FIBER OPTIC CABLE. catalog 2021

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FIBER OPTIC

CABLE

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Product . . . 4

Support . . . 6

Incab Cable Range . . . 16

InSky OPGW . . . 18

InAir ADSS . . . 26

Incab Specialty Cable . . . 32

InFire Rated . . . 36 InDuct . . . 46 InArmor . . . 50 BlownIn . . . 68 InWater . . . 74 InAir Figure 8 . . . 78 InHome FTTH . . . 84 InDrop FTTH . . . 92 Semi-Finished Products . . . 96 Knowledge Base. . . . 102

Types and Parameters of Optical Fiber . . . 104

Color Identification Chart . . . 107

Transportation. Maintenance. Installation . . . 109

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2

INCAB

13 YEARS

8,750,770

miles of fiber

354,800

miles of cable

1,231,800

miles of fiber

52,200

miles of cable

IN 2020

103 cable designs

WORKING SINCE 2007

GEOGRAPHY

of supply: Americas, Europe and Asia

One of the largest manufacturers of optical cables worldwide.

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When presenting Incab we always speak about our "triple I": I³ = I × I × I: innovative, intellectual, individual.

"Triple I" by Incab

Alexander Smilgevich President

[email protected]

Mike Riddle

Executive Vice President [email protected]

Dan L Berg Vice President, Sales [email protected]

INNOVATIVE

INTELLECTUAL

INDIVIDUAL

We choose the most innovative technologies from among all available worldwide and build our products around them.

It is vital to us that our products always contain our maximum intellectual potential.

It is essential to us to address even the smallest details when serving our customers, no matter how large we grow.

We would be very happy to prove our "triple I" to you!

Watch the factory video

tour

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PRODUCT

Incab America LLC has the widest product range

Design is one of the core competencies of Incab which developed from our

experience in the production and supply of fiber optic cables.

we design cables based on our

Customers' specific technical

requirements

types of cable designs

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Specialty Cable

InSky OPGW

InFire Rated

InDuct

InArmor

InAir Figure 8

InWater

BlownIn

InAir ADSS

InHome FTTH

InDrop FTTH

Semi-Finished

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SUPPORT

Support at all stages by consulting our customers on all

aspects of optical communication and operation. Full range

of services allows Incab to accumulate hands-on knowledge

and experience, which is used in the development of new

cable designs.

Knowledge Base

Some materials from the Knowledge Base are available in this catalog, pages 102 to 109. Accessories selection:

splice closures, fittings, clamps, connectors, vibration dampers, fixtures

Cable selection Transportation,

storage and installation guidelines

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Our Advanced Cable Engineering System (ACES) is a unique

software tool to help engineers select the optimal OPGW and ADSS

design along with the associated accessories, including dead ends,

suspensions, down leads, splice closures and dampers.

ACES will also help engineers and planners prepare cost estimates,

generate a complete bill of materials, determine reel lengths, and

plan logistics.

ACES was developed by Incab in partnership with Preformed Line

Products, and we very much appreciate their assistance.

Latest updates on our website incabamerica.com

ACES: Advanced Cable

Engineering System

Cost estimation

Design calculation Specifications generation Optimal cable selection

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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 is recognized as both effective and ISO compliant by TÜV International Certification; — declarations for all cable types manufactured by Incab; — reference letters and certificates provided by federal companies and controlling authorities;

— software to select the right type of fiber optic cable, the right size of the reels, and the optimal arrangement of reels on trucks and in containers;

— software for aerial cable calculations;

— calculation of power line electromagnetic fields; — continuous customer feedback.

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; — check of resistance and tightness of the jacket

(for armored cables);

— control of marking and packing.

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.

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10

CERTIFICATES

All HFFR cables have the relevant fire safety certificates.

Our Quality Management System is certified as ISO compliant by TÜV International Certification (TIC).

Our environmental management system and health and safety management system are certified as ISO and BS OHSAS compliant by TÜV International Certification (TIC).

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 60794-1-2 (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 us — [email protected]

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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

damage. 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 -22°F.

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14

Best Equipment

CAPACITY:

— 4400 mi of cable per month — 650 mi of OPGW per month

PRODUCTION EQUIPMENT BY:

Maillefer, Medek&Schorner, Nexans, Photonium, Compotec and other manufacturers.

Fiber Optic Cable: — coloring lines; — loose tube lines; — stranding lines;

— sheathing lines with aramid servers; — steel wire armoring machines.

OPGW:

— production line for manufacture of stainless steel tubes containing optical fibers; — pre-cleaning and rewinding line; — cladding line;

— drawing line;

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InAir ADSS

InAir ADSS MT Aramid DJ

InAir ADSS MT FiberGlass DJ

InAir ADSS MT Aramid

InAir ADSS MT FiberGlass

InAir ADSS MT FRP Defender

InSky OPGW InSky OPGW C InSky OPGW S InSky MASS InSky OPGW CA InPhase OPPC InSky OPGW AP

InSky ACS Ground Wire

InArmor CT CST Light

InArmor+_{CT FRP Dielectric}

InArmor+_{CT GSW}

InArmor+_SST

InArmor+ _{MT FiberGlass DJ Dielectric} Specialty Cable InDuct MT InDuct MT FiberGlass InDuct MT Aramid InDuct InArmor InArmor MT CST Light InArmor MT CST InArmor MT CST DJ InFire Rated

InFire Rated Dielectric InFire Rated Universal

InFire Rated Dielectric Light

InFire Rated Outdoor

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BlownIn MT 12 BlownIn MT 24 BlownIn BlownIn CT InWater Submersible CT GSW2 InWater InAir Figure 8 MT GSW InAir Figure 8 InHome FTTH InHome Distribution TB InHome Simplex TB InHome Duplex TB

InDrop Flat Type Reinforced

InDrop Round Type Tight-Buffered

InDrop FTTH InArmor++_{CT FRP2 Dielectric} InArmor++_{CT GSW2} InArmor+_{MT GSW Wetland} InArmor++_{MT GSW2 Wetland} InWater Submersible SST GSW2 InAir Figure 8 MT FRP InAir Figure 8 CT GSW InAir Figure 8 CT FRP InHome Riser TB InHome Riser MT InHome Distribution MT

InDrop Round Type InArmor+_{SST GSW}

InArmor+_{MT GSW}

InArmor++_{MT GSW2}

InArmor++_{MT FRP2 Dielectric}

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Protection of power lines from lightning overvoltage

APPLICATION

Construction of optical communication systems

OPERATING PARAMETERS

Operating temperature -58°F...+185°F Installation temperature -22°F...+122°F

Transportation and storage temperature -58°F...+158°F

Minimun bending radius 20×cable diameter

Warranty as specifed 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.

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In

Sk

y OP

G

W

Optical ground wire (OPGW) shields high-voltage conductors from lightning strikes

Aluminum alloy wires provide conductivity for fault current

Up to 96 fibers in a tube

InSky OPGW C

Optical Ground Wire Central loose tube (C)

1 2 3 3

DESIGN

1. Optical fiber

2. Stainless steel tube filled with water-blocking gel

3. Stranded wires (aluminum-clad steel wires and/or aluminum alloy wires)

ADVANTAGES

ACS wires are highly corrosion-resistant

FEATURES

Crush — 571 lb/in Range Fiber count up to 96 Cable weight, lb/ft 0.134...0.827 Cable diameter, in 0.315...0.709 Rated breaking strength (RBS), lb 5620...47210 Maximum rated design tension (MRDT), lb 3372...28101 Elasticity modulus (final), ksi 10153...23206 Short circuit capacity (initial temp 77°F), kA²•s 5...300 Short circuit current for 0.5 s, kA 2...20

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20 In Sk y OP G W

InSky OPGW CA

Optical Ground Wire Central Aluminum-clad loose tube (CA)

DESIGN

1. Optic fiber

2. Aluminum-clad stainless steel tube filled with water-blocking gel 3. Stranded wires (aluminum-clad steel wires and/or aluminum alloy wires)

ADVANTAGES

FEATURES

Crush — 857 lb/in

Range

Fiber count up to 96

Rated breaking strength (RBS), lb 5620 … 47210 Maximum rated design tension (MRDT), lb 3372 … 28101 Cable diameter, in 0.354 … 0.709 Cable weight, lb/ft 0.134 … 0.827 Elasticity modulus (final), ksi 10153 … 23206 Short circuit capacity (initial temp 77°F), kA²•s 5...300 Short circuit current for 0.5 s, kA 3...20

Up to 96 fibers

Enhanced corrosion resistance: ACS wires and aluminum-clad stainless steel tube 1

2 3

We design cables based on our Customers' specific technical requirements.

Please, contact us for a cable designed to your exact specifications — [email protected]

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In Sk y OP G W

InSky OPGW AP

Optical Ground Wire Aluminum Pipe (AP)

DESIGN

1. Central strength member (FRP) 2. Optical fibers

3. PBT loose tubes filled with water-blocking gel 4. Water-swellable tape

5. Thermal barrier 6. Aluminum pipe

7. Aluminum-clad steel wire and/or aluminum alloy wires

ADVANTAGES

FEATURES

Crush — 571 lb/in Range Fiber count up to 144 Cable weight, lb/ft 0.300...0.900 Cable diameter, in 0.527...1.000 Rated breaking strength (RBS), lb 5620...47210 Maximum rated design tension (MRDT), lb 3372...28101 Elasticity modulus (final), ksi 6962...16679 Short circuit capacity (initial temp 104°F), kA²•s 5...400 Short circuit current for 0.5 s, kA 3...30

Up to 144 fibers

Highly corrosion-resistant: ACS wires and aluminum pipe Convenient splice preparation 1 2 3 6 7 5 4

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22 In Sk y OP G W 22

InSky OPGW S

Optical Ground Wire Stranded (S)

DESIGN

1. Central strength member

(aluminum-clad steel or aluminum alloy wire) 2. Optical fiber

3. Stainless steel tube filled with water-blocking gel

4. Stranded wires (aluminum-clad steel wires and/or aluminum alloy wires)

ADVANTAGES

FEATURES

Crush — 571 lb/in Range Fiber count up to 432 Cable weight, lb/ft 0.222...1.028 Cable diameter, in 0.433…0.984 Rated breaking strength (RBS), lb 10566...61822 Maximum rated design tension (MRDT), lb 6295...37093 Elasticity modulus (final), ksi 10153...23206 Fault current capacity (initial temperature 77°F),

kA²•s

5...550 Short circuit current for 0.5 s, kA 4…30

Up to 432 fibers

ACS wires are highly corrosion-resistant 1 2 3 4 4

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In Sk y OP G W

InSky MASS

Metallic Aerial Self-Supporting (MASS)

FEATURES

Crush — 571 lb/in

Maximum rated design tension —6744 lb

Fiber count up to 12 up to 24 up to 36 up to 48 Cable diameter, in 0.3228 0.3228 0.3425 0.3425 Cable weight, lb/ft 0.1939 0.1939 0.2139 0.2139

Crush — 571 lb/in

Maximum rated design tension —16 861 lb

Crush — 571 lb/in

Fiber count up to 12 up to 24 up to 36 up to 48 Cable diameter, in 0.5512 0.5709 0.5709 0.5709 Cable weight, lb/ft 0.6050 0.6376 0.6376 0.6376 1 2 3

DESIGN

1. Optical fiber.

2. Stainless steel tube filled with water-blocking gel.

3. Stranded wires (galvanized steel wires or aluminum clad steel wires).

ADVANTAGES

Maximum rated design tension 22481 lb

High strength, small size

ASC wire makes the cable exceedingly rustproof

Large spans between towers, installation over rivers and ravines

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24 In Sk y OP G W

InSky ACS Ground Wire

Aluminum-Clad Steel (ACS) Ground Wire

DESIGN

1. Central strength member (aluminum-clad steel wire) 2. Stranded wires (aluminum-clad steel wires)

ADVANTAGES

Aluminum-clad steel wires are corrosion-resistant 1 2 2 A standard component of high-voltage transmission lines

FEATURES

Range Outer diameter, in 0.299 ... 0.890 Cable weight, lb/ft 0.134...2.016 Rated breaking strength (RBS), lb 6744...157366 Cross section, in² 0.054...0.930

ACS ground wires shield high-voltage conductors from lightning strikes

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In Sk y OP G W

InPhase OPPC

Optical Phase Conductor (OPPC)

DESIGN

1. Optical fiber 2. Stainless steel tube 3. Aluminum-clad steel wire

4. Aluminum alloy wire or aluminum wire

ADVANTAGES

FEATURES

Crush — 571 lb/in Range Fiber count up to 288 Cable diameter, in 0.394 ... 1.339 Cable weight, lb/ft 0.134 ... 1.334 Rated breaking strength (RBS), lb 3372...44961 Cross section, in² 0.078 ... 0.930

ACS wires are highly corrosion-resistant

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 1 2 3 3 4 4

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Can also be used in ducts

or as direct buried cable Dry design — easy to strip Designed for aerial installation

on transmission towers, high voltage power lines and railway catenary; highly resistant to electromagnetic effect

InAir ADSS

OPERATING PARAMETERS

Operating temperature* -58°F...+158°F

Installation temperature -22°F...+122°F

Minimum bending radius 15×cable diameter

Life time 25 years

Warranty as specified in the supply

agreement, min 2 years *Operating temperature range can be increased on request.

OPTIONS

All cables of this group may be produced in versions:

Flame-retardant cable/Level 2 (page 38) 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).

APPLICATION

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In A ir A D S S

ADVANTAGES

Anti-rodent additive in the outer jacket for first-line protection

Superior protection from mechanical damage — FRP rods provide strength and second-line protection

FEATURES

InAir ADSS MT FRP Defender

Multi-Tube (MT) FiberGlass Rods (FRP) Defender

Crush — 228 lb/in

Maximum rated design tension — 1574-4496 lb

Range

Fiber count up to 16 up to 32 up to 48 up to 64 up to 72 up to 96 up to 144 Cable diameter, in 0.488...0.614 0.496...0.622 0.512...0.638 0.520...0.646 0.567...0.669 0.567...0.669 0.693 Cable weight, lb/ft 0.092...0.165 0.094...0.168 0.100...0.178 0.102...0.181 0.121...0.190 0.121...0.190 0.197 Minimum bending radius, in 7.323...9.213 7.441...9.331 7.677...9.567 7.795...9.685 8.504...10.039 8.504...10.039 10.394

1 2 3 4 4 5 8 6 7

DESIGN

1. Central strength member (FRP) 2. Optical fiber

3. PBT loose tubes filled with water-blocking gel 4. Water-swellable yarns 5. Inner jacket 6. Fiberglass rods 7. Jacket 8. Ripcord Completely protected from water ingress

Designed for use in aerial applications of 138 kV or less where damage from squirrels/rodents is apparent

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In A ir A D S S 1 2 3 4 5 6 7 8

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-swellable yarns 5. Inner jacket 6. Aramid yarns 7. Jacket 8. Ripcord

ADVANTAGES

For construction of communication lines between towns and cities with distances between towers reaching 1640 ft

Aerial installation on distribution and transmission lines up to 138 kV and above with tracking-resistant jacket

The most reliable among InAir cables. Double tensile strength

Wide range of operating temperatures. Installation temperature down to -22°F All-dielectric design – fully

resistant to electromagnetic fields

Maximum rated design tension up to 8992 lb

InAir ADSS MT Aramid DJ

Multi-Tube (MT) Aramid yarns Double Jacket (DJ)

FEATURES

Crush – 171 lb/in

Maximum rated design tension — 899....8992 lb Range Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.480...0.598 0.504...0.614 0.528...0.630 0.551...0.661 Cable weight, lb/ft 0.077...0.120 0.085...0.126 0.092...0.132 0.099...0.145 Minimum bending radius, in 7.205...8.976 7.559...9.213 7.913...9.449 8.268...9.921

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In A ir A D S S 1 2 3 4 5 6 8 7

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-swellable yarns 5. Inner jacket 6. Fiberglass yarns 7. Jacket 8. Ripcord

ADVANTAGES

All-dielectric design – fully resistant to electromagnetic fields

Aerial installation on distribution and transmission lines up to 138 kV and above with tracking-resistant jacket

Wide range of operating temperatures. Installation temperature down to -22°F Cost-effective solution

for city trunk lines

InAir ADSS MT FiberGlass DJ

Multi-Tube (MT) FiberGlass yarns Double Jacket (DJ)

Maximum rated design tension up to 3372 lb with span lengths up to 984 ft

FEATURES

Crush – 171 lb/in

Maximum rated design tension — 899...3372 lb Range Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.492...0.547 0.516...0.563 0.539...0.579 0.563...0.606 Cable weight, lb/ft 0.082...0.106 0.090...0.110 0.097...0.116 0.105...0.126 Minimum bending radius, in 7.382...8.209 7.736...8.445 8.091...8.681 8.445...9.094

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In A ir A D S S 30

ADVANTAGES

Aerial installation on distribution and transmission lines up to 34.5 kV

Wide range of operating temperatures. Installation temperature down to -22°F Cost-effective design

Maximum rated design tension up to 2248 lb with span lengths up to 656 ft

FEATURES

Crush – 171 lb/in

Maximum rated design tension — 674...2248 lb Range Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.307...0.441 0.331...0.461 0.362...0.484 0.394...0.508 Cable weight, lb/ft 0.031...0.065 0.035...0.070 0.041...0.076 0.047...0.082 Minimum bending radius, in 4.606...6.614 4.961...6.909 5.433...7.264 5.906...7.618 1 2 3 4 4 5 7 6

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-swellable yarns

5. Aramid yarns 6. Jacket 7. Ripcord

Dry design – easy to strip

Reduced weight and size. Low ice and wind load

InAir ADSS MT Aramid

Multi-Tube (MT) Aramid yarns

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In A ir A D S S 1 2 3 4 4 5 7 6

DESIGN

5. Fiberglass yarns 6. Jacket 8. Ripcord

ADVANTAGES

InAir ADSS MT FiberGlass

Multi-Tube (MT) FiberGlass yarns

Dry design – easy to strip

Cost-effective solution for city trunk lines Reduced weight and size. Low ice and wind load Maximum rated design tension up to 2248 lb with span lengths up to 656 ft

Wide range of operating temperatures. Installation temperature down to -22°F Aerial installation on distribution and transmission lines up to 34.5 kV

FEATURES

Crush – 171 lb/in

Maximum rated design tension — 674...2248 lb Range Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.366...0.465 0.39...0.48 0.413...0.496 0.445...0.52 Cable weight, lb/ft 0.047...0.075 0.051...0.078 0.056...0.082 0.063...0.089 Minimum bending radius, in 5.492...6.968 5.846...7.205 6.201...7.441 6.673...7.795

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34

Specialty Cables

for harsh environment

MEASURE

REDUCE

Temperature Deformation Movement Acoustics

Deviation angle Leakage

Pressure Emergency reaction time Incidents of theft Forced downtime of technical facilities Emergency damages Monitoring costs Environmental damage caused by leaks

The world around us is changing faster than ever before. Every day new challenges come up and instead of fighting the change, we should embrace it. Just like optical fiber does. From just being the key element of telecommunication networks, it has been adapted to the data acquisition and monitoring purposes for various applications. Always keeping abreast of the latest developments Incab launched a range of specialty cables backed by extensive manufacturing

experience since 2007. Now we are excited to introduce our new project dedicated to this type of cables.

Discover the full range of specialty cables for various applications, which are developed in cooperation with top-notch industry experts.

Welcome to Wires&Bytes - wiresnbytes.com

S pec ia lt y C ab le

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Application areas

Oil & Gas

Retrievable designs, Permanent installation,

Downhole сhemical injection,

Pipeline monitoring

Cable components

Structural health

monitoring

Cryogenic monitoring

S pec ia lt y C ab le

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36 In Fir e R at e d

InFire Rated

entertainment centers large data centers defense sector security monitoring

industrial and mining companies sport-facilities infrastructure and educational institutions subway atomic energetics

TYPICAL APPLICATIONS

for fire protection and other systems which are needed to work under fire conditions

for child care centers, educational institutions, board and care facilities, hospitals, dormitory blocks

for high-occupancy buildings

for buildings and closed facilities

for individual installation in cable structures and working spaces

for open cable structures

APPLICATION

Recommended for installation on sites with increased security requirements tower buildings refineries and petrochemical industry

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In Fir e R at e d

single cabling

group cabling

low smoke

and gas emission

halogen-free

low toxicity

fire

rated

FIRE SAFETY LEVELS

Ev ery ne xt st ep includes pr evious st eps

2

3 Fi

re

R

ate

d

1 Fl

ame

-r

et

ar

dan

t c

ab

le

TYPICAL APPLICATIONS

for child care centers, educational institutions, board and care facilities, hospitals, dormitory blocks

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38 In Fir e R at e d InArmor+ _{MT GSW Wetland}

LEVEL 2

Group laying, low smoke and gas emission, halogen-free

LEVEL 3

InDuct InArmor

Flame-retardant cable

InHome Riser TB InHome Riser MT InHome FTTH InHome Distribution TB InHome Distribution MT InHome Simplex TB InHome Duplex TB InDrop FTTH

InDrop Round Type Tight-buffered

InDrop Round Type

Low toxicity InArmor MT CST InArmor MT CST DJ InArmor CT CST Light InArmor+ _SST InArmor+ _{MT GSW} InArmor+ _{MT FRP Dielectric} InArmor++ _{MT GSW2} InArmor++ _{MT FRP2 Dielectric} InArmor+ _{CT GSW} InArmor+ _{CT FRP Dielectric} InArmor+ _{SST GSW} InDuct MT FiberGlass

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In Fir e R at e d

LEVEL 1

Single laying InAir ADSS InArmor MT CST DJ InArmor CT CST Light InArmor+ _{MT GSW} InArmor+ _{CT GSW}

InAir ADSS MT Aramid

InAir ADSS MT FiberGlass InAir ADSS MT FRP Defender

InAir ADSS MT Aramid DJ

InAir ADSS MT FiberGlass DJ

InHome Riser TB InHome Riser MT InHome FTTH InHome Distribution TB InHome Distribution MT InHome Simplex TB InHome Duplex TB InDrop FTTH

InDrop Round Type Tight-buffered

InDrop Round Type

InArmor MT CST InArmor

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ADVANTAGES

InFire Rated

flame-retardant

in group laying low smoke halogen-free

low toxicity of combustion products remain operative

exposed to fire for at least 180 minutes

InFire Rated Universal InFire Rated Universal Dielectric

InFire Rated Dielectric Light

InFire Rated Dielectric

InFire Rated Outdoor

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In Fir e R at e d

ADVANTAGES

DESIGN

1. Optical fiber 2. Stainless steel tube 3. Armor of steel wires 4. Halogen-free jacket

InFire Rated Universal

High resistance to crushing (more than 571 lb/in) which is retained even after the fire

Suitable for all applications Small size – thin,

light, economical Remains functional under direct flame for at least 180 minutes

Minimum combustible content

Diameter less than 0.39 in

Withstands the physical impact and water used during fire-fighting

FEATURES

Maximum rated design tension — 899 lb

Crush — from 571 lb/in

Fiber count up to 24 up to 36 up to 48 up to 72 up to 96 Cable diameter, in 0.346 0.362 0.374 0.39 0.409 Cable weight, lb/ft 0.103 0.112 0.12 0.13 0.142 Minimum bending

radius, in 5.197 5.433 5.61 5.846 6.142

Fiber count up to 24 up to 36 up to 48 up to 72 up to 96 Cable diameter, in 0.378 0.378 0.39 0.406 0.425 Cable weight, lb/ft 0.132 0.131 0.14 0.149 0.16 Minimum bending radius, in 5.669 5.669 5.846 6.083 6.378 4 3 2 1

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DESIGN

3. Gel-filled loose tube

4. Inner jacket made of halogen-free retardant polymer compound

5. Water-sweallable yarns 6. Fiberglass rods 7. Fiberglass yarns 8. Halogen-free jacket 1 6 7 8 4 3 2 5

InFire Rated Universal Dielectric

All-dielectric design Remains functional

under direct flame for at least 180 minutes

ADVANTAGES

Suitable for all applications

FEATURES

Fiber count up to 24 _(6*4) up to 48 (6*8) up to 72 (6*12) up to 96 (6*16) up to 144 (6*24) Cable diameter, in 0.583 0.594 0.626 0.665 0.697 Cable weight, lb/ft 0.184 0.190 0.208 0.231 0.247

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In Fir e R at e d 1 2 3 4 5 3 6

DESIGN

1. Optical fiber 2. Tight-buffer 3. Fiberglass yarns

4. Inner jacket made of halogen-free flame-retardant polymer compound 5. Mica glass tape

6. Halogen-free jacket

InFire Rated Dielectric

FEATURES

Fiber count up to 2 up to 4 up to 6 up to 8 up to 12 up to 16 up to 24 Cable diameter, in 0.421 0.445 0.457 0.469 0.500 0.524 0.555 Cable weight, lb/ft 0.097 0.107 0.113 0.117 0.130 0.142 0.157 Minimum bending radius, in 4.224 4.449 4.567 4.685 5.000 5.236 5.551

Easy to dress and install

Up to 24 fibers

ADVANTAGES

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DESIGN

1. Optical fiber 2. Water-blocking gel 3. Loose tube 4. Fiberglass yarns

5. Inner jacket made of halogen-free flame-retardant polymer compound 6. Mica glass tape

Up to 24 fibers

ADVANTAGES

InFire Rated Dielectric Light

1 2 3 4 4 7 6 5

FEATURES

Crush — 114 lb/in

Fiber count up to 8 up to 16 up to 24 Cable diameter, in 0.327 0.35 0.366 Cable weight, lb/ft 0.057 0.066 0.071 Minimum bending radius, in 3.268 3.504 3.661

Crush — 114 lb/in

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In Fir e R at e d

ADVANTAGES

InFire Rated Outdoor

7 6 5

4 3

2 1

DESIGN

5. Inner jacket made of halogen-free flame-retardant polymer compound 6. Corrugated steel tape armor

Armor ensures excellent rodent resistance

Easy to install and splice prep Up to 144 fibers

Remains functional under direct flame for at least 180 minutes

FEATURES

Crush — 171 lb/in

Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.488 0.512 0.539 0.575 Cable weight, lb/ft 0.131 0.143 0.161 0.171 Minimum bending radius, in 7.323 7.677 8.091 8.622

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InDuct

Designed for duct installations

APPLICATION

Applied in tubes, ducts, trays, blocks, tunnels, collecting channels, with no risk of rodent attacks

OPERATING PARAMETERS

Operating temperature* -58°F (-49°F InDuct

MT)...+158°F

Life time 25 years

agreement, min 2 years *Operating temperature range can be increased on request

Suitable for aerial installation: power lines, lamp posts, railway overhead systems

OPTIONS

All InDuct cables may be produced in these variations:

Flame-retardant cable/Level 1 and Flame-retardant cable/Level 2 (page 28). We design cables based on our Customers' specific technical requirements.

(49)

In D u c t

FEATURES

Option PE 250

Outer jacket — PE (polyethylene) Fiber count — up to 288 Cable diameter, in 0.220...0.441 Cable weight, lb/ft 0.014...0.045 Operation tension, lb 67...225 Installation tension, lb 225...674 Option PA 200

Outer jacket — PA (polyamide) Fiber count — up to 288 Cable diameter, in 0.177...0.366 Cable weight, lb/ft 0.009...0.032 Operation tension, lb 56...180 Installation tension, lb 169...495

InDuct MT

Multi-Tube (MT)

1 2 3 4 5

DESIGN

1. Central strength member (FPR) 2. Optical fiber

3. PBT loose tube filled with water-blocking gel 4. Water-swellable yarns

5. Jacket

ADVANTAGES

All-dielectric design

Maximum rated design tension 607 lb

Up to 288 fibers

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48 In D u c t

InDuct MT FiberGlass

Multi-Tube (MT) FiberGlass yarns

DESIGN

3. PBT loose tube filled with water-blocking gel 4. Water-swellable yarns 5. Fiberglass yarns 6. Polymer jacket 7. Ripcord

ADVANTAGES

All-dielectric design Up to 864 fibers 1 2 3 5 6 7 4 4

FEATURES

Crush — 171 lb/in

Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.378 0.39 0.425 0.457 Cable weight, lb/ft 0.046 0.048 0.056 0.064 Minimum bending radius, in 5.669 5.846 6.378 6.85 Maximum rated design tension — 450 lb

Crush — 171 lb/in

Crush — 171 lb/in Fiber count up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.39 0.402 0.429 0.457 Cable weight, lb/ft 0.05 0.052 0.057 0.065 Minimum bending radius, in 5.846 6.024 6.437 6.85

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In

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InDuct MT Aramid

Multi-Tube (MT) Aramid yarns

DESIGN

3. PBT loose tube filled with water-blocking gel 4. Water-swellable yarns 5. Aramid yarns 6. Jacket 7. Ripcord

ADVANTAGES

1 2 3 5 7 6 4 All-dielectric design Maximum rated design

tension up to 607 lb

Easy to install

FEATURES

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Suitable for aerial installation between buildings and structures (however, its higher weight and larger diameter compared to self-supporting cables must be taken into consideration) Designed for harsh environments

with potential mechanical impact: in all ground types, swamps and harsh rivers

Applied in ducts, trays, blocks, tunnels, and collecting channels

APPLICATION

OPERATING PARAMETERS

Life time 25 years

OPTIONS

All InArmor cables may be produced in these variations:

Flame-retardant cable/Level 1 and Flame-retardant cable/Level 2 (page 31).

InArmor+ _{SST cable may be produced}

with fire rated jacket (page 40).

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In

Ar

mo

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InArmor MT CST

Multi-Tube (MT) Corrugated Steel Tape (CST)

Maximum rated design tension up to 607 lb Resistance to crushing load from 171 lb/in

FEATURES

Maximum rated design tension — 607 lb Crush — 171 lb/in

ADVANTAGES

Increased tightness due to application of water-swellable tape Cost-effective design The most popular design Excellent rodent resistance Reduced weight and size. Suitable for blowing in tubes 1 2 3 4 7 6 5

DESIGN

1. Central strength member (FRP) 2. Water-swellable yarns 3. Optical fiber

4. PBT loose tubes filled with water-blocking gel 5. Water-swellable tape

6. Corrugated steel tape armor 7. Jacket

* InArmor MT CST cable may be produced with even higher maximum rated design tension up to 1,124 lb. Please contact us for details.

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52 In Ar mo r

FEATURES

Fiber count Up to 48 (6х8) Up to 72 (6х12) Up to 96 (6х16) Up to 144 (6х24)

Cable diameter, in 0.488 0.512 0.539 0.575

Cable weight, lb/ft 0.106 0.117 0.126 0.141

Minimum bending radius, in 7.323 7.677 8.091 8.622

* InArmor MT CST cable may be produced with even higher maximum rated design tension up to 1,124 lb. Please contact us for details.

InArmor MT CST DJ

Multi-Tube (MT) Corrugated Steel Tape (CST) Double Jacket (DJ)

Improved reliability due to inner jacket

Excellent rodent resistance Proven reliable design Maximum rated design tension up to 607 lb Resistance to crushing load from 171 lb/in

ADVANTAGES

1 2 3 4 7 6 ₅ 5 8

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-blocking gel or water-swellable yarns 5. Water-swellable yarns

6. Inner jacket

7. Corrugated steel tape armor 8. Jacket

Cost-effective design

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In

Ar

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InArmor CT CST Light

Central Tube (CT) Corrugated Steel Tape (CST) Light

FEATURES

ADVANTAGES

Cost-effective design Excellent rodent resistance

Reduced weight and size 3 4 5 6

DESIGN

1. Optical fiber

2. PBT loose tube filled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Corrugated steel tape armor

5. Jacket 6. Steel wires 1 2 Up to 24 fibers Maximum rated design tension up to 607 lb Resistance to crushing load from 286 lb/in

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54 In Ar mo r

InArmor MT CST Light

Multi-Tube (MT) Corrugated Steel Tape (CST) Light

3 4 5 6

DESIGN

1. Optical fiber

2. PBT loose tube filled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Corrugated steel tape armor

5. Jacket 6. Steel wires

1 2

ADVANTAGES

Reduced weight and size Up to 48 fibers

Maximum rated design tension up to 607 lb Resistance to

crushing load from 171 lb/in

FEATURES

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In Ar mo r

ADVANTAGES

The smallest diameter Excellent rodent resistance 3

DESIGN

1. Optical fiber

2. Stainless steel tube filled with water-blocking gel 3. Jacket 1 2 Maximum rated design tension up to 337 lb Maximum resistance to crushing load from 400 lb/in 100% waterproof

InArmor

+

_SST

Stainless Steel Tube (SST)

FEATURES

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56

In

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InArmor

+

_{MT FiberGlass DJ Dielectric}

Multi-Tube (MT) FiberGlass yarns Double Jacket (DJ) Dielectric

ADVANTAGES

All-dielectric design Fiberglass yarns prevent

damage by rodents 3 4 5 6 7

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-blocking gel or water-swellable yarns 5. Inner jacket

6.Fiberglass yarns 7. Jacket

1 2

Maximum rated design tension up to 607 lb Resistance

to crushing load from 171 lb/in

FEATURES

Maximum rated design tension — 607 lb Crush — 171 lb/in Fiber count Up to 16 (4*4) Up to 32 (4*8) Up to 48 (4*12) Up to 64 (8*8) Up to 72 (6*12) Up to 96 (6*16) Up to 96 (8*12) Cable diameter, in 0.425 0.433 0.445 0.48 0.465 0.496 0.516 Cable weight, lb/ft 0.079 0.081 0.085 0.102 0.093 0.104 0.112 Minimum bending radius, in 6.378 6.496 6.673 7.205 6.968 7.441 7.736

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In

Ar

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InArmor

+

_{CT GSW}

Central Tube (CT) Galvanized Steel Wires (GSW)

3 4

5

DESIGN

1. Optical fiber

2. PBT loose tube filled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Armor of galvanized steel wires

5. Jacket 1 2 100% waterproof

FEATURES

ADVANTAGES

Reduced weight

and size Up to 24 fibers

Maximum rated design tension up to 1124 lb lb Resistance to crushing load from 286 lb/in

Maximum rated design tension — 1124 lb Crush — 400 lb/in Fiber count up to 16 up to 24 Cable diameter, in 0.319 0.327 Cable weight, lb/ft 0.078 0.083 Minimum bending radius, in 4.783 4.902 Reliable protection from serious mechanical impact

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58 In Ar mo r

DESIGN

1. Optcal fiber

2. PBT loose tube flled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Armor of fiberglass rods

5. Jacket

ADVANTAGES

1 2 3 4 5 All-dielectric design Reliable protection from serious mechanical impact

Excellent rodent resistance Reduced weight, suitable

for aerial installation

Up to 24 fibers

Maximum resistance to crushing load from 400 lb/in

InArmor

+

_{CT FRP Dielectric}

Central Tube (CT) FiberGlass Rods (FRP) Dielectric

FEATURES

Range

Fiber count up to 6 up to 8 up to 12 up to 16 up to 24 Cable diameter, in 0.421 0.421 0.421 0.421 0.429 Cable weight, lb/ft 0.075 0.075 0.074 0.074 0.076 Minimum bending radius, in 6.319 6.319 6.319 6.319 6.437

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In

Ar

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InArmor

+

_{MT GSW}

Multi-Tube (MT) Galvanized Steel Wires (GSW) Wetland

DESIGN

6. Armor of galvanized steel wires 7. Jacket

ADVANTAGES

The most popular design Reliable protection from serious mechanical impact Excellent rodent

resistance Maximum rated design tension up to 17985 lb

Resistance to crushing load up to 571 lb/in 1 2 3 4 4 7 6 5

Maximum rated design tension — 1574-4496 lb Crush — 228 lb/in

Range

Fiber count up to 16 up to 32 up to 48 up to 64 up to 72 up to 96 Cable diameter, in 0.441...0.504 0.472...0.512 0.488...0.512 0.496...0.52 0.535...0.559 0.535...0.559 Cable weight, lb/ft 0.138...0.168 0.154...0.174 0.162...0.173 0.168...0.175 0.191...0.199 0.191...0.199 Minimum bending radius, in 6.614...7.559 7.087...7.677 7.323...7.677 7.441...7.795 8.031...8.386 8.031...8.386 Maximum rated design tension — 8992-17985 lb

Crush — 571 lb/in

Fiber count up to 24 up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.693...0.791 0.709...0.823 0.732...0.823 0.748...0.827 0.787...0.858 Cable weight, lb/ft 0.351...0.556 0.367...0.595 0.388...0.595 0.405...0.597 0.438...0.631 Minimum bending radius, in 10.394...11.870 10.630...12.342 10.984...12.342 11.220...12.402 11.811...12.874

FEATURES

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60 In Ar mo r

DESIGN

6. Fiberglass rods 7. Jacket

ADVANTAGES

Reduced weight, suitable for aerial installation

Reliable protection from serious mechanical impact

Excellent rodent

resistance All-dielectric design

Maximum rated design tension up to 4496 lb Resistance to crushing load up to 571 lb/in 1 2 3 4 4 7 6 5

FEATURES

InArmor

+

_{MT FRP Dielectric}

Multi-Tube (MT) FiberGlass Rods (FRP) Dielectric

Maximum rated design tension — 1574-4496 lb Crush — 228 lb/in

Range

Fiber count up to 16 up to 32 up to 48 up to 64 up to 72 up to 96 up to 144 Cable diameter, in 0.488...0.614 0.496...0.622 0.512...0.638 0.520...0.646 0.567...0.669 0.567...0.669 0.693 Cable weight, lb/ft 0.092...0.165 0.094...0.168 0.100...0.178 0.102...0.181 0.121...0.190 0.121...0.190 0.197 Minimum bending radius, in 7.323...9.213 7.441...9.331 7.677...9.567 7.795...9.685 8.504...10.039 8.504...10.039 10.394

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In

Ar

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FEATURES

Crush — 571 lb/in Fiber count up to 36 up to 48 up to 72 up to 96 Cable diameter, in 0.378 0.39 0.406 0.425 Cable weight, lb/ft 0.114 0.122 0.13 0.14 Minimum bending radius, in 5.669 5.846 6.083 6.378 1 2 3 4

DESIGN

1. Optical fiber

2. Stainless steel tube filled with water-blocking gel 3. Armor of steel wires

4. Jacket

ADVANTAGES

Up to 96 fibers 100% waterproof Resistance to crushing load 571 lb/in

InArmor

+

_{SST GSW}

Stainless Steel Tube (SST) Galvanized Steel Wires (GSW)

Excellent rodent resistance

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62 In Ar mo r 62

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-blocking gel or water-swellable yarns 5. Aluminum and polymer tape

6. Inner jacket

7. Armor of galvanized steel wires 8. Jacket

ADVANTAGES

1 2 3 4 5 6 7 8 4

With laminated aluminum polyethylene jacket – to protect the cable core from moisture

Resistance to crushing load up to 571 lb/in Excellent solution for wetland and cross-river installation

Aluminum compound tape to protect optical fiber from hydrogen penetration

InArmor

+

_{MT GSW Wetland}

Multi-Tube (MT) Galvanized Steel Wires (GSW) Wetland

Maximum rated design tension — 1574...17985 lb Crush — 228 lb/in

Fiber count — up to 144

FEATURES

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In

Ar

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Maximum rated design tension — 6744–17985 lb Crush — 571 lb/in Fiber count — up to 24 1 2 3 4 5

DESIGN

1. Optical fiber

2. PBT loose tube filled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Double armor of galvanized steel wires 5. Jacket

ADVANTAGES

Suitable for application in harsh environments Excellent rodent resistance Up to 24 fibers Maximum resistance to crushing load from 571 b/in

InArmor

++

_{CT GSW2}

Central Tube (CT) Galvanized Steel Wires (GSW) Double Armor

FEATURES

Maximum rated design tension — 8992 lb Crush — 571 lb/in Range Fiber count up to 12 up to 16 up to 24 Cable diameter, in 0.504 0.508 0.52 Cable weight, lb/ft 0.252 0.258 0.27 Minimum bending radius, in 7.559 7.618 7.795

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64 In Ar mo r

DESIGN

1. Optical fiber

2. PBT loose tube filled with water-blocking gel 3. Water-blocking gel or water-swellable yarns 4. Double armor of fiberglass plastic rods 5. Jacket

ADVANTAGES

1 2 3 4 5 All-dielectric design Reduced weight and size. Convenient for blowing in tubes Suitable for application in harsh environments

Resistance to crushing load from 571 lb/in

InArmor

++

_{CT FRP2 Dielectric}

Central Tube (CT) FiberGlass Rods (FRP) Double Armor Dielectric

FEATURES

Maximum rated design tension — 3372–6744 lb Crush — 571 lb/in

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In

Ar

mo

r

DESIGN

6. Double armor of galvanized steel wires 7. Jacket

ADVANTAGES

Suitable for application in harsh environments: in frozen soil, on the bottom of calm rivers and lakes

Maximum rated design tension up to 17985 lb Excellent rodent resistance Resistance to crushing load 571 lb/in 1 2 3 4 4 7 6 5

FEATURES

Fiber count up to 24 up to 48 up to 72 up to 96 up to 144

Cable diameter, in 0.772 0.787 0.819 0.835 0.913

Cable weight, lb/ft 0.537 0.573 0.608 0.630 0.800 Minimum bending radius, in 11.575 11.811 12.283 12.52 13.701

InArmor

++

_{MT GSW2}

Multi-Tube (MT) Galvanized Steel Wires (GSW) Double

Armor Wetland

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66 In Ar mo r

DESIGN

6. Double armor of fiberglass plastic rods 7. Jacket

ADVANTAGES

1 2 3 4 4

7 6 5 Suitable for application

in harsh environments: in frozen soil, on the bottom of calm rivers and lakes

Maximum rated design tension up to 8992 lb Excellent rodent resistance Resistance to crushing load from 571 lb/in All-dielectric design

FEATURES

Fiber count up to 24 up to 48 up to 72 up to 96 up to 144 Cable diameter, in 0.858 0.874 0.906 0.906 0.945 Cable weight, lb/ft 0.334 0.349 0.372 0.368 0.395 Minimum bending radius, in 12.874 13.11 13.583 13.583 14.173

InArmor

++

_{MT FRP2 Dielectric}

Multi-Tube (MT) FiberGlass Rods (FRP) Double Armor Dielectric

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In Ar mo r 8

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-blocking gel or water-swellable yarns 5. Aluminum and polymer tape

6. Inner jacket

7. Double armor of galvanized steel wires 8. Jacket

ADVANTAGES

1 2 3 4 5 6 7 8 4

FEATURES

With laminated aluminum polyethylene jacket – to protect the cable core from moisture

Resistance to crushing load up to 571 lb/in Excellent solution for wetland and cross-river installation

Aluminum compound tape to protect optical fiber from hydrogen penetration

InArmor

++

_{MT GSW2 Wetland}

Multi-Tube (MT) Galvanized Steel Wires (GSW)

Double Armor Wetland

Suitable for application in harsh environments

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68

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Rigit yet flexible enough to be installed into microducts

BlownIn

APPLICATION

OPERATING PARAMETERS

Life time 25 years

Warranty as specified in the supply _{agreement, min 2 years}

*Operating temperature range can be increased on request.

(71)

B low n In 1 2 3 4

DESIGN

1. Optical fiber

2. Compact fiber unit (CFU) 3. Aramid yarns 4. Jacket

FEATURES

Operation tension, lb 34 Installation tension, lb 49 Fiber count up to 2 up to 4 up to 6 up to 8 up to 12 up to 24 Optical fiber (ITU-T Recommendation) G.657.A1 (250 μm) G.657.A1 (200 μm)

Cable diameter, in 0.079 0.079 0.083 0.087 0.094 0.102

Cable weight, lb/ft 0.002 0.002 0.002 0.002 0.003 0.004

Operation tension, lb 67

Installation tension, lb 101

Fiber count up to 4 up to 6 up to 8 up to 12 up to 24

Optical fiber (ITU-T Recommendation) G.657.A1 (250 μm) G.657.A1 (200 μm)

Cable diameter, in 0.087 0.091 0.094 0.102 0.106

Cable weight, lb/ft 0.003 0.003 0.003 0.003 0.004

ADVANTAGES

Up to 24 fibers Reduced weight and size.

Convenient for microducts

Operation tension

up to 67 lb All-dielectric design

BlownIn CT

Central Tube (CT) design for blowing

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70 B low n In

BlownIn MT 12

Multi-Tube (MT) with 12 fibers per tube

1 2 3 4 5

DESIGN

3. PBT loose tubes filled with water-blocking gel 4. Water-blocking gel or water-swellable yarns 5. Jacket

6. Steel wire

FEATURES

Option PE 250

Outer jacket – PE (polyethylene) Fiber - G.652D + G.657.A1 (250 μm)

Fiber count up to 72 up to 96 up to 144 up to 192 up to 288 up to 432

Number of loose tubes 6 8 12 16 24 36

Number of fillers — — — 2 — —

Fibers per loose tube 12 0.634...0.705 0.650...0.720 0.669...0.740 0.693...0.764 0.732...0.803

Operation tension, lb 67 112 202 124 146 225

Installation tension, lb 225 337 629 360 427 674

ADVANTAGES

Up to 432 fibers Easy to install

Operation tension

up to 67-225 lb All-dielectric design

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B

low

n

In

Option PA 250

Outer jacket – PA (polyamide) | Fiber - G.652D + G.657.A1 (250 μm)

Option PA 200

Option PA 200 Reduced design

Fiber count up to 12 up to 24 up to 36 up to 48

Number of loose tubes 1 2 3 4

Number of fillers 5 4 3 2

Fibers per loose tube 12

Cable diameter, in 0.142

Cable weight, lb/ft 0.007

(74)

72 B low n In

BlownIn MT 24

Multi-Tube (MT) with 24 fibers per tube

1 2 3 4 5

DESIGN

3. Gel-filled loose tube 4. Water-swellable yarns 5. Jacket

FEATURES

Option PA 200

Outer jacket – PA (polyamide) Fiber - G.652D + G.657.A1 (200 μm)

Fiber count up to 144 up to 192 up to 288

Number of loose tubes 6 8 12

Number of fillers — — —

Fibers per loose tube 24

Cable diameter, in 0.209 0.244 0.315

Cable weight, lb/ft 0.013 0.016 0.029

Operation tension, lb 67 67 157

Installation tension, lb 225 225 495

ADVANTAGES

Up to 288 fibers Easy to install

Operation tension

up to 67-157 lb All-dielectric design

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In

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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

APPLICATION

OPERATING PARAMETERS

Operating temperature* -58°F...+158°F Installation temperature -22°F...+122°F

Life time 25 years

Warranty as specified in the supply _{agreement, min 2 years}

*Operating temperature range can be increased on request.

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In Wa te r 1 2 3 2 4 5 6 7 2 4 8

InWater Submersible CT GSW2

Central Tube (CT) Galvanized Steel Wires (GSW) Double Armor

DESIGN

1. Optical fiber 2. Water-blocking gel 3. Loose tube 4. Armor of steel wires 5. Water-swellable tape 6. Aluminum and polymer tape 7. Inner jacket

8. Jacket

ADVANTAGES

FEATURES

Installation down to 8202 ft

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76 In Wa te r 1 2 3 2 4 5 6 7 2 4 8

DESIGN

1. Optical fiber 2. Water-blocking gel 3. Steel tube 4. Armor of steel wires 5. Water-blocking tape 6. Aluminum and polymer tape 7. Inner jacket

8. Jacket

ADVANTAGES

Installation down to 16404 ft

InWater Submersible SST GSW2

Stainless Steel Tube (SST) Galvanized Steel Wires (GSW)

Double Armor

FEATURES

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In

Wa

te

(80)

Designed for aerial installations: on power lines, lamp posts, between buildings and structures. Suitable for aerial installation on transmission equipment and power facilities in dielectric package

InAir Figure 8

OPERATING PARAMETERS

Life time 25 years