FIBER OPTIC CABLE сatalogue

Transcription

1 FIBER OPTIC CABLE сatalogue

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3 Smart Plant...5 Production Supplies... 8 Design Support Quality philosophy Best Materials Best Equipment Friendly team OPGW/Ground Wire Fire-Resistant Optic Cable Sensor Cable Outdoor Fiber Optic Cable...49 InTube InDuct InGround InWater InAir Figure InAir ADSS Indoor Fiber Optic Cable FTTH-Distribution FTTH-Subscribers HTTP-Drop Semi Product Knowledge Base Types and Parameters of Optical Fiber Color Identification Chart Transportation. Maintenance. Installation Drum Size Drum Capacity Contacts

4 10 YEARS kilometers of fibers kilometers of cable drums tons of fiber optic cable #1 in the volume of fiber optic cable manufacturing in Russia and CIS (in and 2017), and volume of processing optical fiber in Russia and CIS ( ) OVER kilometers of fibers kilometers of cable drums tons of fiber optic cable 4

5 SMART PLANT Dear colleagues! During the 9 years of operation a lot has been said about Incab achievements and advantages. The main message we would like to convey now is that we continue to follow our Smart Plant strategy. That is the new bar we set for ourselves. PRODUCTION: we are constantly expanding our product range, which now includes the following new cable types: fire-resistant and fireproof cables, sensor cables and special fiber optic cables for the aerospace and defense industries. SUPPLIES: we cooperate with leading manufacturers of materials and equipment. We have experience in cable supply to big telecommunications service providers. DESIGN: Incab.Pro is a division of Incab Ltd. dedicated to integrated design of optical communication lines in accordance with the highest industry standards and regulations. SUPPORT: at our website you may find a knowledge base containing up-to- date information on optical communication lines. We also provide online selection of cables and accessories: clamps, connectors, vibration dampers, fixtures and other auxiliaries. When choosing Incab, you are sure to get reliable solutions tailored to your specific needs and designed with the best of our experience and zest. Incab. Working For You. Yours for continued success, Alexander Smilgevich, CEO 5

6 1. PRODUCTION 680 Incab Ltd. has the widest product range public fiber optic designs 7 classified designs 10 We design + cables based on our Customers' specific technical requirements designs currently in development

7 CABLE FOR ALL APPLICATIONS Outdoor Fiber Optic Cable InTube InDuct InGround InWater InAir Figure 8 InAir ADSS Indoor Fiber Optic Cable New products FTTH-Distribution FTTH-Subscribers HTTP-Drop OPGW/Ground Fire-Resistant Sensor Cable Wire 7

8 2. SUPPLIES Incab supplies optic cable directly or via construction companies and integrators to the largest Eurasian Operators of Telecommunication Services, Power Grid Companies, Oil, Gas & Petrochemicals Industry s Companies. Incab also has experience of deliveries to Europe, Asia and America km to Asia km to Europe 8

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10 3. DESIGN Design is another core competence of Incab which developed based on our experience in production and supplies of optical fiber cables. Incab.Pro is a subsidiary of Incab involved in design and development. This is a team of professionals whose ambitious target is to create a culture of designing optic fiber lines based on the most effective technologies and solution. Incab.Pro has all required work access certificates and permits. Our approach to designing telecommunication lines helps to improve their reliability and reduce risk of accident. «We design modern telecommunication lines to provide for smooth long-term operation». Dmitry Gibert, Incab.Pro General Manager, Technical Director of Incab Plant 10

11 Cooperation in the field of designing optical communication systems SELECTING OPTICAL CABLE with the best parameters to suit the technical specifications of the project DEVELOPING TECHNICAL SOLUTIONS ASSISTANCE IN PROJECT CALCULATIONS calculating the electrical field of overhead lines and line crossings, determining the best suspension point for ADSS cable calculating tension and sag of OPGW/ADSS cable calculating additional stress on the tower from ADSS cable calculating thermal effect of short circuit currents on OPGW SELECTING ALL THE ACCESSORIES and fittings PROJECT ANALYSIS assessment of the technical solutions chosen for your project, creating optimization proposals Contact us at: 11

12 4. SUPPORT Knowledge Base Cable selection Accessories selection: spline closures, fittings, clamps, connectors, vibration dampers, fixtures Transportation, storage and installation guidelines Winding cable on the reel, placing reels on the truck Some materials from the Knowledge Base are available in this catalog, pages 119 to

13 Free Engineering Advice: Describe your challenge and send an to: Online support: incab.co. We will be delighted to offer our solution Free Training Incab experts provide onsite training seminars of the following topics: optic fiber cable: design and production trends; features of the optical fiber, recent developments; optic fiber cable: installation and operation guidelines. Send a request to order a free onsite training seminar for your employees: export@incab.ru 13

14 Quality philosophy Quality means doing it right when no one is looking. Henry Ford PHILOSOPHY Quality is in the heart of everything we do. Our quality policy is implemented through: 100% step-by-step quality control; best in the industry Test Center; high-quality materials; quality management system certified according to TÜV International Certification; declarations for all cable types manufactured by Incab; reference letters and certificates provided by federal companies and control authorities; software to select the right type of fiber optic cable, the right size of the drums, and the optimal arrangement of drums on trucks and in containers; software for aerial cable calculations; calculation of power line electromagnetic fields; continuous customer feedback. 14

15 STEP-BY-STEP QUALITY CONTROL Quality Control employees carry out stringent control at all stages of the manufacturing process, including: : incoming control of materials; measuring parameters of each optical fiber; control of fiber length in the tubes; verification of compliance with the design requirements; checking resistance and tightness of the jacket (for armored cables); control of marking and packaging. Our line operators control the dimensions of the products throughout the manufacturing process. We use advanced high-precision control and measurement equipment: МТР 9000 Optical Reflectometer; Yokogawa AQ7260 Optical Time Domain Reflectometer; Ando AQ6319 Spectrum Analyzer; PK2500 Optical Spectrum Analyzer; PK2400 Fiber Geometry System; EXFO FTB-400 Universal Test System; Zumbach Geometry Testers. All measurements are recorded and analyzed for further quality improvement. 15

16 TEST CENTER Our Test Center is equipped according to the latest industry standards to conduct type approval and periodic mechanical and environmental resistance tests per IEC (water penetration, temperature cycling, high humidity, vibration, stretching, bending, torsion, crush, compression). FEEDBACK In order to meet the world's highest quality standards, we continuously monitor feedback from our customers. For comments and suggestions, please, contact Dmitry Gibert, Technical Director CERTIFICATES All HFFR cables have the relevant fire safety certificates. Our Quality Management System is certified to ISO 9001:2008 and TÜV Thüringen. 16

17 Best Materials To produce Incab cables, we use the most advanced materials available in the market. CORNING SMF-28 ULTRA Advantages: Increased equipment efficiency, 10% less fiber attenuation. Significantly improved reliability and resistance to installation damages. Ten times higher bend-resistance compared to standard single-mode fibers. BOREALIS BIMODAL POLYETHYLENE Advantages: Low shrinkage and high resistance to temperature changes. Installation temperatures down to -30 C. OTHER MATERIALS color ink (DSM Desotech, Herkula); water-blocking gel (Unigel, Itcogel); PBT (BASF, DuPont); fiberglass rods (Indore, AKSH); steel zinc-coated wire (Orlovskie Metizy, Severstal Metizy); steel zinc-coated rope (Severstal Metizy); aramid yarn (Kolon, Kevlar, Twaron); polyester binder yarn (Roblon, Fiberline, GOTEX); steel laminated tape (ShangHai WangXun, LongVision); halogen-free materials (AlphaGary, LamPlast); fiberglass yarns (Roblon, FiberLine, Gotex); water-blocking tape (Lanton, Shenyang Tianrong, Lantor, DEUK YOUNG); water-blocking yarn (Lantor, FiberLine, Roblon, Gotex, FiberLine) steel tape (DMA INOX); aluminum (RusAl). 17

18 Best Equipment CAPACITY: 6000 cable kms per month. PRODUCTION EQUIPMENT BY: Maillefer, Medek&Schorner, Nexans, Photonium, Compotec and other manufacturers. Optic Fiber Cable: coloring lines; loose tube lines; stranding lines; sheathing line with aramid servers; steel wire armoring machine. OPGW: production line for manufacturing stainless steel micro tubes containing optical fibers; pre-cleaning and rewinding line; cladding line; drawing line; stranding line (planetary type stranding machine). 18

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23 OPGW/Ground Wire OPGW Stainless Steel Tube page 22 OPGW Stranded Stainless Steel Tube page 23 OPGW Aluminium-clad Stainless Steel Tube page 24 Ground Wire (Nonrusting) page 25 23

24 OPGW/Ground Wire OPGW/Ground Wire APPLICATION: Protection of power lines from lightning overvoltage Construction of optical communication systems OPGW Stainless Steel Tube CERTIFIED Up to 48 fibers in a tube Aluminum Clad Steel wires are rustproof CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube filled with water-swellable gel. 3. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). 4. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). Aluminum alloy wires shield the high-voltage conductors from lightning strikes Features OPGW Stainless Steel Tube Crush 1 kn/cm Fiber count 4 48 Cable weight, kg/km Cable diameter, mm 8 18 Rated tensile strength Tensile strength, kn Elasticity modulus (final), kn/mm²

25 Thermal resistance (initial temperature 25 C, final temperature 200 C), ka²s Short-circuit current for 1s, ka 3 20 We design cables based on our Customers' specific technical requirements. Please, contact us for a cable designed to your exact specifications. OPGW Stranded Stainless Steel Tube Up to 288 fibers CERTIFIED Aluminum Clad Steel wires are rustproof OPGW/Ground Wire CONSTRUCTION: 1. Central strength member (Aluminum Clad Steel wires or aluminum alloy wires). 2. Optical fiber. 3. Stainless steel tube filled with water-swellable gel. 4. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). 5. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). Aluminum alloy wires shield the high-voltage conductors from lightning strikes Features OPGW Stranded Stainless Steel Tube Crush 1 kn/cm Fiber count Cable weight, kg/km Cable diameter, mm Rated tensile strength Tensile strength Elasticity modulus (final), kn/mm² Thermal resistance (initial temperature 25 C, final temperature 200 C), ka²s Short-circuit current for 1 s, ka 4 30 We design cables based on our Customers' specific technical requirements. Please, contact us for a cable designed to your exact specifications. 25

26 OPGW Aluminium-clad Stainless Steel Tube NEW OPGW/Ground Wire 3 CONSTRUCTION: 1. Optic fiber. 2. Aluminium-clad stainless steel tube filled with water-swellable gel. 3. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). 2 1 Up to 48 fibers in a tube Aluminum alloy wires shield the high-voltage conductors from lightning strikes 100% corrosion-resistant: ACS wires and stainless steel tube. Suitable for areas with highly corrosive environments. Features OPGW Aluminium-сlad Stainless Steel Tube Crush 1.5 kn/cm Fiber count 4 48 Cable weight, kg/km Cable diameter, mm 9 18 Rated tensile strength Tensile strength, kn Elasticity modulus (final), kn/mm² Thermal resistance (initial temperature 25 C, final temperature 200 C), ka²s Short-circuit current for 1s, ka 3 20 We design cables based on our Customers' specific technical requirements. Please, contact us for a cable designed to your exact specifications. 26

27 Ground Wire (Enhanced Corrosion-resistant Groundwire) 3 2 CONSTRUCTION: 1. Central strength member (Aluminum Clad Steel wire). 2. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). 3. Stranded wires (Aluminum Clad Steel wires and /or aluminum alloy wires). 1 Mandatory element of 35 kv power lines approaching electrical substations and of all 110 kv power lines Aluminum Clad Steel wires are rustproof Aluminum alloy wires shield the high-voltage conductors from lightning strikes OPGW/Ground Wire Features Ground Wire (Nonrusting) Outer diameter, mm Cable weight, kg/km Rated tensile strength Tensile strength Average operating load, kn Sectional area of steel elements, mm Sectional area of aluminum elements, mm2 0.0 Total sectional area, mm DC resistance at 20 C, Ohm/km Thermal resistance to short-circuit current, ka2s Coefficient of linear thermal expansion, /K 12.6 Elasticity modulus (final), kn/mm² Modulus of elasticity (initial, installation), kn/mm Modulus of elasticity (drawing), kn/mm

28 High Temperature Wire APPLICATION: OPGW/Ground Wire 1 High temperature wire TACSR/ACS 521-A20SA is used for aerial suspension on 35 kv power lines and above Aerial suspension on 35 kv power lines and above Effective solution for large cable spans, including cross-river installation CONSTRUCTION: 1. Aluminium-clad steel wire or aluminium-clad steel wire and heat-resistant aluminium alloy wire. Features High Temperature Wire Cable diameter, mm 29.7 Cable weight, kg/km 4383 Rated tensile strength, kn 666 Elasticity modulus (final), kn/mm2 155 We design cables based on our Customers' specific technical requirements. Please, contact us for a cable designed to your exact specifications. 28

29 Optical Phase Conductor APPLICATION: Designed to carry electricity and optical signal for the suspension as phase conductor on 35 kv power lines and above. Effective solution to provide redundancy in harsh conditions, such as long cable spans, crossings of cable spans, power lines with previously installed OPGW and ADSS and others. OPGW/Ground Wire Up to 48 optical fibers in a tube Aluminum-clad steel wire eliminates corrosion CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube. 3. Aluminium-clad steel wire. 4. Aluminium-clad steel wire. Aluminum alloy wire effectively removes heat from a lightning stroke point and increases shortcircuit current resistance Effective solution to provide redundancy in harsh conditions, such as long cable spans, crossings of cable spans, power lines with previously installed OPGW and ADSS and others. Features Optical Phase Conductor Crush 1 kn/cm Fiber Count Cable diameter Cable weight Elasticity modulus (final) Rated tensile strength

30 Operation parameters OPGW/Ground Wire OPGW/Ground Wire Operation temperature range -60 С +80 С Installation temperature range -30 С +50 С Transportation and storage temperature range -60 С +70 С Min bending radius 20xcable diameter Warranty lifetime as specified in the supply agreement, min 2 years We design cables based on our Customers' specific technical Requirements. Please, contact us for a cable designed to your exact specifications. 30

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33 Fire-Resistant Optic Cable Fire Resistant стр.28 33

34 Fire-Resistant Optic Cable NEW Fire-Resistant APPLICATION: tower buildings large data centers for fire protection and another systems which are needed to work under fire conditions for child care centers, educational institutions, board and care facilities, hospitals, dormitory blocks security monitoring subway for high occupancy buildings industrial and mining companies defense sector for buildings and closed installations for open cable structures entertainment centers atomic energetics for individual installation in cable structures and working spaces refineries and petrochemical industry sport-facilities infrastructure and educational institutions 34

35 Fire safety levels fireresistant low loxicity halogen free low smoke and gas emission group cabling Fire resistant Fireproof cable / Level 3 Fireproof cable / Level 2 Every next step includes previous steps Fire-Resistant single cabling Fireproof cable / Level 1 35

36 Fire-Resistant Fireproof cable / LEVEL 1 Single laying InDuct InDuct Standard (Multi-Tube Single Armor Double Jacket Cable) InDuct Light (Multi-Tube Single Armor Single Jacket Cable) InDuct Superlight (Uni-Tube Single Armor Single Jacket Cable, Corrugated Steel Tape) Fireproof cable / LEVEL 2 Group laying, low smoke and gas emission, halogen-free InTube InDuct InTube Standard (Multi-Tube Single Jacket Cable) InDuct Standard (Multi-Tube Single Armor Double Jacket Cable) InDuct Light (Multi-Tube Single Armor Single Jacket Cable) InGround InGround Standard Reinforced (Multi-Tube Double Armor Double Jacket Cable) InGround Standard Reinforced Dielectric (Multi-Tube Double Armor Double Jacket Cable) InGround Superlight (Uni-Tube Single Armor Single Jacket Cable) InDuct Superlight (Uni-Tube Single Armor Single Jacket Cable, Corrugated Steel Tape) InGroung Superlight Dielectric (Uni-Tube Single Armor Single Jacket Cable) InGround InGround Standard (Multi-Tube Single Armor Double Jacket Cable) InDuct Stainless Steel Tube (Uni-Tube, Single Jacket Cable) InGound Stainless Steel Tube (Uni-Tube Single Armor Single Jacket Cable) InGround Superlight (Uni-Tube Single Armor Single Jacket Cable) InGround InGround Standard (Multi-Tube Single Armor Double Jacket Cable) InGround Standard Wetland (Multi-Tube Single Armor Double Jacket Aluminum and Polymer Tape Cable) InGround Standard Dielectric (Multi-Tube Single Armor Double Jacket Cable) 36

37 InAir ADSS InAir ADSS Standard Aramid (Multi-Tube Aramid Double Jacket Cable) InAir ADSS Standard Fiberglass (Multi-Tube Fiberglass Double Jacket Cable) FTTH-Distribution Tight-Buffered Riser Riser with Micro Tubes FTTH-Subscribers Tight-Buffered Simplex Tight-Buffered Duplex FTTH «Butterfly» Fire-Resistant InAir ADSS Light Aramid (Multi-Tube Aramid Single Jacket Cable) Tight-Buffered Distribution InAir ADSS Light Fiberglass (Multi-Tube Fiberglass Single Jacket Cable) Distribution with Micro Tubes HTTP Drop Flat Type Drop Reinforced Distribution «Butterfly» ( 8 fibers) Round Type Drop Round Type Drop (8 Fiber Count) 37

38 Fireproof cable / LEVEL 3 Low toxicity. Fire-Resistant FTTH-Distribution Tight-Buffered Riser Riser with Micro Tubes FTTH-Subscribers Tight-Buffered Simplex Tight-Buffered Duplex FTTH «Butterfly» Tight-Buffered Distribution Distribution with Micro Tubes HTTP Drop Round Type Drop Round Type Drop (8 Fiber Count) Distribution «Butterfly» ( 8 fibers) 38

39 FIRE-RESISTANT Fire Resistant Universal Fire-Resistant Indoor Fire-Resistant Outdoor Fire-Resistant Fire-Resistant Advantages The first in Russia Incab Fire-Resistant Optic cable F Cl Br I flame retardant in group laying remain operative exposed to fire during at least 180 minutes low toxicity of combustion products low smoke halogen-free 39

40 Universal Fire-Resistant NEW Remains functional under influence of flame during 180 minutes Holds physical impact and water supplying for fire fighting Fire-Resistant CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube. 3. Armor of steel wires. 4. Halogen-free jacket. Minimum combustible materials Small size thin, light, economical High resistance to crushing (more than 1 kn/cm). It remains even after influence of flame Suitable for all applications Features Universal Fire-Resistant Up to 48 fibers in a tube Diameter less than 10 mm Allowable tensile strength 4 kn Crush 1.4 kn/cm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 10 kn Crush 1.4 kn/cm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

41 Indoor Fire-Resistant NEW Remains functional under influence of flame during 180 minutes All-dielectric construction 7 CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. Tight-buffer. 4. Inner jacket made of halogen-free flame-retardant polymer compound Mica glass tape. 6. Fiberglass yarns. 7. Halogen-free jacket Easy to dress and install UV resistance Up to 48 fibers Fire-Resistant Features Indoor Fire-Resistant Allowable tensile strength kn Crush 200 N/cm Fiber count Allowable tensile strength, kn Cable diameter, mm Cable weight, kg/km Min bending radius, mm

42 Outdoor Fire-Resistant NEW Fire-Resistant CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel Water-blocking yarns. 5. Inner jacket made of halogen-free flame-retardant polymer compound. 6. Corrugated steel tape armor. 7. Halogen-free jacket. 2 1 Fire-resistant cable remains functional under influence of flame during 180 minutes Up to 288 fibers Armor is a perfect protection from rodents Easy to install Features Outdoor Fire-Resistant Allowable tensile strength 2.7 kn Crush from 0.3 kn/cm Fiber count 48 (6x8) 72 (6x12) 96 (6x16) 96 (8x12) 144 (6x24) 144 (9x16) 144 (12x12) 192 (8x24) Number of optical modules Number of fibers in the module Cable diameter, mm Cable weight, kg/km Min bending radius, mm

43 Operation Parameters Fire-Resistant Operation temperature range* Installation temperature range Transportation and storage temperature range Min bending radius Life time *Operation temperature range can be increased on request. -40 С +60 С -10 С +50 С -50 С +50 С 10x cable diameter 25 years We design cables based on our Customers' specific technical requirements. Please, contact us for a cable designed to your exact specifications. Fire-Resistant 43

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45 Sensor Cable Sensor Cable page 40 45

46 Sensor Cable We produce Sensor Cable for different applications Sensor Cable APPLICATION: Oil and gas wells Leakage monitoring for pipelines High-voltage cables and transmission lines Technological processes Perimeter guarding Fire alarm systems for long-distance facilities Temperature monitoring for ground wires Monitoring technical condition of engineering facilities City infrastructure and public utility objects We have developed several types of logging cables currently used in oil and gas wells. We continuously develop new cable designs and constructions. We are ready to provide information concerning the existing cable types as well as develop a solution to meet your specific needs. Contact us: sensor@incab.ru. 46

47 A new product developed by Incab in cooperation with Inversion Sensor Ltd. (Incab partner in the Photonics cluster). DESCRIPTION: Optical fiber real time temperature monitoring system for long-distance industrial and infrastructure facilities. Features of ASTRO E540/E560 CONSTRUCTION: 1. ASTRO E540/560 from Inversion Sensor. Receives and processes the data about temperature advance along the sensor cable. 2. Incab fiber optic sensing cable. Designed specifically for temperature sensing, sensor cable is approved and excessively resistant to temperature changes. Incab will customize the cable to ensure it provides the best product at the best value to ensure your success. Sensor Cable E540 E560 Temperature sensing range, С Precision, С Sensing time, sec from 10 from 10 Precision of ranging, m Length of sensing member/cable, km 8 8 Radiation wavelength, nm/fiber type 1550/ММ 1550/ММ Optical connector FC/UPC FC/UPC Operation temperature range, С Operation environment, humidity, % 0 90 without reflux 0 90 without reflux AC source voltage, V Rated input, Vt Dimension, mm Weight, kg

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49 Outdoor Fiber Optic Cable InTube page 44 InDuct page 47 InGround page 54 InWater page 70 InAir Figure 8 page 74 InAir ADSS page 84 49

50 InTube APPLICATION: Designed for duct installations Applied in duct, trays, blocks, tunnels, collecting channels, with no risk of rodents attacks Suitable for aerial installation: power lines, lamp posts, railway overhead system InTube Standard (Multi-Tube Single Jacket Cable) InTube All-dielectric construction Easy to install Reduced weight and size. Convenient for blowing-in in tubes CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tube filled with waterswellable gel. 4. Water-blocking yarns. 5. Reinforcing elements aramid yarns. 6. Jacket. Features InTube Standard Allowable tensile strength 1.5 kn Crush from 0.3 kn/сm Fiber count Cable diameter, mm

51 Cable weight, kg/km Min Bending radius, mm Allowable tensile strength 2.7 kn Crush from 0.3 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min Bending radius, mm InTube Standard cable may be produced in a dry version. In dry version water-swellable gel is replaced with dry water-blocking materials. InTube InTube Micro (Multi-Tube Single Jacket Cable, Reduced Size) Blowing-in into micro tubes is material-and space-efficient, it provides high cable density in size-limited ducts Al-dielectric construction Dry construction is convenient in installation Reduced weight and size. Convenient for blowing-in tubes CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tube filled with waterswellable gel. 4. Water-blocking yarns. 5. Jacket. 51

52 Features InTube Micro Allowable tensile strength 1.5 kn Crush from 0.1 kn/сm Fiber count Up to 216 (18x12) Up to 288 (24x12) Up to 432 (36x12) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InTube InTube Micro cable may be produced in a dry version. In dry version water-swellable gel is replaced with dry water-blocking materials. Options All InTube cables may be produced in versions: Fireproof cable/level 1 and Fireproof cable/level 2 (page 30). We design cables based on our Customers' specific technical Requirements. Operation parameters InTube Operation temperature Installation temperature Transportation and storage temperature Minimum bending radius Life time Minimum bending radius of optic fiber -60 С (-45 С InTube Micro) +70 С -30 С +50 С -60 С +70 С 15x cable diameter 25 years 3 mm (within 10 min) * Operation temperature range can be increased on request 52

53 InDuct APPLICATION: Applied in ducts, trays, blocks, tunnels, collecting channels, with a risk of rodents attacks Applied for installation on bridges and overpasses Suitable for direct buried installation with no exceeded mechanical exposure of the ground InDuct Standard (Multi-Tube Single Armor Double Jacket Cable) Proven reliable design Perfect protection from rodents InDuct Improved reliability due to inner jacketing Allowable tensile strength 2.7 kn Resistance to crushing loads from 0.3 kn/сm CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Water-blocking yarns. 6. Inner jacket. 7. Corrugated steel tape armor. 8. Jacket. 53

54 Features InDuct Standard Allowable tensile strength 2.7 kn* Crush 0.3 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm * InDuct Standard cable may be produced with Allowable tensile strength 5 kn InDuct InDuct Light (Multi-Tube Single Armor Single Jacket Cable) The most popular design Efficient design Perfect protection from rodents Reduced weight and size Resistance to crushing loads from 0,3 kn/сm Allowable tensile strength 2.7 kn CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Water-blocking yarns. 3. Optical fiber. 4. PBT loose tubes filled with water-swellable gel. 5. Water-swellable gel. 6. Water-blocking tape. 7. Corrugated steel tape armor. 8. Jacket. Increased tightness due to application of water-blocking tape 54

55 Features InDuct Light Allowable tensile strength 2.7 kn Crush from 0.3 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InDuct Superlight (Uni-Tube Single Armor Single Jacket Cable, Corrugated Steel Tape) 6 Efficient design Perfect protection from rodents, suitable for duct installation Reduced weight and size Up to 24 fibers Resistance to crushing loads from 0.5 kn/сm Allowable tensile strength 2.7 kn CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with water-swellable gel. 3. Water-swellable gel. 4. Corrugated steel tape armour. 5. Jacket. 6. Steel wires. 55

56 Features InDuct Superlight Allowable tensile strength 2.7 kn Crush from 0.5 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InDuct InDuct Superlight (Multy-Tube Single Armor Jacket Cable, Corrugated Steel Tape) 7 Efficient design Up to 48 optical fibers the module Perfect protection from rodents, suitable for duct installation Reduced weight and size CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Water-swellable gel. 4. Water-blocking tape. 5. Corrugated steel tape armor. 6. Jacket. 7. Steel wires. Resistance to crushing loads from 0.3 kn/сm Allowable tensile strength 2.7 kn 56

57 Features InDuct Superlight Allowable tensile strength 2.7 kn Crush from 0,3 kn/сm Fiber count Number of optical modules Number of optical fibers in the module OF OF 16 Cable diameter, mm Cable weight, kg/km Радиус изгиба, мм ,0 InDuct Zinc-Coated Steel Wires (Uni-Tube Single Armor Single Jacket Cable, Zinc-Coated Steel Wires) InDuct Efficient design Excellent rodent resistance % waterproof Reduced weight and size. CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with water-swellable gel. 3. Water-swellable gel. 4. Armor of zinc-coated steel wires. 5. Jacket. Resistance to crushing loads from 0.5 kn/сm Allowable tensile strength 2.7 kn Up to 24 optical fibers the module 57

58 Features InDuct Zinc-Coated Steel Wires Allowable tensile strength 2.7 kn Crush from 0.5 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InDuct InDuct Stainless Steel Tube (Uni-Tube Single Jacket Cable) The smallest diameter 100% waterproof Maximum resistance to crushing loads from 0.7 kn/сm Allowable tensile strength 1.5 kn CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube filled with water-swellable gel. 3. Jacket. Excellent rodent resistance 58

59 Features InDuct Stainless Steel Tube Allowable tensile strength 1.5 kn Crush 0.7 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm The InDuct Stainless Steel Tube Cable may be produced in a dry version. In dry version water-swellable gel is replaced with dry water-blocking materials. InDuct Dielectric (Multi-Tube Fiberglass Double Jacket Cable) InDuct All-dielectric construction Fiberglass yarns prevent damage by rodents Resistance to crushing loads from 0.3 kn/cm Permissible tensile load 2.7 kn CONSTRUCTION: 1. Central strength member fiberglass dielectric rod. 2. Optical fiber. 3. PBT optical tubes filled with water-blocking gel. 4. Inter-tube water-blocking gel. 5. Inner jacket. 6. Reinforcement element fiberglass yarns. 7. Polymer jacketing. Inner jacket ensures higher reliability 59

60 Features InDuct Dielectric Allowable tensile strength 2.7 kn Crush from 0.3 kn/сm Fiber count Up to 16 Up to 32 Up to 48 Up to 72 Cable diameter Cable weight Min bending radius Operation parameters InDuct InDuct Operation temperature range* Installation temperature range Transportation and storage temperature range Min bending radius Life time -50 С +70 С (-60 С С InDuct Stainless Steel Tube) -30 С +50 С -60 С +70 С 15x cable diameter 25 years * Operation temperature range can be increased on request Options All InDuct cables may be produced in versions: Fireproof cable/level 1 and Fireproof cable/level 2 (page 30). We design cables based on our Customers' specific technical Requirements. 60

61 InGround Applied in harsh environments with potential mechanical impact: in grounds of all the groups, bogs, unnavigable rivers Applied in ducts, trays, blocks, tunnels, and collecting channels Suitable for aerial installation between buildings and constructions (however, its bigger weight and diameter compared to selfsupporting cables should be taken into consideration) InGround Standard (Multi-Tube Single Armor Double Jacket Cable) The most popular design Perfect protection from rodents, suitable for duct installation Reliable protection from serious mechanical impact Allowable tensile strength 80 kn (using rope wire) InGround CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4 Water-swellable gel. 5. Inner jacket. 6. Armor of zinc-coated steel wires. 7. Jacket. Resistance to crushing loads 1 kn/сm 61

62 Features InGround Standard Allowable tensile strength 7 10 kn Crush from 0.4 kn/сm* Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength kn Crush from 0.4 kn/сm* Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround Allowable tensile strength 40 kn Crush from 1 kn/сm* Fiber count to 24 (6 4) to 48 (6 8) to 72 (6 12) to 96 (6 16) to 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 80 kn Crush from 1 kn/сm* Fiber count to 24 (6 4) to 48 (6 8) to 72 (6 12) to 96 (6 16) to 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm * InGround Standard cable may be produced with Crush 1 kn/сm 62

63 InGround Standard Dielectric (Multi-Tube Single Armor Double Jacket Cable) Reduced weight, suitable for aerial installation Reliable protection from serious mechanical impact Perfect protection from rodents, suitable for duct installation All-dielectric construction CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Inner jacket. 6. Fiberglass rods. 7. Jacket. Allowable tensile strength 20 kn Resistance to crushing loads 1 kn/сm Features InGround Standard Dielectric Allowable tensile strength 7 kn Crush from 0.4 kn/сm* Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround Allowable tensile strength 16 kn Crush from 0.4 kn/сm* Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

64 Allowable tensile strength 20 кн Crush from 0.4 kn/сm* Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm * InGround Standard Dielectric cable may be produced with Crush 1 kn/sm InGround Standard Reinforced (Multi-Tube Double Armor Double Jacket Cable) InGround Suitable for harsh environment applications: in cryosolic grounds, on the bottom of navigable rivers and basins. Allowable tensile strength 80 kn (using rope wire) Resistance to crushing loads from 1 kn/сm Perfect protection from rodents, suitable for duct installation CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Inner jacket. 6. Double armor of zinc-coated steel wires. 7. Jacket. 64

65 Features InGround Standard Reinforced Allowable tensile strength 80 kn Crush from 1 kn/сm Fiber count Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround Standard Reinforced Dielectric (Multi-Tube Double Armor Double Jacket Cable) Double armor makes the cable suitable for harsh environment applications: in cryosolic grounds, on the bottom of navigable rivers and basins. Allowable tensile strength 40 kn InGround Resistance to crushing loads from 1 kn/сm Perfect protection from rodents, suitable for duct installation. CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Inner jacket. 6. Double armor of fiberglass plastic rods. 7. Jacket. All-dielectric construction 65

66 Features InGround Standard Reinforced Dielectric Allowable tensile strength 40 kn Crush from 1 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm 316, InGround Superlight (Uni-Tube Single Armor Single Jacket Cable) Efficient design Reduced weight and size InGround 5 CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel Water-swellable gel. 4. Armor of zinc-coated steel wires. 5. Jacket. Reliable protection from serious mechanical impact Up to 24 fibers Maximum resistance to crushing loads from 0.7 kn/сm Perfect protection from rodents, suitable for duct installation Features InGround Superlight Allowable tensile strength 7 kn Crush from 0.7 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

67 InGroung Superlight Dielectric (Uni-Tube Single Armor Single Jacket Cable) Reduced weight, suitable for aerial installation All-dielectric construction Reliable protection from serious mechanical impact Perfect protection from rodents, suitable for duct installation CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with water-swellable gel. 3. Water-swellable gel. 4. Armor of fiberglass rods. 5. Jacket. Up to 24 fibers Allowable tensile strength 8 kn Maximum resistance to crushing loads from 0.7 kn/сm Features InGroung Superlight Dielectric Allowable tensile strength 8 kn Crush from 0.7 kn/сm Fiber count Up to 6 Up to 8 Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround Allowable tensile strength 9 kn Crush from 0.7 kn/сm Fiber count Up to 6 Up to 8 Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm

68 Allowable tensile strength 10 kn Crush from 0.7 kn/сm Fiber count Up to 6 Up to 8 Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 12 kn Crush from 0.7 kn/сm Fiber count Up to 6 Up to 8 Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround InGround Superlight Reinforced (Uni-Tube Double Armor Single Jacket Cable) Suitable for harsh environment applications Maximum resistance to crushing loads from 1 kn/сm Allowable tensile strength 50 kn Perfect protection from rodents, suitable for duct installation CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Water-swellable gel. 4. Double armor of zinc-coated steel wires. 5. Jacket. Up to 24 fibers 68

69 Features InGround Superlight Reinforced Allowable tensile strength 30 kn Crush from 1 kn/сm Fiber count Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 40 kn Crush from 1 kn/сm Fiber count Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 50 kn Crush from 1 kn/сm Fiber count Up to Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGround 69

70 InGround Superlight Reinforced Dielectric (Uni-Tube Double Armor Single Jacket Cable) Double armor makes the cable suitable for harsh environment applications All-dielectric construction CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Water-swellable gel. 4. Double armor of fiberglass plastic rods. 5. Jacket. Reduced weight and size. Convenient for blowing-in tubes Allowable tensile strength 30 kn Resistance to crushing loads from 1kN/сm Features InGround Superlight Reinforced Dielectric InGround Allowable tensile strength 15 kn Crush from 1 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 20 kn Crush from 1 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

71 Allowable tensile strength 30 kn Crush from 1 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm InGound Stainless Steel Tube (Uni-Tube Single Armor Single Jacket Cable) Up to 48 fibers in a tube 100% waterproof CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube filled with water-swellable gel. 3. Armor of steel wires. 4. Jacket. Resistance to extreme crushing loads from 1.4 kn/сm Allowable tensile strength 40 kn InGround Features InGround Stainless Steel Tube Allowable tensile strength 7 kn Crush from 1.4 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

72 Allowable tensile strength 10 kn Crush from 1.4 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm ,5 InGround Standard Wetland (Multi-Tube Single Armor Double Jacket Aluminum and Polymer Tape Cable) NEW InGround Excellent solution for wetland and cross-river installation Resistance to crushing loads 1 kn/сm With laminated aluminium polyethylene sheath to protect the cable core from moisture Allowable tensile strength 80 kn CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4 Water-swellable gel. 5. Aluminum and polymer tape. 6. Inner jacket. 7. Armor of zinc-coated steel wires. 8. Jacket. Aluminium compound tape to protect from hydrogen penetration into optical fiber 72

73 Features InGround Standard Wetland Allowable tensile strength 7 10 kn Crush from 0,4 kn/сm Fiber count 16 (4x4) 32 (4x8) 48 (4x12) 64 (4x16) 72 (3x24) 96 (4x24) Cable diameter, mm Cable weight, kg/km Allowable tensile strength kn Crush from 0,4 kn/сm Fiber count 16 (4x4) 32 (4x8) 48 (4x12) 64 (4x16) 72 (3x24) 96 (4x24) Cable diameter, mm Cable weight, kg/km Allowable tensile strength 40 kn Crush from 1 kn/сm Fiber count 24 (6x4) 48 (6x8) 72 (6 12) 96 (6x16) 144 (6x24) Cable diameter, mm Cable weight, kg/km InGround Allowable tensile strength 80 kn Crush from 1 kn/сm Fiber count 24 (6x4) 48 (6x8) 72 (6x12) 96 (6x16) 144 (6x24) Cable diameter, mm Cable weight, kg/km

74 InGround Standard Wetland Reinforced (Multi-Tube Double Armor Double Jacket Aluminum and Polymer Tape Cable) NEW Excellent solution for wetland and cross-river installation With laminated aluminium polyethylene sheath to protect the cable core from moisture Resistance to crushing loads 1 kn/сm Allowable tensile strength 80 kn InGround CONSTRUCTION: 1. Central strength member (fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. Features InGround Standard Wetland Reinforced 4 Water-swellable gel. 5. Aluminum and polymer tape. 6. Inner jacket. 7. Double armor of zinc-coated steel wires. 8. Jacket. Aluminium compound tape to protect from hydrogen penetration into optical fiber Allowable tensile strength 80 kn Crush from 1 kn/сm Fiber count 24 (4x6) 48 (6x8) 72 (6x12) 96 (6x16) 144 (6x24) Cable diameter, mm Cable weight, kg/km

75 Operation parameters InGround Operation temperature range* -50 С +70 С * Installation temperature range -30 С +50 С Transportation and storage temperature range -60 С +70 С Min bending radius 15x cable diameter Life time 25 years * Operation temperature range can be increased on request Options All InGround cables may be produced in versions: Fireproof cable/level 1 and Fireproof cable/level 2 (page 30). InGound Stainless Steel Tube cable may be produced with fire-resistant jacket (page 34). We design cables based on our Customers' specific technical Requirements. InGround 75

76 InWater APPLICATION: Applied in sea areas (coastal shelf and deep-sea), on navigable rivers, in lakes and water storage basins, in harsh environments, in bogs and unnavigable rivers. InWater Standard (Uni-Tube Double Armor Double Jacket Cable) Installation down to 2500 m Suitable for application in harsh environments InWater CONSTRUCTION: 1. Optical fiber. 2. Water-swellable gel. 3. Loose tube. 4. Water-swellable gel. 5. Armor of steel wires. 6. Water-blocking tape. 7. Aluminum and polymer tape. 8. Inner jacket. 9. Water-swellable gel. 10. Armor of steel wires. 11. Jacket. 76

77 Features InWater Standard Allowable tensile strength kn Crush from 1.5 kn/сm Fiber count 24 Tensile strength 20 кн 35 кн 50 кн 60 kn 70 kn Cable diameter, mm Cable weight, kg/km Min bending radius, mm InWater Stainless Steel Tube (Steel Tube Double Armor Double Jacket Cable) Installation down to 5000 m Up to 48 fibers in a tube Suitable for application in harsh environments InWater CONSTRUCTION: 1. Optical fiber. 2. Water-swellable gel. 3. Steel tube. 4. Water-swellable gel. 5. Armor of steel wires. 6. Water-blocking tape. 7. Aluminum and polymer tape. 8. Inner jacket. 9. Water-swellable gel. 10. Armor of steel wires. 11. Jacket. 77

78 Features InWater Stainless Steel Tube Allowable tensile strength 20 kn Crush from 1.5 kn/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm ,5 Allowable tensile strength 35 kn Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm ,5 InWater Allowable tensile strength 50 kn Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 60 kn Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

79 Allowable tensile strength 70 kn Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength kn Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Operation parameters InWater Operation temperature range Installation temperature range * Transportation and storage temperature range Min bending radius Life time Warranty lifetime * Operation temperature range can be increased on request. -50 С +70 С -30 С +50 С -60 С +70 С 15x cable diameter 25 years as specified in the supply agreement, min 2 years InWater We design cables based on our Customers' specific technical Requirements. 79

80 InAir Figure 8 APPLICATION: Applied for aerial installations: on power lines, lamp posts, between buildings and constructions. Suitable for aerial installation on transmission equipment and power facilities in dielectric package InAir Figure 8 Standard (Multi-Tube Single Jacket Cable) 6 Affordable alternative to InAir Self-Supporting Cable Low installation cost InAir Figure 8 CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Jacket. 6. Steel wire. 80

81 Features InAir Figure 8 Standard Elasticity modulus 125 kn/mm 2 Crush from 0.3 kn/сm Allowable tensile strength 4 kn Outer diameter of the external strength member 5.2 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 6 kn Outer diameter of the external strength member 5.8 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 9 kn Outer diameter of the external strength member 6.4 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km InAir Figure 8 81

82 Allowable tensile strength 12 kn Outer diameter of the external strength member 7.0 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km InAir Standard Dielectric Figure 8 (Multi-Tube Single Jacket Cable) 6 All-dielectric construction Affordable alternative to InAir self-supporting cable Low installation cost InAir Figure 8 CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with waterswellable gel. 4. Water-swellable gel. 5. Jacket. 6. Dielectric rod. 82

83 Features InAir Standard Dielectric Figure 8 Elasticity modulus 50 kn/mm 2 Crush from 0.3 kn/сm Allowable tensile strength 4 kn Outer diameter of the external strength member 6.5 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 6 kn Outer diameter of the external strength member 7.5 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km InAir Figure 8 83

84 InAir Superlight Figure 8 (Uni-Tube Single Jacket Cable) 4 Reduced weight and size Efficient design Low installation cost CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Jacket. 4. Steel wire. Features InAir Superlight Figure 8 Elasticity modulus 125 kn/mm 2 Crush from 0.3 kn/сm InAir Figure 8 Allowable tensile strength 4 kn Outer diameter of the external strength member 5.0 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km

85 Allowable tensile strength 6 kn Outer diameter of the external strength member 5.6 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 9 kn Outer diameter of the external strength member 6.2 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 12 kn Outer diameter of the external strength member 6.8 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km InAir Figure 8 85

86 InAir Superlight Dielectric Figure 8 (Uni-Tube Single Jacket Cable) 4 All-dielectric construction Reduced weight and size Efficient design CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Jacket. 4. Dielectric rod. Features InAir Superlight Dielectric Figure 8 Elasticity modulus 50 kn/mm 2 Crush from 0.3 kn/сm InAir Figure 8 Allowable tensile strength 4 kn Outer diameter of the external strength member 6.3 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km

87 Allowable tensile strength 6 kn Outer diameter of the external strength member 7.3 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km InAir Superlight Dielectric Figure 8 (Uni-Tube Single Jacket Double Dielectric Rod Cable) 4 All-dielectric construction Reduced weight and size Efficient design High crush resistance CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with waterswellable gel. 3. Jacket. 4. Dielectric rod. Suitable for aerial installation 100 m Applied as the last mile in cottage villages Low ice and wind load InAir Figure 8 87

88 Features InAir Superlight Dielectric Figure 8 Crush from 1.4 kn/сm Tensile strength, kn Fiber count Overall cable size, mm Cable weight, kg/km InAir Figure 8 Stainless Steel Tube 3 4 Up to 48 fibers in a tube High crush resistance 2 1 InAir Figure 8 CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube filled with water-swellable gel. 3. Jacket. 4. Steel wire. 88

89 Features InAir Figure 8 Stainless Steel Tube Allowable tensile strength 4 kn Crush from 0.7 kn/сm Outer diameter of the external strength member 5.6 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Allowable tensile strength 6 kn Crush from 0.7 kn/сm Outer diameter of the external strength member 5.9 mm Fiber count Cable diameter, mm Max overall cable size, mm Equivalent cable diameter, mm Cable weight, kg/km Operation parameters InAir Figure 8 Operation temperature range* -60 С +70 С Installation temperature range -30 С +50 С Transportation and storage temperature range -60 С +70 С Min bending radius 15x cable diameter Life time 25 years InAir Figure 8 * Operation temperature range can be increased on request We design cables based on our Customers' specific technical Requirements. 89

90 InAir ADSS APPLICATION: Designed for aerial installation on transmission towers, high voltage power lines and railway catenary; highly resistant to electromagnetic effect Applied inside buildings Applied for direct-buried installation in protecting tubes InAir ADSS Standard Aramid (Multi-Tube Aramid Double Jacket Cable) CERTIFIED Aerial installation on 35 kv power lines and above Wide range of operating temperatures. Installation temperature down to -30 C All-dieletric construction fully resistant to electromagnetic fields 500 For construction of communication lines between towns and cities with distances between towers reaching 500 m InAir ADSS CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-swellable gel. 5. Inner jacket. 6. Reinforcing member aramid yarns. 7. Jacket. The most reliable among InAir cables. Double tensile strength Maximum tensile load 100 kn 90

91 Features InAir ADSS Standard Aramid Crush for all cables of the group from 0.3 kn/сm Allowable tensile strength 4 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 6 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 7 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 8 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 10 kn Fiber count 48 (6 8) up to 72 (6 12) up to 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 12 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 15 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 20 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS

92 Allowable tensile strength 25 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 40 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 30 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 35 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS 92

93 InAir ADSS Standard Fiberglass (Multi-Tube Fiberglass Double Jacket Cable) Cost-effective solution for city trunk lines Aerial suspension on 35 kv power lines and above CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with waterswellable gel. 4. Water-swellable gel. 5. Inner jacket. 6. Reinforcing member fiberglass yarns. 7. Jacket. Wide range of operating temperatures. Installation temperature down to -30 C All-dielectric construction fully resistant to electromagnetic fields 300 In duct applications fiberglass yarns protect the cable from rodents (medium protection level) Application 15 kn with span lengths 300 m Features InAir ADSS Standard Fiberglass Crush for all cables of the group from 0.3 kn/сm Allowable tensile strength 4 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 6 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 7 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 8 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS 93

94 Allowable tensile strength 10 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 15 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 12 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS Light Aramid (Multi-Tube Aramid Single Jacket Cable) Aerial suspension on 35 kv power lines and above Dry construction easy to strip InAir ADSS CONSTRUCTION: 1.Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3.PBT loose tubes filled with water-swellable gel. 4. Water-blocking yarns. 5. Reinforcing member aramid yarns. 6. Jacket. 1 Reduced weight and size. Low ice and wind load All-dielectric construction fully resistant to electromagnetic fields Wide range of operating temperatures. Installation temperature down to -30 C 200 Cost-effective design Application 10 kn with span lengths 200 m 94

95 Features InAir ADSS Light Aramid Crush for all cables of the group from 0.3 kn/сm Allowable tensile strength 4 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 6 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 8 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 10 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 7 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS 95

96 InAir ADSS Light Fiberglass (Multi-Tube Fiberglass Single Jacket Cable) Cost-effective solution for city trunk lines Aerial suspension on 35 kv power lines and above Dry construction easy to strip Reduced weight and size. Low ice and wind load CONSTRUCTION: 1.Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water blocking yarns. 5. Reinforcing member fiberglass yarns. 6. Jacket. All-dielectric construction fully resistant to electromagnetic fields Wide range of operating temperatures. Installation temperature down to -30 C 200 Application 10 kn with span lengths 200 m Features InAir ADSS Light Fiberglass InAir ADSS Crush for all cables of the group from 0.3 kn/сm Allowable tensile strength 4 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 6 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm

97 Allowable tensile strength 7 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 10 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm ,5 Cable weight, kg/km Min bending radius, mm Allowable tensile strength 8 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS Micro Aramid (Multi-Tube Aramid Single Jacket Cable, Reduced Size) Recommended for installation on power lines 10 kv All-dielectric construction fully resistant to electromagnetic fields CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3. PBT loose tubes filled with water-swellable gel. 4. Water-blocking yarns. 5. Reinforcing member aramid yarns. 6. Jacket. 1 Reduced weight and size. Low ice and wind load. Suitable for blowing-in into protecting tubes Wide range of operating temperatures. Installation temperature down to -30 C Application 3 kn with span lengths 50 m Cost-effective design Dry construction easy to strip InAir ADSS 97

98 Features InAir ADSS Micro Aramid Crush from 0.3 kn/сm Allowable tensile strength 1.5 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 3 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 2 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS 98

99 InAir ADSS Micro Fiberglass (Multi-Tube Fiberglass Single Jacket Cable, Reduced Size) Recommended for installation on power lines 10 kv Reduced weight and size. Low ice and wind load. Suitable for blowing-in into protecting tubes The most cost-effective design All-dielectric construction fully resistant to electromagnetic fields CONSTRUCTION: 1. Central strength member (dielectric fiberglass reinforced plastic). 2. Optical fiber. 3.PBT loose tubes filled with water-swellable gel. 4. Water-blocking yarns. 5. Reinforcing member fiberglass yarns. 6. Jacket. Wide range of operating temperatures. Installation temperature down to -30 C Application 3 kn with span lengths 50 m Dry construction easy to strip Features InAir ADSS Micro Fiberglass Crush from 0.3 kn/сm Allowable tensile strength 2 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24 Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 3 kn Fiber count 48 (6 8) 72 (6 12) 96 (6 16) 144 (6 24) Cable diameter, mm Cable weight, kg/km Min bending radius, mm InAir ADSS 99

100 Metallic aerial self-supporting (MASS) Increased tensile strength 125 kn ASC wire makes the cable exceedingly rustproof CONSTRUCTION: 1. Optical fiber. 2. Stainless steel tube filled with water-swellable gel. 3. Stranded wires (steel zinc-coated wires or Aluminum Clad Steel wires). High strength, small size Large spans between towers, installation over rivers and ravines Features MASS Crush from 1 kn/сm Allowable tensile strength 30 kn Fiber count Cable diameter, mm Cable weight, kg/km InAir ADSS Allowable tensile strength 50 kn Fiber count Cable diameter, mm Cable weight, kg/km

101 Allowable tensile strength 75 kn Fiber count Cable diameter, mm Cable weight, kg/km Allowable tensile strength 100 kn Fiber count Cable diameter, mm Cable weight, kg/km Operation parameters InAir ADSS Operation temperature range* Installation temperature range Transportation and storage temperature range Min bending radius Life time -60 С +70 С (MASS -60 С +80 С) -30 С +50 С -60 С +70 С 15xcable diameter 25 years *Operation temperature range can be increased on request. Options All cables of this group may be produced in versions: Fireproof cable/level 2 (page 30) and with jacket which is made of a tracking-resistant material (can be used in case of cable exposure to the electric field with a potential above 12 kv). We design cables based on our Customers' specific technical Requirements. InAir ADSS 101

102

103 Indoor Fiber Optic Cable FTTH-Distribution page 98 FTTH-Subscribers page 107 HTTP-Drop page

104 FTTH-Distribution Riser APPLICATION: Applied for aerial installations: power lines, lamp posts, between buildings and constructions Applied in ducts, trays, blocks, tunnels, collecting channels in protecting tubes Tight-Buffered Riser FTTH-Distribution Perfect solution for high buildings: the fiber is buffered floor box or the subscriber s flat Operation temperature range down to -30C All-dielectric construction Easy access to the fiber at any place of the cable CONSTRUCTION: 1. Optical fiber. 2. Tight-buffer. 3. Fiberglass rods. 4. Halogen free flame-retardant jacket. 5. Match marks (jacket opening marking). Flame-retardant Up to 48 fibers UV-resistant Allowable tensile strength 400 N Resistance to crushing loads N/сm 104

105 Features Tight-Buffered Riser Allowable tensile strength 400 N Min crush 80 N/сm Max crush 200 N/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Riser with Micro Tubes Perfect solution for multi-dwelling unitss: a separate micro loose tube is guided to every inter-floor box. With 100% penetration, the number of micro loose tubes equals to the number of floors, the number of fibers equals to the number of flats on the floor Operation temperature down to -30C All-dielectric construction Flame-retardant Easy access to fiber at any place of the cable FTTH-Distribution CONSTRUCTION: 1. Optical fiber. 2. Micro tubes. 3. Fiberglass rods. 4. Halogen free flame-retardant jacket. 5. Match marks (jacket opening marking). UV- resistant High density of fibers makes it possible to bundle 24 fibers into micro loose tubes and place up to 48 micro loose tubes in a cable Allowable tensile strength 400 N Resistance to crushing loads N/сm 105

106 Features Riser with Micro Tubes Allowable tensile strength 400 N Min crush 80 N/сm Max crush 200 N/сm Fiber count 8 (2 4) 12 (3 4) 16 (4 4) 24 (6 4) 32 (8 4) 40 (10 4) 48 (12 4) 64 (16 4) 72 (12 6) 96 (16 6) 144 (24 6) 288 (24 12) Cable diameter, mm Cable weight, kg/km Min bending radius, mm Operation parameters Riser FTTH-Distribution Operation temperature range (IEC F5B) Installation temperature range Transportation and storage temperature range Min bending radius Life time -30 С +50 С* -10 С +50 С -60 С +70 С 10x cable diameter 25 years * Operation temperature range can be increased on request. Different combinations of fiber counts and loose tubes in a cable are available on request. 106

107 Distribution APPLICATION: Applied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in duct, in tubes and blocks. Suitable for blowing-in into protecting polyethylene tubes Applied in ducts, trays, blocks, tunnels, collecting channels in protecting tubes Applied for aerial installations: power lines, lamp posts, between buildings and constructions Tight-Buffered Distribution 4 CONSTRUCTION: 1. Optical fiber. 2. Tight-buffer. 3. Reinforcing elements aramid yarns. 4. Halogen free flame-retardant jacket Perfect solution for offices and data centers More flexible compared to the Riser Cable Flame-retardant Up to 48 fibers All-dielectric construction Easy termination UV-resistant Allowable tensile strength 400 N FTTH-Distribution Resistance to crushing loads from 100 N/сm 107

108 Features Tight-Buffered Distribution Allowable tensile strength: Tight-Buffered Distribution for Indoor Installation 200 N operation; 400 N installation Tight-Buffered Distribution for Indoor and Outdoor Installation 400 N operation; 800 N installation Crush: Tight-Buffered Distribution for Indoor Installation from 100 N/сm Tight-Buffered Distribution for Indoor and Outdoor Installation from 200 Н/сm FTTH-Distribution FOR INDOOR INSTALLATION Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm FOR INDOOR AND OUTDOOR INSTALLATION Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm

109 Distribution with Micro Tubes All-dielectric construction UV-resistant CONSTRUCTION: 1. Optical fiber. 2. Micro tubes. 3. Reinforcing elements aramid yarns. 4. Halogen-free flame-retardant jacket. Flame-retardant Resistance to crushing loads from 100 N/сm High density of fibers makes it possible to bundle 24 fibers into micro loose tubes and place 48 micro loose tubes in a cable Allowable tensile strength 400 N Features Distribution with Micro Tubes Allowable tensile strength: Distribution with Micro Tubes for Indoor Installation 400 N operation; 800 N installation Distribution with Micro Tubes for indoor and outdoor installation 800 N operation; 1600 N installation Crush from 100 N/сm FTTH-Distribution FOR INDOOR INSTALLATION Fiber count 8 (2 4) 8 (4 2) 12 (2 6) 16 (4 4) 24 (6 4) 36 (6 6) 48 (8 6) 64 (16 4) 72 (12 6) 96 (16 6) 144 (24 6) Cable diameter, mm Cable weight, kg/km Min bending radius, mm

110 FOR INDOOR AND OUTDOOR INSTALLATION Fiber count (2 4) (4 2) (2 6) (4 4) (6 4) (6 6) (8 6) (16 4) (12 6) (16 6) (24 6) Cable diameter, mm Cable weight, kg/km Min bending radius, mm FTTH-Distribution Operation parameters Distribution with Micro Tubes Operation temperature range Installation temperature range Transportation and storage temperature range Min bending radius Life time -10 С +50 С (Tight-Buffered Distribution for Indoor Installation, Distribution with Micro Tubes) -40 С +60 С (Tight-Buffered Distribution for Outdoor Installation, Distribution with Micro Tubes) -10 С +50 С -60 С +70 С 10x cable diameter 25 years * Operation temperature range can be increased on request. Different combinations of fiber counts and loose tubes in a cable are available on request. 110

111 Distribution «Butterfly» ( 8 fibers) APPLICATION: Applied for installation inside buildings (including vertical installation), in trays, channels, for installation on outer sides of the buildings Applied for installation in duct, tubes, blocks, for blowing-in in protecting polyethylene tubes 2 Perfect solution for optical networks inside buildings All-dielectric construction 3 CONSTRUCTION: 1. Optical fiber. 2. Fiberglass rods. 3. Halogen free flame-retardant jacket. 1 Easy to terminate and install easiest access to fibers Flame-retardant Lower cost compared to Distribution Cables High flexibility UV-resistant Allowable tensile strength 80 N FTTH-Distribution High crush resistance Minimum size and weight for the cable with 8 fibers 111

112 Features Distribution «Butterfly» Allowable tensile strength 80N operation; 150 N installation Crush from 250 N/сm Fiber count 4 8 Cable dimension, mm Cable weight, kg/km Min bending radius, mm Operation parameters Distribution «Butterfly» FTTH-Distribution Operation temperature range Installation temperature range Transportation and storage temperature range Min bending radius Life time * Operation temperature range can be increased on request. -40 С +70 С -10 С +50 С -60 С +70 С 10x cable diameter 25 years 112

113 FTTH-Subscribers Tight-Buffered Simplex APPLICATION: Applied inside buildings, in trays, cable channels, in duct, tubes and blocks. It is also applied on outer sides of buildings and for patch cords manufacturing Perfect solution for patch cords manufacturing All-dielectric construction Compact and flexible UV-resistant CONSTRUCTION: 1. Optical fiber. 2. Tight-buffer. 3. Aramid yarns. 4. Halogen free flame-retardant jacket. Flame-retardant Resistance to crushing loads 50 N/сm Cable can be terminated with a standard connector Allowable tensile strength 180 N FTTH-Subscribers 113

114 Features Tight-Buffered Simplex Allowable tensile strength 180 N Crush from 50 N/сm Fiber count 1 1 Cable dimension, mm Cable weight, kg/km Min bending radius, mm Operation parameters Tight-Buffered Simplex FTTH-Subscribers Operation temperature range Installation temperature range Transportation and storage temperature range Min bending radius Life time * Operation temperature range can be increased on request. -10 С +50 С* -10 С +50 С -50 С +50 С 10x cable diameter 25 years 114

115 Tight-Buffered Duplex APPLICATION: Applied for installation inside buildings, in trays, channels, for patch cords manufacturing Perfect solution for patch cords manufacturing All-dielectric construction Compact and flexible UV-resistant CONSTRUCTION: 1. Optical fiber. 2. Tight-buffer. 3. Aramid yarns. 4. Halogen free flame-retardant jacket. Flame-retardant Resistance to crushing loads 50 N/сm Cable can be terminated with a standard connector Allowable tensile strength 180 N FTTH-Subscribers 115

116 Features Tight-Buffered Duplex Allowable tensile strength 180 N Crush from 50 N/сm Fiber count 2 Cable dimension, mm Cable weight, kg/km 14.4 Min bending radius, mm 28 Operation parameters Tight-Buffered Duplex FTTH-Subscribers Operation temperature range -10 С +50 С * Installation temperature range -10 С +50 С Transportation and storage temperature range -50 С +50 С Min bending radius 10x cable diameter Life time 25 years * Operation temperature range can be increased on request. 116

117 FTTH «Butterfly» APPLICATION: Applied inside buildings, in trays, cable channels, in duct, tubes and blocks. 2 Perfect solution as a cable guided to the customer s home or office All-dielectric construction 3 1 Easy to terminate and install easiest access to fibers Lower cost compared to Duplex Cables CONSTRUCTION: 1. Optical fiber. 2. Fiberglass rods. 3. Halogen free flame-retardant jacket. Flame-retardant Operation temperature down to -40 C High crush resistance UV-resistant Allowable tensile strength 80 N FTTH-Subscribers 117

118 Features FTTH «Butterfly» Allowable tensile strength 80N operation; 150 N installation Crush from 250 N/сm Fiber count 8 Cable dimension, mm Cable weight, kg/km 4.2 Min bending radius, mm 15 Operation parameters FTTH «Butterfly» FTTH-Subscribers Operation temperature range Installation temperature range * Transportation and storage temperature range Min bending radius Life time * Operation temperature range can be increased on request. -40 С +70 С -10 С +50 С -50 С +50 С 10x cable diameter 25 years 118

119 HTTP Drop Flat Type Drop Reinforced APPLICATION: Applied for aerial installation on transmission towers, lamp posts, between buildings and constructions Applied for installation inside buildings, in trays, in ducts, on outer sides of buildings 3 All-dielectric construction 100 Suitable for aerial installation 100 m Operation temperature range down to -60C Allowable tensile strength 3 kn CONSTRUCTION: 1. Optical fiber. 2. Loose tube. 3. Fiberglass rods. 4. Jacket. Exceedingly high crush resistance HTTP-Drop 119

120 Features Flat Type Drop Reinforced Crush from 1.4 kn/сm Tensile strength, kn Fiber count Cable diameter, mm Cable weight, kg/km Operation parameters Flat Type Drop Reinforced Operation temperature range Installation temperature range * Transportation and storage temperature range Min bending radius Life time -60 С +70 С -30 С +50 С -60 С +70 С 15x cable diameter 25 years * Operation temperature range can be increased on request. HTTP Drop 120

121 Round Type Drop All-dielectric construction Minimal weight and size Low cost Allowable tensile strength 1 kn Resistance to crushing loads 300 N/сm CONSTRUCTION: 1. Optical fiber. 2. Tight-buffer. 3. Water-blocking yarns. 4. PBT loose tube. 5. Aramid yarns. 6. Jacket. Features Round Type Drop Allowable tensile strength 1 kn Crush from 300 N/сm Fiber count 1 2 Cable dimension, mm Cable weight, kg/km Min bending radius, mm HTTP-Drop 121

122 Operation parameters Round Type Drop Operation temperature range Installation temperature range * Transportation and storage temperature range Min bending radius Life time -50 С +70 С -10 С +50 С -50 С +50 С 10x cable diameters 25 years * Operation temperature range can be increased on request. Round Type Drop (8 Fiber Count) All-dielectric construction Minimal weight and size HTTP Drop CONSTRUCTION: 1. Optical fiber. 2. PBT loose tube filled with water-swellable gel. 3. Aramid yarns. 4. Jacket. Low cost Resistance to crushing loads 130 N/сm Allowable tensile strength 2 kn 122

123 Features Round Type Drop Cable (8 Fiber Count) Allowable tensile strength 1 kn Crush from 130 N/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Allowable tensile strength 2 kn Crush from 130 N/сm Fiber count Cable diameter, mm Cable weight, kg/km Min bending radius, mm Operation parameters Round Type Drop Cable (8 Fiber Count) Operation temperature range * Installation temperature range Transportation and storage temperature range Min bending radius Life time * Operation temperature range can be increased on request. -40 С +70 С -10 С +50 С -50 С +50 С 10x cable diameters 25 years HTTP-Drop 123

124 124

125 Semi Product 125

126 Semi Product Steel optical module APPLICATION: Used for stationary installation when the optical fiber needs extra protection from mechanical damages Up to 48 optical fibers in a tube Small size CONSTRUCTION: 1. Optical fiber. 2. Marking thread. 3. Water-blocking gel. 4. Stainless steel tube. Features Steel Optical Module Semi Product Fiber count Outer diameter, mm Inner diameter, mm Module wall thickness, mm 0.15; 0.2; 0.4 Optical fiber excessive length, % Steel Module Material stainless steel ,

127 Reinforced steel optical module APPLICATION: Designed to monitor physical parameters as a separate sensor cable or as part of logging and downhole cables, high-voltage power cables Recommended for installation in tunnels, roads, runways and for other industrial applications that require high mechanical strength combined with temperature resistance and fast response times Up to 48 optical fibers in a tube The unique combination of a small diameter and a weight with extremely high strength characteristics CONSTRUCTION: 1. Optical fiber. 2. Marking thread. 3. Stainless steel tube filled with water-blocking gel. 4. Stainless steel tube. Features Reinforced Steel Optical Module Fiber count 1 48 Outer diameter, mm Module wall thickness, mm 0.4 Optical fiber excessive length, % Steel Module Material stainless steel Semi Product 127

128 Operation parameters of stainless steel tubes Operation temperature range* Installation temperature range Transportation and storage temperature range Min bending radius Life time -60 С +70 С -30 С +50 С -60 С +70 С not less 25x cable diameter 25 years * Operation temperature range can be changed on request. Clad wire APPLICATION: Used as part of products, that require high corrosion-resistance: ground wires, conductors, wire ropes and others. 2 1 Aluminum-clad steel wire eliminates corrosion Semi Product CONSTRUCTION: 1. Stainless steel wire. 2. A layer of aluminium. Upon Customer request, we are able to offer corrosion-resistant products based on aluminium-clad steel wire. 128

129 Wire label 20SA Type A Wire outer diameter, mm Minimum tensile strength, MPa Load at 1% elongation, MPa Maximum resistance at 200C, nom m Conductivity, % IACS SA Тип B SA SA SA Operation parameters Clad wire Maximum short-term heating temperature of the wire not more than 200 C Service life 45 years * Upon Customer request, the temperature range may be expanded. Semi Product 129

130 InGround Superlight Micro APPLICATION: Used as a temporary cable section during repair works. May be installed between buildings and constructions, in cable ducts in case of danger of damage by rodents, in trays, tunnels, bridges and overhead roads, in conduits and inside buildings Cost effective design Reduced weight and size CONSTRUCTION: 1. Optical fiber. 2. PBT optical tubes filled with water-blocking gel. 3. Water-blocking gel. 4. High-strength armor of zinc-coated stainless steel wires. 5. Polymer jacketing. Armor is a reliable protection against strong mechanical damage Up to 24 fibers loose tube design Highest resistance to crushing loads from 0.7 kn/cm Excellent protection against rodents can be laid in cable duct Semi Product Features InGround Superlight Micro Allowable tensile strength 8 kn Crush от 0.7 kn/cm Fiber count Up to 16 Up to 32 Диаметр кабеля, мм Cable weight Min bending radius

131 Operation parameters InGround Superlight Micro Operation temperature range* Installation temperature range Transportation and storage temperature range Min bending radius not less 15x cable diameter Life time -50 С +70 С -30 С +50 С -60 С +70 С not less 15x cable diameter 25 years * Upon Customer request, the temperature range may be expanded. Semi Product 131

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133 Knowledge Base 133

134 Types and Parameters of Optical Fiber Corning SMF-28 Ultra Fiber is used in all Incab cables. Its fiber attenuation is at least 10% lower than that of the other standard single-mode fibers. It is 10-times more bend-resistant compared to other standard single-mode fibers, and is 100%-compatible with other single-mode fibers. We normally use Corning optic fibers in our cables, but we can also use fibers of other manufacturers on request. Single Mode Fiber Fiber type U-type N-type G.657A1 G.657A2 G.657B3 Fiber brand Corning SMF-28 Ultra Corning LEAF ClearCurve XB ClearCurve LBL ClearCurve ZBL ITU recommendation G.657A1 G.652D G.655 G.657A1 G.657A2/B2 G.657B3 DIMENSIONAL SPECIFICATIONS Core-Clad Concentricity Cladding Diameter 125± ± ±1 125± ±0.7 Cladding Non-Circularity Coating Diameter 242±5 245±5 242±5 242±5 242±5 134

135 Fiber type У H G.657A1 G.657A2 G.657B3 TRANSMISSION SPECIFICATIONS Wavelength, nmм Maximum Attenuation (db/km): 1310 nm wavelength 1383 nm wavelength 1490 nm wavelength 1550 nm wavelength 1625 nm wavelength Dispersion ps/(nm*km) 1310 nm wavelength 1550 nm wavelength 1625 nm wavelength Polarization Mode Dispersion (PMD), ps/ km Zero Dispersion

136 Fiber type У H G.657A1 G.657A2 G.657B3 Zero Dispersion Wavelength, nm Cable Cutoff Wavelength, nm Mode-Field Diameter, (μm) 1310 nm wavelength 1550 nm wavelength 9.2± ± ± ± ± ± ± ± ±0.5 Macrobend Loss, db, λ=1550 nm/1625 nm (1 turn х ø10,0 mm), db: (1 turn х ø7,5mm), db (1 turn х ø5,0 mm), db (100 turns х ø 60 mm), db 0.5/ / / / /

137 Multi-Mode Fiber Fiber type «М» Type «G» Type Fiber brand Corning ClearCurve Multimode Corning 62.5/125 ITU recommendation G.651 IEC DIMENSIONAL SPECIFICATIONS Core Diameter 50.0± ±3.0 Core-Clad Concentricity 1,5 3 Cladding Diameter 125±1 125±1 Cladding Non-Circularity 1 2 Coating Diameter 242±5 250±15 TRANSMISSION SPECIFICATIONS Wavelength, nm Maximum Attenuation (db/km) 850 nm wavelength 1300 nm wavelength Numerical Aperture 0.200± ±0.015 Brandwith, MHz 850 nm wavelength 1300 nm wavelength Effective Group Index of Retraction 850 nm wavelength 1300 nm wavelength

138 Color Identification Chart FIBER COUNT IN A LOOSE TUBE Blue Orange Green Brown Slate White Red Black Yellow Purple Pink Turquoise Blue with ring marks Orange with ring marks Green with ring marks Brown with ring marks Slate with ring marks White with ring marks Red with ring marks Natural Yellow with ring marks Purple with ring marks Pink with ring marks Turquoise with ring marks Other colors are available on request. 138

139 Color Identification of Loose Tubes Incab uses the following color indication of the tubes: blue basic tube; orange guiding tube; others natural, number is based on the count from the orange tube. Basic Tube For double tube design: first tube blue, second tube natural. For single tube design: tube color natural. Tube Counting Direction Guiding Tube Second Natural First Natural 139

140 Transportation. Maintenance. Installation TRANSPORTATION: 1. Do not lay drums on the flange. 2. The drums should be fixed. No nailing is allowed while fixing the drums. 3. The truck should have a wooden floor. MAINTENANCE: 1. Keep drums protected from external actions, sun, precipitation and dust. 2. Do not lay drums on the flange. 3. Storage temperature range is from -60 С +70 С. INSTALLATION GUIDES: 1. The cables are meant for hand and mechanic installation. 2. Cable termination and installation should be done in ways and with instruments that eliminate the danger of cable damage. 3. Basic requirements: Length of cable axial torsion at an angle ±360 4 m Admissible static bending radius for duct cables 250 mm Admissible static bending radius of loose tube 20х cable diameter Bending radius for transportation, maintenance and installation Length of cable axial torsion at an angle ±360 Admissible static bending radius for duct cables Admissible static bending radius of loose tube Admissible installation bending radius of optical fiber 20х cable diameter 4 m 250 mm 20х cable diameter 3 mm (within 10 minutes) 140

141 Drum Sizes Dimensions, mm Drum weight Drum Type including A B C D E sheathing, kg b а g а а mod а mod u B D A С E 141