-2450 91957-00 Max Trays: 1 N/A N/A Max Trays: 2 Mass Fuse: N/A Single: 12 Single: 24 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: N/A Mass: N/A

Single Fuse: N/A LL-4848 911437-00-02 N/A Max Trays: 8 N/A N/A Mass Fuse: 12 (144 fiber) Single: N/A 12 542". (L) x 4 .270" (W) x 0 .531" (H) Mass: 96 (1152 fiber)

Single Fuse: N/A LL-4850 91958-00 Max Trays: 1 N/A N/A Max Trays: 2 Mass Fuse: 8 (96 fiber) Single: N/A Single: N/A 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: 8 (96 fiber) Mass: 16 (192 fiber)

Single Fuse: 12 LL-1248 911221-00-00 Max Trays: 1 N/A N/A Max Trays: 2 Mass Fuse: 8 (96) Single: 12 Single: 24 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: 8 (96 fiber) Mass: 16 (192 fiber)

continued

LightLink Fiber Optic Splice Trays (cont.) Ordering information – Splice Trays for Aerial Weathertight Fiber Optic Splice Closures

DESCRIPTION MODEL NO. AFL NO. LG-410-U LG-500-U LG-600-U Single Fuse: N/A LL-4800 91711-07 Max Trays: 3 Max Trays: 3 Max Trays: 8 Mass Fuse: 4 (48 fiber) Single: N/A Single: N/A Single: N/A Splice Trays 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: 12 (144 fiber) Mass: 12 (144 fiber) Mass: 32 (384 fiber)

Ordering Information—Splice Trays for Fiber Optic Enclosures LL-400B WITH LL-400B WITHOUT LL-400SX WITH LL-400SX WITHOUT DESCRIPTION MODEL NO. AFL NO. INTERCONNECT INTERCONNECT 2 LGX® PLATES LGX PLATES Single Fuse: 24 LL-2448 911289-00-02 Max Trays: 4 Max Trays: 6 Max Trays: 3 Max Trays: 9 Mass Fuse: 4 (48 fiber) Single: 96 Single: 144 Single: 72 Single: 216 Mechanical : 12 Mass: 16 (192 fiber) Mass: 24 (288 fiber) Mass: 12 (144 fiber) Mass: 36 (432 fiber) 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mechanical: 48 Mechanical: 72 Mechanical: 36 Mechanical: 108

Single Fuse: 48 LL-2448-48S FA000045 Max Trays: 4 Max Trays: 6 Max Trays: 3 Max Trays: 9 Mass Fuse: N/A Single: 192 Single: 288 Single: 144 Single: 432 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: N/A Mass: N/A Mass: N/A Mass: N/A

Single Fuse: N/A LL-4848 911437-00-02 Max Trays: 4 Max Trays: 6 Max Trays: 3 Max Trays: 9 Mass Fuse: 12 (144 fiber) Single: N/A Single: N/A Single: N/A Single: N/A 12 .542" (L) x 4 .270" (W) x 0 .531" (H) Mass: 48 (576 fiber) Mass: 72 (864 fiber) Mass: 36 (432 fiber) Mass: 108 (1296 fiber)

Single Fuse: N/A LL-4800 91711-07 Max Trays: 4 Max Trays: 6 Max Trays: 3 Max Trays: 9 Mass Fuse: 4 (48 fiber) Single: N/A Single: N/A Single: N/A Single: N/A 12 .542" (L) x 4 .270" (W) x 0 .531 (H) Mass: 16 (192 fiber) Mass: 24 (288 fiber) Mass: 12 (144 fiber) Mass: 108 (1296 fiber)

continued

LightLink Fiber Optic Splice Trays (cont.) Ordering Information—Splice Trays for Fiber Optic Enclosures

DESCRIPTION MODEL NO. AFL NO. LL-500 LL-580 Single Fuse: N/A LL-7144 FA000043 N/A Max Trays: 2 Mass Fuse: 12 (144 fiber) Splice Trays Single: N/A 12 .000" (L) x 5 .125" (W) 0 .485" (H) Mass: 24 (288 fiber)

Single Fuse: 60 LL-7644 FA000044 N/A Max Trays: 2 Mass Fuse: 12 (144) Single: 120 12 .000" (L) x 5 .125" (W) 0 .485" (H) Mass: 24 (288 fiber)

Single Fuse: 12 LL-2450 91957-00 Max Trays: 5 N/A Mass Fuse: N/A Single: 60 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: N/A

Single Fuse: N/A LL-4850 91958-00 Max Trays: 3 N/A Mass Fuse: 8 (96 fiber) Single: N/A 7 .139" (L) x 4 .294" (W) x 0 .370" (H) Mass: 24 (288 fiber)

Single Fuse: 36 LL-4808L-R FA000037 N/A Max Trays: 2 Mass Fuse: 12 (144 fiber) Single: 72 8 125". (L) x 4 .875" (W) x 0 485". (H) Mass: 24 (288 fiber)

continued

LightLink Fiber Optic Splice Trays (cont.) Ordering Information – Splice Tray for Splicing Cabinets and Shelves DESCRIPTION MODEL NO. AFL NO. Telescoping Splice Tray - Stores up to 48 single fusion sleeves or STF-48 911442-00-00 12 mass fusion sleeves (144 fibers) . For use in the following products: LL-300, LL-288/576, LL-720/1440, OTSS-SYS1, OSS-SYS2 and OSS-SYS1 Splice Trays

FTTx Splice Tray - Stores up to 2 single fusion sleeves . — DM000445 For use in the following products: ONT-760XL, ONT-3000 and CG-1500

Bare Fiber Splice Tray - Stores up 24 single fusion fibers — C184190 without sleeves . For use in the following products: Any product that accepts the LL-2400 splice tray

Ordering Information—Splice Tray Accessories

DESCRIPTION AFL NO. FP-40 Splice Protection Sleeves, 40 mm length (1000 box/100 pack) S015916 FP-60 Splice Protection Sleeves, 60 mm length (1000 box/100 pack) S015915 Single Fusion Splice Chip - 6 splices per chip . (10 pcs . per kit) FA000034 Single Fusion Splice Chip - 12 splices per chip . (10 pcs . per kit) FC000657 Single Fusion Splice Chip - 24 splices per chip . (10 pcs . per kit) 91745-02 Mass Fusion Splice Chip - 4 splices per chip . (10 pcs . per kit) FA000088 Mechanical Fusion Splice Tape (10 pcs . per kit) FA000089 Core Tube Cable Fiber Router for routing fiber up to 8 directions . For all central core tube sizes . FC000008 Loose Tube or Ribbon Router for routing fiber up to 6 directions . For all Loose Tube and up to 12 fiber Ribbon . FC000070

Dimensions

LL-2448 and LL-4848 Splice Trays LL-1248, LL-2450 and LL-4850 Splice Trays LL-2400 Splice Tray

LL-4896 Splice Tray LL-2425 Splice Tray OEE Splice Tray

Test & Inspection

FlexScan® FS200 Single-mode OTDR Pocket-sized, Performance-packed, User-friendly, and Affordable

Features • FleXpress® mode completes OTDR tests in <5 seconds • Test up to 1:64 PON with 25 m PON dead zone

OTDRs OTDRs and Troubleshooters • Easy to understand LinkMap® results with pass/fail indications • Single, dual or triple wavelength single-mode • Single port for in- and out-of-service OTDR tests • Integrated source, power meter, VFL (visual fault locator) • Integrated MPO Switch control via USB • Rugged, lightweight, hand-held for field use • Available with field-replaceable connector

Applications • PON or point-to-point network verification or troubleshooting • OTDR testing plus insertion loss and power measurements • Locate faults exceeding industry or user pass/fail thresholds • Visually pinpoint location of macro-bends or breaks

AFL’s FlexScan FS200 OTDR is an all-in-one solution for detecting, identifying, locating, and resolving single-mode optical network issues. It is designed for both novice and expert technicians working in a range of environments, from FTTH PON to point-to-point networks. It applies industry-standard or user-set pass/fail criteria and displays results using LinkMap color-coded icons that immediately show the health of the network. The FlexScan FS200 automates test setup, shortens test time, and simplifies results interpretation improving efficiency and reducing costs. All-in-one test capability: The FlexScan FS200 includes an integrated VFL, power meter, and light source. It can be easily paired to AFL’s award-winning FOCIS family of inspection scopes, ensuring technicians have everything they need to locate and quickly resolve optical network issues. Performance-packed: With SmartAuto multi-pulse acquisition, up to 37 dB dynamic range, and best-in-class 25 m PON dead zone, FlexScan FS200 PON OTDRs test FTTH PONs up to 1:64 while still detecting and measuring events only meters apart. Fast! FleXpress mode completes dual-wavelength tests in <5 seconds – 10 x faster than conventional OTDRs! For multi-fiber testing, FS200s automatically control AFL’s MFS Multi-Fiber Switch (12-fiber MPO switch) to further reduce multi-fiber test time. Pocket-sized: At 3.5 x 6 x 1.75 in. (86 x 160 x 43 mm) and less than one pound (0.4 kg), FlexScan FS200 OTDRs truly fit in your pocket, yet still provide a large, bright indoor/outdoor touchscreen display, and all-day operation. Multiple sharing and reporting options: Results can be stored internally, saved to a USB, or wirelessly uploaded via the free FlexScan App for real-time reporting using the included TRM® 3.0 Test Results Manager software. Convenient cost-saving kits: Bundle the FlexScan FS200 with your choice of launch cable, FOCIS Flex connector inspection probe and tips, and/or AFL’s universal optical fiber identifier (OFI-BIPMe) for significant cost-savings! Field-replaceable connector: With AFL's optional field-replaceable connector, avoid expensive service repairs to replace connectors damaged due to poor cleaning practices and/or normal wear-and-tear.

FlexScan® FS200 Single-mode OTDR

Dramatically Reduces Test Time In SmartAuto mode, FlexScan OTDRs automatically analyze and test the network using a variety of network-optimized settings to precisely locate, characterize and identify network events with one button push. Loss and reflectance are measured for connectors, splices, splitters and macro-bends. FlexScan even checks for live fiber and verifies OTDR OTDRs OTDRs and Troubleshooters launch quality before initiating a test. FlexScan’s new FleXpress mode completes dual-wavelength tests in seconds, reducing test time by a factor of 10x compared to conventional OTDRs. For multi-fiber testing, FleXpress mode automatically controls AFL’s MPO Switch, testing 12 fibers at the touch of a single button.

Simplifies Network Troubleshooting LinkMap with pass/fail enables even novice users to easily and accurately troubleshoot optical networks. LinkMap presents an icon-based view of the tested network clearly identifying fiber start, end, connectors, splices, PON splitters, and macro-bends. A LinkMap summary provides end-to-end link length, loss and ORL. Loss and reflectance and displayed with clear pass/fail indications. Users can instantly toggle between LinkMap and Trace views.

Connectivity FlexScan OTDRs easily pair with AFL's ward-winning FOCIS® family of connector inspection probes for fast, easy single-fiber and/or multi-fiber connector end-face inspection. FlexScan results can then be transferred wirelessly via the free FlexScan App to a smart device for real-time reporting using the included Test Results Manager (TRM 3.0) PC-based software. This real-time monitoring can help avoid mistakes in the field that will require future truck rolls.

OTDR, OLTS, and VFL Testing with a Single Tool FlexScan optionally includes a Wave ID optical light source (OLS) and optical power meter (OPM). With Wave ID, the OPM auto-synchronizes to a single or multi-wavelength Wave ID optical signal transmitted by an AFL light source. The OPM reports detected wavelengths and measures power and loss at each wavelength, saving significant test time and eliminating setup errors. The integrated VFL’s eye-safe red laser enables users to visually pinpoint the location of macro-bends and fiber breaks often found in splice closures and fiber cabinets.

FlexScan® FS200 Single-mode OTDR

FlexScan OTDRs are available with 1310/1550/1625, 1310/1550/1650, 1310/1550, and 1550 or 1650 nm only wavelengths. The 1310 and 1550 nm versions are available with integrated optical light source (OLS), optical power meter (OPM), visual fault locator (VFL) and Bluetooth/WiFi.

Specifications a

OTDRs OTDRs and Troubleshooters MODEL: FS200-XXX -50 -60 -100 -300 -303 -304 MODEL: FS200-XXX -50 -60 -100 -300 -303 -304 OTDR VISUAL FAULT LOCATOR (VFL) Emitter Type Laser Emitter Type Visible red laser, 650 ±20 nm Safety Class b Class I Safety Class b Class II Fiber Type Single-mode Output Power 0.8 mW into single-mode fiber (-1 dBm ±0.5 dB) Wavelengths (nm) 1550 1650 1310/ 1310/ 1310/ 1310/ Modes CW, 2 Hz flashing 1550 1550 1550/ 1550/ OPTICAL LASER SOURCE - OLS (Optional) 1625 1650 Emitter Type Laser Center Tolerance c 1310/1550/1650: ± 20 nm; 1625 +30/-5 nm Safety Class b Class I Dynamic Range d (dB) 28 37 32/30 37/36 37/36/37 37/36/37 Fiber Type Single-mode Event Dead Zone e (m) 1.0 0.8 0.8 0.8 0.8 0.8 Wavelengths (nm) 1550 N/A 1310/ 1310/ 1310/ 1310/ Atten. Dead Zone f (m) 6.0 3.5 3.6 3.5 3.5 3.5 1550 1550 1550 1550 PON Dead Zone g (m) N/A 30 N/A 25/25 25/25/30 25/25/30 Center Tolerance ±20 nm (CW mode) Pulse Widths 3, 5, 10, 20, 30, 50, 100, 200, 300, 500 ns; Spectral Width (FWHM) 5 nm (maximum) 1, 2, 3, 10 µs; 20 µs (FS200-300/300/304 only) Internal Modulation 270 Hz, 330 Hz, 1 kHz, 2 kHz, CW, Wave ID Range Settings 250 m to 240 km Wave ID Compatible with AFL OPM/OLS Data Points Up to 300,000 (Expert mode .SOR file) Output Power Stability ≤ ±0.1 dB (15 minutes); ≤ ±0.15 dB (8 hours) Data Spacing 5 cm to 16 m Output Power -3 dBm ±1.5 dB Index of Refraction 1.3000 to 1.7000 OPTICAL POWER METER -OPM (Optional) Distance Uncertainty ±(1 + 0.003% x distance + data point spacing) m Calibrated Wavelengths 1310, 1490, 1550, 1625, 1650 nm Linearity (dB/dB) ±0.05 Detector Type InGaAs, 1 mm diameter Trace File Format Telcordia SR-4731 Issue 2 compatible .SOR Measurement Range +23 to -50 dBm Trace Storage Medium 4 GB internal memory (> 5000 traces typical); Tone Detect Range +3 to -35 dBm External USB memory stick Accuracy ±0.25 dB ® Data Transfer to PC USB cable or Bluetooth (option) Resolution 0.01 dB OTDR Modes SmartAuto, Expert, Real-time Measurement Units dB, dBm or Watts (nW, µW, mW) FleXpress Fast Test FS200-300/303/304 GENERAL Display Modes LinkMap Summary, LinkMap Events, Trace Size (in boot) 86 x 160 x 43 mm Refresh Rate Up to 4 Hz (Real-time mode) Weight 0.4 kg Live Fiber Protection No OTDR damage with input power ≤ +15 dBm for Operational Temperature h -10 °C to +50 °C, 0 to 95 % RH (non-condensing) wavelength(s) in range 1260 to 1675 nm Storage Temperature -40 °C to +70 °C, 0 to 95 % RH (non-condensing) Live Fiber Detection Reports live fiber with input signal ≥ -35 dBm for Power Rechargeable Li-Pol or AC adapter wavelength(s) in range 1260 to 1675 nm Battery Life >12 hours, Telcordia test conditions PON Filter Isolation >50 dB for 1260 nm ≤ wavelength ≤1600 nm Display 4.3 in color touchscreen LCD, 480x272, backlit Live PON OTDR Test 1625 or 1650 nm using filtered detector USB Ports 1 host; 1 micro-USB function Bluetooth (optional) Compatible with Windows PC, Android Notes: a. All specifications valid at 25 °C unless otherwise specified. b. FDA 21 CFR 1040.10 & 1040.11, IEC 60825-1: 2014. c. Using 10 ns pulse width. d. SNR=1, longest range and pulse width, 3-minute averaging. e. Maximum distance between two points 1.5 dB down each side of a reflective peak caused by an event with reflectance ≤ -45 dB using 3 or 5 ns pulse. f. Maximum distance from the start of a trace spike caused by an event with a -45 dB (or smaller) reflectance, to the point where the trace returns to and stays within ±0.5 dB of backscatter. Test pulse width is 3 or 5 ns. g. Recovery to within 0.5 dB of backscatter after 1:16 splitter (≤13 dB loss) using 100 ns pulse width. h. Max temperature while charging is +45 °C.

FlexScan® FS200 Single-mode OTDR

FlexScan Kit Configurations All kits include a FlexScan FS200 with AC charger, battery, carry strap, SC/2.5 mm connector adapters, TRM® 3.0, USB cable, and carry case.

Ordering Information FS200-[MOD]-[KIT]-[PW]-[C]-[CC]-[LNG]-[AC]-[FR]-[TIP] where: OTDRs OTDRs and Troubleshooters

[MOD] FS200 FlexScan OTDR Configuration [AC] Destination Country AC Plugs 50 1550 nm only Troubleshooting OTDR US USA 2-pin, US 60 1650 nm filtered Live PON Troubleshooting OTDR EU European Union 2-pin, EU 100 1310/1550 nm Verification and Troubleshooting OTDR UK United Kingdom 3-pin, UK 300 1310/1550 Pt-to-Pt & PON Verification and Troubleshooting OTDR CN China, Australia 2-pin, SAA 303 1310/1550/1625 Pt-to-Pt and PON Verification and Troubleshooting OTDR [FR] 150 m SMF Fiber Ring 304 1310/1550/1650 Pt-to-Pt and PON Verification and Troubleshooting OTDR Absent N/A in Basic kits [KIT] FS200 FlexScan Kit Configuration USC/USC FR-SMF-150-USC-USC BAS Includes: FS200, soft case, TRM 3.0 Basic, USB cable a USC/UFC FR-SMF-150-USC-UFC PLUS Includes: BAS kit plus 150 m SMF & MMF Fiber Rings, One-Click Cleaner, USC/ULC FR-SMF-150-USC-ULC upgrade to TRM 3.0 Advanced, user-selected soft or hard carry case USC/UST FR-SMF-150-USC-UST PRO Includes: PLUS kit plus FOCIS Flex with two user-selected adapter tips USC/ASC FR-SMF-150-USC-ASC BIPM Includes: PRO kit plus OFI-BIPMe USC/AFC FR-SMF-150-USC-AFC MPO MPO kit includes FlexScan plus MFS Multi-Fiber Switch, MPO launch cable, USC/ALC FR-SMF-150-USC-ALC OTDR-to-Switch patch cord, OTDR-to-Switch USB cable USC/UE2 FR-SMF-150-USC-UE2 ASC/UFC FR-SMF-150-ASC-UFC [PW] Power Meter / Wireless Option ASC/ULC FR-SMF-150-ASC-ULC P0-W0 No Source, Power Meter, or Bluetooth/WiFi (FS200-50/60/100 only) ASC/UST FR-SMF-150-ASC-UST P0-W1 b No Source or Power Meter; Includes Bluetooth/WiFi (FS200-300/304 only) ASC/ASC FR-SMF-150-ASC-ASC P1-W0 No Bluetooth/WiFi (-303/304 only); Includes Source, Power Meter ASC/AFC FR-SMF-150-ASC-AFC P1-W1 b Includes Source, Power Meter, Bluetooth/WiFi (all models except -50) ASC/ALC FR-SMF-150-ASC-ALC ASC/AE2 FR-SMF-150-ASC-AE2 [C] OTDR / Source Connector Type A APC (recommended) [TIP] FOCIS Flex Tips and Cleaning (PRO only) U UPC Blank Option not available in Basic & PLUS kits SC SC-UPC bulkhead tip, 2.5 mm UPC ferrule tip, 2.5 mm cleaning [CC] c Carry Case Option (PLUS, PRO, BIPM Kits) FC FC-UPC bulkhead tip, 2.5 mm UPC ferrule tip, 2.5 mm cleaning S1 Large soft case for FS200, fiber ring, FOCIS Flex, OFI-BIPMe, accessories LC LC-UPC bulkhead tip, 1.25 mm UPC ferrule tip, 1.25 mm cleaning S2 Medium soft case for FS200, fiber ring, FOCIS Flex, accessories ASC SC-APC bulkhead tip, 2.5 mm APC ferrule tip, 2.5 mm cleaning H1 Hard carry case for FS200, fiber ring, FOCIS Flex, OFI-BIPMe, accessories AFC FC-APC bulkhead tip, 2.5 mm APC ferrule tip, 2.5 mm cleaning [LNG] Language [LNG] Language [LNG] Language ALC LC-APC bulkhead tip, 1.25 mm APC ferrule tip, 1.25 mm cleaning ENG English FIN Finnish POL Polish CHS Chinese Simp. FRA French POR Portuguese CHT Chinese Trad. ITA Italian SPA Spanish CZE Czech JPN Japanese TUR Turkish DEU German KOR Korean VNM Vietnamese DNK Danish NOR Norwegian

Notes: a. Results can be transferred from FlexScan OTDR to TRM® 3.0 using USB cable, or performed wirelessly (W1 option) after downloading free FlexScan App. The FlexScan App is available as a free download from 'Google play' or 'App Store'. b. FlexScans equipped with Bluetooth option (W1) support Bluetooth transfer of results via FlexScan App for remote reporting using TRM 3.0. c. Basic kit always ships with S2 (Medium Soft Case); MPO kit always ships with MPO-specific soft case.

FlexScan® FS200 Single-mode OTDR

Ordering Information Accessories

DESCRIPTION AFL NO. FlexScan wrist strap 1400-05-0230PZ FlexScan neck strap, 36” 1400-05-0231PZ OTDRs OTDRs and Troubleshooters AC charger 100-240 VAC to 5 VDC 4050-00-0931PR Soft carry case for FS200 kits with FOCIS Flex and Fiber Ring 1400-01-0111PZ Soft carry case for FS200 kits with FOCIS Flex, OFI-BIPMe and Fiber Ring 1400-01-0128PZ Hard carry case for FS200 kits with FOCIS Flex, OFI-BIPMe and Fiber Ring 1400-01-0134PZ Vehicle charger, 12VDC to 5VDC @2A 4050-00-0033MR Cable, USB-micro B, 5 pin, 6' 6000-00-0031MR 5V USB charging cable (1.5 m), type A to barrel (0.9 X 3.2 X 9 mm) 6000-00-0034PR One-Clicks, fluid, wipes, etc. See www.AFLglobal.com Cleaning Supplies

Field-Replaceable OTDR Connector (Optical Port Ferrule Saver) Protect your OTDR ports from damage due to mating with dirty or damaged launch cables or patch cords or normal wear-and-tear. Equip your FlexScan FS200 with a field-replaceable connector, which installs in seconds and accepts AFL’s tool-free interchangeable SC, LC, FC and ST connector adapters. Replace damaged connectors in the field: When normal wear-and-tear or poor cleaning practices damage the port saver’s end-face, replace it in seconds without having to return the OTDR to a service center for an expensive and time-consuming repair.

DESCRIPTION AFL NO. Field-replaceable connector; APC female to APC male 2900-58-0001MR Field-replaceable connector; APC female to UPC male 2900-58-0002MR Field-replaceable connector, UPC female to APC male 2900-58-0003MR Field-replaceable connector; UPC female to UPC male 2900-58-0004MR

Connector Adapters

AFL NO. CONNECTOR ADAPTER OTDR/OLS PORT OPM PORT VFL PORT FC 2900-50-0002MR 2900-52-0001MR N/A SC 2900-50-0003MR 2900-52-0002MR N/A ST 2900-50-0004MR 2900-52-0003MR N/A LC 2900-50-0006MR 2900-52-0004MR N/A SC/APC 2900-50-0011MR N/A N/A 2.5 mm Universal N/A 2900-52-0005MR 2900-50-0007MR 1.25 mm Universal N/A 2900-52-0006MR 2900-50-0010MR

FlexScan® FS200 Single-mode OTDR

Test Management and Reporting Software

DESCRIPTION AFL NO. TRM 3.0 with Basic License (OTDR Trace/OLTS Viewer, Batch Editor and Reports), USB delivery (included with all FS200 kits) TRM3-BASIC TRM 3.0 upgrade from Basic to Advanced License, USB delivery TRM3-UPGRADE TRM 3.0 upgrade from Basic to Advanced License, email delivery TRM3-UP-EMAIL

FlexScan App (Android Google play) Free Download OTDRs and Troubleshooters