2014 Fiber Optic Cable for the Nuclear Power Industry

Transcription

1 2014 Fiber Optic Cable for the Nuclear Power Industry

2 Partnership RSCC Wire & Cable LLC (Rockbestos Surprenant Cable Corporation) and AFL entered into a partnership for the development of fiber optic cables and releated components into the resurging nuclear power market in early Both companies have a long history of supplying specialty cables into utility and harsh environments where high levels of reliability are vital. Even prior to the agreement, the partnership was already impacting the nuclear cable market with new developments including specialty radiation resistant fiber, highly flame retardant cables, and the development of Thermoset Low Smoke Zero Halogen jacketed fiber optic cables for indoor/outdoor use. RSCC brings extensive knowledge of polymers specifically designed for utilization in radiation and harsh environments. As a world leader in the design and manufacture of insulated high performance control, power, instrumentation, and specialty cables to the nuclear marketplace, RSCC is unparalleled in their harsh environment test capabilities. RSCC has over 40 years of nuclear experience and an NUPICS audited 10CFR 50 Appendix B QA program. In addition, RSCC is a nuclear cable supplier with ISO 9001 and NQA-1 approvals. AFL is an industry leader in providing fiber optic products, engineering expertise and integrated services to the data, utilities, and specialty markets. Over 30 years of fiber optic cable experience enables AFL to provide effective fiber optic solutions and engineering support. AFL s optical fiber capability and specialty cable manufacturing, combined with RSCC s comprehensive knowledge of radiation and harsh environment resistant polymers, fills an essential need for the nuclear industry in the digital age. RSCC-AFL is committed to meeting our customers requirements through collaborative efforts in pursuit of innovation, manufacturing excellence, and unrivaled customer service. or (860) , AFL, all rights reserved. Revision 0,

3 Table of Contents Fiber Optic Cable Armored Harsh Environment Cable...2 Low Smoke Zero Halogen (LSZH), Indoor/Outdoor Loose Tube Cable with Thermoset Jacket...3 Indoor/Outdoor, Low Smoke Zero Halogen (LSZH) Breakout Cable..5 Low Smoke Zero Halogen Distribution Cable...7 PVDF Jacketed, Plenum Distribution Cable...9 Deployable Cable...11 Fiber Optic Cable Assemblies...12 Fusion Splicing FSM-60S Fusion Splicer Kit...14 Test and Inspection C860 QUAD OTDR and Certification Test Kit...16 OFS 300 Optical Microscope...20 DFS1 Digital FiberScope...21 VFI2 and HiLite Visual Fault Identifiers...25 SMLP5-5 Test Kit...26 M210 Multifunction Micro OTDR...28 Cleaning Supplies One-Click Cleaner Series...30 Cletop Cassette Cleaner Series or (860) Q13 1

4 Armored Harsh Environment Cable Armored Harsh Environment cables utilize AFL s patented, laser welded tube to technology which provide a hermetically sealed package for the optical fibers within. The armor wires provide improved crush and tensile performance while enabling cable flexibility. 316 stainless steel wires provide strong corrosion resistance. PVC free, flame retardant jackets are available to provide additional long term corrosion and chemical resistance. Users can select gel-filled or gel-free tubes. Gel is useful in preventing water migration for outdoor applications. For indoor applications, gel can be used, but is not required. Armored Harsh Environment cables can be used in a variety of applications including those which require survivability and signal integrity during significant harsh environment generating events. These cables can be designed and tested for Class 1E safety related functions under an Appendix B and NQA-1 quality assurance program. Cable Components Optional Outer Jacket Features Shown with optional outer jacket Hermetic Stainless Steel Tube High Strength Wire Jacket Options Gel Options Flexible Rugged Applications Tamper Resistant Campus Communication Cable In-Containment MSIV and Piping Penetration rooms High Pressure and Temperature Flooded spaces Hazardous chemical areas Environmental Performance Available with a wide variety of jacketing materials including: Thermoplastic LSZH Thermoset LSZH PVDF Designed to Meet the Following Industry Standards IEEE IEEE 1202 Plenum, riser requirements met dependent on jacket seletion ICEA S (premise- indoor) ICEA S (indoor/outdoor) ICEA S (outdoor) Mechanical Data Armor Wires Stainless Steel Tube Optional Gel Fiber String Binders (2) Temperature Performance JACKET TYPE FIBER COATING TYPE TEMP. RATING ( C) None Acrylate -40 to +85 None High Temp. -40 to +150 Acrylate None Polyimide -40 to +300 Thermoset LSZH High Temp. Acrylate -25 to +90 NOTE: Other jacket types and fiber coatings available. JACKET TYPE FIBER COUNT TUBE O.D. in (mm) STRANDED CORE O.D. in (mm) JACKET O.D. in (mm) WEIGHT lbs/1000ft (kg/km) None 2,4.051 (1.3).083 (2.1) 11 (16) None 6, 8, (2.4).142 (3.6) 30 (45) None 24, (3.2).205 (5.2) 68 (101) None 48, (3.8).230 (5.8) 81 (121) Thermoset LSZH 2, (1.3).083 (2.1).142 (3.6) 88 (25) Thermoset LSZH 6, 8, (2.4).142 (3.6).197(5.0) 198 (56) Thermoset LSZH 24, (3.2).205 (5.2).285 (7.3) 427 (120) Thermoset LSZH 48, (3.8).230 (5.8).315 (8.0) 510 (144) or (860) , AFL, all rights reserved. Revision 0,

5 Features Fiber counts up to 144 Low smoke zero halogen, thermoset jacket Optional rodent resistant armor available Resistant to lubricating oil (Mil-L-23699), hydraulic fluid (Mil-H-5606), gasoline and deionized water NEC OFNG-LS listed NEC OFCG-LS listed (steel armor option) Minimizes the use of PVC consistent with guidance of NRC Regulatory Guide Fire Protection for Operating Nuclear Power Plants Gel-filled tubes provide maximum water-blocking capabilities to protect fibers Cross-linked, cable jacket melt resistance exceeds 200 C Suitable for cable tray installation Low Smoke Zero Halogen (LSZH), Indoor/Outdoor Loose Tube Cable with Thermoset Jacket Utilizing a thermoset (XLPO) jacket, RSCC-AFL s LX-series low-smoke zero-halogen (LSZH) loose tube cables are specifically designed for industrial environments. Ideal for indoor and outdoor applications, the cable design includes dry-core water blocking system, SZ-stranding for easy mid-span access to fibers, and a highly chemical resistant, cross-linked, UV-resistant outer jacket. For even greater mechanical strength, a corrugated steel armor version is available. In addition to compliance to IEEE 383 flame testing, the OFN-LS listing provides additional third party testing and assurance that the cable family meets the minimum flame and smoke generation guidelines for cable tray installation and other general purpose inside building applications. Cable Components Maximum Lengths FRP central member water blocking layer strength member XLPO flame retardant LSZH jacket buffer tube with gel or optional dry water-blocking elements optical fibers optional inner jacket and steel armor rip cord FIBER SINGLE-MODE MULTIMODE COUNT feet meters feet meters ,000 7,000 23,000 7,000 Longer lengths may be available upon request. Testing Standards ANSI/ICEA S Telcordia GR-20 IEEE , 2003 IEEE 1202 Temperature Range Operating ºC to + 70ºC Storage ºC to + 75ºC Installation ºC to + 60ºC Crush * Armored N/cm (375 lbs/in) Non-armored N/cm (250 lbs/in) * Standard loose tube cables are 220 N/cm (125 lbs/in) continued on next page > or (860) , AFL, all rights reserved. Revision 2,

6 Low Smoke Zero Halogen (LSZH), Indoor/Outdoor Loose Tube Cable with Thermoset Jacket Ordering Information ITEM NUMBER FIBER COUNT NUMBER OF TUBES/FIBERS NOMINAL DIAMETER NOMINAL WEIGHT MAX. TENSILE LOAD - lbs (N) MIN. BEND RADIUS - in (cm) inches mm lbs/1,000 ft kg/km Short Term Long Term Short Term Long Term NON-ARMORED (OFNG-LS) RSLX006 C5101N1 6 1w/6 (4 fillers) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX012 C5101N1 12 1w/12 (4 fillers) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX024 C5101N1 24 2w/12 (3 fillers) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX036 C5101N1 36 3w/12 (2 fillers) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX048 C5101N1 48 4w/12 (1 filler) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX060 C5101N1 60 5w/12 (no fillers) (2670) 180 (800) 9.4 (24) 4.7 (12) RSLX072 C6101N1 72 6w/12 (no fillers) (2670) 180 (800) 10.6 (27) 5.3 (13.5) RSLX096 C8101N1 96 8w/12 (no fillers) (2670) 180 (800) 11.4(29) 5.7(14.5) RSLX144 CC101N w/12(no fillers) (2670) 180 (800) 14.48(36) 7.24(18) ARMORED (OFCG-LS) RSLX006 C5111S1 6 1w/6 (4 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX012 C5111S1 12 1w/12 (4 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX018 C5111S1 18 1w/12,1w/6 (3 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX024 C5111S1 24 2w/12 (3 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX030 C5111S1 30 2w/12,1w/6 (2 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX036 C5111S1 36 3w/12 (2 fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX048 C5111S1 48 4w/12 (1 filler) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX060 C5111S1 60 5w/12 (no fillers) (2670) 200 (890) 12.4 (32) 6.2 (16) RSLX072 C6111S1 72 6w/12 (no fillers) (2670) 200 (890) 13.0 (33) 6.5 (17) Fiber Types-Replace asterisk ( ) in part number with number corresponding to desired fiber type below. Diameter and weight subject to change without notice. (D) at end of item number indicates gel-free, dry water-blocked buffer tubes. Example: RSLX0129C5101N1(D) Optical Performance Information MAXIMUM ATTENUATION (db/km) OVERFILLED LAUNCH MINIMUM BAND- WIDTH (MHz km) 1 GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) 10GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) FIBER TYPE nm 1310 nm 1550 nm 850 nm 1300 nm 850 nm 1300 nm (serial) (serial) 850 nm nm 1300 nm Grade-index Multi-mode Fibers (6) 62.5 Giga-Link N/A N/A N/A (8) 62.5 Giga-Link N/A N/A , N/A (5) 50 Giga-Link N/A N/A N/A (L) 50 Laser-Link 300 (OM3) N/A N/A 1500* N/A (1) 100/140 Graded Index MM Fiber N/A N/A N/A N/A N/A N/A Step-index Singlemode Fibers (9) Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 (K) Futureguide SR-15e Bend Insensitive N/A N/A N/A N/A N/A 5,000 N/A 10,000 (AL) Radiation Resistant Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 * 50/125 Laser-Link 300 Effective Modal Bandwidth = 2000 MHz/Km in 850nm window for 10 Gigabit Ethernet Links as measured by Differential Mode Delay (DMD). Gigabit Ethernet Link Distance are based on modal dispersion constraints. Actual link distance limits may also be constrained by attenuation, depending on customer s specific loss budget. Available with specialty fibers (ex. 200/230, specialty coatings, radiation hardened options). Consult with our engineering specialists to select the best fiber for your application. or (860) , AFL, all rights reserved. Revision 2,

7 Features Semi-pressure extruded, flame retardant, LSZH jacket resistant to fungus, water and UV Minimizes use of PVC consistent with NRC Regulatory Guide Fire Protection for Operating Nuclear Power Plants Each fiber in 2.4 mm subcable for added mechanical protection and higher strength terminations NEC OFNR-LS Listed Aramid between subcables and outer jacket provides additional strength Crush Resistance: 2200 N/cm (1500 lbs/in) (EIA A) Impact Resistance: 1500 impacts at 2.94 N-m (EIA ) Flex Cycles: 400 Cycles (EIA ) Subcables numbered every 6 inches Meets or exceeds: - ANSI/ICEA S (Indoor/Outdoor) - Telcordia GR-409 (General Purpose, Horizontal Backbone Cable, Weatherized) - IEC (I/O Multi-Fiber Distribution) Subcables meet Telcordia GR-409 interconnect requirements Water blocked core & subunits - meets water penetration requirements of IEC Indoor/Outdoor, Low Smoke Zero Halogen (LSZH) Breakout Cable LSZH Breakout Cables are the product of choice for indoor and outdoor industrial applications where increased resistance to cyclic flex, compressive forces (crush), impact or higher tensile loads are desirable. In accordance with NRC regulatory guidance, this cable design features a complete absence of PVC and other halogenated polymers which have the potential to create an acid rain effect when sprinklers interact with smoke during a fire, thus undermining the potential reliability of other equipment throughout an affected power plant space. LSZH Breakout cables are highly flame retardant and meet nuclear, industrial and NEC general purpose flame and smoke test requirements. Each fiber is protected by 2.4 mm sub-cable which can be broken-out from the cable at key equipment junctures. Aramid yarn strength members in each sub-cable allow each fiber to be terminated in a way that protects the fiber from strain during mate-demate cycles, tension or bending at the back of the connector. This is highly desirable for long term connection assembly reliability. Additional aramid yarn strength members are coupled between sub-cables and the semi-pressure extruded outer jacket for better installation strength and for better strain relief when this rugged cable is used with round, military style, hermaphroditic connectors that are often specified for harsh environment connections. The resulting LSZH breakout cable provides the best blend of features for long term fiber optic link reliability within power plant environments. Cable Components 2-Fiber Mechanical Data NOMINAL DIAMETER WEIGHT TENSION lbs (N) BENDING RADIUS inches (cm) PART NUMBER FIBER COUNT Inches (mm) lbs/1000ft (kg/km) Installation Long Term Installation Long Term RSBE ##E (8.6) 50 (75) 300 (1350) 100 (450) 6.8 (17.2) 3.4 (8.6) RSBE ##E (8.6) 50 (75) 300 (1350) 100 (450) 6.8 (17.2) 3.4 (8.6) RSBE ##E (10.2) 73 (108) 600 (2700) 200 (900) 8.0 (20.4) 4.0 (10.2) RSBE ##E (11.7) 95 (141) 600 (2700) 200 (900) 9.2 (23.4) 4.6 (11.7) RSBE ##E (14.8) 153 (228) 600 (2700) 200 (900) 11.6 (29.6) 5.8 (14.8) RSBE ##E (15) 138 (206) 600 (2700) 200 (900) 11.8 (30) 5.9 (15.0) RSBE ##E (16.8) 183 (273) 600 (2700) 200 (900) 13.2 (33.60) 6.6 (16.8) Please specify fiber type when ordering (see next page) 6-Fiber ## - Specify jacket coloring scheme when ordering: 22 = Orange outer jacket, Orange subunits 99 = Yellow outer jacket, yellow subunits. 82 = Black outer jacket, Orange subunits (standard for Multimode) 89 = Black outer jacket, Yellow subunits (standard for singlemode) 8C = Black outer jacket, aqua subunits (Standard for Laser-Link 300) Subunits are printed every 6 with unit number or (860) , AFL, all rights reserved. Revision 2,

8 Indoor/Outdoor, Low Smoke Zero Halogen (LSZH) Breakout Cable Applications Building Risers Cable Trays General Purpose Industrial Tunnels Nuclear Power Plants Outdoor Buried (Duct Installation) Testing Standards IEEE 383 IEC IEEE 1202 IEC & 2 OFNR-LS IEC UL-1666 Temperature Range Operating º to + 70ºC Storage º to + 70ºC Installation º to + 70ºC Optical Performance Information MAXIMUM ATTENUATION (db/km) OVERFILLED LAUNCH MINIMUM BAND- WIDTH (MHz km) 1 GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) 10GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) FIBER TYPE nm 1310 nm 1550 nm 850 nm 1300 nm 850 nm 1300 nm (serial) (serial) 850 nm nm 1300 nm Grade-index Multi-mode Fibers (6) 62.5 Giga-Link N/A N/A N/A (5) 50 Giga-Link N/A N/A N/A (L) 50 Laser-Link 300 (OM3) N/A N/A 1500* N/A (1) 100/140 Graded Index MM Fiber N/A N/A N/A N/A N/A N/A Step-index Singlemode Fibers (9) Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 (K) Futureguide SR-15e Bend N/A N/A N/A N/A N/A 5,000 N/A 10,000 Insensitive (AL) Radiation Resistant Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 * 50/125 Laser-Link 300 Effective Modal Bandwidth = 2000 MHz/Km in 850nm window for 10 Gigabit Ethernet Links as measured by Differential Mode Delay (DMD). Gigabit Ethernet Link Distance are based on modal dispersion constraints. Actual link distance limits may also be constrained by attenuation, depending on customer s specific loss budget. Available with specialty fibers also (ex. 200/230, specialty coatings, radiation hardened options). Consult with our engineering specialists to select the best fiber for your applications. Cable Length - Reel Size ITEM REEL E REEL F Reel Height (inches) Reel Outside Width (inches) Drum Diameter (inches) Reel Weight (lbs) CAPACITY: meters (feet) 2/4 Fiber Breakout 1,300 (4,261) 2,500 (8,200) 6 Fiber Breakout 1,000 (3,280) 2,500 (8,200) 8 Fiber Breakout 2,500 (8,200) 12 Fiber Breakout 1,000 (3,280) 1,600 (5,250) 24 Fiber Breakout 1,300 (4,261) or (860) , AFL, all rights reserved. Revision 1,

9 Low Smoke Zero Halogen Distribution Cable LSZH Distribution cables are economical, multi-purpose cables for running fiber cable between communications closets and equipment rooms, where fibers are terminated in distribution enclosures. Use of flame retardant polyethylene eliminates the use of PVC and other halogenated compounds, consistent with the guidance of NRC Regulatory Guide Additionally, this cable family s OFNR-LS listing makes it suitable for installation in a wide variety of spaces including building risers. Generally this cable will be run in protected raceways and conduit, while more robust cables like the Indoor/ Outdoor Loose Tube cable and Breakout Cables are suited for industrial facility cable tray deployment. The cable offers nuclear facilities an affordable method for supporting in-building data communications links outside of the nuclear island, while using a cable which exceeds telecommunciations industry standards for indoor fiber optic cables and guidance from the NRC. Cable Components Mechanical Data Features Flame Retardant, LSZH jacket Minimizes use of PVC consistent with NRC Regulatory Guide Fire Protection for Operating Nuclear Power Plants OFNR-LS listed ROHS/REACH SVHC compliant Temperature Range Operating Storage Installation -20 C to +70 C -40 C to +70 C -10 to to +60 C Applications Routing between communications closets and equipment rooms Data Center Trunk cabling LAN distribution/ intrabuilding backbones Testing Standards UL1666, UL1685 (OFNR-LS listed) IEEE 383 IEEE 1202 IEC IEC &2 IEC CABLE TYPE NOMINAL WEIGHT TENSION BENDING RADIUS PART NO. FIBER DIAMETER LBS (N) INCHES (CM) COUNT LSZH INCHES (MM) LBS/ 1000 FT (KG/KM) INSTALLATION LONG TERM INSTALLATION QUAD-Link RSUE #0E (4.8) 14 (21) 200 (890) 45 (198) 3.8 (9.6) 1.9 (4.8) CPC RSCE #0E (5.2) 17 ( 26) 200 (890) 45 (198) 4.1 (10.4) 2.1 (5.2) RSCE #0E (5.4) 19 (29) 200 (890) 45 (198) 4.3 (10.8) 2.2 (5.4) RSCE #0E (6.0) 26 (38) 200 (890) 45 (198) 4.8 (12.0) 2.4 (6.0) RSCE #0E (7.6) 39 (58) 300 (1320) 90 (396) 6.0 (15.2) 3.0 (7.6) RSCE #0E (8.4) 50 (75) 300 (1320) 90 (396) 6.5 (16.4) 3.3 (8.2) Please specify fiber type when ordering (see below) LONG TERM 5 = 50/125 µm multimode GIGA-Link = 50/125 µm multimode GIGA-Link = 62.5/125 µm multimode GIGA-Link = 62.5/125 µm multimode GIGA-Link = 9/125 µm single-mode L = 50/125 µm multimode Laser-Link 300 for 10 Gigabit Ethernet K = Single-mode Futureguide SR-15e Bend Insensitive Contact Customer Service for special fiber types/performance needs. # Specify jacket color when ordering 2 = Orange (standard for multimode) 8 = Black 9 = Yellow (standard for singlemode) C = Aqua (standard for Laser-Link or (860) , AFL, all rights reserved. PP Revision 0,

10 Low Smoke Zero Halogen Distribution Cable (cont.) Specifications OVERFILL LAUNCH MIN. BANDWIDTH (MHZ KM) GIGABIT ETHERNET MIN. LINK DISTANCE (METERS) 10 GIGABIT ETHERNET MIN. LINK DISTANCE (METERS) CORE SIZE/ FIBER TYPE MAXIMUM ATTENUATION (DB/KM) EMB c ISO/ (MHZ KM) IEC 850 NM 1300 NM 1550 NM 850 NM 1300 NM 850 NM 1300 NM 850 NM 1300 NM (6) 62.5 Giga-Link 300 OM N/A N/A (8) 62.5 Giga-Link 1000 OM N/A N/A (5) 50 Giga-Link 600 OM N/A N/A (L) 50 Laser-Link 300 OM N/A (K) SM Futureguide OS2 N/A N/A N/A N/A N/A 5000 N/A 10,000 SR-15e Bend Insensitive (ITU G. 657.A) (9) SM OS2 N/A N/A N/A N/A N/A 5,000 N/A 10,000 Tested to meet or exceed EIA/TIA 568-B3 / Telcordia GR-409-CORE Maximum Cable Length - Reel Size ITEM REEL A REEL B REEL C REEL D Reel Height (inches) Reel Outside Width (inches) Drum Diameter (inches) Reel Weight (lbs) CAPACITY: METERS (FEET) 4 Fiber Quad-Link 1,000 (3,281) 3,200 (10,500) 5,000 (16,404) 6 Fiber CPC 1,200 (3,937) 3,800 (12,467) 5,000 (16,404) 8 Fiber CPC 1,000 (3,281) 3,200 (10,500) 5,000 (16,404) 12 Fiber CPC 800 (2,625) 2,400 (7,874) 4,000 (13,123) 5,000 (16,404) 18 Fiber CPC (single unit) 1,300 (4,265) 2,100 ( 6,890) 3,350 (11,000) 24 Fiber CPC (single unit) 1,000 (3,281) 1,700 ( 5,777) 3,150 (10,335) or (860) , AFL, all rights reserved. PP Revision 0,

11 PVDF Jacketed, Plenum Distribution Cable PVDF Jacketed Distribution Cables are economical, multi-purpose, robust cables for running longer lengths of fiber cable between distribution enclosures throughout an industrial facility. Use of PVDF (fluoropolymer) jacket minimizes the use of PVC, consistent with the guidance of NRC Regulatory Guide 1.189, while providing a high level of resistance to stretching, tear, abrasion, moisture and chemicals. Despite the rugged feel of the cable, it maintains a high degree of flexibility. The cable is plenum listed and can be used in any space requiring flame spread and limited smoke generation requirements including plenum spaces, building risers, cable trays and general purpose industrial installations. Waterblocking strength members and a UV/fungus/moisture resistant outer jacket make the cable suitable for installation in conduit betweeen buildings when the conduit depth or outdoor temperatures prevent cables exposure < -20 deg C. Testing Standards NFPA 262 (OFNP listed) IEEE 383 IEEE 1202 Temperature Range Operating ºC to + 70ºC Storage ºC to + 70ºC Installation ºC to + 70ºC Features Heat, moisture, chemical resistant fluoropolymer jacket (PVDF) Minimizes use of PVC consistent with NRC Reg Guide Fire Protecton for Operating Nuclear Power Plants Suitable for plenum, riser, cable tray, conduit, or general purpose spaces Meets ANSI-S and Telcordia GR-409 Weatherized Cable water penetration resistance requirements. ANSI/ICEA S (Premises) Telcordia GR-409 (Plenum: Horizontal and Vertical Backbone) Cable Components Mechanical Data CABLE TYPE PVDF Jacketed, Plenum Distribution Cable Please specify fiber type when ordering (see below) NOMINAL TENSION BENDING RADIUS PART NUMBER DIAMETER WEIGHT LBS (N) INCHES (CM) PLENUM FIBER COUNT INCHES (MM) LBS/1000FT (KG/KM) INSTALLATION LONG TERM INSTALLATION LONG TERM RSKP # (4.8) 18 (27) 150 (660) 45 (200) 3.8 (9.6) 1.9 (4.8) RSKP # (4.8) 18 (27) 150 (660) 45 (200) 3.8 (96) 1.9 (4.8) RSKP # (5.5) 22 (33) 150 (660) 45 (200) 4.3 (11.0) 2.2 (5.5) RSKP # (6.0) 26 (38) 150 (660) 45 (200) 4.7 (12.0) 2.4 (6.0) RSKP # (7.0) 34 (50) 150 (660) 45 (200) 5.5 (14.0) 2.8 (7.0) RSKP # (7.8) 40 (60) 300 (1335) 90 (400) 6.1 (15.6) 3.1 (7.8) RSKP # (8.5) 54 (80) 300 (1335) 90 (400) 6.7 (17.0) 3.4 (8.5) # - Specify outer jacket color when ordering: 2 = Orange outer jacket (standard for multimode) 8 = Black outer jacket 9 = Yellow outer jacket (standard for singlemode) C = Aqua outer jacket (Standard for Laser-Link 300) or (860) , AFL, all rights reserved. Revision 2,

12 PVDF Jacketed Plenum Distribution Cable Optical Performance Information Maximum Cable Length - Reel Size MAXIMUM ATTENUATION (db/km) OVERFILLED LAUNCH MINIMUM BAND- WIDTH (MHz km) 1 GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) 10GIGABIT ETHERNET MINIMUM LINK DIS- TANCE (meters) FIBER TYPE nm 1310 nm 1550 nm 850 nm 1300 nm 850 nm 1300 nm (serial) (serial) 850 nm nm 1300 nm Grade-index Multi-mode Fibers (6) 62.5 Giga-Link N/A N/A N/A (8) 62.5 Giga-Link N/A N/A , N/A (5) 50 Giga-Link N/A N/A N/A (L) 50 Laser-Link 300 (OM3) N/A N/A 1500* N/A (1) 100/140 Graded Index MM Fiber N/A N/A N/A N/A N/A N/A Step-index Singlemode Fibers (9) Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 (K) Futureguide SR-15e Bend Insensitive N/A N/A N/A N/A N/A 5,000 N/A 10,000 (AL) Radiation Resistant Singlemode N/A N/A N/A N/A N/A 5,000 N/A 10,000 * 50/125 Laser-Link 300 Effective Modal Bandwidth = 2000 MHz/Km in 850nm window for 10 Gigabit Ethernet Links as measured by Differential Mode Delay (DMD). Gigabit Ethernet Link Distance are based on modal dispersion constraints. Actual link distance limits may also be constrained by attenuation, depending on customer s specific loss budget. Available with specialty fibers (ex. 200/230, specialty coatings, radiation hardened options). Consult with our engineering specialists to select the best fiber for your application. ITEM FIBER BOX* REEL A REEL B REEL C REEL D REEL E Reel/Box Height (inches) Reel/Box Outside Width (inches) Drum Diameter (inches) Reel Weight (lbs) CAPACITY: METERS (FEET) 2 Fiber 305 (1,000) 1,000 (3,281) 3,200 (10,500) 5,000 (16,404) 4 Fiber 305 (1,000) 1,000 (3,281) 3,200 (10,500) 5,000 (16,404) 6 Fiber 305 (1,000) 2,400 (7,874) 4,000 (13,123) 5,000 (16,404) 8 Fiber 2,400 (7,874) 4,000 (13,123) 5,000 (16,404) 12 Fiber 1,300 (4,265) 2,100 ( 6,890) 3,900 (12,795) 18 Fiber 1,500 (4,921) 24 Fiber 1,500 (4,921) or (860) , AFL, all rights reserved. Revision 1,

13 Deployable Cable RSCC-AFL Deployable Cables are ideal for use in installations where extreme environmental conditions are present. Designed to be deployed and retrieved in the field, these cables are highly resistant to damage caused by repetitive impact or harsh conditions. Features Cut resistant, flame retardant polyurethane outer jacket Highly flexible construction allows for multiple deployments All aramid strength members Performance in wide temperature range High impact and crush resistance Durable in high traffic areas Water and UV resistant Multiple jacket colors available Temperature Range Operating - 46ºC to + 85ºC Installation - 20ºC to + 85ºC Applications Field deployment in abusive environments High traffic areas Security and sensing applications Video camera deployments for ALARA purposes Cable Components Specifications Harsh environments Temporary installation of critical communications lines where quick retrieval and re-use is necessary CHARACTERISTIC TEST PROCEDURE PERFORMANCE Cyclic flexing EIA/TIA Crush resistance EIA/TIA N/cm Impact EIA/TIA Temperature cycling EIA/TIA C to 85 C Ordering Information Note: Diameter and weight subject to change without notice Special bandwidth and attenuation specification and/or radiation resistant optical fibers are available. Consult with our application specialists to select the correct fiber and specifications for your application. OPERATING NOMINAL DIAMETER WEIGHT TENSION LBS (N) BENDING RADIUS PART NUMBER FIBER COUNT INCHES (MM) LBS/1000FT (KG/ KM) INSTALLA- TION LONG TERM INCHES (CM) XU G 1.12 (2.9) 5.4 (8) 250 (1112) 66 (290) 1.2 (3.0) XU G 2.23 (5.8) 21.5 (32) 325 (1450) 66 (290) 2.3 (5.8) XU G 4.23 (5.8) 21.5 (32) 325 (1450) 66 (290) 2.3 (5.8) XU G 6.24 (6.1) 21.5 (33) 325 (1450) 66 (290) 2.4 (6.1) XU G (7.0) 31.7 (47) 394 (1750) 79 (350) 2.8 (7.0) TEMPERATURE RANGE INSTALLA- TION corresponding below. 5 = 50/125µm multimode GIGA-Link = Single-mode 6 = 62.5/125µm multimode GIGA-Link 300 K = SM Futureguide SR-15e Bend Insensitive * Other fiber types available. STORAGE -46 C to 85 C -20 C to 85 C -57 C to 85 C or (860) , AFL, all rights reserved. Revision 0,

14 Applications Head-end termination to a fiber backbone Termination of fiber rack systems Multi-floor deployment where select fibers are used at each floor Terminations between equipment racks Cable trays General purpose industrial Nuclear power plants Splicing qualified pigtails to qualified cables for safety related applications Fiber Optic Cable Assemblies Fiber Optic Cable Assemblies for the nuclear market utilize the most reliable brands of each connector style on nuclear suitable, LSZH or plenum cables. Zipcord or ruggedized, breakout style cables, can be selected for 2 fiber deployments, depending on the length of the assembly and where it will be routed. For routing of more than 2 fibers between locations, breakout style cables are typically specified to provide greater resistance to impact and crush forces that could be imparted in open trays and ladder racks. Use of pre-terminated assemblies eliminates labor-intensive field termination, yet provides assurance of reliable performance since terminations are performed by trained personnel using factory qualified processes and test procedures. Features 2-24 fibers. Each fiber has its own jacket and aramid yarn reinforcement for rugged protection Flexible for ease of routing RoHS compliant - Riser, Plenum and LSZH rated cables available 1 meter standard breakout (other lengths are custom) Cable type tested to meet or exceed ANSI/ICEA S /GR-409-CORE Telcordia GR-326 and TIA 568-C3 compliant connector assemblies Breakout cables offer superior resistance to crush and impact forces Cable outer jacket and sub-unit jackets are PVC free Minimizes use of PVC consistent with US NRC Regulatory Guideline Fire Protection for Operating Nuclear Power Plants Cables meet or exceed IEEE flame test requirements Ordering Information UST UST ZB 024 Q 0015 Connector End A Connector End B Cable Type Fiber Count Fiber Type Cable Length (meters) Single-mode ASC = Angle SC AFC = Angle FC USC = Ultra SC UFC = Ultra FC UST = Ultra ST Multimode PSC = SC MM PFC = FC MM PST = ST MM Single-mode ASC = Angle SC AFC = Angle FC USC = Ultra SC UFC = Ultra FC UST = Ultra ST XXX = No connector Multimode PSC = SC MM PFC = FC MM PST = ST MM XXX = No connector PB = Plenum Breakout ZB = LSZH Breakout PS = 3 mm Plenum Simplex LA = 24 mm LSZH Simplex PZ = 2 mm Plenum Zipcord L24Z = 2.4 mm LSZH Zipcord 001 = = = = = = = 24 Q = Single-mode ITU-T G.652D X = Single-mode ITU-T G.657A BIF 2 = Multimode 62.5/125 µm OM1 R = Multimode 50/125 µm OM2 L = Multimode 50/125 µm OM3/10G XXXX (specify length) 0010 = 10 meters Telcordia is a registered trademark of Telcordia Technologies, Inc , AFL, all rights reserved. PP Revision 0,

15 Connector Specifications PARAMETER CONNECTOR SC FC ST Single-mode Assemblies Image Insertion loss (db) Maximum 0.25 Typical 0.2 Ultra Angle Ultra Angle Ultra Angle Return Loss (db) Minimum -55 db -65 db -55 db -65 db -50 db Temp Range ( C) -40 to to to +85 Durability Cycles Multimode Assemblies Insertion loss (db) Maximum 0.5 Typical Return Loss (db) Minimum -30 db -30 db -30 db Temp Range ( C) -40 to to to +85 Durability Cycles Cable Options Simplex/Duplex 900 µm 2.4 mm 3.0 mm Simplex/Duplex 900 µm 2.4 mm 3.0 mm Simplex/Duplex 900 µm 2.4 mm 3.0 mm Telcordia is a registered trademark of Telcordia Technologies, Inc , AFL, all rights reserved. PP Revision 0,

16 70S In case with lid detached Fujikura 70S Fusion Splicer The Fujikura 70S is the world s fastest and most robust core alignment fusion splicer. Incorporating the proven ruggedized features pioneered by Fujikura, the 70S has added automated and enhanced user control features to increase splicing efficiency. A user programmable, automated wind protector expedites the splicing process by automatically closing to initiate the splice process, and opening upon splice completion. Fully programmable auto open sheath clamps open one sheath clamp, after the tensile test, to prepare the fiber for removal. A new automated clamshell design tube heater applies heat to both sides of the splice protection sleeve resulting in a 14-second shrink time. The result is a total splice process time of approximately 21 seconds! Ruggedness and durability are greatly enhance by a mirror-less optical system and "severe-impact resistant" monitor. Battery capacity is now 200 splices/shrinks. An innovative transit case doubles as a built-in or mobile workstation and makes splicing easier than ever before. Features Automated and programmable wind protector 14-second automated tube heater Fully ruggedized for shock, dust and moisture Li-ion battery with 200 splices/shrinks per charge 5 mm cleave length for splice on connector or small package needs Sheath clamp or fiber holder operation On-board training and support videos Internet software upgrades Multi-function transit case with integrated workstation Ordering Information DESCRIPTION 70S Fusion Splicer (machine only) Includes: ADC-18 AC Adapter, ACC-14 AC Cord, ELCT2-20A Spare Electrodes (pair), S70C Sheath Clamp, USB Cable, Alcohol Pot, Screw Driver, Splicer Carrying Strap, Quick Reference Guide, Video Instruction Manual and CC30 Transit Case with Carrying Strap 70S Fusion Splicer Kit (with cleaver) Includes: CT30A Cleaver, ADC-18 AC Adapter, ACC-14 AC Cord, ELCT2-20A Spare Electrodes (pair), S70C Sheath Clamp, USB Cable, Alcohol Dispenser, Screw Driver, Splicer Carrying Strap, Quick Reference Guide, Video Instruction Manual, and CC30 Transit Case with Carrying Strap 70S Fusion Splicer Kit (with cleaver, battery and cord) Includes: BTR-09 Battery, DCC-18 Battery Charge Cord, CT30A Cleaver, ADC-18 AC Adapter, ACC-14 AC Cord, ELCT2-20A Spare Electrodes (pair), S70C Sheath Clamp, USB Cable, Alcohol Dispenser, Screw Driver, Splicer Carrying Strap, Quick Reference Guide, Video Instruction Manual and CC30 Transit Case with Carrying Strap One Year Extended Warranty Two Year Extended Warranty S S S S S , AFL, all rights reserved. PP , Revision 1,

17 Fujikura 70S Fusion Splicer Recommended Accessories for the 70S DESCRIPTION Cleavers CT-05A Cleaver CT-30A Cleaver Fiber Holders FH Fiber Holder (pair) FH Fiber Holder (pair) FH Fiber Holder (pair) FH-60-LT900 Fiber Holder (pair) FH-60-LT900 Single Side Fiber Holder FUSEConnect Accessories FH-FC-20 (900 µm within 2.0 mm sheathing) (each) FH-FC-30 (900 µm within 3.0 mm sheathing) (pair) FH-FC-900 (900 µm cable) (each) CLAMP-FC-2000 (pair) CLAMP-FC-3000 (pair) S S S S S S S S S S S S DESCRIPTION Sheath Clamps CLAMP-S70C Sheath Clamp (Coating diameter from 100 µm µm (5-16 mm cleave)) CLAMP-S70D Sheath Clamp (900 µm diameter loose tube fiber (5-16 mm cleave)) Batteries and Power Cords ADC-18 AC Adapter ACC-14 AC Power Cord BTR-09 Battery DCC-18 Battery Charge Cord DCC-12 Power Cord (connects AC Adapter to cigarette lighter socket) DCC-13 Power Cord (connects AC Adapter to power source via alligator clips) Miscellaneous ELCT2-20A Electrodes Portable Tripod Workstation (see product profile for more detail) ASW-02 Splicing Workstation (see product profile for more detail) CC-30 Transit Case USB Cable S S S S S S S S S S S S S Specifications PARAMETER VALUE Model 70S Fusion Splicer Applicable Fibers Single-mode (G.652 & G.657), Multimode (G.651), DS (G.653), NZDS (G.655) Cladding Diameter 125 μm Coating Diameter 100 μm to 1,000 μm Fiber Cleave Length 5 to 16 mm Typical Average Splice Loss 0.05 db with SM, 0.02 db with MM, 0.08 db with DS, 0.08 db with NZDS, measured by cut-back method relevant to ITU-T and IEC standards Splicing Time SM FAST mode 7 seconds; SM AUTO mode 12 seconds; AUTO mode 15 seconds Arc Calibration Method Automatic, real-time and by using results of previous splice when in AUTO mode, manual arc calibration function available Splicing Modes 100 preset and user programmable modes Splice Loss Estimate Based upon dual camera cladding axis alignment data Storage of Splice Result Last 2,000 results to be stored in the internal memory Fiber Display X or Y, or both X and Y simultaneously. Front or rear monitor display options with automated image orientation Magnification 320X for single X or Y view, or 200X for X and Y view Viewing Method Dual cameras with 4.7 inch TFT color LCD monitor Operating Condition 0 to 3,660 m above sea level, 0 to 95%RH and -10 to 50 C respectively Mechanical Proof Test 1.96 to 2.25N Tube Heater Built-in tube heater with 30 heating modes; auto-start function Tube Heating Time Typical 14 seconds with FP-03 sleeve, 17 seconds with FP3 (40), 5-16 seconds with Fujikura micro sleeves Protection Sleeve Length 60 mm, 40 mm, micro Splice/Heat Cycles with Battery Typical 200 cycles with power save functions activated Electrode Life 3,000 Arc Discharges Power Supply Auto voltage selection from 100 to 240 V AC or 10 to 15 V DC with ADC-18, 14.8 V DC with BTR-09 battery Terminals USB 1.1 (USB-B type) for PC communication. Mini-DIN (6-pin) for HJS-02/03 Wind Protection Maximum wind velocity of 15 m/s. (34 mph) Dimensions 146 W x 159 D x 150 H (mm) / 5.75 W x 6.25 D x 5.9 H (inches) Weight 2.3 kg (5.5 lbs) with AC adapter ADC-18; 2.5 kg (5.95 lbs) with BTR-09 battery , AFL, all rights reserved. PP , Revision 1,

18 C860 QUAD OTDR and Certification Test Kit Features OTDR dynamic range: 22 db (MM); 26 db (SM) Inspection capable with the DFS1 Digital FiberScope Integrated OPM, OLS, and VFL (650 nm) OLS sources: LED - 850/1300 nm; Laser /1550 nm Full Auto, Expert, Real-Time OTDR test modes >8 hours battery life or AC power Touch and Test user interface; TRM reporting software Automatic Pass/Fail analysis (TIA/ISO/EN) Internal (1000s tests) and USB storage Wave ID detect if used with NOYES Wave ID series light sources Available in Seven languages C860 with DFS1 Digital FiberScope Applications Tier 1 and Tier 2 testing of premise networks Bi-directionally measure loss and length of fiber links Perform Pass/Fail Event and Link measurements using OTDR Measure loss and length of fiber links Certify SM and MM fibers using Pass/Fail criteria of industry standards, applications and user-defined thresholds Create professional certification reports The NOYES C860 QUAD Certification and OTDR Test Kit from AFL includes one hand-held C840 QUAD OLTS Tester and one C850 QUAD OTDR/OLTS with built-in auto test functionality. With this kit, technicians can troubleshoot and perform both Tier 1 and Tier 2 certification tests of MM and SM fiber networks, store results and create professional test reports. The C850 is both a QUAD Certification Tester and full-featured QUAD OTDR in a compact case with a large transflective touch screen display suitable for both indoor and outdoor operation. The C850 features single-mode and multimode OTDR, Optical Light Sources (OLS), Visual Fault Locator (VFL, 650 nm), and an Optical Power Meter (OPM). As an OTDR, the C850 supports Full Auto, Expert (manual) and Real-Time test modes, simultaneous dual and single wavelength testing, and Event and Pass/Fail analysis based on default or user-defined thresholds. The C840 QUAD Certification Tester includes VFL, OPM, and both single-mode (1310/1550 nm) and multimode (850/1300 nm) OLS. The C840 may be used alone as a traditional power meter or light source to measure fiber loss or as a visual fault locator to find fiber breaks. The C860 kit combines ease of use (Touch and Test ) with multiple functionality and supports visual inspection per IEC using the DFS1 Digital FiberScope allowing users the ability to view and document connector end-face images with their OTDR traces and loss results. Thousands of test results may be stored internally or on the supplied USB drive. Test results are transferable via a USB cable or USB drive to a computer for viewing, printing, and analyzing with the supplied Windows compatible software - TRM (Test Results Manager). Acceptance reports generated using TRM can include OTDR traces with summary and event information with or without pass/fail indication, Event maps, and end-face images. or / , AFL, all rights reserved. C Revision 1K,

19 C860 QUAD OTDR and Certification Test Kit Specifications a OTDR MULTIMODE SINGLE-MODE Emitter Type VISUAL FAULT LOCATOR Emitter Type Laser Safety Class Class II FDA 21 CFR and , IEC : Wavelength Output Power (nominal) 650 ±20 nm 0.8 mw LIGHT SOURCE MM PORT SM PORT Available Wavelengths (nom.) 850/1300 nm 1310/1550 nm Emitter Type LED Laser Safety Class Class I FDA 21 CFR and , IEC : Output Power >-20 dbm, 62.5 µm MM g 0 dbm, 9 µm SM Stability (after 15 minutes warm up) Wave ID Transmit Tone Generation Laser Safety Class Class I FDA 21 CFR and , IEC : Center Wavelengths 850/1300 nm 1310/1550 nm Wavelength Tolerance ±20/30 nm ±20/30 nm Dynamic Range (SNR = 1) 22 db 26 db Event Dead Zone b Attenuation Dead Zone c 1.5 m 9 m Pulse Widths 10, 30, 100, 300 ns; 1, 3, 10 µs Range Settings 250 m to 64 km 250 m to 208 km Sampling Points Up to 16,000 Minimum Data Point Spacing Group Index of Refraction (GIR) Distance Uncertainty (m) d Linearity e Loss Threshold Loss Resolution Reflectance Accuracy f 0.25 m to ±( % x distance + data point spacing) ±0.05 db/db 0.05 db 0.01 db ±2 db ±0.1 db over 1 hour ±0.07 db over 1 hour ±0.15 db over 8 hours Yes 270 Hz, 330 Hz, 1 KHz, 2 khz Notes: a. All specifications valid at 25 C unless otherwise specified. b. Typical distance between the two points 1.5 db down each side of a reflective spike caused by a -45 db event using 10 ns pulse width. c. Typical distance from event location to point where trace is within 0.5 db of backscatter caused by a -45 db event using 10 ns pulse width. d. Does not include GIR uncertainty. e. Typical. f. For a non-saturated event. POWER METER Calibrated Wavelengths Detector Type Measurement Range Accuracy h ±0.25 Measurement Units Wavelength ID j Set Reference Data Storage Tone Detection GENERAL C850 OTDR C840 TESTER Test Modes Trace File Format Length Measurement Range Data Storage Data Storage Capacity Data Transfer to PC Tool Free Adapters Size OTDR (Full Auto, Expert, Real-Time), Auto Test, OPM, OLS, VFL, DFS SR-4731 (GR-196-CORE Appendix A, B; SR-4731) 5 km (MM); 200 km (SM) Internal flash memory USB flash drive (2.0) Auto Test, OPM, OLS, VFL, DFS N/A Downloadable from unit directly to PC Internal >1000 fibers USB Modular cleanable SC/ST/LC 27.4 x 19.3 x 7.1 cm (10.8 x 7.6 x 2.8 in) 23 x 11 x 7 cm (8.8 x 4.3 x 2.8 in) Weight 2.3 kg ( 5 lb) 0.9 kg (2 lb) Operating Temperature Storage Temperature Power Battery Life k, m Recharge Time l, m Display 850, , 1490, 1550, 1625 nm InGaAs 2 mm +6 to -60 dbm db, dbm, mw Yes (to -47 dbm) Yes Yes Yes (to -47 dbm) -10 C to +50 C, 0 to 90 % RH (non-condensing) -20 C to +60 C, 0 to 90 % RH (non-condensing) Rechargeable Li-Ion or AC power adapter >8 hours continuous testing cm (6.5 in), color, transreflective 4 hours 8.9 cm (3.5 in), color, transreflective g. Output power will be approximately 3 db less if a 50 µm mandrel-wrapped jumper is used instead of a 62.5 µm mandrel-wrapped jumper. h. Accuracy measured at 25 ºC and -10 dbm per N.I.S.T. standards. j. Automatic wavelength identification and switching when used with NOYES Wave ID Series Light Sources. k. Typical, depending on display brightness. l. Typical, from fully discharged to fully charged state, unit may be operating. m. External battery charger available. or / , AFL, all rights reserved. C Revision 1K,

20 C860 QUAD OTDR and Certification Test Kit The C840 and C850 can be used together to perform Tier 1 dual wavelength MM (850/1300 nm) and SM (1310/1550 nm) auto loss tests of one or two fibers in one or both directions as well as measure both loss and length of the fibers and compare to industry standards (TIA/ISO/EN), applications and userdefined thresholds values to certify the fibers. Either unit can be identified as the Main or Remote. The user may test two fibers at two wavelengths bi-directionally and store the results into the main unit. Featuring rich file naming, the Job setup wizard allows the user to define both the cable and fiber end locations, creating easily identifiable trace files, which are managed into Job and Cable folders. The C850 OTDR and C840 Certification tester work with the DFS1 Digital FiberScope. Ordering Information When placing an order, select options as follows: Model, Optical Configuration, Language, and Case. Example: C LP1 H1 C860 NNN LLL CC Model C860 Optical Configuration (NNN) 100 = QUAD 850/1300 nm MM and 1310/1550 nm SM Case (CC) H1 = Hard and soft case with SC-LC cleaning accessories Language (LLL) LP1 = Language: English, French, German, Italian, Polish, Portuguese, Spanish Specify Language when ordering a C860 Kit to indicate language preference of OTDR Quick Reference Guide. Specify power cord type (country) when ordering a C860 Kit. One power cord is included with each AC adapter at no charge. Additional power cords may be purchased separately. or / , AFL, all rights reserved. C Revision 1K,

21 C860 QUAD OTDR and Certification Test Kit Ordering Information (continued) Each kit includes one compact C850 QUAD OTDR/OLTS, one hand-held C840 QUAD Certification Tester, USB Flash drive, PC software for OTDR trace analysis and certification or OPM loss reporting, (2) AC adapters, switchable test ports adapters, and accessories (see below). The C860 hard carry case kit has room for up to 6 Fiber Rings, jumpers in a jumper carry case, and the DFS1 Digital FiberScope kit (accessory items must be ordered separately). CARRY CASE ADAPTERS CLEANING PRODUCTS OTDR/OLS OPM VFI Soft (C850) and hard cases SC, ST, LC SC, 2.5, 1.25 mm 2.5, 1.25 mm One-Click Cleaner SC/ST/FC, 2.5mm One-Click Cleaner LC, 1.25 mm CleanConnect 500 C LP1-H1 Calibration Plans AFL recommends annual calibrations on NOYES Test and Inspection products. Prepaid Cal plans offer two annual calibrations at a discounted price, a convenient calibration expiration service, express calibration services and access to the NOYES product knowledge base. Cal Plus plans offer the same services as the Cal plans with the addition of a two year extended warranty (three years total coverage). MODEL 2 YR CAL PLAN 2 YR CAL PLUS PLAN C860 CAL2-00-C860 CAL2-01-C860 C LP1 H1 ITEM C850 C840 Adapters Miscellaneous Accessories DESCRIPTION QUAD OTDR/Auto Test Certification Tester QUAD Auto Test Certification Tester OTDR and OLS ports SC, ST, LC OPM ports SC, 1.25 and 2.5 mm Universal VFI ports 1.25 and 2.5 mm Universal Mandrels (2) 62.5 µm, 3 mm jacket and (2) 50 µm, 3 mm jacket Stylus pens for touch screen. USB thumb drive, 1G. USB to mini-usb cable Small plastic parts box (2) to store adapter caps and mandrels AC adapter (2), specify country of use Cleaning (2) One-Click Cleaner SC/ST/FC, 2.5 mm; One-Click Cleaner LC/ Accessories MU, 1.25 mm (H2 kit only); CleanConnect 500 Cases Hard transit case holds C850, C840, and above accessories Soft case for C850 Report Software PC software and user guide OTDR, Inspection, and Cleaning Accessories DESCRIPTION DFS1 Digital FiberScope PC/UPC Inspection Kit DFS XU DFS1 Digital FiberScope APC Inspection Kit DFS XA DFS1 USB Digital Fiber Inspection Kit without Adapters DFS XN Fiber Ring, 1 fiber, 50/125 µm multimode, 150 m FR1-M5-150-x1-x2 a Fiber Ring, 1 fiber, Laser Optimized, 50 µm multimode, 150 m FR1-L5-150-x1-x2 a Fiber Ring, 1 fiber, 62.5/125 mm multimode, 150 m FR1-M6-150-x1-x2 a Fiber Ring, 1 fiber, single-mode, 150 m FR1-SM-150-y1-y2 a Wet Cleaning Kit (shown) for SC/FC/ST/LC connectors Dry Cleaning Kit One-Click Cleaner SC, ST, FC (500+ cleans) One-Click Cleaner LC/MU (500+ cleans) One-Click Mini-100 SC, ST, FC (100+ cleans) One-Click Mini-100 LC/MU (100+ cleans) One-Click Cleaner Ultra 2.5 SC, ST, FC (enlarged cleaning) Zippered Jumper Carry Case MZ MZ MZ MZ MZ PZ Notes: a. When ordering Fiber Rings, specify connector types (x1, x2, y1,y2). ISO NOYES FIBER SYSTEMS 9001 CERTIFIED NOYES International Sales and Service Contact Information Available at or / , AFL, all rights reserved. C Revision 1K,

22 Features Laser safety filter installed 200x image size 2.5 mm Universal connector included Low battery LED indicator Long battery life with 2 x AA alkaline Rugged, hand-held, easy-to-use Tripod mount Applications Verify jumper ends are clean prior to connecting to network Inspect end-faces for scratches or pits Eliminate the most common network fault (bad connectors) OFS 300 Optical Microscope Inspect patch cords with NOYES OFS300 from AFL. Designed for field use, with lab quality optics, the OFS300 scope delivers a high quality end-face image at 200x magnification. Quickly identify scratches, dirt or other problems normally associated with poor network performance. FACT: A large percentage of network failures are caused by dirty or damaged end-faces on fiber optic connectors. Inspecting jumper end-faces prior to connection is critical to network performance. The OFS300 scope provides a quality optical inspection tool at an affordable price. Safety: A built-in laser safety filter provides >40 db IR protection to reduce risk of injury to the eye if accidentally viewing an active fiber. The OFS300 features a Universal adapter cap mount that accepts a variety of NOYES thread-on style adapter caps (ordered separately) to ease inspection of many connector style. A momentary power switch located on the top panel keeps one hand free for focusing. For stationary work, the tri-pod mount allows the OFS300 to attach to any standard camera tri-pod. The OFS300 offers 60 hours of continuous battery life from standard 2 x AA batteries and features an LED indicator, which will flash when batteries require replacement. Specifications a OPTICAL SPECIFICATIONS Nominal Magnification Adapter Mount Safety Filter GENERAL SPECIFICATIONS 200X Universal, thread-on Schott KG3, >40 db IR Operating Temperature 0 C to +50 C Storage Temperature -20 C to +50 C Power Battery Life Weight in Use Size (H x W x D) 2 x AA batteries >60 hours 0.67 kg (1.5 lb) 13 x 5 x 20 cm (5 x 2 x 8 in) Note: All specifications valid at 25 C unless otherwise specified. Ordering Information INCLUDES OFS300 Inspection Kit. Includes OFS300 Inspection Scope, 2 x AA batteries, neck strap, 2.5 mm Universal adapter cap, users guide. OFS300 NOYES International Sales and Service Contact Information Available at or (800) , (603) , AFL, all rights reserved. OFS Revision V,

23 Features DFS1 Digital FiberScope DFS1 Digital FiberScope with M210 OTDR Clean connector Dirty connector Ergonomic, hand-held design Single-handed operation 400x magnification Fast, easy focus and display capture Video output via USB port to M210, M200, M700, C840, C850, C860, C880 or user PC Powered from USB; no batteries required Extensive assortment of interchangeable fiber connector and bulkhead adapter tips Adapter tips easily changed; no tools required Use AFL SimpleView PC software with DFS1 to inspect connectors using a laptop PC DFS1 Digital FiberScope The DFS1 Digital FiberScope supports magnified video inspection of optical fiber connector end-faces during fiber optic cable and connector installation and maintenance. The ergonomically designed hand-held unit illuminates fiber end-faces and delivers magnified images via USB port to AFL s M-series OTDRs (M210, M200, M700) or C-series OTDRs and Certification Testers (C840, C850, C860, C880). FiberScope software displays, labels and stores captured images as part of connector installation and/or maintenance records. A large adjustment knob permits easy focusing using real-time view. Once focused, a conveniently located trigger button signals the attached display device to capture the image for analysis and archiving. The scope s ergonomic shape and control locations support comfortable, single-handed operation. The DFS1 is powered through the USB port, eliminating the need for an additional battery or AC power supplies. Electronic video inspection eliminates all danger of eye damage from active (lit) fibers carrying either visible or infrared wavelengths. An extensive assortment of adapters supports inspection of a wide range of optical jumper cable connector ferrules and bulkhead adapters. Bulkhead adapter tips are available in multiple lengths as well as 60 angle. Connector adapters are available for PC, UPC or APC polished ferrules in 1.25 mm, 2.5 mm and other diameters. The DFS1 is available in three different kits which provide either PC/UPC adapters, APC adapters or no adapters. AFL SimpleView Fiber Inspection Software is an application, which permits the DFS1 Digital FiberScope to be used with Windows XP or Windows 7 computers. AFL SimpleView software displays a live, high-resolution video image of the endface of an optical fiber on the PC s display. SimpleView software is a free download Applications Ideal for telco, broadband and enterprise applications Optical connector and bulkhead adapter inspection Display and analyze fiber end-face quality on C- and M-series Visually inspect fiber end-faces for damage or contamination impairing optical transmission Generate installation inspection records, associating captured digital photo with fiber ID or (800) , (603) , AFL, all rights reserved. DFS Revision 1C,

24 DFS1 Digital FiberScope Specifications a DFS1 Digital FiberScope with M700 OTDR PARAMETERS VALUE 400X Magnification ~400 µm x 300 µm Field of View 0.5 μm detectable Resolution 0 C to 50 C Operating Temperature -20 C to 70 C Storage Temperature Manual adjustment, 2 mm max travel Focus 35 mm diameter x 175 mm length (without tip) Dimensions 200 g Weight Blue LED Light Source USB port of M-series OTDRs or C-series OTDRS and Certification Testers Power Supply Note: a. All specifications valid at 23 C ±2 C (73.4 F ±3.6 F) unless otherwise specified. Ordering Information DFS1 Digital FiberScope Kit The DFS1 is available in three different kits which provide either PC/UPC adapters, APC adapters, or no adapters. All kits include soft carry case, a storage box to hold up to six adapter tips, FiberScope display software update for M-series OTDRs (M200, M700) or C-series OTDRs and Certification Testers (C840, C850, C860, C880), and a quick reference guide. DESCRIPTION DFS1 Digital FiberScope PC/UPC Inspection Kit includes: (1) DFS X0MR DFS1 USB Digital FiberScope (1) DFS MR Universal 1.25 mm male PC adapter tip (1) DFS MR Universal 2.5 mm male PC adapter tip (1) DFS MR SC and FC female bulkhead adapter tip (1) DFS MR LC female bulkhead adapter tip (1) DFS MZ soft carry case for scope and adapters (1) MZ One-Click Cleaner SC, ST, FC (1) MZ One-Click Cleaner LC/MU (1) MZ 6-compartment adapter tip storage box (1) Digital FiberScope display software update for M200, M700, C840, C850, C860, or C880 DFS1 Digital FiberScope APC Inspection Kit includes: (1) DFS X0MR DFS1 USB Digital FiberScope (1) DFS MR Universal 2.5 mm male APC adapter tip (1) DFS MR SC/APC and FC/APC bulkhead adapter tip (1) DFS MR SC/APC bulkhead adapter tip (1) DFS MZ soft carry case for scope and adapters (1) MZ One-Click Cleaner SC, ST, FC (1) MZ 6-compartment adapter tip storage box (1) Digital FiberScope display software update for M200, M700, C840, C850, C860, or C880 DFS1 USB Digital Fiber Inspection Kit without Adapters includes: (1) DFS X0MR DFS1 USB Digital FiberScope (1) Soft carry case for scope and adapters (1) 6-compartment adapter tip box (1) Digital FiberScope display software update for M200, M700, C840, C850, C860, or C880 DFS XU DFS XA DFS XN or (800) , (603) , AFL, all rights reserved. DFS Revision 1C,

25 DFS1 Digital FiberScope DFS MR Ordering Information (continued) DFS1 Accessories DESCRIPTION Soft carry case for DFS1 Digital FiberScope and adapters 6-compartment adapter tip storage box 11-compartment adapter tip storage box One-Click Cleaner SC, ST, FC One-Click Cleaner LC/MU AFL SimpleView PC viewer software DFS MZ MZ MZ MZ MZ Free download from DFS1 Adapter Tips DFS MR The following table identifies commonly required adapter tips. Other adapter tips available. Please consult the factory for additional adapter tips and prices. DFS MR DFS MR DESCRIPTION PC FERRULE CONNECTOR ADAPTER TIPS Universal 1.25 mm tip for PC ferrule connector Universal 2.5 mm tip for PC ferrule connector Universal 2.0 mm tip for PC ferrule connector Slim 1.6 mm tip for PC ferrule (termini) Slim 1.25 mm probe tip for LuxCis and termini Slim 2.5 mm PC ferrule tip for ELIO and termini Tip for ELIO 1.25 mm ferrule connector SC/PC AND FC/PC BULKHEAD ADAPTER TIPS DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR Tip for SC/PC and FC/PC bulkhead adapter DFS MR Short extended tip for SC/PC and FC/PC bulkhead adapter DFS MR Medium extended tip for SC/PC and FC/PC bulkhead adapter DFS MR Long extended tip for SC/PC and FC/PC bulkhead adapter DFS MR 60 angled tip for SC/PC and FC/PC bulkhead adapter DFS MR 60º angled tip for SC/PC bulkhead adapter DFS MR ST/PC BULKHEAD ADAPTER TIPS Tip for ST/PC bulkhead adapter DFS MR Short extended tip for ST/PC bulkhead adapter DFS MR Medium extended tip for ST/PC bulkhead adapter DFS MR Long extended tip for ST/PC bulkhead adapter DFS MR 60 angled tip for ST/PC bulkhead adapter DFS MR LC/PC BULKHEAD ADAPTER TIPS Tip for LC/PC bulkhead adapter DFS MR Short extended tip for LC/PC bulkhead adapter DFS MR Medium extended tip for LC/PC bulkhead adapter DFS MR Long extended tip for LC/PC bulkhead adapter DFS MR 60 angled tip for LC/PC bulkhead adapter DFS MR or (800) , (603) , AFL, all rights reserved. DFS Revision 1C,

26 DFS1 Digital FiberScope Ordering Information (continued) DESCRIPTION E2000/PC BULKHEAD ADAPTER TIPS Short extended tip for E2000/PC bulkhead adapter Medium extended tip for E2000/PC bulkhead adapter Long extended tip for E2000/PC bulkhead adapter MU/PC BULKHEAD ADAPTER TIPS DFS MR DFS MR DFS MR Tip for MU/PC bulkhead adapter DFS MR Short extended tip for MU/PC bulkhead adapter DFS MR Medium extended tip for MU/PC bulkhead adapter DFS MR Long extended tip for MU/PC bulkhead adapter DFS MR 60 angled tip for MU/PC bulkhead adapter DFS MR MTP/PC MULTI-FIBER ADAPTER TIPS (FERRULE & BULKHEAD) MTP/PC bulkhead adapter extended tip; includes base plus MTP/PC front end tip. Test ferrules using adapter tip with bulkhead adapter. Front end tip for MTP/PC ferrule and bulkhead adapter MTP/PC and MTP/APC bulkhead adapter extended tip kit; includes base plus MTP/PC and MTP/APC front end tips. Test ferrules using adapter tip with bulkhead adapter. MISCELLANEOUS PC BULKHEAD ADAPTER TIPS Tip for LEMO 2.0 mm bulkhead adapter Tip for LX.5/PC bulkhead adapter Tip for 2.0 mm termini bulkhead adapter Tip for 1.6 mm termini bulkhead adapter Tip for ELIO 1.25 mm bulkhead adapter APC TIPS Universal 1.25 mm tip for APC ferrule connector Universal 2.5 mm tip for APC ferrule connector Tip for SC/APC and FC/APC bulkhead adapter Tip for SC/APC bulkhead adapter Tip for LC/APC bulkhead adapter DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR DFS MR Short extended tip for SC/APC bulkhead adapter DFS MR 60 angled tip for SC/APC bulkhead adapter DFS MR Tip for E2000/APC bulkhead adapter DFS MR Tip for LX.5/APC bulkhead adapter DFS MR MTP/APC bulkhead adapter extended tip kit; includes base plus MTP/APC front end tip. DFS MR Test ferrules using adapter tip with bulkhead adapter. Front end tip for MTP/APC ferrule and bulkhead adapter DFS MR NOYES International Sales and Service Contact Information Available at or (800) , (603) , AFL, all rights reserved. DFS Revision 1C,

27 VFI2 and HiLite Visual Fault Identifiers Features VFI2 Visual Fault Identifier VFI2 Visual Fault Identifier Visible red laser source, 650 nm High power, 1 mw into 9/125 single-mode fiber Compact size Universal connector interface for quick connection 2.5 mm Universal adapter included 1.25 mm Universal adapter available Applications Identify fiber faults inside OTDR deadzone Identify sharp bends or breaks in fibers Identify poorly mated connectors Verify AFL FAST Connector Installation The NOYES VFI2 and HiLite visible red laser sources from AFL are designed to troubleshoot faults on fiber optic cables. Light generated by these units will escape from sharp bends and breaks in jacketed or bare fibers, as well as poorly-mated connectors. They can quickly identify faults in fiber optic jumper cables, distribution frames, patch panels, and splice trays. The HiLite and VFI2 are an excellent complement to an OTDR because they can locate faults inside the OTDR s dead-zone. Other applications include end-to-end continuity checks, identifying connectors in patch panels and fibers during splicing operations. Trace cables in messy or undocumented setups. A VFI unit provides a quick means of finding the other end from amongst cluttered cables. Simply connect the VFI to one end and look for the visual red light transmitted out the opposite connector. Fiber Coupled Lasers for Best Test Results: NOYES VFI2 units deliver 1 mw of output power into 9/125 single-mode fiber to ensure long range and exceptional brightness for locating defects in single-mode and multimode fibers. The VFI2 and HiLite units use a threaded connector adapter interface to support adapter removal for connector cleaning and field changing of adapter styles. The 2.5 mm adapter accepts PC and angled connectors FC, SC, ST, etc. and the 1.25 mm adapter accepts LC and MU connectors. A Visible Fault Indicator (VFI) is an essential tool for fiber technicians. Ordering Information VFI2 Models DESCRIPTION VFI2 visual fault identifier with 2.5 mm adapter VFI2 visual fault identifier with 2.5 mm and 1.25 mm adapters HiLite Models DESCRIPTION HiLite visual fault identifier with 2.5 mm adapter HiLite visual fault identifier with 2.5 mm and 1.25 mm adapters Adapters DESCRIPTION VFI PR VFI PR VFI PR VFI PR 2.5 mm Universal adapter b with captivated sleeve MR 1.25 mm Universal adapter c with captivated sleeve MR Notes: a. All specifications valid at 25 C unless otherwise specified. b. 2.5 mm Universal adapter accepts SC, FC, ST, E2000 ferrules. c mm Universal adapter accepts LC, MU ferrules. or (800) , (603) , AFL, all rights reserved. VFI Revision N,

28 Features (SMLP5-5 Test Kit) Wave ID reduces test time Hand-held, rugged, lightweight Cost-effective, easy-to-use N.I.S.T traceable OLS4 Quad Light Source Dual or single Wave ID, CW, Tone Industry standard 2 khz test Tone 50 µm and 62.5 µm mandrels OPM5-2D Optical Power Meter File management system organizes stored test data Storage capability >500 fibers USB port for download of stored data TRM PC Reporting Tool (Windows compatible) Apply certification rules to test results Create professional test reports Archive test results Applications Certify multimode and single-mode links per TIA/EIA standards Fiber identification prior to splicing Passive Optical Networks (PON) testing Save test data for report generation with NOYES TRM Software SMLP5-5 Test Kit The SMLP5-5 Test Kit with Wave ID, Set Reference, and Data Storage combines the OPM5-2D optical power meter and OLS4 integrated LED and laser light source and is ideally suited for testing fiber optic networks with hybrid (single-mode and multimode) cables. The OLS4 features 850/1300 nm LED output from a multimode output port and 1310/1550 nm laser output from a single-mode output port. Each wavelength may be transmitted individually at CW or with user selectable modulated Tone(SM output). Also, each wavelength may be transmitted with Wave ID. Both output ports are equipped with UCI based removable adapters to allow the output connectors to be inspected and cleaned. The OPM5-2D is a full-featured, hand-held optical power meter designed for measuring optical power in premise, telco, or broadband networks and for performing insertion loss measurements on multimode or single-mode fiber optic links. The standard Wave ID feature (when used with NOYES OLS series light sources) automatically detects and sets the wavelength(s), preventing setup and measurement errors. It significantly increases efficiency and reduces technician errors and saves testing time by eliminating the need to test each wavelength individually. The OPM5-2D stores optical references for each calibrated wavelength and offers multiple test tone detection for fiber identification. Data Storage of Test Results The OPM5-2D File Management system allows technicians to organize test results into multiple files and transfer stored results via USB to a PC for analyzing, generating reports, and printing. The supplied powerful PC Analysis and Reporting Tool (TRM - Test Results Management software) allows users to apply industry standards based rules to test results and create comprehensive certification reports. Users can generate network Pass/Fail results demonstrating compliance to industry standards and illustrate headroom. TRM is a Windows compatible software. The SMLP5-5 test kit is fully N.I.S.T. traceable , AFL, all rights reserved. SMLP Revision F,

29 SMLP5-5 Test Kit OLS4 Light Source Specifications a OPTICAL MM OPTICAL PORT SM OPTICAL PORT Wavelength 850 ±30 nm /+50 nm 1310 ±20 nm 1550 ±20 nm Emitter Type LED Laser Class I FDA 21 CFR and , IEC : Spectral Width 40 nm (typ) 120 nm (typ) 5 nm (max) 5 nm (max) Output Power >-20 dbm, 0 dbm, 62.5 µm multimode b 9 µm single-mode Output Stability GENERAL Power Battery Life Available Adapters Operating Temperature Storage Temperature Size (H x W x D) Weight ±0.1 db over 8 hours (after 5-minute warm-up) 2 AA batteries, optional AC adapter ±0.05 db over 1 hour (after 15-minute warm-up) ±0.1 db over 8 hours (after 15-minute warm-up) Typical 30 hours, Typical 72 hours, minimum 20 hours minimum 40 hours SC FC, ST, LC -10 C to 50 C, 90 % RH (non-condensing) -30 C to 60 C, 90 % RH (non-condensing) 14.0 x 8.1 x 3.8 cm (5.5 x 3.2 x 1.5 in) 0.29 kg (0.65 lb) OPM5-2D Specifications a OPTICAL Calibrated Wavelengths Detector Type Measurement Range Tone Detect Range Wavelength ID Range Accuracy c Resolution Measurement Units GENERAL Power Battery Life Operating Temperature Storage Temperature Size (H x W x D) Weight OPM5-2D 850, 1300, 1310, 1490, 1550 nm Germanium (Ge) +6 to -60 dbm +6 to -50 dbm +6 to -45 dbm for 850 nm +6 to -50 dbm +6 to -45 dbm for 850 nm ±0.25 db 0.01 db db, dbm, μw 2 AA batteries, optional AC adapter 300 hours -10 C to 50 C, 90 % RH (non-condensing) -30 C to 60 C, 90 % RH (non-condensing) 14.0 x 8.1 x 3.8 cm (5.5 x 3.2 x 1.5 in) 0.26 kg (0.58 lb) Notes: a. All specifications valid at 25 C unless otherwise specified. b. Output power will be approximately 3 db less if a 50 µm mandrel-wrapped jumper is used instead of a 62.5 µm mandrel-wrapped jumper. c. Accuracy measured at 25ºC and -10 dbm per N.I.S.T. standards. Ordering Information Test jumpers and connector adapters are required for operation (purchased separately). Test jumpers with a variety of connector styles and fiber types and adapter caps for most common connectors may be purchased from AFL. INCLUDES OLS4 optical light source, OPM5-2D optical power meter, AA batteries, protective rubber boots, adapter cap, USB cable, PC reporting tool - TRM (Windows compatible), 50 and 62.5 µm mandrels, and carry case SMLP5-5 Calibration Plans AFL recommends annual calibrations on NOYES Test and Inspection products. Prepaid Cal plans offer two annual calibrations at a discounted price, a convenient calibration expiration service, express calibration services and access to the NOYES product knowledge base. Cal Plus plans offer the same services as the Cal plans with the addition of a two year extended warranty (three years total coverage). MODEL 2 YR CAL PLAN 2 YR CAL PLUS PLAN SMLP5-5 CAL2-00-SMLP5-5 CAL2-01-SMLP5-5 NOYES International Sales and Service Contact Information Available at , AFL, all rights reserved. SMLP Revision F,

30 M210 Multifunction Micro OTDR Test, Troubleshoot and Document Single-mode and Multimode Fiber Networks Features 30 db dynamic range single-mode 16-hour battery life Remote display capable Touch and Test intuitive user interface New faster processor Crisp bright display for indoor/outdoor viewing Integrated OPM standard; integrated VFL standard Inspection capable with DFS1 Digital FiberScope Rugged, hand-held, lightweight (<1 kg) Prepaid Calibration plans, Cal and Cal Plus (see next page) M210 OTDR with DFS1 Digital FiberScope Test Modes Full Auto OTDR Normal (point-to-point) fiber cable construction testing and fault location Expert OTDR Full function OTDR for experienced users includes Auto and Auto-Once setup Real-Time OTDR Fault location, splice verification Optical Power Meter Measure optical power or fiber loss Visual Fault Locator Red laser for fiber bend and break location Languages supported English French German Italian Spanish Polish Portuguese The NOYES M210 is the only inspection ready QUAD OTDR that combines OTDR, OPM and VFL capability with a proven, easy-to-use and easy-to-learn user interface. The M210 is the latest addition to the M200 family of OTDRs. Like other members of the M200 family, the M210 offers the intuitive Touch and Test user interface in a rugged, lightweight, easy-to-hold package ready for field use. The M210 features a more powerful processing engine, a higher resolution display and, for the first time in an OTDR of its size, an integrated Optical Power Meter. Touch and Test simplifies the M210 user experience, minimizes human errors and reduces training time by providing one-touch access to the Full-Auto, Expert and Real-Time OTDR test modes, OPM measurement mode as well as the Results Management and Job Creation menus. The M210 allows setting Pass/Fail thresholds to industry standard TIA/ISO or user-values and will automatically alert users of failing fibers. Touch and Test enables both experts and novices alike to complete jobs more accurately and in less time. or (800) , (603) , AFL, all rights reserved. M Revision 1B,

31 M210 Multifunction Micro OTDR M210 Models and Included Adapters WAVELENGTHS (nm) DYNAMIC RANGE (db) OTDR PORT ADAPTERS OPM PORT ADAPTERS AFL BASE MODEL NO. 30/30 SC, FC SC, 2.5 mm Universal M /26 SC, ST SC, 2.5 mm Universal M /26/30/30 SC, FC, ST SC, 2.5 mm Universal M All M210 OTDRs include a USB flash drive, an AC adapter, UCI switchable adapters for OTDR and OPM ports, trace analysis and documentation software and a quick reference guide. Ordering Information DESCRIPTION M210 QUAD Certification Kit (Tier 1 and 2): M210 QUAD, OLS4, DFS1* in hard case M210 QUAD Test and Inspection Kit (Tier 2): M210 QUAD, DFS1* in hard case M210-25K-01-HC2 M210-25K-01-HC1 * When ordering, specify DFS1 model. The DFS1 FiberScope kit is available as either PC/UPC inspection kit (DFS XU model) or APC inspection kit (DFS1-004XA model). M210 OTDR, SM (1310/1550), OPM, VFL in hard case M210 OTDR, MM (850/1300) OPM, VFL in hard case M210 OTDR, QUAD (850/1300/1310/1550), OPM, VFL in hard case M210 OTDR, SM (1310/1550) OPM, VFL in soft case M210 OTDR, MM (850/1300) OPM, VFL in soft case M210 OTDR, QUAD (850/1300/1310/1550), OPM, VFL in soft case M210-20U-01-HC M210-22U-01-HC M210-25U-01-HC M210-20U-01 M210-22U-01 M210-25U-01 When ordering, select options as follows: Optical Configuration (NN), (U) for UPC connection and Language (LL). Add (HC) only if ordering the hard case option. Example: M210-25U-01-HC -> This model number indicates M210 QUAD with the English/European language pack in the optional hard case. M210 Optical Configuration (NN) 20 = 1310/1550 nm SM 22 = 850/1300 nm MM 25 = 850/1300 nm MM and 1310/1550 nm SM OTDR port ferrule (U = UPC) NN U LL HC Hard Case option (HC) (Select (HC) only if ordering hard case option) Language (LL) 01 = English, French, German, Italian, Polish, Portuguese, Spanish *Specify Language for OTDR Quick Reference Guide Calibration Plans M210 OTDR AND/OR KIT MODEL 2 YR CAL PLAN 2 YR CAL PLUS PLAN M210-25K-01-HC1 CAL2-00-M210-25K-HC1 CAL2-01-M210-25K-HC1 M210-25K-01-HC2 CAL2-00-M210-25K-HC2 CAL2-01-M210-25K-HC2 M210-20U-01-HC CAL2-00-M CAL2-01-M M210-22U-01-HC CAL2-00-M CAL2-01-M M210-25U-01-HC CAL2-00-M CAL2-01-M M210-20U-01 CAL2-00-M CAL2-01-M M210-22U-01 CAL2-00-M CAL2-01-M M210-25U-01 CAL2-00-M CAL2-01-M AFL recommends annual calibrations on NOYES Test and Inspection products. Prepaid Cal plans offer two annual calibrations at a discounted price, a convenient calibration expiration service, express calibration services and access to the NOYES product knowledge base. Cal Plus plans offer the same services as the Cal plans with the addition of a two year extended warranty (three years total coverage). NOYES International Sales and Service Contact Information Available at or (800) , (603) , AFL, all rights reserved. M Revision 1B,

32 One-Click Cleaner Series Features Cleans connectors on jumpers and in adapters Low cost per clean Effective on a variety of contaminates including dust and oils Ergonomic, comfortable design with single action cleaning Automatic advance ensures each clean is performed with fresh cleaning tape Compliant with EU/95/2002/EC Directive (RoHS) Compact One-Click Cleaner Mini versions available Available with enlarged cleaning area up to 2 mm Duplex LC version available MPO/MTP version available The Original One-Click Cleaner MU/LC SC/ST/FC ODC The One-Click Cleaner is an easy-to-use option for cleaning connectors on jumpers and in adapters. Simply insert the One- Click Cleaner into an adapter and push until an audible click is heard. The One-Click Cleaner uses the mechanical push action to advance an optical grade cleaning tape while the cleaning tip is rotated to ensure the fiber end-face is effectively, but gently cleaned. The One-Click Cleaner is a must-have for field technicians. Small enough to fit in a shirt pocket and a great addition to cleaning kits. Save your wrist no more twist! Rugged ODC Version Mini-100 MU/LC Mini-100 SC, ST, FC With the increasing demand of Outdoor Connector (ODC) plug and socket styles, the ODC One-Click Cleaner, which cleans the ferrules in ODC plug, socket and 1.25 mm ferrules, is an essential cleaning tool for WiMax Base Station, Fiber-to-the-Antenna, Broadcasting and Surveillance Video technicians. Compact One-Click Cleaner Mini Mini-500 MU/LC Mini-500 SC, ST, FC Offering the same technology and performance as the original, the One-Click Cleaner is now available in a smaller, more compact size, which allows for cleaning of connectors in tighter places. Its smaller size also makes it a great addition to test kits and cleaning kits. The One-Click Mini that is offered by AFL as a low cost solution with 100+ cleans per unit is now also available with same 500+ cleans per unit as the standard One-Click. The One-Click Mini is an effective, easy-to-use cleaning solution for SC, ST, FC, LC, MU and TFOCA connectors. or (800) , (603) , AFL, all rights reserved Revision 1G,

33 One-Click Cleaner Series One-Click Cleaner Ultra 2.5 The One-Click Cleaner Ultra 2.5 has an enlarged cleaning area to clean more of the connector end-face. Cleaning up to a 2 mm diameter area of the connector end-face, the One-Click Cleaner Ultra 2.5 is a superior cleaner for SC, ST, and FC connectors. One-Click Cleaner D-LC (Duplex LC) Reduce cleaning time with the new One-Click Cleaner D-LC. Offering the same performance and easy-to-use one-click technology as the original, the One-Click Cleaner D-LC cuts cleaning time in half by effectively cleaning both LC connectors of a duplex LC at one time duplex LC cleans per cleaner (1000+ LC connector cleans). D-LC (Duplex LC) 2.5 Ultra One-Click Cleaner MPO One-Click Cleaner MPO Designed to clean MPO and MTP multi-fiber connectors used in Data Centers and other high density optical networks, the new One-Click Cleaner MPO is a revolutionary push-type cleaner, which simplifies cleaning of the ferrule end-face of both MPO/ MTP exposed connectors and connectors in adapters. As with all One-Click Cleaners, the One-Click Cleaner MPO uses the innovative push-to-clean design. The mechanical push action advances the optical grade cleaning tape while effectively and gently cleaning the end-face of the connector. Ordering Information MODEL DESCRIPTION LENGTH BASE One-Click SC, ST, FC One-Click Cleaner SC, ST, FC (500 cleans) 172 mm (6.88 in) 17.5 x 17.5 mm (0.7 x 0.7 in) MZ One-Click MU/LC One-Click Cleaner MU/LC (500 cleans) 172 mm (6.88 in) 17.5 x 17.5 mm (0.7 x 0.7 in) MZ One-Click ODC One-Click Cleaner ODC (outdoor connector, 500 cleans) 172 mm (6.88 in) 17.5 x 17.5 mm (0.7 x 0.7 in) MZ One-Click Mini-100 SC, ST, FC One-Click Cleaner Mini-100 SC, ST, FC (100 cleans) mm (4.75 in) 17.5 x 30.2 mm(0.7 x 1.2 in) MZ One-Click Mini-100 MU/LC One-Click Cleaner Mini-100 MU/LC (100 cleans) mm (4.75 in) 17.5 x 30.2 mm(0.7 x 1.2 in) MZ One-Click Mini-500 SC, ST, FC One-Click Cleaner Mini-500 SC, ST, FC (500 cleans) mm (4.75 in) 17.5 x 30.2 mm(0.7 x 1.2 in) MZ One-Click Mini-500 MU/LC One-Click Cleaner Mini-500 MU/LC (500 cleans) mm (4.75 in) 17.5 x 30.2 mm(0.7 x 1.2 in) MZ One-Click Ultra Cleaner 2.5 One-Click Ultra Cleaner 2.5 SC, ST, FC (enlarged cleaning area, 500 cleans) mm (8 in) 22.2 x 33.3 mm (0.8 x 1.3 in) MZ One-Click D-LC One-Click Ultra Cleaner D-LC (Duplex LC, 500 cleans x 2) 195 mm (7.7 in) 18 x 30 mm (0.7 x 1.2 in) MZ One-Click MPO One-Click Cleaner MPO (MPO/MTP, 500 cleans) mm (8 in) 19 x 44.5 mm (0.8 x 1.8 in) MZ NOYES International Sales and Service Contact Information Available at or (800) , (603) , AFL, all rights reserved Revision 1G,

34 Cletop Cassette Cleaner Series The Cletop connector cleaner is a rugged palm-sized cleaner that offers exceptional performance with a proven track record. The choice of many leading manufacturers and telecom carries worldwide for nearly 20 years Cletop is a name you can rely on. Cletop -S Series Cletop Series Why Clean Fiber Connectors? Pits and scratches are often caused by dirt Dust, dirt, oils, etc.,are everywhere and will migrate to exposed connector end-faces Dirty connectors attenuate signal levels and can increase digital bit error rates Always clean both connectors when mating / unmating to avoid contamination transfer Cletop Cassette Cleaner Options Cletop Series Original version (proven reliability) Cletop -S Series Second generation cleaner offering the same Cletop cleaning performance with Drop-in replacement tape cartridge and ergonomic design that works equally well for left or right handed operators Type A and -SA Designed for single 2.5 mm ferrules (SC, FC, ST, & D4) Type B and -SB Cleans SC, SC2, FC, ST, DIN, D4, MU, LC, MT, MPO/MTP without pins, MT-RJ without pins Type MPO Accepts MPO/MTP connectors with pins Type MT-RJ Accepts MT-RJ connectors with pins Features Compact and lightweight design is ideal for use in laboratories, assembly lines, or in the field Consistent cleaning results without IPA alcohol, which is toxic, flammable, and leaves a residue on fiber ends (white haze) Excellent anti-static properties for static sensitive applications and to minimize reattachment of dust to ferrule after cleaning Simple push button shutter operation exposes cleaning tape only when in use minimizing unwanted dust Replaceable and cost effective cleaning tape Over 400 wipes per tape MTP is a registered trademark of US Conec , AFL, all rights reserved Revision 1D,

35 Cletop Cassette Cleaner Series Specifications PARAMETER Size Weight VALUE 130 x 75 x 40 mm (5.1 x 3.0 x 1.6 in) 160 g/0.35 lb Ordering Information DESCRIPTION CLETOP S SERIES Cletop - SA with Blue Tape Cletop - SB with Blue Tape Cletop - SB with White Tape Replacement Tape Type S - Blue Replacement Tape Type S - White CLETOP ORIGINAL SERIES Cletop Type A with Blue Tape Cletop Type A with White Tape Cletop Type B with Blue Tape Cletop Type B with White tape Cletop for MT-RJ with pins (White Tape) Cletop for MPO/MTP with pins (White Tape) Replacement Tape Blue Replacement Tape White MZ MZ MZ MZ MZ MZ MZ MZ MZ MZ MZ MZ MZ , AFL, all rights reserved Revision 1D,

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38 2011, all rights reserved. BRO