superior blowing solutions - emtelle

catalogue 2020

SUPERIOR BLOWING SOLUTIONSand all types of optical cable

About Emcab . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2

Emcab facilities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3

First-class production . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

First-class materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

First-class quality . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

ABC Configurator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12

Your benefits of choosing Emcab . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14

Superior microducts from Emtelle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15

Emcab optical cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .18

Blowing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Ducting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Direct Buried . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

Submarine . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

ADSS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

Indoor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68

Drop . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .76

OPGW/Ground Wire . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

Fire Rated . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88

Technical information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94

Contacts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .110

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About Emcab

EMTELLE is a leading global manufacturer

of pre-connectorised, blown fiber cable,

and ducted network solutions . With

manufacturing operations in UK, Germany

and Denmark, as well as sales offices

internationally, Emtelle serves over 100

countries globally to multiple sectors

including telecommunications and power .

Find out more: www.emtelle.com

INCAB is a leading worldwide optical cable

manufacturer, with production facilities

in Russia and in the USA, covering all

applications of optical cables, including

telecommunication, power utilities and

specialty .

Find out more: www.incab.co,

www.incabamerica.com

EMCAB is a joint venture between EMTELLE and INCAB, located in the heart of Europe:

Erfurt, Germany .

Now, those two industry leaders join forces by combining their expertise, energy and

innovation power to deliver full fiber cable solutions to customers through EMCAB .

EMCAB cables are certified to use with EMTELLE ducts .

Together Emcab cables and Emtelle microduct solutions cover all customer needs .

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Emcab facilities

Sønder Felding, Denmark Perm,

Russia

Hawick, Scotland

Arlington, TX, the USA

Erfurt, Germany

Production sites Blowing tracks

First-class production4 production sites

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First-class materialsCORNING® fiber is in the heart of Emcab’s cables .

8

First-class qualityStep-by-step control

quality control of incoming materials

measuring parameters of each optical fiber

fiber length control in tubes

conformity check of design

check of resistance and tightness of the jacket (for armored cables)

control of marking and packaging

1 3

2 4 6

5

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We carry out all the necessary test types at our own test center:

• Electrical test

(electrical resistance of circuit “armor – ground

(water)”, leakage current)

• Temperature tests (temperature cycling, cooling, heating)

• Mechanical tests (tensile performance, repeated bending, crush,torsion,

impact)

• Water penetration

• Testing of optical cable & OPGW for power transmission lines & fiber optic lines - Monitoring of icing occurrence

- Temperature monitoring of power transmission lines

- Detection of lightning stroke points based on system

of distributed monitoring of acoustic signal

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First-class qualityEmcabs air blown cables undergo regular approval tests at our regional test tracks using our latest Manufacturing & Design Technology .

Watch the blowing test

https://youtu.be/cApbvwpjdK4

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Our blowing tracks are customer specific and conform to IEC 60794-1-21:2015 Standard:

Hawick, Perm, Sonder Felding

Test site characteristics:

• Route length up to 2000 m

• Cable diameter range: 2 .5–16 mm

Erfurt

• Coming soon

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ABC ConfiguratorAir Blown Cables (ABC) Configurator is a unique software tool designed for automatic selection of the package solution for blowing technology . Select necessary parameters and it will help you choose the optimal solution to your requirements: applicable cable design, suitable tube and closure . As easy as ABC!

• cable application• fiber count and size• jacket type• cable diameter• tube size

1. Select necessary characteristics:

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2. Get:

• cable that meets your requirements and datasheet for it• suitable tube diameter and datasheet for it• cable installation tips• range of suitable closures with datasheet for them

Use our free software to selectthe complete package for blowing technology

https://emcab.co/configurator/

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Your benefits of choosing Emcab

experience of two global manufacturers to create a quality product . You get the complete solution package

delivery of cables with superior test performance . You can be sure of quality

the most popular designs in stock . You save time

4 production sites . You get your orders efficiently

history of Emcab in 30 seconds! #followemcab

https://www.youtube.com/watch?v=6geXdS8Hz3k

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Superior microducts from Emtelle Microducts need to be made for their intended environment . Emtelle doesn’t just turn a material into a tube . The technology behind simplicity is the key to embrace the cable .

Ducts configuration

24-way:

7-way: 8-way:

12-way: 14-way: 19-way: 24-way HEX:

1-way: 2-way: 3-way:

5-way: 6-way:

4-way:

emtelle .com

https://www.emtelle.com/

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Emtelle facilities

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Emcab optical cables

Blowing Ducting Direct Buried Submarine ADSS

Indoor Drop Fire RatedOPGW/Ground Wire

Blowing

Emcab cables are rigid yet flexible enough to be installed into tubes and include many options for installation by blowing .

Operation parameters

Operation temperature -45°С…+70°С

Installation temperature -30°С…+50°С

Transportation and storage temperature -60°С…+70°С

Minimum bending radius 15×cable diameters

Life time 25 years

Options

Jacket — polyethylene or polyamide

Fiber — G .652D + G .657 .A1 (200 μm or 250 μm)

Discover detailed technical parameters for each design at emcab .co Read more at page 10

Each and all blowing cables are tested according toIEC 60794-1-21:2015 Standard

Blowing distance 2000m . Performance confirmed

Discover more

https://emcab.co/optical-cable/blowing/

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Blowing CT

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Cable design

1 . Optical fiber

2 . Compact fiber unit

3 . Aramid yarns

4 . Jacket

Features

Cables are tested according to IEC 60794-1-21:2015

Blowing track: 2000 m . Performance confirmed

Reduced weight and size . Convenient for micro ducts

Parameters• Up to 24 fibers

• Cable diameter from 2 .0 mm

• Operation tension up to 300 N

• Installation tension up to 440 N

FiberFlow

Suitable microduct size up to 8/5

Central tube (CT) design for blowing .

Select the complete package for blowing technology

We design cables based on our Customers' specific technical requirements . Please, contact us for a cable designed to your exact specification — info@emcab .co


mailto:info%40emcab.co?subject=

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Blowing MT 12

Cable design

1 . Central strength member (FRP rod)

2 . Optical fiber

3 . Gel-filled loose tube

4 . Water-swellable yarns

5 . Jacket

Features Parameters• Up to 432 fibers

• 12 fibers per tube


• Operation tension up to 1 kN

• Installation tension up to 3 kN

Jacket — polyethylene or polyamide

Fiber — G .652D + G .657 .A1 (200 μm or 250 μm)

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FiberFlow


Multi-tube (MT) design with 12 fibers per tube for blowing .







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Blowing MT 24

Cable design


2 . Optical fiber



5 . Jacket

Features Parameters• Up to 288 fibers

• 24 fibers per tube


• Operation tension up to 1 kN

• Installation tension up to 3 kN

Easy to install

123

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FiberFlow


Multi-tube (MT) design with 24 fibers per tube for blowing .







DuctingOptical cables for duct and utility tunnels include dielectric and metallic designs .

We design cables based on our Customers' specific technical requirements . Please, contact us for a cable designed to your exact specifications .





Minimum bending radius 15×cable diameter

Life time 25 years

Discover more

https://emcab.co/optical-cable/ducting/

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Easy strippable tubes

The most popular design

Ducting MT FiberGlass Soft Tubes

Cable design

1 . Optical fiber

2 . Gel-filled soft tube


4 . Fibersglass yarns

5 . FRP rod

6 . Jacket


• Operation tension up to 1 .2 kN

• Installation tension up to 1 .5 kN

All-dielectric design

Suitable for aerial application

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5

5

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Features

Multi-tube (MT) fibreglass soft tube design for ducts and utility tunnels .

Сlick here to see detailed features of this design


https://emcab.co/optical-cable/ducting/ducting-mt-fg-soft-tubes/


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Ducting MT HFC 432

Cable design


2 . 3 layers of gel-filled loose tubes

of optical fibers

3 . Water-swellable yarns under each loose

tube’s layer

4 . Water-swellable tape under stranded core

5 . Ripcord

6 . Jacket


• Max rated design tension up to 0 .7 kN

• Crush – 0 .1 kN /cm

Features

Easy to installAll-dielectric design

12456

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Multi-tube (MT) design with fiber count (HFC) increased up to 432 for ducts and utility tunnels .

High fiber count



https://emcab.co/optical-cable/ducting/ducting-mt-hfc-432/


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Easy to install

Ducting MT HFC 864

Cable design


2 . 3 layers of gel-filled loose tubes

of optical fibers

3 . Water-swellable yarns under each loose

tube’s layer

4 . 3 layers of water-swellable tape under

stranded core

5 . Fiberglass yarns

6 . Ripcord

7 . Jacket


• Max rated design tension up to 4 kN



Features

124

6

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Multi-tube (MT) fiberglass yarn design with fiber count (HFC) increased up to 864 for ducts and utility tunnels .

High fiber count



https://emcab.co/optical-cable/ducting/ducting-mt-hfc-864/


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Ducting MT Aramid

Cable design


2 . Optical fiber



5 . Aramid yarns

6 . Jacket



• Crush – 0 .3 kN /cmEasy to install

Features

Reduced weight and size

1

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Multi-tube (MT) aramid design for extra axial pulling strength applied in ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-mt-aramid/

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Easy to install

Ducting MT FiberGlass

Cable design


2 . Optical fiber




6 . Jacket






Features

1

2

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Multi-tube (MT) fiberglass yarn design for extra axial pulling strength applied in ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-mt-fg/

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Ducting MT FiberGlass DJ

Cable design


2 . Optical fiber


4 . Water-blocking gel

5 . Inner jacket


7 . Jacket




Fiberglass yarns prevent damage by rodents

Features

34567 12

Multi-tube (MT) fiberglass yarn double jacket (DJ) design for extra axial pulling strength applied in ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-mt-fg-dj/

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Excellent rodent resistance

Ducting CT CST Light

Cable design

1 . Optical fiber



4 . Corrugated steel tape armor

5 . Steel wires

6 . Jacket



• Crush – 0 .5 kN /cmCost-effective design


Features

346

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5

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Central tube (CT) corrugated steel tape (CST) design for ducts and utility tunnels .





https://emcab.co/optical-cable/ducting/ducting-ct-cst-light/

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Ducting MT CST Light

Cable design

1 . Optical fiber




5 . Steel wires

6 . Jacket



• Crush – 0 .3 kN /cmExcellent rodent resistance

Cost-effective design


Features

346

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Multi-tube (MT) corrugated steel tape (CST) design for ducts and utility tunnels .





https://emcab.co/optical-cable/ducting/ducting-mt-cst-light/

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Increased tightness due to application of water-swellable tape

Ducting MT CST

Cable design



3 . Optical fiber


5 . Water-swellable tape


7 . Jacket





Features

1234 27 56

Multi-tube (MT) corrugated steel tape (CST) design for ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-mt-cst/

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Ducting MT CST DJ

Cable design


2 . Optical fiber



5 . Inner jacket



8 . Jacket




Improved reliability due to inner jacketing

Features

12

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Multi-tube (MT) corrugated steel tape (CST) double jacket (DJ) design for ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-mt-cst-dj/

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Ducting SST

Cable design

1 . Optical fiber

2 . Steel tube

3 . Jacket



• Crush – 0 .7 kN /cmThe smallest diameter

100% waterproof

Features

3 12

Stainless steel tube (SST) design for ducting .




https://emcab.co/optical-cable/ducting/ducting-sst/

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Ducting CT GSW

Cable design

1 . Optical fiber



4 . Armor of galvanized steel wires

5 . Jacket




Features

100% waterproof



345 12

Central tube (CT) galvanized steel wires (GSW) design for additional protection applied in ducts and utility tunnels .




https://emcab.co/optical-cable/ducting/ducting-ct-gsw/

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Direct BuriedFiber optic cables designed for high reliability in harsh environment .






Life time 25 years


Discover more

https://emcab.co/optical-cable/direct-buried/

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Direct Buried CT CST Light


Cable design

1 . Optical fiber




5 . Steel wires

6 . Jacket





Features

346

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Central tube (CT) corrugated steel tape (CST) design for direct buried .



https://emcab.co/optical-cable/direct-buried/db-ct-cst-light/


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Direct Buried MT CST Light

Cable design

1 . Optical fiber




5 . Steel wires

6 . Jacket






Features

346

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Multi-tube (MT) corrugated steel tape (CST) design for direct buried .




https://emcab.co/optical-cable/direct-buried/db-mt-cst-light/

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Direct Buried MT CST


Increased tightness due to application of water-swellable tape

Cable design



3 . Optical fiber




7 . Jacket





Features

123247 56

Multi-tube (MT) corrugated steel tape (CST) design for direct buried .




https://emcab.co/optical-cable/direct-buried/db-mt-cst/

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Direct Buried MT CST DJ




Improved reliability due to inner jacketing

Features

Multi-tube (MT) corrugated steel tape (CST) double jacket (DJ) design for direct buried .


Cable design


2 . Optical fiber



5 . Inner jacket



8 . Jacket

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3458 76



https://emcab.co/optical-cable/direct-buried/db-mt-cst-dj/

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Direct Buried SST


Cable design

1 . Optical fiber

2 . Steel tube

3 . Jacket



• Crush – 0 .7 kN /cmThe smallest diameter

100% waterproof

Features

3 12

Stainless steel tube (SST) design for direct buried .




https://emcab.co/optical-cable/direct-buried/db-sst/

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Direct Buried CT FRP

Cable design

1 . Optical fiber



4 . Fiberglass rods

5 . Jacket




Features

12345



Reliable protection from serious mechanical impact


Central tube (CT) fiberglass rods (FRP) design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-ct-frp/

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Direct Buried CT FRP2

Cable design

1 . Optical fiber



4 . Double armor of fiberglass rods

5 . Jacket



• Crush – 1 kN /cm

Features


Suitable for application in harsh environments


12345

Central tube (CT) fiberglass rods (FRP) double armor design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-ct-frp2/

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Direct Buried MT FRP

Cable design


2 . Optical fiber



5 . Inner jacket

6 . Fiberglass rods

7 . Jacket




Features

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Multi-tube (MT) fiberglass rods (FRP) double jacket design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-frp/

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Direct Buried MT FRP2

Cable design


2 . Optical fiber



5 . Inner jacket

6 . Double armor of fiberglass rods

7 . Jacket




Features



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

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344 567

Multi-tube (MT) fiberglass rods (FRP) double armor double jacket design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-frp2/

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Direct Buried SST GSW

Cable design

1 . Optical fiber

2 . Gel-filled stainless steel tube


4 . Jacket




Features

1234

100% waterproof

Certified as CPR compliant Euroclass Dca


Stainless steel tube (SST) galvanized steel wires (GSW) design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-sst-gsw/

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Direct Buried CT GSW

Cable design

1 . Optical fiber




5 . Jacket




Features

100% waterproof



345 12

Central tube (CT) galvanized steel wires (GSW) design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-ct-gsw/

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Direct Buried CT GSW2

Cable design

1 . Optical fiber



4 . Double armor of galvanized steel wires

5 . Jacket




Features

1235 4


Suitable for harsh environment applications

Central tube (CT) galvanized steel wires (GSW) double armor design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-ct-gsw2/

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Direct Buried MT GSW

Cable design


2 . Optical fiber



5 . Inner jacket


7 . Jacket




Features


344 567 12


Multi-tube (MT) galvanized steel wires (GSW) double jacket design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-gsw/

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Direct Buried MT GSW2

Cable design


2 . Optical fiber



5 . Inner jacket


7 . Jacket




Features

12

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

Multi-tube (MT) galvanized steel wires (GSW) double armor double jacket design for additional protection in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-gsw2/

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Direct Buried MT GSW Special

Cable design


2 . Optical fiber



5 . Aluminum polymer jacket

6 . Inner jacket


8 . Jacket



• Crush – 0 .4 - 1 kN /cm

Features

344 5678 1

2

Excellent solution for wetland and cross-river installation

Aluminum polymer jacket protects the cable core from moisture

Multi-tube (MT) galvanized steel wires (GSW) special design for additional mechanical protection and moisture barrier in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-gsw-special/

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Direct Buried MT GSW2 Special

Cable design


2 . Optical fiber




6 . Inner jacket


8 . Jacket




Features

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Excellent solution for wetland and cross-river installation

Aluminum polymer jacket protects the cable core from moisture


Multi-tube (MT) galvanized steel wires (GSW) double armor special design for additional mechanical protection and moisture barrier in harsh environment .




https://emcab.co/optical-cable/direct-buried/db-mt-gsw2-special/

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SubmarineRobust designs applied in the sea between land-based stations to carry telecommunication signal .






Life time 25 years


Discover more

https://emcab.co/optical-cable/submarine/

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Sub

mar

ine

Cable design

1 . Optical fiber






7 . Inner jacket

8 .Jacket




Features

33 44 5678 12


Installation down to 2500 m

Submarine CT GSW2Central tube (CT) galvanized steel wires (GSW) design applied in the sea between land-based stations to carry telecommunication signals .



https://emcab.co/optical-cable/submarine/submarine-ct-gsw2/


58

Sub

mar

ine

Cable design

1 . Optical fiber

2 . Gel-filled steel tube





7 . Inner jacket

8 . Jacket




Features

33 44 5678 12


Installation down to 5000 m

Submarine SST GSW2Stainless steel tube (SST) galvanized steel wires (GSW) design applied in the sea between land-based stations to carry telecommunication signals .




https://emcab.co/optical-cable/submarine/submarine-sst-gsw2/

60

AD

SS

ADSSAll-Dielectric Self-Supporting cables .






Life time 25 years


Discover more

https://emcab.co/optical-cable/adss/

61

AD

SS

Cable design

1 . Optical fiber

2 . Gel-filled soft tube


4 . Fibersglass yarns

5 . FRP rod

6 . Jacket


• Operation tension up to 1 .2 kN

• Installation tension up to 1 .5 kN

ADSS FiberGlass Soft Tubes

Easy strippable tubes

Features


Suitable for aerial application

123

4

5

5

6

Features

Easy strippable design for aerial installation up to 50 m .



https://emcab.co/optical-cable/adss/adss-fg-soft-tubes/


62

AD

SS

Cable design

1 . Optical fiber


3 . FRP rod

4 . Jacket




ADSS Flat Type Micro

High crush resistance



Applied as ‘the last mile’ in cottage villages


12

3

3

4

Features

Flat design for aerial installation: on power lines, lamp posts, between buildings and constructions . Suitable for aerial installation on transmission equipment and power facilities in dielectric package .




https://emcab.co/optical-cable/adss/adss-flat-type-micro/

63

AD

SS

Cable design


2 . Optical fiber



5 . Inner jacket

6 . Fiberglass rods

7 . Jacket




ADSS Defender

Completely protected from water ingress . Anti-rodent additive in the outer jacket for first-line protection

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

12

344 567

Features

Anti-rodent robust design for aerial installation .




https://emcab.co/optical-cable/adss/adss-defender/

64

AD

SS

Cable design


2 . Optical fiber



5 . Aramid yarns

6 . Jacket




ADSS Aramid

Wide range of operating temperatures . Installation temperature down to -30°C


Aerial installation on distribution and transmission lines up to 35 kV

Low susceptibility to ice and wind loads

Application up to 10 kN with span lengths up to 200 meters

1

2

34

56

Features

Aramid design for aerial installation on transmission towers, high-voltage power lines and railway catenary; highly resistant to electromagnetic effect .




https://emcab.co/optical-cable/adss/adss-aramid/

65

AD

SS

Cable design


2 . Optical fiber



5 . Inner jacket

6 . Aramid yarns

7 . Jacket




ADSS Aramid DJ


For construction of communication lines between towns and cities with distances between towers reaching 500 meters

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

Max rated design tension up to 100 kN

The most reliable among ADSS cables . Double tensile strength

12

3567 4

Features

Aramid double jacket (DJ) design for aerial installation on transmission towers, high-voltage power lines and railway catenary; highly resistant to electromagnetic effect .




https://emcab.co/optical-cable/adss/adss-aramid-dj/

66

AD

SS

Cable design


2 . Optical fiber




6 . Jacket




ADSS FiberGlass



Aerial Installation on distribution and transmission lines up to 35 kV

Low susceptibility to ice and wind loads

Application up to 10 kN with span lengths up to 200 meters

1

2

34

56

Features

Fiberglass yarns design for aerial installation on transmission towers, high-voltage power lines and railway catenary; highly resistant to electromagnetic effect .



https://emcab.co/optical-cable/adss/adss-fiberglass/


67

AD

SS

Cable design


2 . Optical fiber



5 . Inner jacket


7 . Jacket




ADSS FiberGlass DJ


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

Max rated design tension up to 15 kN with span lengths up to 300 meters

Cost-effective solution for city trunk lines

12

3567 4

Features

Fiberglass yarns double jacket (DJ) design for aerial installation on transmission towers, high-voltage power lines and railway catenary; highly resistant to electromagnetic effect .




https://emcab.co/optical-cable/adss/adss-fiberglass-dj/

68

Ind

oo

r

IndoorApplied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in ducts, tubes and blocks . Suitable for blowing into protecting polyethylene tubes .






Life time 25 years


Discover more

https://emcab.co/optical-cable/indoor/

69

Ind

oo

r

Cable design

1 . Optical fiber

2 . Tight-buffer

3 . FRP rod

4 . Halogen-free flame-retardant jacket

5 . Match marks (jacket opening marking)


• Max rated design tension up to 400 N

• Crush – 80 N /c

Riser TB

12

3

3

5

4

Perfect solution for high buildings: the fiber is buffered up to floor box or up to the subscriber’s flat

Features

Easy access to the fiber at any place of the cable

UV-resistant


Operation temperature range down to -30°C

Flame-retardant


Riser tight-buffered (TB) is applied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in ducts, tubes and blocks . Suitable for blowing into protecting polyethylene tubes .



https://emcab.co/optical-cable/indoor/riser-tb/


70

Ind

oo

r

Cable design

1 . Optical fiber

2 . Tight-buffer

3 . Aramid yarns


1234

Features

UV-resistant

Flame-retardant

Easy termination


Perfect solution for offices and data centers

More flexible compared to the Riser Cable

Distribution TB




• Crush up to 0 .2 kN/cm

Distribution tight-buffered (TB) is applied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in ducts, tubes and blocks . Suitable for blowing into protecting polyethylene tubes .




https://emcab.co/optical-cable/indoor/indoor-distribution-tb/

71

Ind

oo

r

12

3

3

45

Features

UV-resistant


Perfect solution for multi-dwelling units

High density of fibers makes it possible to bundle up to 24 fibers into micro loose tubes and place up to 48 micro loose tubes in a cable

Operation temperature down to -30°C

Easy access to fiber at any place of the cable

Flame-retardant


Riser MT

Cable design

1 . Optical fiber

2 . Micro tubes

3 . FRP rod


5 . Match marks (jacket opening marking)


• Max rated design tension up to 400 N

• Crush – 80 N /cm

Riser micro tube (MT) is applied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in ducts, tubes and blocks . Suitable for blowing into protecting polyethylene tubes .




https://emcab.co/optical-cable/indoor/riser-mt/

72

Ind

oo

r

Cable design

1 . Optical fiber

2 . Micro tubes

3 . Aramid yarns





• Crush - 0 .1 kN/cm

Distribution MT

1234

Features

UV-resistantHigh density of fibers makes it possible to bundle up to 24 fibers into micro loose tubes and place up to 48 micro loose tubes in a cable

Flame-retardantAll-dielectric design

Distribution micro tube (MT) is applied inside buildings (including vertical runs), in trays, channels, on outer sides of buildings, as well as in ducts, tubes and blocks . Suitable for blowing into protecting polyethylene tubes .




https://emcab.co/optical-cable/indoor/indoor-distribution-mt/

73

Ind

oo

r

Cable design

1 . Optical fiber

2 . Tight-buffer


4 . Inner jacket made of halogen-free flame-

retardant polymer compound

5 . Mica glass tape

6 . Halogen-free jacket



• Crush — 0 .2 kN/cm

Distribution Fire Rated

1233 456

Easy to install

Features

UV-resistant

Remains functional under direct flame for at least 180 minutes


Tight-buffered double jacket design for individual installation in cable structures and working spaces .




https://emcab.co/optical-cable/indoor/indoor-distribution-fire-rated/

74

Ind

oo

r

Cable design

1 . Optical fiber

2 . Tight-buffer

3 . Aramid yarns


Parameters• Max rated design tension 0 .180 kN


Simplex

1234

Features

UV-resistant

Perfect solution for patch cords manufacturing

Cable can be terminated with a standard connector

Compact and flexible


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 .




https://emcab.co/optical-cable/indoor/indoor-simplex/

75

Ind

oo

r

Features

UV-resistant

Perfect solution for patch cords manufacturing

Cable can be terminated with a standard connector

Compact and flexible


Cable design

1 . Optical fiber

2 . Tight-buffer

3 . Aramid yarns


Parameters• Max rated design tension 0 .180 kN


Duplex

1

1

2

2

3

3

4

Applied for installation inside buildings, in trays, channels, for patch cords manufacturing .




https://emcab.co/optical-cable/indoor/indoor-duplex/

76

Dro

p

DropDesigned for aerial installation on transmission towers, lamp posts, between buildings and structures .






Life time 25 years

We design cables based on our Customers' specific technical Requirements . Please, contact us for a cable designed to your exact specifications .

Discover more

https://emcab.co/optical-cable/indoor/

77

Dro

p

Features

Suitable for aerial installation up to 100 meters

Exceedingly high crush resistance


Cable design

1 . Optical fiber


3 . FRP rod

4 . Jacket


• Max rated design tension 2 .2 kN


Flat Type Drop Reinforced

12

3

3

4

Applied for aerial installation on transmission towers, lamp posts, between buildings and constructions .



https://emcab.co/optical-cable/drop/flat-type-drop-reinforced/


78

Dro

p

Features

Operation temperature range down to -50°С



Cable design

1 . Optical fiber


3 . Ripcord

4 . FRP rod

5 . Jacket


• Max rated design tension 0 .7 kN

• Crush — 1 kN/cm

Flat Type Drop

123

5

4

4





https://emcab.co/optical-cable/drop/flat-type-drop/

79

Dro

p

Features




Cable design

1 . Optical fiber

2 . Tight-buffer


4 . PBT loose tube

5 . Aramid yarns

6 . Jacket

Parameters• Max rated design tension 1 kN


Round Type Drop Tight-buffered

12346 5





https://emcab.co/optical-cable/drop/round-type-drop-reinforced/

80

Dro

p

Features



Cable design

1 . Optical fiber


3 . Aramid yarns

4 . Jacket



• Crush — 130 N/cm

Round Type Drop

1234






https://emcab.co/optical-cable/drop/round-type-drop/

81

Dro

p

82

OP

GW

/Gro

un

d W

ire

OPGW / Ground WireApplied in the construction of fiber-optic link on overhead transmission lines of 35 kV and more .






Life time 50 years


Discover more

https://emcab.co/optical-cable/opgw/

83

OP

GW

/Gro

un

d W

ire

Features

Aluminum alloy wires shield the high-voltage conductors from lightning strikes

Aluminum-clad steel wires are corrosion resistant

Cable design

1 . Optical fiber

2 . Gel-filled stainless steel tube

3 . Stranded wires (Aluminum-clad steel wires

and /or aluminum alloy wires)




• Rated breaking strength up to 210 kN


• Crush - 1 kN/cm

OPGW C

1234

Protection of power lines from lightning overvoltage, construction of optical communication systems .



https://emcab.co/optical-cable/opgw/opgw-c/


84

OP

GW

/Gro

un

d W

ire

Features


Highly corrosion-resistant: ACS wires and aluminum-clad stainless steel tube

Cable design

1 . Optical fiber

2 . Aluminum-clad stainless steel tube filled

with water-blocking gel






• Crush – 1 .5 kN/cm

OPGW CA

123





https://emcab.co/optical-cable/opgw/opgw-ca/

85

OP

GW

/Gro

un

d W

ire

Features



Cable design

1 . Central strength member (aluminum-clad

steel wires or aluminum alloy wires)

2 . Optical fiber

3 . Stainless steel tube filled with water-

blocking gel








• Crush – 1 kN/cm

OPGW S

12

345





https://emcab.co/optical-cable/opgw/opgw-c/

86

OP

GW

/Gro

un

d W

ire

Features

Aluminum alloy wires provide conductivity for fault current

Highly corrosion-resistant: ACS wires and aluminum pipe

Convenient splice preparation

Cable design



3 . Optical fiber



6 . Thermal barrier

7 . Aluminum pipe

8 . Aluminum-clad steel wires and/or

aluminum alloy wires


• Rated breaking strength up to 200 .17 kN

• Max rated design tension up to

200 .17 kN

• Crush – 1 kN/cm

OPGW AP

12

235678 4





https://emcab.co/optical-cable/opgw/opgw-ap/

87

OP

GW

/Gro

un

d W

ire

Features



Mandatory element of 35 kV power lines approaching electrical substations and of all 110 kV power line

Cable design

1 . Central strength member (Aluminum-clad

steel wire)





Parameters• Rated breaking strength up to 700 kN

Ground wire

123





https://emcab.co/optical-cable/opgw/ground-wire/

88

Fire

Rat

ed

Fire Rated

Used for stationary installation when the optical fiber needs extra protection from mechanical damages .






Life time 25 years


Discover more

https://emcab.co/optical-cable/fire-rated/

89

Fire

Rat

ed

Cable design

1 . Optical fiber

2 . Stainless steel tube

3 . Armor of steel wires


1234




Fire Rated Universal

Features

Suitable for all applications

Fire-resistant cable remains functional under influence of flame during 180 minutes

High resistance to crushing (more than 2 kN/cm) which is retained even after a fire

Small size – thin, light, economical

Withstands the physical impact and water used during fire-fighting

For individual installation in cable structures and working spaces .



https://emcab.co/optical-cable/fire-rated/universal/


90

Fire

Rat

ed

Cable design


2 . Optical fiber







12

37 564




Fire Rated Outdoor

Features

Easy to installFire-resistant cable remains functional under influence of flame during 180 minutes






https://emcab.co/optical-cable/fire-rated/outdoor/

91

Fire

Rat

ed

Cable design


2 . Optical fiber




5 . Water-sweallable yarns

6 . Fiberglass rods



167823

4

5




Fire Rated Universal Dielectric

Features

Suitable for all applications







https://emcab.co/optical-cable/fire-rated/fire-rated-dielectric-universal/

92

Fire

Rat

ed




Fire Rated Dielectric

Features

Easy to install

UV resistance



Cable design

1 . Optical fiber

2 . Tight-buffer




5 . Mica glass tape


1233 456

Tight-buffered double jacket design for individual installation in cable structures and working spaces .




https://emcab.co/optical-cable/fire-rated/dielectric/

93

Fire

Rat

ed

Cable design

1 . Optical fiber





5 . Mica glass tape


1538 234




Fire Rated Dielectric Light

Features







https://emcab.co/optical-cable/fire-rated/dielectric-light/

94

Technical InformationHere you can find useful links, unique free software, up-to-date parameters and color identification of optical fibers, guidelines for transportation, storage and maintenance of fiber optic cable, and other information designed to help you build a reliable optical communication system .

Discover more at emcab .co

https://emcab.co/technical-information/

96

Types and Parameters of Optical Fiber

Corning® Fiber is used in all Emcab 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 optical fibers in our cables, but we can also use fibers of

other manufacturers on request .

Single Mode Fiber

Fiber type A A U U ULL N G .654 .E G .657 .A2 G .657 .B3

Fiber brandCorning® SMF28e+®

Corning® SMF28e+®

LL

Corning® SMF-28®

Ultra

Corning® SMF-28® Ultra

200

Corning® SMF-28®

ULL

Corning® LEAF®

Corning® TXF®

Corning® ClearCurve®

LBL

Corning® ClearCurve®

ZBL

ITU-T recommendation

G .652 .D G .652 .DG .652 .D / G .657 .A1

G .652 .D / G .657 .A1

G .652 .B / G .654 .C

G .655 .D G .654 .EG .652 .D /

G .657 .A2/B2G .657 .B3

Dimensional Specifications

Core-Clad Concentricity

≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5 ≤ 0 .5

Cladding Diameter 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7 125 .0 ± 0 .7

Cladding Non-Circularity

≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7% ≤ 0 .7%

Coating Diameter 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5

Transmission Specifications

Wavelength, nm 1310 - 1625 1310 - 1625 1310 - 1625 1310 - 1625 1310 - 1625 1550 1550 - 1625 1310 - 1625 1310 - 1625

Discover more

https://emcab.co/technical-information/characteristics-optical-fiber/

97

Maximum Attenuation (dB/km):

1310 nm wavelength1383 nm wavelength1490 nm wavelength1550 nm wavelength1625 nm wavelength

≤ 0 .35≤ 0 .35≤ 0 .24≤ 0 .20≤ 0 .23

≤ 0 .32≤ 0 .32≤ 0 .21≤ 0 .18≤ 0 .20

0 .32≤ 0 .32≤ 0 .21≤ 0 .18≤ 0 .20

0 .32≤ 0 .32≤ 0 .21≤ 0 .18≤ 0 .20

≤ 0 .31--

≤ 0 .17≤ 0 .20

-≤ 0 .40

-≤ 0 .19≤ 0 .21

---

≤ 0 .17≤ 0 .19

≤ 0 .35≤ 0 .35≤ 0 .24≤ 0 .20≤ 0 .23

≤ 0 .35≤ 0 .35≤ 0 .24≤ 0 .20≤ 0 .23

Dispersion ps/(nm*km)

1550 nm wavelength1625 nm wavelength

≤ 18≤ 22

≤ 18≤ 22

≤ 18≤ 22

≤ 18≤ 22

≤ 18≤ 22

410

≤ 23≤ 29

≤ 18≤ 23

≤ 18≤ 23

Polarization Mode Dispersion (PMD), ps/√km

≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .2 ≤ 0 .2

Zero Dispersion 0,092 0,092 0,092 0,092 0,092 0,07 0,092 0,092 -

Zero Dispersion Wavelength, nm

1304 - 1324 1304 - 1324 1304 - 1324 1304 - 1324 1304 - 1324 - 1304 - 1324 1304 - 1324 -

Cable Cutoff Wavelength, nm

≤ 1260 ≤ 1260 ≤ 1260 ≤ 1260 ≤ 1260 ≤ 1360 ≤ 1520 ≤ 1260 ≤ 1260

Mode-Field Diameter, (μm)

1310 nm wavelength1550 nm wavelength

9 .2 ± 0 .410 .4 ± 0 .5

9 .2 ± 0 .410 .4 ± 0 .5

9 .2 ± 0 .410 .4 ± 0 .5

9 .2 ± 0 .410 .4 ± 0 .5

9 .2 ± 0 .410 .4 ± 0 .5

-9 .6 ± 0 .4

-12 .4 ± 0 .5

8 .6 ± 0 .49 .6 ± 0 .5

8 .6 ± 0 .49 .6 ± 0 .5

Macrobend Loss, dB, λ=1550 nm/1625 nm

(1 turn × R16 mm)(1 turn × R10 mm)(1 turn × R7 .5 mm)(1 turn × R5 mm)(100 turns × R25 mm)(100 turns × R30 mm)

≤ 0 .03 / -----

- / ≤ 0 .03

≤ 0 .03 / -----

- / ≤ 0 .03

-≤ 0 .50 / ≤ 1 .5

----

-≤ 0 .50 / ≤ 1 .5

----

≤ 0 .1 / -----

- / ≤ 0 .05

≤ 0 .50 / ≤ 0 .50----

≤ 0 .05 / ≤ 0 .05

----

≤ 0 .1 / ≤ 0 .1 -

--

≤ 0 .4 / ≤ 0 .8---

---

≤ 0 .10 / ≤ 0 .30--

Fiber type A A U U ULL N G .654 .E G .657 .A2 G .657 .B3

98

Multi-Mode Fiber

Fiber type ‘M’ Type ‘G’ Type

ОМ2 ОМ3 ОМ4 ОМ5 OM1

Fiber brandCorning® ClearCurve®

OM2Corning®

ClearCurve® OM3Corning®


ClearCurve® OM5Corning® InfiniCor®

300

Standard ITU-T G .651 ITU-T G .651 ITU-T G .651 ITU-T G .651 IEC 60793-2-10

Dimensional Specifications

Core Diameter 50 .0 ± 2 .5 50 .0 ± 2 .5 50 .0 ± 2 .5 50 .0 ± 2 .5 62 .5 ± 2 .5

Core-Clad Concentricity ≤ 1 .5 ≤ 1 .5 ≤ 1 .5 ≤ 1 .5 ≤ 1 .5

Cladding Diameter 125 .0 ± 1 .0 125 .0 ± 1 .0 125 .0 ± 1 .0 125 .0 ± 1 .0 125 .0 ± 2 .0

Cladding Non-Circularity ≤ 1 .0% ≤ 1 .0% ≤ 1 .0% ≤ 1 .0% ≤ 1 .0%

Coating Diameter 242 ± 5 242 ± 5 242 ± 5 242 ± 5 242 ± 5

Maximum Attenuation (dB/km)

850 nm wavelength ≤ 2 .3 ≤ 2 .3 ≤ 2 .3 ≤ 2 .3 ≤ 2 .9

953 nm wavelength - - - ≤ 1 .7 -

1300 nm wavelength ≤ 0 .6 ≤ 0 .6 ≤ 0 .6 ≤ 0 .6 ≤ 0 .6

Numerical Aperture 0 .200 ± 0 .015 0 .200 ± 0 .015 0 .200 ± 0 .015 0 .200 ± 0 .015 0 .275 ± 0 .015

Overfilled Bandwidth (MHz * km)

850 nm wavelength 700 1500 3500 3500 200

953 nm wavelength - - - 1850 -

1300 nm wavelength 500 500 500 500 500

Effective Group Index of Retraction

850 nm wavelength 1,482 1,482 1,482 1,482 1,496

1300 nm wavelength 1,477 1,477 1,477 1,477 1,491

99

Fiber type ‘M’ Type ‘G’ Type

ОМ2 ОМ3 ОМ4 ОМ5 OM1

Fiber brandCorning® ClearCurve®

OM2Corning®



ClearCurve® OM5Corning® InfiniCor®

300

Standard ITU-T G .651 ITU-T G .651 ITU-T G .651 ITU-T G .651 IEC 60793-2-10

Attenuation to macrobending (2 turns on a bend former, radius of 15 mm), dB:

at a wavelength of 850 nm ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 ≤ 0 .1 –


Attenuation to macrobending (2 turns on a bend former, radius of 7.5 mm), dB:



100

Color Identification

ANSI / TIA 598 DIN VDE 0888

Fiber/Tube count

Blue

Orange

Green

Brown

Slate

White

Red

Black

Yellow

Violet

Rose

Aqua

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 with ring marks

Yellow with ring marks

Violet with ring marks

Rose with ring marks

Aqua with ring marks

24 16 12 8 4 Fiber/Tube count

Red

Green

Blue

Yellow

White

Slate

Brown

Violet

Aqua

Black

Orange

Rose

Red with ring marks









Natural



24 16 12 8 4

We use all the main color coding systems . Other color identifications are available on request .

Discover more

https://emcab.co/technical-information/color-identification/

101

S12 FIN2012

Fiber/Tube count

Red

Blue

White

Green

Yellow

Slate

Brown

Black

Violet

Orange

Aqua

Rose

Red with ring marks












24 16 12 8 4 Fiber/Tube count

Blue

White

Yellow

Green

Slate

Orange

Brown

Aqua

Black

Violet

Rose

Red












Red with ring marks

24 16 12 8 4

102

Marking systemMarking is printed through each meter according to Emcab standard below or individual customer requirements .

Discover more

Emcab A-DQ2Y 288 24×12 G.652D+G.657.A1

Manufacturer

Cable type

Number of loose tubes

Fibers per loose tube

Fiber count

https://emcab.co/technical-information/marking-system/

103

650N Ø9.5 mm BATCH 2020 00001 mG.652D+G.657.A1

Fiber type

Cable diameter

Batch number

Year of production

Operation tension

Meter marking

104

Always store reels upright and chock securely!

Always lift from the bottom!

Always lift from the side!

Never store or put reels on their side!

Never lift from the front or back!

Always use a steel bar when hoisting by crane!

Never lift from thehub or interior!

Never lift directily with the rigging when hoisting by crane!

steel bar

chock

Transportation. Storage. Installation

Transportation Guides:

• The reels should not be placed on their sides .

• The reels should be fixed . No nailing is allowed while fixing

the reels .

• The truck should have a wooden floor .

Installation guideline overview. Ask Emcab for the installation guidelines for the specific cable you are using:

• Our cables are designed for installation by hand or standard

installation equipment .

• Cable termination and installation should be done in ways and

with instruments that eliminate the danger of cable damage .

• 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

≥20 × cable diameter

Storage Guides:

• The reels should be protected from mechanical impact, as well

as from sunlight, precipitation and dust .

• The reels should not be placed on their sides .

• The storage temperature range is from -50⁰С to +50⁰С .

Discover more

https://emcab.co/technical-information/transport/

105

B

Reel Dimensions

Reel Type Dimensions, mm Reel weightincluding

lagging, kgA B C D E

4 400 370 162 305 80 5

5 500 560 320 500 80 9

6 600 560 320 500 80 10

8b 800 646 450 500 80 50

10 1000 646 545 500 80 95

12 1220 650 650 500 80 125

12а 1220 864 650 710 80 145

14 1400 875 750 710 80 198

14g 1400 1065 750 900 80 206

16а 1600 970 800 800 80 273

17а 1700 1094 900 900 80 330

17mod 1700 1294 900 1100 80 440

18а 1800 1120 900 900 80 400

18mod 1800 1320 900 1100 80 500

18u 1800 1230 1000 1000 80 650

D

A

С

E

Discover more

Roll this way

4583/2019

Optical cableEMCAB

Shipping and handling summary

Always store reels upright and chock securely!

Always lift from the bottom!

Always lift from the side!

Never store or put reels on their side!

Never lift from the front or back!

Always use a steel bar when hoisting by crane!

Never lift from thehub or interior!

Never lift directily with the rigging when hoisting by crane!

steel bar

chock

https://emcab.co/technical-information/color-identification/

106

Digital AssistantsTry our free automated tools which help you choose suitable reel and simplify your ordering process .

Reel Capacity CalculatorBy entering cable diameter and weight (if needed) you will be offered the

available reel options for the required cable length and total reel capacity . It will

calculate the maximum reel length and total weight of reel with cable which is

essential for your logistics purposes .

Discover more

https://emcab.co/technical-information/reel-capacity-calculator/

107

Truck Load CalculatorBy entering the required cable diameter and weight you'll see how many

reels can be placed on the truck and efficiently plan your logistics .

The truck dimensions can be customised, too .

Discover more

https://emcab.co/technical-information/truck-load-calculator/

108

CertificationWe care about producing and supplying the high-quality products

that meet the best international standards .

The management systems used in production are recognized

as ISO compliant .

All materials used in cables manufacturing are RoHS compliant

and all manufacturing processes are REACH compliant .

Discover more

Conformity to RoHS and REACH

Certificate ISO 9001, ISO 14001, ISO 45001

https://emcab.co/technical-information/certification/

110

Emcab GmbH

An der Flurscheide 7

99098 Erfurt Germany

info@emcab .co

Robert Deffa-Wilk

Managing Director

r .deffa-wilk@emcab .co

Benelux

Jan De Vries

+31 85 273 1819

jandev@emtelle .com

Germany

Ralf Gorontzi

+49 2864 9505010

ralfg@emtelle .com

Eastern Europe

Hans Werner Wilk

+49 176 40354052

hansw@emtelle .com

Denmark

Laila Pedersen

+45 86 28 84 88

LailaNP@emtelle .com

Norway and Sweden

Johan Schalin

+46 10 475 49 92

johans@emtelle .com

UK and Ireland

David Parsons

+44 01246 415336

davidp@emtelle .com

Marian Rus

Key Account Manager

m .rus@emcab .co

Alexander Wiebe

Key Account Manager

a .wiebe@emcab .co

Jan Čeněk

Sales and Customer

Support Manager

j .cenek@emcab .co

Mandy Cash

Sales Coordinator

mandy .cash@emcab .co

Management

European Queries

Sales team

Contacts

Emcab.coDiscover more

EmbraceEmcab-lit vibe

Contact us

The package solution for blowing technology

ABC Configurator

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