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Fiber Optic Cable

FOR VOICE AND DATA TRANSMISSION

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Fiber Optic  

Cable Products

This catalog contains in-depth 
information on the General Cable 
line of fiber optic cable for voice, 
video and data transmission.

The product and technical 
sections feature the latest 
information on fiber optic cable 
products, from applications and 
construction to detailed technical 
and specific data.

Our products are readily 
available through our network of 
authorized stocking distributors 
and distribution centers.

We are dedicated to customer 
service and satisfaction – so call 
our team of professionally trained 
sales personnel to meet your 
application needs.

Fiber Optic Cable  

for the 21

st

 Century

All information in this catalog is presented solely 
as a guide to product selection and is believed 
 to be reliable. All printing errors are subject to 
correction in subsequent releases of this catalog. 
Although General Cable has taken precautions to 
ensure the accuracy of the product specifications 
at the time of publication, the specifications of all 
products contained herein are subject to change 
without notice.

GENERAL CABLE, CAROL BRAND, COMBAT 
SERIES, GENASSURANCE, GEN

SPEED

 BRAND, 

HYDROGUARD, NEXTGEN, GENLITE and 17 FREE 
are trademarks of General Cable Technologies 
Corporation.

TFOCA-II is a registered trademark of Fiber 
Systems International.

© 2016. General Cable Technologies Corporation.
Highland Heights, KY 41076
All rights reserved. 

Printed in USA.

Delivering Solutions

  

T H A T   K E E P   Y O U   C O N N E C T E D

 

Q U A L I T Y

General Cable is committed to developing, producing, 
and marketing products that exceed performance, 
quality, value and safety requirements of our 
customers. General Cable’s goal and objectives 
reflect this commitment, whether it’s through our 
focus  on customer service, continuous improvement 
and manufacturing excellence demonstrated by our 
TL9000-registered business management system,   
the independent third-party certification of our 
products, or the development of new and innovative 
products. Our aim is to deliver superior performance 
from all of General Cable’s processes and to strive for 
world-class quality throughout our operations.

C U S T O M E R   S E R V I C E

G E N E R A L C A B L E . C O M

General Cable is dedicated to customer service 
and satisfaction. Call our team of professionally 
trained sales associates at

 

800-424-5666

with any questions to meet your application needs, 
or visit our website at www.generalcable.com.

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What's New?

N E X T G E N

®

  17   F R E E

®

 

General Cable offers halogen-free NextGen

®

 Brand ETL-Listed Riser (CMR) cable. By 

removing halogens, the cable has reduced toxicity, resulting in  a truly “green” cable that 
is less toxic and more environmentally friendly. Look for this product on page 23 in the 
catalog and visit us online at www.generalcable.com for a complete line of products to 
meet your green cabling needs.

F I B E R   R A P I D   F U L F I L L M E N T   P R O G R A M 

General Cable is pleased to announce its Fiber Rapid Fulfillment Program for NextGen 
Brand fiber optic cables. With Fiber Rapid Fulfillment, stock NextGen Brand fiber optic 
cable is cut to length and shipped the same day. 

Order in stock product by 10:30 a.m. EST (Lebanon, IN warehouse) or 10:30 a.m. PST 
(Chino, CA warehouse) = SAME DAY SHIPPING! Orders received after 10:30 AM will be 
shipped the next day.

Keep your inventory low while eliminating waste! We can now provide you with NextGen 
Brand fiber optic cables that can be cut to length and shipped the same day, taking the 
hassle out of your hands!

G E N L I T E ™   B L O W N   O P T I C A L   F I B E R   S Y S T E M S

Blown Optical Fiber technology provides flexibility in network design, while anticipating 
and facilitating future changes as the network evolves. It delivers the best fiber solution 
for backbone, specialty, Fiber-To-The-Desk (FTTD) and Fiber-To- The-Home (FTTH) 
applications. 

NextGen  Brand’s GenLite™ Blown Optical Fiber (BOF) System from General Cable 
provides numerous advantages over conventional fiber optic systems, including 
increased flexibility for the designers of fiber optic networks as well as significant and 
measurable time, cost and service benefits to the network throughout its life cycle. 
Offered as 1-12 single fibers per microduct or as 1-3 bundles of 6 fibers per microduct, 
the GenLite BOF System accommodates Moves, Adds and Changes (MACs) easily and 
quickly with minimal disruption. Learn More on pages 40 – 52 of this catalog! 

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 One Company

Connecting

The World

POWERFUL PRESENCE · PRODUCTS 

PERFORMANCE · PEOPLE

General Cable has been a wire and cable innovator for over 170 

years, always dedicated to connecting and powering people’s lives. 

We are one of the largest wire and cable manufacturers in the world. 

Our company serves customers through a network of manufacturing 

facilities in our core markets and has worldwide sales 

representation and distribution. We are dedicated to the production 

of high-quality aluminum, copper and fiber optic wire and cable and 

systems solutions for the energy, construction, industrial, specialty 

and communications sectors. With a vast portfolio of products to 

meet thousands of diverse application requirements, we continue to 

invest in research and development in order to maintain and extend 

our technology leadership by developing new materials, designing 

new products, and creating new solutions to meet tomorrow’s 

market challenges. 

In addition to our strong brand recognition and strengths in 

technology and manufacturing, General Cable is also competitive 

in such areas as distribution and logistics, marketing, sales and 

customer service. This combination enables us to better serve our 

customers globally and as they expand into new geographic markets. 

General Cable offers our customers all the 

strengths and value of a large company, but our 

people give us the agility and responsiveness of  

a small one. We service you globally or locally.

Visit our Website at  

www.generalcable.com

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General Cable believes corporate social responsibility (CSR) is about creating shared value. 
That means keeping a dual focus in our business decisions: what is good for us as a company 
and what contributes to the greater good of the communities in which we live and work.

Corporate Social Responsibility

C R E A T I N G   S H A R E D   V A L U E

+1.859.572.8000
info

@

generalcable.com

SAFETY

Working safer by working together

General Cable has one worldwide safety vision and goal – 

ZERO & BEYOND

. We measure safety 

performance globally, share best practices and implement sound health and safety management 
systems. Many of our facilities worldwide are OHSAS 18001 (safety management system) certified. 
All North American facilities have implemented an equivalent health and safety management system. 
General Cable was a pioneer in obtaining the OHSAS 18001 Certificate for Occupational Health and 
Safety Management Systems in Europe and North Africa.

SUSTAINABILITY

Responsible practices in daily operations

As a global leader in the wire and cable industry, General Cable recognizes its role and responsibility 
in promoting sustainability. Our strongest business value is continuous improvement in all areas of 
our company. Across our many businesses, the quest to introduce new and better products through 
continuous improvement in environmental designs reflects our commitment to achieving industry-
leading standards and responding proactively to global environmental issues. General Cable was 
the first cable manufacturer to obtain certification for its environmental management system, in 
accordance with the ISO 14001 and EMAS Standards.

CITIZENSHIP

A commitment to being good citizens

Being responsible citizens in our communities is of the utmost importance to us. Unequivocal honesty, 
integrity, forthrightness and fair dealing have long been part of General Cable’s core values and are 
expected globally in all of our business relationships with our customers, employees, suppliers, 
neighbors and competitors. Our company leaders and employees strive to make a difference 
throughout a host of volunteer activities and financial support, improving the communities in which   
we live and work.

INNOVATION

Technologies that power and connect the world

General Cable is delivering innovation that matters. We are focusing on R&D expertise  
and investing in developing wire and cable solutions that meet the challenges confronting  
our customers and the world. In working together and using all the ingenuity and  
creativity we have, we will reach the goal of being the preeminent supplier of  
wire and cabling solutions in the industry, with both green constructions  
and designs for the ever-growing renewable energy market.

Visit www.GeneralCableCSR.com 

to learn more.

A commitment to achieving industry-leading standards 

and responding proactively to environmental global issues.

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Fiber Optic

Table of Contents

SECTION

PAGES

1  Fiber Specification and Selection

1-3

• General Cable Plus Corning

®

 Optical Fiber    . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

• Fiber Specification and Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3

2  Fiber Optic Ordering Information

4-5

• Fiber Optic Ordering Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

• Fiber Optic Part Number System   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

 3  NextGen

®

 Brand Outside Plant Cables

6-20

• Central Tube Single Jacket Armored Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .UNFS  . . . . . . . . . . . . . . . .7

• Loose Tube Single Jacket Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .M1A-DWB  . . . . . . . . . . . .8

• Loose Tube Dual Jacket Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .H1A-DWB  . . . . . . . . . . . .9

• Loose Tube Single Jacket Armored Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .M1F-DWB  . . . . . . . . . . .10

• Loose Tube Dual Jacket Armored Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .H1F-DWB   . . . . . . . . . . .11

• Loose Tube Single Jacket Self-Supporting (Figure-8) Cable . . . . . . . . . . . . . . . . .M1Y-DWB  . . . . . . . . . . .12

• Loose Tube Single Jacket Armored Self-Supporting (Figure-8) Cable  . . . . . . . .M1N-DWB . . . . . . . . . . .13

• Loose Tube Dual Jacket Dual Armored Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . .H1S-DWB   . . . . . . . . . . .14

• Loose Tube Triple Jacket Dual Armored Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . .E1S-DWB. . . . . . . . . . . .15

• Loose Tube Single Jacket Ribbon Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .R1A-DWB   . . . . . . . . . . .16

• Compact Central Loose Tube Drop Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .UNFC  . . . . . . . . . . . . . . .17

• Toneable Flat Drop Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .U1A.TF  . . . . . . . . . . . . . .18

• All-Dielectric Flat Drop Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .U1A . . . . . . . . . . . . . . . . .19

• Mini (Figure-8) Drop Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .U2A . . . . . . . . . . . . . . . . .20

 4  NextGen

®

 Brand Indoor Cables

21-28

• Tight Buffer Distribution Low-Smoke, Zero-Halogen (LSZH) Cable. . . . . . . . . . .PNZ/P1Z  . . . . . . . . . . . .22

• Tight Buffer Distribution Riser Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .PNR/P1R . . . . . . . . . . . .23

• Tight Buffer Distribution Plenum Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .PNU/P1D . . . . . . . . . . . .24

• Tight Buffer Breakout Riser Cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B3R . . . . . . . . . . . . . . . . .25

• Tight Buffer Breakout Plenum Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B3D   . . . . . . . . . . . . . . . .26

• Tight Buffer Distribution Interlock Armored Riser Cable. . . . . . . . . . . . . . . . . . . .PNR-ILRA/P1R-ILRA  . . . . .27

• Tight Buffer Distribution Interlock Armored Plenum Cable  . . . . . . . . . . . . . . . . .PNU-ILPA/PNU-ILPAS . . . .28

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Fiber Optic 

Table of Contents

SECTION

PAGES

 5  NextGen

®

 Brand Indoor/Outdoor Cables

29-36

• Loose Tube Single Jacket Low-Smoke, Zero-Halogen (LSZH) Cable. . . . . . . .M1Z-DT/UNZ-DT  . . . . . . . . 30

• Tight Buffer Distribution Riser Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .ANR.BK/A1R.BK  . . . . . . . . 31

• Tight Buffer Distribution Plenum Cable  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .ANU.BK/A1D.BK  . . . . . . . . 32

• Tight Buffer Distribution Interlock Armored Riser Cable. . . . . . . . . . . . . . . . . .ANR-ILRA/A1R-ILRA. . . . . 33

• Tight Buffer Distribution Interlock Armored Plenum Cable  . . . . . . . . . . . . . . .ANU-ILPA/ANU-ILPAS  . . . 34

• Loose Tube Single Jacket Riser Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .M1M-DT/UNM-DT. . . . . . . 35

• Loose Tube Single Jacket Plenum Cable. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .M1D-DT/H1D-DT/UNU-DT

. . . 

 6  NextGen

®

 Brand Interconnect Cables

37-39

• Tight Buffer 3.0 mm Simplex/Duplex Riser and Plenum Cable  . . . . . . . . . . . .SNR/ZNR/SNU/ZNU 3.0 . . 38

• Tight Buffer 1.6 mm Simplex/Duplex Riser Cable. . . . . . . . . . . . . . . . . . . . . . . .SNR/ZNR 1.6 . . . . . . . . . . . 39

7  Genlite™ Blown Optical Fiber Systems

40-52

• Blown Fiber Technology  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .41

• Blown Optical Fiber System Advantages  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .42

• Blown Optical Fiber System Installation   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .43

• Genlite™ Blown Optical Fiber System Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44-45

• Blowable Fiber  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .46

 Blowable Bundles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .47

• Indoor Multiduct  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .48

• Interlock Armored, Indoor Multiduct   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .49

• Outdoor Multiduct . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .50

• Armored, Outdoor Multiduct   . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .51

• BOF System Connectors and Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .52

8  Tactical Cable Fiber Specification and Combat Series

53-56

• Tactical Breakout Cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .54

• Combat Series

 Military Tactical Distribution Cable TFOCA & TFOCA-II

®

  . . . . . . . . . . . . . . . . . . . . . . .55-56

9  Technical Information

57-68

• Glossary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .58-61

• NEC and CSA Fire Resistance Levels  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .62

• Color Coding Charts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .63

• Conversion Table and Reel Dimensions  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .64

• Part Number Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65-66

• Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .67-68

36

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Standard Warranty

Products covered are Voice and Data Communications cables, including Category 3 cable 
and higher, Fiber Optic cables, Central Office cables (e.g., switchboard cable), Terminating 
cable, and Distribution Frame Wire, Electronics and Telecommunications (e.g., OSP and 
OVD) products.

Standard Warranty Term and Conditions

General Cable warrants that its product will conform to its applicable specifications and 
will be otherwise free from defects in material and workmanship for a period of 12 months 
from the date the product is shipped from its factory (the “Warranty Period”).

General Cable must be given immediate written notice of any defect and the opportunity 
to inspect the product to determine whether a breach of warranty has occurred. This 
warranty covers only products installed at the original installation location. All repairs or 
replacements covered by this warranty will be shipped to the destination point specified in 
the original order. The defective product will, at General Cable’s option, be either scrapped 
or returned to General Cable at its expense and per its shipping instructions.

If General Cable replaces a product under this warranty, the replacement will be 
warranted for the balance of the original Warranty Period.

GenAssurance Product Warranty

SM

F O R   G E N E R A L   C A B L E   D ATA C O M   P R O D U C T S

General Cable is committed to exceeding our customers’ expectations for quality and 
performance. We strive to ensure this quality through extensive in-house and third-party 
testing with strict adherence to our product specifications and industry standards. As 
such, our products carry a standard one-year limited warranty. Additionally, a 25-year 
extended warranty protection plan is available for registered products.

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General Cable’s sole responsibility under this warranty will 
be to repair or replace, at its option and expense, any length 
of product found to be defective during either installation 
or normal or proper use. This warranty does not apply to 
normal wear and tear or damage caused by negligence, lack 
of maintenance, accident, abnormal operation, improper 
installation or service, unauthorized repair, fire, floods, and 
acts of God. All costs incidental to repairing or replacing 
defective products, including but not limited to removal, 
disassembly, reinstallation and reconstruction, will be borne 
by the buyer, and in no event will General Cable be liable for 
such costs.

THE FOREGOING CONSTITUTES GENERAL CABLE’S 
SOLE AND EXCLUSIVE OBLIGATIONS AND LIABILITIES. 
GENERAL CABLE MAKES NO OTHER WARRANTIES ON 
ITS PRODUCTS, EXPRESSED OR IMPLIED, INCLUDING 
WITHOUT LIMITATION ANY WARRANTIES OF 
MERCHANTABILITY OR FITNESS FOR A PARTICULAR 
PURPOSE. ALL OTHER WARRANTIES ARE EXPRESSLY 
DISCLAIMED.

 In no event will General Cable be liable for any incidental, 
special, consequential or punitive damages of any nature 
or kind, however arising, whether in contract, tort or 
otherwise, even if General Cable is deemed to be aware of 
the possibility of such damages.

General Cable, in no event, will be responsible for any 
claims or damage arising out of or connected with this 
warranty or the manufacture, sale, delivery, installation, 
or use of the product in excess of the purchase price of the 
product.

Extended Warranty

General Cable offers a 25-year limited cable warranty on 
Datacom and Electronics products. Registration is required, 
and the warranty is administered by General Cable. To 
register, please complete the registration form, found at www.
generalcable.com in the Pr
oduct Warranty section, and return 
along with required documents.

In addition to offering an extended 25-year limited warranty 
on Datacom and Electronics products, General Cable now 
offers the same extended limited warranty on OVD and OSP 
Telecom products. In order to become eligible for the Telecom 
extended GenAssurance warranty, the network project must 
use only General Cable Datacom copper and fiber for the 
structured cable portion (horizontal cable and inside backbone). 
Upon meeting this criteria, submit the completed registration 
documents to General Cable, and the extended GenAssurance 
warranty will be provided for the Telecom cable products.

Datacom System Warranties

System warranties include the link and channel.  End-to-end 
warranties are typically issued by the connectivity partner. 

• 

Panduit - Premier Connectivity Partner

Registered PanGen and NetGen solutions have a 25-year 
warranty that covers repair or replacement of defective 
components and one point of contact for all cable and 
component inquiries. The warranty is issued by Panduit and 
maintained by both Panduit and General Cable. Additional 
program information can be found at 
www.pangensolutions.com.

Additional connectivity partners include:

• Allen-Tel  

• Hubbell 

• Leviton 

• Siemon

Count on us to deliver the 

solutions that keep you 

connected.

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Prysmian-Fiber-Optic-Cable-Catalog-html.html
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1

Optical Fiber

General Cable, Corning

®

 Optical Fiber. 

Names that are synonymous with cable 
and fiber combine to create the ultimate 
in fiber optics. General Cable partners 
with Corning Optical Fiber to deliver the 
world’s most reliable and technologically 
advanced optical fiber cables.

Singlemode

Standard 

General Cable utilizes Corning

®

 SMF-28e+

™ 

fiber as its standard 

singlemode offering. This is a full-spectrum fiber that is fully 

backward-compatible with legacy singlemode fiber. It enables 

increased optical launch power of legacy singlemode fiber, 

improved macrobend specifications from 0.05 dB to 0.03 dB, 

and tighter zero dispersion wavelength (

l

0) tolerance from a 

range of ± 10 nm to ± 7 nm. This fiber supports all broadband 

applications and complies with the most stringent industry 

standards, such as:

• ITU-T G.652 (Tables A, B, C and D)

• IEC 60793-2-50 Type B1.3

• ISO 11801 052

• TIA/EIA 492-CAAB

• Telecordia GR-20-CORE

Long-Haul

For long-haul applications, rely on General Cable’s long history 

of cable experience and the technology of Corning

®

 LEAF

®

 fiber. 

This is the most widely deployed non-zero dispersion shifted 

(NZ-DSF) fiber in the world and the first low water peak NZ-DSF 

fiber. Its large effective area and industry-leading polarization 

mode dispersion (PMD) specifications enable 10 Gb/s and 40 Gb/s 

network systems of the future.

ClearCurve

®

 ZBL 

General Cable, utilizing Corning

®

 ClearCurve

®

 ZBL Optical 

Fiber, delivers the best macrobending performance in the 

industry while maintaining compatibility with current optical 

fibers, equipment, practices and procedures. This full-spectrum 

singlemode optical fiber, when subjected to smaller radii bends, 

experiences virtually no signal loss. ClearCurve fiber exceeds 

the most stringent bend performance requirements of ITU-T 

Recommendations G.657.B3 while remaining fully compliant 

with ITU-T Recommendation G.652.D and the installed base of 

Corning SMF-28e

®

 and SMF-28e+

®

 fiber.

Multimode

ClearCurve

®

 Multimode Fiber

Corning

®

 ClearCurve

®

 ultra-bendable laser-optimized

™ 

multimode optical fiber delivers the best macrobending 

performance in the industry while maintaining compatibility with 

current optical fibers, equipment, practices and procedures. 

ClearCurve OM3/OM4 multimode fiber is designed to withstand 

tight bends and challenging cable routes with substantially less 

signal loss than conventional multimode fiber. 
These fibers have superior measurement technology and 

manufacturing control, and industry-leading CPC

®

 coatings 

for superior microbend and environmental performance. 

ClearCurve fiber performance is ensured by minEMBc, the 

industry’s leading standards-approved bandwidth measurement 

for OM3 fibers. ClearCurve fibers are the only ones to use this 

measurement to ensure 10 Gb/s performance.

50 micron 

These fibers support data rates of 10 Gb/s at 850 nm. They also 

comply with the most stringent industry standards, such as:

• ISO/IEC 11801, type OM2, OM3 and OM4* fibers

• IEC 60793-2-10, type A1a.1, A1a.2 and A1a.3* fibers

• TIA/EIA, 492AAAB, 492AAAC-A and 492AAAD

*  Assumes IEC draft standard is harmonized with 492AAAD, which was approved

by TIA

62.5 micron

These fibers support data rates of 1 Gb/s in both the 850 nm and 

1300 nm windows. They comply with the most stringent industry 

standards, such as:

• ISO/IEC 11801, type OM1 fiber

• IEC 60793-2-10, type A1b fiber

• TIA/EIA, 492AAAA-A

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2

Fiber Type

General 
Cable

Corning

®

 

Optical Fiber

Description

Standard Loose 

Tube SM

AQ

SMF-28 

Ultra

Full spectrum, low water peak singlemode, ITU-T, Recom-
mendation G.657.A1, IEC 60793-2-50 FOR B1.3 and B6_a1 class 
fibers, TIA/EIA-492CAAB and Telcordia GR-20-CORE, Issue 3 

Performance 

Loose  

Tube SM

AT

SMF-28 

Ultra

Full spectrum, high performance low water peak singlemode with 
0.35/0.25 attenuation, Recommendation G.657.A1, IEC 60793-
2-50 FOR B1.3 and B6_a1 class fibers, TIA/EIA-492CAAB and
Telcordia GR-20-CORE, Issue 3

Tight Buffer SM

AP

SMF-28

Ultra

Full spectrum, low water peak singlemode with 900 µm PVC buffer, 
ITU-T Recommendation G.657.A1, IEC 60793-2-50 FOR B1.3 and 
B6_a1 class fibers, TIA/EIA-492CAAB and Telcordia GR-20-
CORE, Issue 3 

Long-Haul SM

AL

LEAF 

Fiber

Large A

eff

, low water peak, NZ-DSF singlemode, ITU-T G.655

Bendable SM

AY

ClearCurve

®

 

LBL

Full spectrum with best macrobending performance, ITU-T 
G.652.D and ITU-T G.657.A21B2

Ultra-Bendable SM

AZ

ClearCurve

®

 

ZBL

Full spectrum with best macrobending performance, ITU-T 
G.652.D and ITU-T G.657.A

62.5 µm MM

CG

InfiniCor

®

 300 

Fiber

1 Gb/s _< 300 m at 850 nm, OM1*
1 Gb/s _< 550 m at 1300 nm

62.5 µm MM

CL

InfiniCor

®

 

CL

1000 Fiber

10 Gb/s _< 500 m at 850 nm, OM1*
1 Gb/s _< 1000 m at 1300 nm

Ultra-bendable 

50 µm MM

BI

ClearCurve

®

 

OM2 Fiber

10 Gb/s _< 150 m at 850 nm, OM2*
1 Gb/s _< 750 m at 850 nm

Ultra-bendable 

50 µm MM

BE

ClearCurve

®

 

OM3 Fiber

10 Gb/s _< 300 m at 850 nm, OM3*
1 Gb/s _< 1000 m at 850 nm

Ultra-bendable 

50 µm MM

BL

ClearCurve

®

 

OM4 Fiber

10 Gb/s _< 550 m at 850 nm, OM4+*
1 Gb/s _< 1100 m at 850 nm

Ultra-bendable 

50 µm MM

BM

ClearCurve

®

 

OM4 Fiber

10 Gb/s _< 600 m at 850 nm, OM4+*
1 Gb/s _< 1100 m at 850 nm

Optical Fiber Code Cross-Reference

*

 Designation per ISO 11801 Fiber Standards

SMF-28e+ is a trademark and Corning, LEAF, InfiniCor and Plus Corning Optical 

Fiber are registered trademarks of Corning Incorporated, Corning, NY, U.S.A.

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3

Fiber Optic

0  50 100  150  200 250 300 500  550  600

Use the code in the “Fiber Type” column  
to replace the XX notation in the catalog  
number shown on the catalog page. This  
identifies the fiber that will be provided 
with the cable choice.

The fibers in all completed cables are 
tested 100% at the factory for attenuation, 
and each fiber must meet the minimum 
requirements specified by the customer.

MULTIMODE FIBER SELECTION GUIDE

Optical Characteristics:

50/125 PRODUCT FAMILY

62.5/125 PRODUCT FAMILY

UNITS

OM2

Type-BI

OM3

Type-BE

OM4

Type-BL

OM4

Type-BM

OM1

Type-CG

OM1

Type-CL

Maximum Finished Cable 

Attenuation Coefficient

@

850 nm

3.0

3.0

3.0

3.0

3.5

3.5

dB/km

@

1300 nm

1.0

1.0

1.0

1.0

1.0

1.0

dB/km

Overfill Launch Bandwidth

@

850 nm

700

1500

3500

3500

200

200

MHz.km

@

1300 nm

500

500

500

500

500

500

MHz.km

Laser Bandwidth

@

850 nm

850

2000

4700

5350*

220

385

MHz.km

Gigabit Ethernet Link  

Length (1 Gbps)

1000 BASE-SX (850 nm)

750

1000

1100

1100

300

500

meters

1000 BASE-LX (1300 nm)

550

550

550

550

550

1000

meters

10 Gigabit Ethernet  

Length (10 Gbps)

10G BASE-SR (850 nm)

150

300

550

600

33

33

meters

* Using 3.0 dB cable attenuation and 0.7 dB connector allocation

SINGLEMODE FIBER SELECTION GUIDE

FIBER 

DESCRIPTION

FIBER 

TYPE

TYPICAL  

ATTENUATION (dB/km)

GIGABIT ETHERNET 

DISTANCE (METERS)

10 GIGABIT ETHERNET  

DISTANCE (METERS)

1310 nm 1383 nm 1550 nm 1625 nm

1310 nm

1310 nm

1550 nm

OS2 Singlemode - Loose Tube

Premium

AQ

0.40

0.40

0.30

0.35

10,000

5,000

30,000

High Performance

AT

0.35

0.35

0.25

0.30

10,000

5,000

30,000

OS2 Singlemode - Tight Buffer

Distribution

AP

0.65

0.65

10,000

5,000

30,000

Breakout

AP

1.00

1.00

10,000

5,000

30,000

SPECIALTY FIBERS — SINGLEMODE

FIBER 

DESCRIPTION

FIBER

TYPE

TYPICAL ATTENUATION (dB/km) 

TYPICAL APPLICATION

1310 nm 1383 nm 1550 nm 1625 nm

Singlemode (NZDS)

Large Effective Area

AL

0.30

0.30

DWDM

Singlemode

Bend-Insensitive

AZ

0.40

0.40

0.30

0.30

SMALL BEND RADIUS

1 Gbps Link Lengths

 

@

 

850 nm

0 100 200 300 400 500 600 700 800 900 

1000

 

Distance (meters)

OM3/OM4, 50 micron TYPE - BE, 

BL, BM

OM2, 50 micron TYPE - BI

OM1, 62.5 micron TYPE - CL

OM1, 62.5 micron TYPE - CG

OM4, 50 micron TYPE - BM

OM4, 50 micron TYPE - BL
OM3, 50 micron TYPE - BE

OM2, 50 micron TYPE - BI

OM1, 62.5 micron TYPE - CL

OM1, 62.5 micron TYPE - CG

Distance (meters)

10 Gbps Link Lengths

 

@

 

850 nm

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4

Fiber Optic

Fiber Optic Ordering Information 

2

We strive to have a variety of cables in stock for immediate delivery to our customers. Should the 

cable not be in stock, it will be manufactured to your specifications.

To choose a fiber optic cable, you need to know the following:

1) What type and grade of fiber is required?

The system designer will have identified the fiber that is required for the network. Find 

the fiber type that is needed from the Fiber Specification and Selection Guide. Use the 

two-digit NextGen

®

 Fiber Type code to identify the fiber. This code becomes the first two 

digits of the catalog part number, replacing the XX notation.

2) How many fibers are required?

The system designer will also have identified the number of fibers that will be in each 

cable. Fibers are usually cabled in groups of 6 or 12.

3) What cable construction is needed?

The cable construction that is needed is based on a variety of factors. We have a full 

range of products for premises, outside plant and indoor/outdoor to solve nearly every 

application need. Using the catalog as a guide, identify the cable type and construction 

that is needed.

With the cable construction decided, move down the table on the catalog page to find the number 

of fibers required. The first column of that row is the catalog part number. Simply replace the XX 

at the beginning of the catalog number shown with the Fiber Type code found  

in step 1, and the part number is complete.

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5

Fiber Optic 

Fiber Optic Ordering Information

Fiber Optic Part Number System

Example:

 

AP0121PNU-ILPA

Singlemode, 12 Fibers, Tight Buffer Distribution Plenum, 

Interlock Armor Plenum Aluminum

A

2

0

P

U

P

1

1

N

ILPA

1

5

3

7

9

2

6

4

8

[

SUFFIX

]

Fiber Grade 

Position 1, 2

In position 1
A: Singlemode (sm)
B: 50 MM Multimode (mm)
C: 62.5 MM Multimode (mm)
For position 2, reference pages 2 and 3  
for fiber specifications and grades.

Requested Fiber Count 

 Position 3, 4, 5

Standard Offerings:
6  12  24  36  48  72

  

Buffer Construction 

Position 6

1) Tight Buffer; 3) Single Fiber Loose Tube 
4) Multi-Fiber Loose Tube 6) Bare/Ribbon

Note: 2) Quick Strip and 5) Loose Buffer no longer available

Series Type 

 Position 7, 8, 9

Outdoor:

E1S: Loose Tube TJ Dual Armor
H1A: Loose Tube DJ
H1F: Loose Tube DJ Armored
H1S: Loose Tube DJ Dual Armor
M1A: Loose Tube SJ
M1F: Loose Tube SJ Armored
M1N: Loose Tube SJ Armored Self-Supporting
M1Y: Loose Tube SJ Self-Supporting
R1A: Loose Tube SJ Ribbon cable
U1A: All-Dielectric Flat Drop Cable
U1A.TF: Toneable Flat Drop Cable
U2A: Mini (Figure-8) Drop Cable
UNFC: Compact Central Loose Tube Drop Cable
UNFS: Central Tube SJ Armored

Indoor:

B3D: Tight Buffer Breakout Plenum
B3R: Tight Buffer Breakout Riser
PNR/P1R: Tight Buffer Distribution Riser
PNU/P1D: Tight Buffer Distribution Plenum
PNZ/P1Z: Tight Buffer Distribution LSZH

Indoor/Outdoor:

ANR/A1R: Tight Buffer Distribution Riser
ANU/A1D: Tight Buffer Distribution Plenum
M1D: Loose Tube SJ Plenum
M1M: Loose Tube SJ Riser
M1Z: Loose Tube SJ LSZH

Specialty:

GNC: Military Tactical Distribution Cable 

Suffixes

 

BK

Black Jacket (UV Resistant)

DWB

Dry Water Block Cable Core

DT

Dry Tube

ILP

Interlock Armor Plenum Steel

ILPA

Interlock Armor Plenum Aluminum

ILPS

Interlock Armor Plenum Steel w/Sub-Units

ILPAS

Interlock Armor Plenum Aluminum w/Sub-Units

 ILR

Interlock Armor Riser Steel

ILRA

Interlock Armor Riser Aluminum

 ILRS

Interlock Armor Riser Steel w/Sub-Units

ILRAS

Interlock Armor Riser Aluminum w/Sub-Units

RIP

Ripcord

Note:  DJ = Dual Jacket 

SJ = Single Jacket 
TJ = Triple Jacket

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6

NextGen

®

 Brand Outside Plant Cables 

3

Fiber Optic

Index

Page

Central Tube Single  

Jacket Armored Cable 

7

Loose Tube Single 

Jacket Cable 

8

Loose Tube Dual 

Jacket Cable 

9

Loose Tube Single Jacket 

Armored Cable 

10

Loose Tube Dual Jacket 

Armored Cable 

11

Loose Tube Single Jacket  

Self-Supporting (Figure-8) 

Cable

12

Loose Tube Single Jacket 

Armored Self-Supporting 

(Figure-8) Cable 

13

Loose Tube Dual Jacket 

Dual Armored Cable 

14

Loose Tube Triple Jacket 

Dual Armored Cable 

15

Loose Tube Single Jacket 

Ribbon Cable 

16

Compact Central Loose Tube 

Drop Cable 

17

Toneable Flat Drop Cable 

18

All-Dielectric Flat Drop Cable 

19

Mini (Figure-8) Drop Cable 

20

NextGen® Brand fiber optic cable 

is right for any outside plant 

application.

Applications: Outside plant cables 

with loose tube constructions 

are built to withstand adverse 

environments and provide the 

maximum fiber protection. These 

cables perform exceptionally 

well in wet conditions and during 

extreme temperature cycles. 

They can be installed in ducts, 

direct buried and aerial/lashed, 

providing the flexibility needed 

to meet the demands of campus 

backbones and other outside 

plant requirements.

Range of Products: A wide range 

of cables from 2–312 fibers are 

manufactured with a variety of 

designs to meet the demands of 

most installation conditions.

Features: Only the highest quality 

materials are used in NextGen 

fiber optic cables to ensure that 

the cable strength and optical 

integrity are not compromised. 

Rugged jacket materials and the 

addition of armor provide the right 

level of protection. The line of 

outside plant products conforms 

to TIA/EIA, ICEA, Telcordia and 

RUS standards.

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Fiber Optic 

Outside Plant Cables

7

Central Tube Single Jacket Armored Cable

Product Construction:
 Fiber:

•  2–12 fibers
•  Central tube gel-filled
•  Color-coding per TIA/EIA 598 B

 Armor:

•  Corrugated coated steel tape

Outer Jacket:

•  Black UV- and moisture-resistant

polyethylene (PE)

•  Sequential footage markings*

Features:

•  Compact, user-friendly design
•  Central tube armored design provides

excellent fiber protection

Performance:

•   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F)

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

•  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

•  Maximum Crush Resistance:

150 lbs/in (440 N/cm)

Applications:

•  Interbuilding voice or data communication

backbones

•  Installed in ducts, underground conduits,

aerial/lashed or direct buried

•   FTTX

Compliances:

•  Tested in accordance with EIA/TIA-455

FOTPs

•   GR-20 
•  RoHS Compliant Directive 2002/95/EC

* Sequential meter markings available 

upon request

EIA/TIA 455

Typical Cross-Section

Ripcord

Outer Jacket

Corrugated Steel Armor

Overall Strength Members 

Gel-Filled Buffer Tube

Water Blocking Tape

Ripcord

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

12 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0024UNFS

2

1

0.42

10.7

78

116

600

2670

180

800

XX0044UNFS

4

1

0.42

10.7

78

116

600

2670

180

800

XX0064UNFS

6

1

0.42

10.7

78

116

600

2670

180

800

XX0084UNFS

8

1

0.42

10.7

78

116

600

2670

180

800

XX0124UNFS

12

1

0.42

10.7

78

116

600

2670

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0064UNFS

Singlemode, 6 fibers, central tube SJ armored
Please see pages 4 and 5 for a complete guide on part number selection and 

ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Outside Plant Cables 

Fiber Optic

8

Product Construction:

 Fiber:

•  2–312 fibers
•  Loose tube gel-filled
•  Color-coding per TIA/EIA 598 B
Central Strength Member:
•  Epoxy/glass rod

Jacket:

•  Black UV- and moisture-resistant

polyethylene (PE)

•  Sequential footage markings*

Features:

•  Loose tube gel-filled construction for

superior fiber protection

•  UV- and moisture-resistant design
•  Dry Water Block cable core for ease of

handling

Performance:

•   Temperature:

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

•  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD —In-Service

•  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm)

Long - 63 lbs/in (110 N/cm)

Applications:

•  Interbuilding voice or data communication

backbones

•  Installed in ducts, underground conduit or

aerial/lashed

Compliances:

•  Tested in accordance with EIA/TIA-455

FOTPs

•  ICEA S-87-640
•  Rural Utilities Service (RUS) 7 CFR

1755.900 (REA PE-90)

•   GR-20
•  RoHS Compliant Directive 2002/95/EC

Options:

•  Gel-free tube versions also available, use

“-DT” suffix (XX0124M1A-DT)

•  Alternate 6-fiber per tube available upon

request

* Sequential meter markings available 

upon request

Loose Tube Single Jacket Cable

EIA/TIA 455

Ordering Part Number Example

AQ0124M1A-DWB

Singlemode, 12 fibers, loose tube SJ
Please see pages 4 and 5 for a complete guide on part number selection and 

ordering information.

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Typical Cross-Section

Ripcord

Outer Jacket

Overall Strength Member

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

48 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX0023M1A-DWB

2

2

3

0.44

11.1

55

82

600

2700

180 800

XX0044M1A-DWB

4

1

4

0.44

11.1

55

82

600

2700

180 800

XX0064M1A-DWB

6

1

4

0.44

11.1

55

82

600

2700

180 800

XX0084M1A-DWB

8

1

4

0.44

11.1

55

82

600

2700

180 800

XX0124M1A-DWB

12

1

4

0.44

11.1

55

82

600

2700

180 800

XX0184M1A-DWB

18

2

3

0.44

11.1

55

82

600

2700

180 800

XX0244M1A-DWB

24

2

3

0.44

11.1

55

82

600

2700

180 800

XX0364M1A-DWB

36

3

2

0.44

11.1

55

82

600

2700

180 800

XX0484M1A-DWB

48

4

1

0.44

11.1

55

82

600

2700

180 800

XX0604M1A-DWB

60

5

0

0.44

11.1

55

82

600

2700

180 800

XX0724M1A-DWB

72

6

0

0.47

12.0

66

98

600

2700

180 800

XX0964M1A-DWB

96

8

0

0.54

13.7

84

125

600

2700

180 800

XX1204M1A-DWB

120

10

0

0.61

15.4

106

158

600

2700

180 800

XX1444M1A-DWB

144

12

0

0.68

17.3

132

197

600

2700

180 800

XX1924M1A-DWB

192

16

2

0.69

17.6

128

191

600

2700

180 800

XX2164M1A-DWB

216

18

0

0.69

17.6

128

191

600

2700

180 800

XX2404M1A-DWB

240

20

2

0.75

19.0

153

228

600

2700

180 800

XX2644M1A-DWB

264

22

0

0.75

19.0

153

228

600

2700

180 800

XX2884M1A-DWB

288

24

0

0.79

20.0

171

255

600

2700

180 800

XX3124M1A-DWB

312

26

0

0.84

21.3

191

285

600

2700

180 800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Fiber Optic 

Outside Plant Cables

9

Product Construction:
 Fiber:

•  2–144 fibers
•  Loose tube gel-filled
•  Color-coding per TIA/EIA 598 B

Central Strength Member:

•  Epoxy/glass rod

Inner Jacket:

•  Black UV- and moisture-resistant

polyethylene (PE)

Outer Jacket:

•  Black UV- and moisture-resistant

polyethylene (PE)

•  Sequential footage markings*

Features:

•  Loose tube gel-filled construction for

superior fiber protection

•  UV- and moisture-resistant design
•  Added protection of an inner jacket
•  Dry Water Block cable core for ease of

handling

Performance:

•   Temperature:

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

•  Minimum Bend Radius:

20 X OD—Installation 

10 X OD—In-Service

•  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm)

Long - 63 lbs/in (110 N/cm)

Applications:

•  Interbuilding voice or data
communication backbones
•  Installed in ducts, underground conduits,

aerial/lashed or direct buried

Compliances:

•  Tested in accordance with EIA/TIA-455

FOTPs

•  ICEA S-87-640
•  Rural Utilities Service (RUS) 7 CFR

1755.900 (REA PE-90)

•   GR-20
•  RoHS Compliant Directive 2002/95/EC

Options:

•  Alternate 6-fiber per tube available upon

request

* Sequential meter markings available 

upon request

Loose Tube Dual Jacket Cable

EIA/TIA 455

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Typical Cross-Section

Ripcords 
Outer Jacket

Overall Strength Member
Inner Jacket

Water Blocking Tape
Gel-Filled Buffer Tube
Central Strength Member
Filler
Ripcords

48 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0023H1A-DWB

2

2

3

0.51

13.0

78

116

600

2700

180

800

XX0044H1A-DWB

4

1

4

0.51

13.0

78

116

600

2700

180

800

XX0064H1A-DWB

6

1

4

0.51

13.0

78

116

600

2700

180

800

XX0084H1A-DWB

8

1

4

0.51

13.0

78

116

600

2700

180

800

XX0124H1A-DWB

12

1

4

0.51

13.0

78

116

600

2700

180

800

XX0184H1A-DWB

18

2

3

0.51

13.0

78

116

600

2700

180

800

XX0244H1A-DWB

24

2

3

0.51

13.0

78

116

600

2700

180

800

XX0364H1A-DWB

36

3

2

0.51

13.0

78

116

600

2700

180

800

XX0484H1A-DWB

48

4

1

0.51

13.0

78

116

600

2700

180

800

XX0604H1A-DWB

60

5

0

0.51

13.0

78

116

600

2700

180

800

XX0724H1A-DWB

72

6

0

0.54

13.7

90

134

600

2700

180

800

XX0964H1A-DWB

96

8

0

0.61

15.4

111

165

600

2700

180

800

XX1204H1A-DWB

120

10

0

0.67

17.1

131

195

600

2700

180

800

XX1444H1A-DWB

144

12

0

0.75

19.0

167

248

600

2700

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0124H1A-DWB

Singlemode, 12 fibers, loose tube DJ
Please see pages 4 and 5 for a complete guide on part number selection and 

ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Outside Plant Cables 

Fiber Optic

10

Product Construction:

 

Fiber:

  •  2–312 fibers
  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod

 

Armor:

  •  Corrugated coated steel tape

 

Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Rodent-resistant construction
  •  Dry Water Block cable core for ease of 

handling

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 63 lbs/in (110 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried

Compliances:

  •  Tested in accordance with EIA/TIA-455 

FOTPs

  •  ICEA S-87-640
  •  Rural Utilities Service (RUS) 7 CFR 

1755.900 (REA PE-90)

  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

  •  Gel-free tube versions also available, use 

“-DT” suffix (XX0124M1F-DT)**

  •  Alternate 6-fiber per tube available upon 

request

  * Sequential meter markings available 

upon request

  ** DT-Max 216 Fiber (call to request cable 

dimensions)

Loose Tube Single Jacket Armored Cable

EIA/TIA 455

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Typical Cross-Section

48 Fiber

Ripcord

Outer Jacket

Corrugated Steel Armor

Overall Strength Member

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

Ordering Part Number Example

AQ0124M1F-DWB

Singlemode, 12 fibers, loose tube SJ armored
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm LBS/1000' kg/km LBS

N

LBS

N

XX0023M1F-DWB

2

2

3

0.48

12.1

91

135

600

2670

180

800

XX0044M1F-DWB

4

1

4

0.48

12.1

91

135

600

2670

180

800

XX0064M1F-DWB

6

1

4

0.48

12.1

91

135

600

2670

180

800

XX0084M1F-DWB

8

1

4

0.48

12.1

91

135

600

2670

180

800

XX0124M1F-DWB

12

1

4

0.48

12.1

91

135

600

2670

180

800

XX0184M1F-DWB

18

2

3

0.48

12.1

91

135

600

2670

180

800

XX0244M1F-DWB

24

2

3

0.48

12.1

91

135

600

2670

180

800

XX0364M1F-DWB

36

3

2

0.48

12.1

91

135

600

2670

180

800

XX0484M1F-DWB

48

4

1

0.48

12.1

91

135

600

2670

180

800

XX0604M1F-DWB

60

5

0

0.48

12.1

91

135

600

2670

180

800

XX0724M1F-DWB

72

6

0

0.54

13.6

109

162

600

2670

180

800

XX0964M1F-DWB

96

8

0

0.60

15.3

129

191

600

2670

180

800

XX1204M1F-DWB

120

10

0

0.68

17.2

161

239

600

2670

180

800

XX1444M1F-DWB

144

12

0

0.75

19.1

193

287

600

2670

180

800

XX1924M1F-DWB

192

16

2

0.76

19.4

189

281

600

2670

180

800

XX2164M1F-DWB

216

18

0

0.76

19.4

189

281

600

2670

180

800

XX2404M1F-DWB

240

20

2

0.82

20.7

212

315

600

2670

180

800

XX2644M1F-DWB

264

22

0

0.82

20.7

212

315

600

2670

180

800

XX2884M1F-DWB

288

24

0

0.85

21.7

236

351

600

2670

180

800

XX3124M1F-DWB

312

26

0

0.91

23.0

258

384

600

2670

180

800

XX denotes glass type. 
A complete listing of NextGen® Brand glass types is specified on page 3 of this catalog.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Fiber Optic 

Outside Plant Cables

11

Loose Tube Dual Jacket Armored Cable

EIA/TIA 455

Product Construction:
 Fiber:

  •  2–312 fibers
  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

 

Central Strength Member:

  •  Epoxy/glass rod

 

Inner Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

 

Armor:

  •  Corrugated coated steel tape

  Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Rodent-resistant construction
  •  Dry Water Block cable core for ease of 

handling

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 63 lbs/in (110 N/cm)

Applications:

  •  Interbuilding voice or data communication 

backbones

  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried

Compliances:

  •  Tested in accordance with EIA/TIA-455 
   FOTPs
  •  ICEA S-87-640
  •  Rural Utilities Service (RUS) 7 CFR 
    1755.900 (REA PE-90)
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

  •  Gel-free tube versions also available, use 

“-DT” suffix (XX0124M1F-DT)**

  •  Alternate 6-fiber per tube available upon 

request

  * Sequential meter markings available 

upon request

  ** DT-Max 216 Fiber (call to request cable 

dimensions)

Typical Cross-Section

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Ripcords 
Outer Jacket
Corrugated Steel Armor
Overall Strength Member
Inner Jacket
Water Blocking Tape
Gel-Filled Buffer Tube
Central Strength Member
Filler
Ripcords

48 Fiber

Ordering Part Number Example

AQ0124H1F-DWB

Singlemode, 12 fibers, loose tube DJ armored
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm LBS/1000' kg/km LBS

N

LBS

N

XX0023H1F-DWB

2

2

3

0.59

15.0

128

190

600

2670

180

800

XX0044H1F-DWB

4

1

4

0.59

15.0

128

190

600

2670

180

800

XX0064H1F-DWB

6

1

4

0.59

15.0

128

190

600

2670

180

800

XX0084H1F-DWB

8

1

4

0.59

15.0

128

190

600

2670

180

800

XX0124H1F-DWB

12

1

4

0.59

15.0

128

190

600

2670

180

800

XX0184H1F-DWB

18

2

3

0.59

15.0

128

190

600

2670

180

800

XX0244H1F-DWB

24

2

3

0.59

15.0

128

190

600

2670

180

800

XX0364H1F-DWB

36

3

2

0.59

15.0

128

190

600

2670

180

800

XX0484H1F-DWB

48

4

1

0.59

15.0

128

190

600

2670

180

800

XX0604H1F-DWB

60

5

0

0.59

15.0

128

190

600

2670

180

800

XX0724H1F-DWB

72

6

0

0.63

15.9

143

213

600

2670

180

800

XX0964H1F-DWB

96

8

0

0.69

17.6

169

251

600

2670

180

800

XX1204H1F-DWB

120

10

0

0.76

19.3

201

299

600

2670

180

800

XX1444H1F-DWB

144

12

0

0.84

21.2

234

348

600

2670

180

800

XX1924H1F-DWB

192

16

2

0.85

21.5

230

342

600

2670

180

800

XX2164H1F-DWB

216

18

0

0.85

21.5

230

342

600

2670

180

800

XX2404H1F-DWB

240

20

2

0.90

22.9

259

385

600

2670

180

800

XX2644H1F-DWB

264

22

0

0.90

22.9

259

385

600

2670

180

800

XX2884H1F-DWB

288

24

0

0.94

23.9

282

420

600

2670

180

800

XX3124H1F-DWB

312

26

0

0.99

25.2

310

461

600

2670

180

800

XX denotes glass type. 
A complete listing of NextGen® Brand glass types is specified on page 3 of this catalog.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Outside Plant Cables 

Fiber Optic

12

Product Construction:

 

Fiber:

  •  2–216 fibers
  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

 

Central Strength Member:

  •  Epoxy/glass rod

 Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

  Messenger Wire:

  •  1/4" stranded EHS galvanized steel
  •  MRCL with messenger** = 14,923 N/ 

3,350 kF

Features:
  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Self-supporting figure-8 design

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 63 lbs/in (110 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed aerially

Compliances:

  •  Tested in accordance with EIA/TIA-455 

FOTPs

  •  ICEA S-87-640
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

  •  Alternate 6-fiber per tube available upon 

request

 
   * Sequential meter markings available 

upon request

  ** Installation load should be lower than 

maximum rated cable load to allow for 

wind and ice loading in accordance 

with NESC guidelines.

Loose Tube Single Jacket Self-Supporting  

(Figure-8) Cable

EIA/TIA 455

Typical Cross-Section

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.

Installation Notes:

The Maximum Tensile Load in the 

data table refers to the cable core 

only. Users should base sag and 

tension calculations on 1/4" EHS 

messenger per local guidelines 

and practices. Additional data is 

available upon request.

48 Fiber

Messenger Wire

Jacket Web

Outer Jacket

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER X 

CABLE HEIGHT

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD 

WITHOUT MESSENGER

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX0023M1Y-DWB

2

2

3

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0044M1Y-DWB

4

1

4

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0064M1Y-DWB

6

1

4

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0084M1Y-DWB

8

1

4

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0124M1Y-DWB

12

1

4

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0184M1Y-DWB

18

2

3

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0244M1Y-DWB

24

2

3

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0364M1Y-DWB

36

3

2

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0484M1Y-DWB

48

4

1

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0604M1Y-DWB

60

5

0

0.465 x 0.925 11.8 x 23.5

208

310

600

2700

180 800

XX0724M1Y-DWB

72

6

0

0.500 x 0.957 12.7 x 24.3

217

323

600

2700

180 800

XX0964M1Y-DWB

96

8

0

0.567 x 1.028 14.4 x 26.1

236

351

600

2700

180 800

XX1204M1Y-DWB

120

10

2

0.697 x 1.157 17.7 x 29.4

278

426

600

2700

180 800

XX1444M1Y-DWB

144

12

0

0.697 x 1.157 17.7 x 29.4

278

426

600

2700

180 800

XX1924M1Y-DWB

192

16

2

0.709 x 1.169 18.0 x 29.7

286

414

600

2700

180 800

XX2164M1Y-DWB

216

18

0

0.709 x 1.169 18.0 x 29.7

286

414

600

2700

180 800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0244M1Y-DWB

Singlemode, 24 fibers, loose tube (figure 8)
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Fiber Optic 

Outside Plant Cables

13

Product Construction:
 Fiber:

 

•  2–216 fibers

  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B
  Central Strength Member:
  •  Epoxy/glass rod

 

Armor:

 

•  Corrugated coated steel tape

 

Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

 

Messenger Wire:

  •  1/4" stranded EHS galvanized steel
  •  MRCL with messenger** = 14,923 N/ 

3,350 kF

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Self-supporting figure-8 design

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 63 lbs/in (110 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed aerially

Compliances:

  •  Tested in accordance with EIA/TIA-455 

FOTPs

  •  ICEA S-87-640
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

  •  Alternate 6-fiber per tube available upon 

request

 
  * Sequential meter markings available 

upon request

  ** Installation load should be lower than 

maximum rated cable load to allow for 

wind and ice loading in accordance 

with NESC guidelines.

Loose Tube Single Jacket Armored Self-Supporting  

(Figure-8) Cable

EIA/TIA 455

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.

Typical Cross-Section

Installation Notes:

The Maximum Tensile Load in the 

data table refers to the cable core 

only. Users should base sag and 

tension calculations on 1/4" EHS 

messenger per local guidelines 

and practices. Additional data is 

available upon request.

48 Fiber

Messenger Wire

Jacket Web

Outer Jacket

Corrugated Steel Armor

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER X 

CABLE HEIGHT

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD 

WITHOUT MESSENGER
SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX0023M1N-DWB

2

2

3

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0044M1N-DWB

4

1

4

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0064M1N-DWB

6

1

4

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0084M1N-DWB

8

1

4

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0124M1N-DWB

12

1

4

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0184M1N-DWB

18

2

3

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0244M1N-DWB

24

2

3

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0364M1N-DWB

36

3

2

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0484M1N-DWB

48

4

1

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0604M1N-DWB

60

5

0

0.469 x 0.929 11.9 x 23.6

237

352

600

2700

180 800

XX0724M1N-DWB

72

6

0

0.535 x 0.996 13.6 x 25.3

255

379

600

2700

180 800

XX0964M1N-DWB

96

8

0

0.602 x 1.063 15.3 x 27.0

275

409

600

2700

180 800

XX1204M1N-DWB

120

10

2

0.752 x 1.213 19.1 x 30.8

339

498

600

2700

180 800

XX1444M1N-DWB

144

12

0

0.752 x 1.213 19.1 x 30.8

339

498

600

2700

180 800

XX1924M1N-DWB

192

16

2

0.764 x 1.228 19.4 x 31.2

335

505

600

2700

180 800

XX2164M1N-DWB

216

18

0

0.764 x 1.228 19.4 x 31.2

335

505

600

2700

180 800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

 

Ordering Part Number Example

AQ0244M1N-DWB

Singlemode, 24 fibers, loose tube SJ armored (figure 8)
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Outside Plant Cables 

Fiber Optic

14

Product Construction:
 Fiber:

  •  2–144 fibers
  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod

  1st Armor:

 

• Corrugated coated steel tape

  Inner Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  2nd Armor:

 

•  Corrugated coated steel tape

  Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Rodent-resistant construction
  •  Dry Water Block cable core for ease of 

handling

Performance:

 

•   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 250 lbs/in (440 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried

Compliances:

  •  Tested in accordance with EIA/TIA 455 

FOTPs

  •  ICEA S-87-640
  •  Rural Utilities Service (RUS) 7 CFR 
    1755.900 (REA PE-90)
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

 

•  Gel-free tube versions also available, use 

“-DT suffix” (XX0124M1F-DT)

  •  Alternate 6-fiber per HIS tube available 

upon request

  * Sequential meter markings available 

upon request

Loose Tube Dual Jacket Dual Armored Cable

EIA/TIA 455

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Typical Cross-Section

48 Fiber

Ripcord

Outer Jacket

Corrugated Steel Armor

Inner Jacket

Corrugated Steel Armor

Overall Strength Members

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

Ordering Part Number Example

AQ0124H1S-DWB

Singlemode, 12 fibers, DJ dual armored
Please see pages 4 and 5 for a complete guide on part number selection and 
ordering information.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX0024H1S-DWB

2

5

3

0.66

16.8

188

280

600

2700

180

800

XX0044H1S-DWB

4

5

4

0.66

16.8

188

280

600

2700

180

800

XX0064H1S-DWB

6

5

4

0.66

16.8

188

280

600

2700

180

800

XX0084H1S-DWB

8

5

4

0.66

16.8

188

280

600

2700

180

800

XX0124H1S-DWB

12

5

4

0.66

16.8

188

280

600

2700

180

800

XX0184H1S-DWB

18

5

3

0.66

16.8

188

280

600

2700

180

800

XX0244H1S-DWB

24

5

3

0.66

16.8

188

280

600

2700

180

800

XX0364H1S-DWB

36

5

2

0.66

16.8

188

280

600

2700

180

800

XX0484H1S-DWB

48

5

1

0.66

16.8

188

280

600

2700

180

800

XX0604H1S-DWB

60

5

0

0.66

16.8

188

280

600

2700

180

800

XX0724H1S-DWB

72

6

0

0.72

18.3

217

324

600

2700

180

800

XX0964H1S-DWB

96

8

0

0.79

20.0

247

368

600

2700

180

800

XX1204H1S-DWB

120

10

2

0.86

21.9

292

435

600

2700

180

800

XX1444H1S-DWB

144

12

0

0.94

23.8

338

505

600

2700

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Fiber Optic 

Outside Plant Cables

15

Product Construction:
 Fiber:

  •  2–144 fibers
  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod

  Inner Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  1st Armor:

 

•  Corrugated coated steel tape

  Middle Jacket:

 

•  Black UV- and moisture-resistant 

polyethylene (PE)

  2nd Armor:

  •  Corrugated coated steel tape

 

Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Rodent-resistant construction
  •  Dry Water Block cable core for ease of 

handling

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F)  

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 250 lbs/in (440 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried

Compliances:

 

•  Tested in accordance with EIA/TIA-455 

FOTPs

  •  ICEA S-87-640
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

  •  Gel-free tube versions also available, use 

“-DT suffix” (XX0124M1F-DT)

  •  Alternate 6-fiber per tube available upon 

request

 
  * Sequential meter markings available 

upon request

Loose Tube Triple Jacket Dual Armored Cable

EIA/TIA 455

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

48 Fiber

Ripcord

Outer Jacket

Corrugated Steel Armor

Middle Jacket

Corrugated Steel Armor

Overall Strength Members

Inner Jacket

Water Blocking Tape

Gel-Filled Buffer Tube

Central Strength Member

Filler

Ripcord

Ordering Part Number Example

AQ0124E1S-DWB

Singlemode, 12 fibers, TJ dual armored
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NO. OF

FILLERS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm LBS/1000' kg/km LBS

N

LBS

N

XX0024E1S-DWB

2

5

3

0.78

19.7

243

362

600

2700

180

800

XX0044E1S-DWB

4

5

4

0.78

19.7

243

362

600

2700

180

800

XX0064E1S-DWB

6

5

4

0.78

19.7

243

362

600

2700

180

800

XX0084E1S-DWB

8

5

4

0.78

19.7

243

362

600

2700

180

800

XX0124E1S-DWB

12

5

4

0.78

19.7

243

362

600

2700

180

800

XX0184E1S-DWB

18

5

3

0.78

19.7

243

362

600

2700

180

800

XX0244E1S-DWB

24

5

3

0.78

19.7

243

362

600

2700

180

800

XX0364E1S-DWB

36

5

2

0.78

19.7

243

362

600

2700

180

800

XX0484E1S-DWB

48

5

1

0.78

19.7

243

362

600

2700

180

800

XX0604E1S-DWB

60

5

0

0.78

19.7

243

362

600

2700

180

800

XX0724E1S-DWB

72

6

0

0.81

20.6

262

390

600

2700

180

800

XX0964E1S-DWB

96

8

0

0.88

22.3

302

450

600

2700

180

800

XX1204E1S-DWB

120

10

2

0.94

24.0

346

515

600

2700

180

800

XX1444E1S-DWB

144

12

0

1.02

25.9

392

585

600

2700

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Typical Cross-Section

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

Outside Plant Cables 

Fiber Optic

16

Product Construction:
 Fiber:

 

•  288–864 fibers

  •  Loose tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

 

•  Epoxy/glass rod

  Overall Strength Member:

 

•  Fiberglass yarns

  •  Aramid yarn overall strength member 

available upon request

  Outer Jacket:

 

•  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Loose tube gel-filled construction for 

superior fiber protection

  •  UV- and moisture-resistant design
  •  Rodent-resistant construction**
  •  Dry Water Block cable core for ease of 

handling

Performance:

 

•   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

Short - 125 lbs/in (220 N/cm) 

Long - 63 lbs/in (110 N/cm)

Applications:
  •  Interbuilding voice or data communication 

backbones

  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried**

Compliances:

 

•  Tested in accordance with EIA/TIA-455 

FOTPs

  •  ICEA S-87-640
  •   GR-20
  •  RoHS Compliant Directive 2002/95/EC

Options:

 

• Copper trace wire (unarmored design)

  • Armor — corrugated steel tape
 
  * Sequential meter markings available 

upon request

  ** Rodent resistance and direct-buried
      applies to armored design only

Loose Tube Single Jacket Ribbon Cable

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.
For complete listing of all fiber counts offered, please contact your General Cable sales 

representative.
Factory-installed eyelet option for quick cable-pull setups available.

Typical Cross-Section

Ripcord 

Outer Jacket

Overall Strength Members

Water Blocking Tape

Gel-Filled Buffer Tube

Fiber Ribbons

Central Strength Member

Filler

Ripcord

288 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

RIBBONS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX2886R1A-DWB

228

24

0.841

21.4

208

310

1000

4500

180

800

XX3606R1A-DWB

360

30

0.841

21.4

208

310

1000

4500

180

800

XX4326R1A-DWB

432

36

0.841

21.4

208

310

1000

4500

180

800

XX4446R1A-DWB

444

37

1.050

26.7

297

442

1000

4500

180

800

XX5046R1A-DWB

504

42

1.050

26.7

297

442

1000

4500

180

800

XX5766R1A-DWB

576

48

1.050

26.7

297

442

1000

4500

180

800

XX6486R1A-DWB

648

54

1.050

26.7

297

442

1000

4500

180

800

XX7206R1A-DWB

720

60

1.050

26.7

297

442

1000

4500

180

800

XX7926R1A-DWB

792

66

1.050

26.7

297

442

1000

4500

180

800

XX8646R1A-DWB

864

72

1.050

26.7

297

442

1000

4500

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ2886R1A-DWB

Singlemode, 12 fibers, loose tube ribbon
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

EIA/TIA 455

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Fiber Optic 

Outside Plant Cables

17

Compact Central Loose Tube Drop Cable

Product Construction:
 Fiber:

 

•  2–12 fibers

  •  Central tube gel-filled
  •  Color-coding per TIA/EIA 598 B

 Armor:

 

•  Corrugated coated steel tape 

  Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Compact, user-friendly design
  •  Central tube armored design provides 

excellent fiber protection

  •  Easy to install

Performance:

 

•   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

150 lbs/in (440 N/cm)

Applications:

  •  Broadband network
  •  Installed in ducts, underground conduits, 

aerial/lashed or direct buried

  •   FTTX

Compliances:

  •  Tested in accordance with EIA/TIA-455 

FOTPs

  •   GR-20 
  •  RoHS Compliant Directive 2002/95/EC
 
  * Sequential meter markings available 

upon request    

Typical Cross-Section

Ripcord

Outer Jacket

Corrugated Steel Armor

Ripcord

Water Blocking Strength 

Member

Buffer Tube

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

12 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0024UNFC

2

1

0.36

9.1

62

93

600

2700

180

800

XX0044UNFC

4

1

0.36

9.1

62

93

600

2700

180

800

XX0064UNFC

6

1

0.36

9.1

62

93

600

2700

180

800

XX0084UNFC

8

1

0.36

9.1

62

93

600

2700

180

800

XX0124UNFC

12

1

0.36

9.1

62

93

600

2700

180

800

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0064UNFC

Singlemode, 6 fibers, fiber compact central loose tube cable
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

EIA/TIA 455

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Outside Plant Cables 

Fiber Optic

18

Toneable Flat Drop Cable

Product Construction:
 Fiber:

 

•  2–12 fibers

  •  Central tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Outer Jacket:

 

•  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

  •  Compact, user-friendly design
  •  Central tube armored design provides 

excellent fiber protection

  •  Easy to install

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F)  

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

5.9 X OD—Installation 

3.9 X OD—In-Service

  •  Highly crush-resistant

Applications:

  •  Broadband network
  •  Installed in ducts
  •   FTTX

Compliances:

  •  Rural Utilities Service (RUS) 

7 CFR 1755.900 (REA PE-90)

 
  * Sequential meter markings available 

upon request

Typical Cross-Section

24 AWG Tracer Wire

Outer Jacket

Strength Members

Ripcord

Water Blocking Material 

Buffer Tube

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

12 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN

mm

LBS/1000' kg/km

LBS

N

XX0024U1A.TF

2

1

0.440

0.20

28

42

300

1336

XX0044U1A.TF

4

1

0.440

0.20

28

42

300

1336

XX0064U1A.TF

6

1

0.440

0.20

28

42

300

1336

XX0084U1A.TF

8

1

0.440

0.20

28

42

300

1336

XX0124U1A.TF

12

1

0.440

0.20

28

42

300

1336

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0064U1A.TF

Singlemode, 6 fibers, toneable flat drop cable
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
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Fiber Optic 

Outside Plant Cables

19

All-Dielectric Flat Drop Cable

Product Construction:
 Fiber:

 

•  2–12 fibers

  •  Central tube gel-filled
  •  Color-coding per TIA/EIA 598 B

  Outer Jacket:

  •  Black UV- and moisture-resistant 

polyethylene (PE)

  •  Sequential footage markings*

Features:

 

•  Compact, user-friendly design

  •  Central tube armored design provides 

excellent fiber protection

  •  Easy to install

Performance:

 

•   Temperature: 

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -30˚C (-22˚F) to +60˚C (+140˚F)  

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

5.9 X OD—Installation 

3.9 X OD—In-Service

  •  Highly crush-resistant

 Applications:

  •  Broadband network
  •  Installed in ducts or aerial/lashed
  •   FTTX

Compliances:

  •  Rural Utilities Service (RUS) 

7 CFR 1755.900 (REA PE-90)

 
  * Sequential meter markings available 

upon request

Typical Cross-Section

Outer Jacket

Strength Members

Ripcord

Water Blocking Material 

Buffer Tube

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

12 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN

mm

LBS/1000' kg/km

LBS

N

XX0024U1A

2

1

0.33 x 0.20 8.5 x 5.0

26

39

300

1336

XX0044U1A

4

1

0.33 x 0.20 8.5 x 5.0

26

39

300

1336

XX0064U1A

6

1

0.33 x 0.20 8.5 x 5.0

26

39

300

1336

XX0084U1A

8

1

0.33 x 0.20 8.5 x 5.0

26

39

300

1336

XX0124U1A

12

1

0.33 x 0.20 8.5 x 5.0

26

39

300

1336

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0064U1A

Singlemode, 6 fibers, all-dielectric flat drop cable
Please see pages 4 and 5 for a complete guide on part number selection and  

ordering information.

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Outside Plant Cables 

Fiber Optic

20

Mini (Figure-8) Drop Cable

Product Construction:
 Fiber:

•  2–12 fibers
•  Color-coding per TIA/EIA 598 B

Outer Jacket:

•  Black UV- and moisture-resistant

polyethylene (PE)

•  Sequential footage markings*

Features:

•  Compact, user-friendly design
•  Central tube armored design provides

excellent fiber protection

•  Easy to install

Performance:

•   Temperature:

Storage -40˚C (-40˚F) to +75˚C (+167˚F) 

Installation -20˚C (-4˚F) to +60˚C (+140˚F)  

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

•  Minimum Bend Radius:

6.7 X OD—Installation 

2.6 X OD—In-Service

Applications:

•  Broadband network
•  Installed in ducts or aerial/lashed
•   FTTX

Compliances:

•  Rural Utilities Service (RUS) 

7 CFR 1755.900 (REA PE-90)

* Sequential meter markings available 

upon request

Typical Cross-Section

Stranded Stainless Steel 
Messenger

Outer Jacket

Strength Members 

Buffer Tube

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

12 Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

SUB-UNIT

CABLE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0024U2A

2

1

0.33 x 0.17 8.5 x 4.4

37

55

30

134

525

2335

XX0044U2A

4

1

0.33 x 0.17 8.5 x 4.4

37

55

30

134

525

2335

XX0064U2A

6

1

0.33 x 0.17 8.5 x 4.4

37

55

30

134

525

2335

XX0084U2A

8

1

0.33 x 0.17 8.5 x 4.4

37

55

30

134

525

2335

XX0124U2A

12

1

0.33 x 0.17 8.5 x 4.4

37

55

30

134

525

2335

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0064U2A

Singlemode, 6 fibers, aerial and duct drop cable
Please see pages 4 and 5 for a complete guide on part number selection and 

ordering information.

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21

NextGen

®

 Brand Indoor Cables 

4

 

Fiber Optic

Index Page

Tight Buffer Distribution  

Low-Smoke, Zero-Halogen  

(LSZH) Cable 

22

Tight Buffer Distribution 

Riser Cable 

23

Tight Buffer Distribution 

Plenum Cable 

24

Tight Buffer Breakout 

Riser Cable 

25

Tight Buffer Breakout 

Plenum Cable 

26

Tight Buffer Distribution  

Interlock Armored Riser Cable 

27

Tight Buffer Distribution  

Interlock Armored Plenum Cable  28

NextGen

®

 Brand fiber optic 

cables are optimized for any 

premises application.

Applications: Premises cables 

with 900 µm tight buffer 

constructions are built to 

withstand the continuous 

handling and difficult routing 

typical of building backbones. 

These fiber optic cables 

emphasize flexibility, handling 

and proper fiber termination 

characteristics. This provides 

reliable and simple installations 

every time. These cables are 

used for intrabuilding vertical 

(backbone) and horizontal runs.

Range of Products: Includes the 

manufacture of riser, plenum and 

low-smoke, zero-halogen (LSZH) 

cables. This includes distribution 

designs as well as breakout style 

cables. Fiber counts range up to 

144 fibers.

Features: Premises cables have 

an industry-standard 900 µm 

tight buffer for termination to 

connectors. The tight buffer 

diameter is tightly controlled 

to provide reliable, first-

time connections. Breakout 

cables utilize 2.4 mm breakout 

dimensions for rugged 

environments and compatibility 

with connectors. All fibers are 

color-coded and subgrouped (if 

necessary) for easy identification 

for handling.

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22

Fiber Optic 

Indoor Cables

Product Construction:

 

Fiber:

  •  2–72 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

 

Central Strength Member:

  •  Epoxy/glass rod (above 12 fibers)

 

Overall Strength Member:

  •  Aramid fiber yarn

 

Jacket:

  •  Flame-retardant LSZH compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Lightweight, flexible design simplifies 

installation

  •  Tight buffer provides individual fiber 

protection

  •  Tight buffered fibers are easy to handle 

and strip for field connectorization

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  •  Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding voice or data communication 

backbones

  •  ETL Listed Type OFNR for installation 

in vertical riser and general horizontal 

applications when installed in accordance 

with NEC article 770.154 and 770.179

Compliances:

  •  ETL Listed Type OFNR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-83-596
  •  RoHS Compliant Directive 2002/95/EC
  • GR-409

  * Sequential meter markings available 

upon request

Tight Buffer Distribution Low-Smoke,  

Zero-Halogen (LSZH) Cable

 

Type OFNR, CSA FT4

TIA 568 C.3

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021PNZ

2

0.17

4

11

16

225

1000

65

290

XX0041PNZ

4

0.18

5

13

19

225

1000

65

290

XX0061PNZ

6

0.20

5

15

22

225

1000

65

290

XX0081PNZ

8

0.20

5

17

25

245

1090

70

310

XX0121PNZ

12

0.23

6

21

31

320

1425

112

500

XX0181P1Z

18

3

0.47

12

84

125

600

2670

200

890

XX0241P1Z

24

4

0.53

13

92

137

800

3560

270

1201

XX0361P1Z

36

6

0.64

16

142

211

1000

4448

335

1490

XX0481P1Z

48

4

0.61

15

122

182

1000

4448

335

1490

XX0601P1Z

60

5

0.67

17

156

232

1200

5338

400

1780

XX0721P1Z

72

6

0.74

19

192

286

1500

6672

500

2224

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0121PNZ or BE0241P1Z

50 µm multimode, 12 or 24 fibers, tight buffer LSZH 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Typical Cross-Sections

P1Z 

≥ 

18 Fiber

LSZH Jacket

Overall Strength  

Member
900 µm Tight  

Buffer Fiber

Sub-Unit

Central Strength  

Member

PNZ 

≤ 

12 Fiber

LSZH Jacket

Overall Strength  

Member

900 µm Tight  

Buffer Fiber

Prysmian-Fiber-Optic-Cable-Catalog-html.html
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23

Indoor Cables 

Fiber Optic

Tight Buffer Distribution Riser Cable

Type OFNR, CSA FT4

Product Construction:
 Fiber:

  •  2–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod (P1R)

  Overall Strength Member:

  •  Aramid fiber yarn

 Jacket:

  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Lightweight, flexible design simplifies 

installation

  •  Tight buffer provides individual fiber 

protection

  •  Tight buffered fibers are easy to handle 

and strip for field connectorization

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  •  Maximum Vertical Rise —1,640 ft (500 m)

Applications:

  •  Intrabuilding voice or data 
    communication backbones
  •  ETL Listed Type OFNR for installation in  

vertical riser and general horizontal 

applications when installed in accordance 

with NEC article 770.154 

and 770.179

Compliances:

  •  ETL Listed Type OFNR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-83-596
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Option:

  •  Ripcord available on PNRs, comes as 

standard on P1Rs

  * Sequential meter markings available 

upon request

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

Ordering Part Number Example

BE0241PNR or BE0241P1R

50 µm multimode, 24 fibers, tight buffer distribution riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Typical Cross-Sections

P1R

 

≥ 

18 Fiber

Flame-Retardant  

Jacket
Overall Strength  

Member
900 µm Tight  

Buffer Fiber
Sub-Unit
Central Strength  

Member
Ripcord

PNR

 

≤ 

24 Fiber

Flame-Retardant  

Jacket

Overall Strength  

Member

900 µm Tight  

Buffer Fiber

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km LBS

N

LBS

N

XX0021PNR

2

0.19

5

14

20

225

1000

65

290

XX0041PNR

4

0.20

5

16

23

225

1000

65

290

XX0061PNR

6

0.20

5

18

27

225

1000

65

290

XX0081PNR

8

0.22

6

20

30

245

1090

70

310

XX0101PNR

10

0.24

6

23

34

320

1425

112

500

XX0121PNR

12

0.25

6

24

36

320

1425

112

500

XX0181P1R

18

3

0.46

12

76

113

600

2670

200

890

XX0181PNR

18

0.33

8

45

67

320

1425

112

500

XX0241P1R

24

4

0.52

13

84

125

800

3560

270 1201

XX0241PNR

24

0.34

9

47

70

320

1425

112

500

XX0361P1R

36

6

0.65

17

152

226

1000

4448

335 1490

XX0481P1R

48

4

0.63

16

133

197

1000

4448

335 1490

XX0601P1R

60

5

0.69

17

155

231

1200

5338

400 1780

XX0721P1R

72

6

0.76

19

202

301

1500

6672

500 2224

XX0961P1R

96

8

0.89

23

289

430

2000

8896

670 2980

XX1201P1R

120

10

1.00

25

297

442

3000

13345

1000 4448

XX1441P1R

144

12

1.00

25

304

452

3000

13345

1000 4448

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

24

TIA 568 C.3

Fiber Optic 

Indoor Cables

Tight Buffer Distribution Plenum Cable

Type OFNP, CSA FT6

Product Construction:
 Fiber:

  •  2–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

 

Central Strength Member:

  •  Epoxy/glass rod (P1D)

 

Overall Strength Member:

  •  Aramid fiber yarn

 

Jacket:

  •  Flame-retardant compound or 

fluoropolymer

  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Lightweight, flexible design simplifies 

installation

  •  Tight buffer provides individual fiber 

protection

  •  Tight buffered fibers are easy to handle 

and strip for field connectorization

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  •  Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding voice or data communication 

backbones

  •  ETL Listed Type OFNP for installation in  

ducts, plenums and other spaces used as 

environmental air returns when installed 

in accordance with NEC article 770.154 

and 770.179

Compliances:

  •  ETL Listed Type OFNP
  •  CSA FT6
  •  TIA 568 C.3
  •  ICEA S-83-596
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Option:

  •  Ripcord available on PNUs, comes as 

standard on P1Ds

  * Sequential meter markings available 

upon request

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021PNU

2

0.17

4

12

17

225

1000

65

290

XX0041PNU

4

0.18

5

14

20

225

1000

65

290

XX0061PNU

6

0.18

5

16

24

225

1000

65

290

XX0081PNU

8

0.21

5

18

27

245

1090

70

311

XX0121PNU

12

0.22

6

23

34

320

1423

112

500

XX0181PNU

18

0.31

8

42

63

320

1423

112

500

XX0241PNU

24

0.32

8

45

67

320

1423

112

500

XX0361P1D

36

6

0.61

16

151

225

1000

4448

335

1490

XX0481P1D

48

4

0.58

15

135

200

1000

4448

335

1490

XX0601P1D

60

5

0.67

17

186

277

1000

4448

335

1490

XX0721P1D

72

6

0.73

19

217

323

1000

4448

335

1490

XX0961P1D

96

8

0.86

22

312

464

1500

6672

500

2224

XX1201P1D

120

10

0.96

24

374

556

1500

6672

500

2224

XX1441P1D

144

12

0.96

24

394

586

1500

6672

500

2224

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0241PNU or BE0361P1D

50 µm multimode, 24 or 36 fibers, tight buffer distribution plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Typical Cross-Sections

P1D 

≥ 

36 Fiber

Flame-Retardant  

Jacket
Overall Strength  

Member
900 µm Tight  

Buffer Fiber
Sub-Unit
Central Strength  

Member
Ripcord

PNU 

≤ 

24 Fiber

Flame-Retardant  

Jacket

Overall Strength  

Member

900 µm Tight  

Buffer Fiber

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

25

TIA 568 C.3

Indoor Cables 

Fiber Optic

Tight Buffer Breakout Riser Cable

Type OFNR, CSA FT4

Product Construction:

 

Fiber:

  •  2–24 fibers
  •  900 µm white tight buffer
  •  2.4 mm jacketed sub-units, with overall 

jacket color coding

 

Central Strength Member:

  •  Aramid fiber yarn
  •  Optional epoxy glass rod (BIR)

  Overall Strength Member:

  •  Aramid fiber yarn 

 

Jacket:

  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Rugged individual fiber protection
  •  Easily terminated with fiber sub-units
  •  Heavy-duty premises applications
  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

1000 lbs/in (1750 N/cm)

  •  Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding voice or data communication 

backbones

  •  ETL Listed Type OFNR for installation in  

vertical riser and general horizontal 

applications when installed in accordance 

with NEC article 770.154 and 770.179

Compliances:

  •  ETL Listed Type OFNR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-83-596
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

  * Sequential meter markings available 

upon request

6 Fiber

Typical Cross-Section

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021B3R

2

2

0.27

7

28

41

270

1200

110

490

XX0041B3R

4

4

0.31

8

37

54

450

2000

180

800

XX0061B3R

6

6

0.37

9

51

76

450

2000

180

800

XX0081B3R

8

8

0.43

11

71

106

600

2670

200

890

XX0121B3R

12

12

0.47

12

79

117

790

3515

270

1200

XX0181B3R

18

18

0.56

14

111

165

1000

4450

400

1780

XX0241B3R

24

24

0.65

16

153

228

1230

5470

450

2000

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0121B3R

50 µm multimode, 12 fibers, tight buffer breakout riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Jacket

Core Separator Tape

2.4 mm Sub-Unit

900 µm Tight Buffer Fiber

Overall Strength Member

Central Strength Member

Ripcord

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

26

TIA 568 C.3

Fiber Optic 

Indoor Cables

Product Construction:
 Fiber:

  •  2–48 fibers
  •  900 µm white tight buffer
  •  2.4 mm jacketed sub-units, with overall 

jacket color coding

 

Central Strength Member:

  •  Aramid fiber yarn
  •  Optional epoxy glass rod (B1D)

  Overall Strength Member:

  •  Aramid fiber yarn

 

Jacket:

  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Rugged individual fiber protection
  •  Easily terminated with fiber sub-units
  •  Heavy-duty premises applications
  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  •  Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding voice or data communication 

backbones

  •  ETL Listed Type OFNP for installation  

in ducts, plenums and other spaces 

used as environmental air returns when 

installed in accordance with NEC article 

770.154 and 770.179

Compliances:

  •  ETL and c(ETL) Listed Type OFNP
  •  CSA FT6
  •  TIA 568 C.3
  •  ICEA S-83-596
  •  RoHS Compliant Directive 2002/95/EC
  • GR-409

  * Sequential meter markings available 

upon request

Tight Buffer Breakout Plenum Cable

Type OFNP, CSA FT6

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021B3D

2

2

0.24

6

27

40

270

1200

110

490

XX0041B3D

4

4

0.28

7

33

49

450

2000

180

800

XX0061B3D

6

6

0.34

9

50

74

450

2000

180

800

XX0081B3D

8

8

0.40

10

72

107

600

2670

200

890

XX0121B3D

12

12

0.44

11

76

113

790

3515

270

1200

XX0181B3D

18

18

0.54

14

122

181

1000

4450

400

1780

XX0241B3D

24

24

0.63

16

171

254

1230

5470

450

2000

XX0361B3D

36

36

0.73

19

209

311

2000

8896

600

2669

XX0481B3D

48

48

0.84

21

261

388

2600

11565

780

3470

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0121B3D

50 µm multimode, 12 fibers, tight buffer breakout plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

6 Fiber

Typical Cross-Section

Outer Jacket

Core Separator Tape

2.4 mm Sub-Unit

900 µm Tight Buffer Fiber

Overall Strength Member

Central Strength Member

Ripcord

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

27

TIA 568 C.3

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

Typical Cross-Sections

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021PNR-ILRA

2

0.52

13

85

126

550

2447

165

734

XX0041PNR-ILRA

4

0.57

14

95

141

550

2447

165

734

XX0061PNR-ILRA

6

0.57

14

98

146

550

2447

165

734

XX0121PNR-ILRA

12

0.57

14

104

155

550

2447

165

734

XX0241PNR-ILRA

24

0.67

17

144

214

550

2447

165

734

XX0241P1R-ILRA

24

4

0.87

22

238

354

1000

4448

300

1334

XX0361P1R-ILRA

36

6

0.99

25

360

536

1000

4448

300

1334

XX0481P1R-ILRA

48

4

0.99

25

330

491

1000

4448

300

1334

XX0601P1R-ILRA

60

5

1.04

26

364

542

1000

4448

300

1334

XX0721P1R-ILRA

72

6

1.09

28

422

628

1000

4448

300

1334

XX0961P1R-ILRA

96

8

1.24

32

543

808

1000

4448

335

1490

XX1201P1R-ILRA

120

10

1.39

35

584

826

1000

4448

335

1490

XX1441P1R-ILRA

144

12

1.39

35

555

869

1000

4448

335

1490

XX Denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0241PNR-ILRA or BE0241PNR-ILRA

50 µm multimode, 24 fibers, tight buffer distribution interlock armor riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Flame-

Retardant Jacket

Interlock Armor

Sub-Unit Flame-

Retardant Jacket

Overall Strength 

Member

900 µm Tight 

Buffer Fiber

Inner Jacket

P1R-ILRA

 

≥ 

24 Fiber

Outer Flame-

Retardant Jacket

Interlock Armor

Inner Flame-

Retardant Jacket

Strength Member

900 µm Tight 

Buffer Fiber

Filler

Inner Jacket

PNR-ILRA 

≤ 

24 Fiber

IndoorCables 

Fiber Optic

Tight Buffer Distribution Interlock Armored Riser Cable

Type OFCR, CSA FT4

Product Construction:
 Fiber:

  •  2–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

 

Overall Strength Member:

  •  Aramid fiber yarn

 

Inner Jacket:

  •  Flame-retardant compound

 Armor:

  •  Interlock aluminum (-ILRA)

  Outer Jacket:

  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers (except 

10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Interlock armor provides outstanding 

mechanical protection

  •  Interlock armor is flexible and easy to use
  •  Tight buffer provides individual fiber 

protection

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

1,500 lbs/in (2,627 N/cm)

Applications:

  •  Harsh premises environments requiring 

heavy-duty protection

  •  ETL Type OFCR for installation in any 

premises location when installed in 

accordance with NEC article 770.154 

and 770.179

Compliances:

  •  ETL Listed Type OFCR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-83-596
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Note:

    Armored cable without an outer jacket 

available upon request (-IL)

  * Sequential meter markings available 

upon request

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

28

TIA 568 C.3

Fiber Optic 

Indoor Cables

Tight Buffer Distribution Interlock Armored Plenum Cable

Type OFCP, CSA FT6

Product Construction:

 Fiber:

  •  4–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

  Overall Strength Member:

  •  Aramid fiber yarn

 

Inner Jacket:

  •  Flame-retardant compound

 

Armor:

  •  Interlock aluminum (-ILPA)

  Outer Jacket:

  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers (except 

10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Interlock armor provides outstanding  

mechanical protection

  •  Interlock armor is flexible and easy to use
  •  Tight buffer provides individual fiber 

protection

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

1,500 lbs/in (2,627 N/cm)

Applications:

  •   Harsh premises environments requiring 

heavy-duty protection

  •  ETL Type OFCP for installation in any 

premises location when installed in 

accordance with NEC article 770.154 

and 770.179

Compliances:

  •  ETL Listed Type OFCP
  •  CSA FT6
  •  TIA 568 C.3
  •  ICEA S-83-596
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Note:

    Armored cable without an outer jacket 

available upon request (-IL)

 
  * Sequential meter markings available 

upon request

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

Typical Cross-Sections

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021PNU-ILPA

2

0.49

12

80

119

550

2447

165

734

XX0041PNU-ILPA

4

0.49

12

82

122

550

2447

165

734

XX0061PNU-ILPA

6

0.49

12

84

125

550

2447

165

734

XX0121PNU-ILPA

12

0.49

12

100

149

550

2447

165

734

XX0241PNU-ILPA

24

0.59

15

138

205

550

2447

165

734

XX0241PNU-ILPAS

24

4

0.70

18

136

202

1000

4448

300

1334

XX0361PNU-ILPAS

36

6

0.73

19

158

235

1000

4448

300

1334

XX0481PNU-ILPAS

48

4

0.80

20

209

311

1000

4448

300

1334

XX0601PNU-ILPAS

60

5

0.85

22

187

278

1000

4448

300

1334

XX0721PNU-ILPAS

72

6

0.95

24

273

406

1000

4448

300

1334

XX0961PNU-ILPAS

96

8

1.05

27

328

488

1000

4448

335

1490

XX1201PNU-ILPAS

120

10

1.10

28

372

554

1000

4448

335

1490

XX1441PNU-ILPAS

144

12

1.20

31

386

574

1000

4448

335

1490

XX Denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0241PNU-ILPA or BE0241PNU-ILPAS

50 µm multimode, 24 fibers, tight buffer distribution interlock armor plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

PNU-ILPAS 

≥ 

24 Fiber

Outer Flame-

Retardant Jacket

Interlock Armor

Sub-Unit Flame-

Retardant Jacket

Overall Strength 

Member

900 µm Tight 

Buffer Fiber

Inner Jacket

PNU-ILPA 

≤ 

24 Fiber

Outer Flame-

Retardant Jacket

Interlock Armor

Sub-Unit Flame-

Retardant Jacket

Strength Member

900 µm Tight 

Buffer Fiber

Filler

Inner Jacket

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

29

Fiber Optic 

Indoor/Outdoor Cables

NextGen

®

 Brand Indoor/Outdoor Cables 

5

Index Page

Loose Tube Single Jacket  

Low-Smoke, Zero-Halogen 

(LSZH) Cable 

30

Tight Buffer Distribution 

Riser Cable 

31

Tight Buffer Distribution  

Plenum Cable 

32

Tight Buffer Distribution  

Interlock Armored Riser Cable 

33

Tight Buffer Distribution  

Interlock Armored Plenum Cable  34

Loose Tube Single Jacket 

Riser Cable 

35

Loose Tube Single Jacket 

Plenum Cable 

36

The concept, production and 

application of indoor/outdoor fiber 

optic cables has been a big part of 

the NextGen

®

 Brand product line 

for more than a decade. As a leader 

in easy-to-use, field-friendly fiber 

optic cables, the indoor/outdoor 

product line has been especially 

well-known to users who appreciate 

the features it provides.

Applications: Whether primarily for 

indoor or outdoor use, we have an 

impressive choice of products that 

have the ability to route from either 

a plenum or riser building space 

to an outdoor run. This eliminates 

the costly and space-consuming 

transition point at the building 

entrance and improves the system 

loss budget. These cables are most 

efficient when used to directly 

connect equipment rooms (on any 

floor) in different buildings or to 

connect a manhole location to an 

equipment room.

Range of Products:  

Indoor/outdoor fiber optic  

cables include loose tube (dry or 

gel-filled) and tight buffer (900 µm)  

designs. These are available in a 

variety of configurations and jacket 

types to cover riser and plenum 

requirements for indoor cable and 

the ability to be run in duct, direct 

buried or aerial/lashed in the 

outside plant. The following catalog 

pages provide information on proper 

interbuilding and intrabuilding 

applications.

Features: These products reduce 

the system cost by eliminating 

splice points, simplifying cable 

handling and gaining flexibility with 

the choice of building entrances. 

All cables meet appropriate NEC 

requirements and are listed with 

ETL. Tight buffer designs allow 

direct termination of fibers with 

industry-standard connectors and 

techniques. Loose tube designs 

provide more fiber protection in 

harsh outdoor environments and 

are readily spliced to existing 

outside plant cables. Most indoor/

outdoor fiber optic cables utilize 

Dry Water Block technology in 

the cable core to protect the 

fibers and provide fast, clean fiber 

preparation.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
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30

Indoor/Outdoor Cables 

Fiber Optic

Head

Sm Head

Product Construction:
 Fiber:

  • Up to 144 fibers
  • Dry Loose Tube
  • Color-coding per TIA/EIA 598 B

  Central Strength Member:

  • Epoxy/glass rod in stranded designs

 Jacket:

  •  Black UV-, moisture-resistant and flame-

retardant LSZH polymer

  • Other colors available upon request
  • Sequential footage markings*

Features:

  •  Dry loose tube for termination
  •  Flexible buffer tubes for routing
  • LSZH jacket for fire protection

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation* -30˚C (-22˚F) to +50˚C(+122˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •*-10˚C(+14˚F) to 50˚C(122˚F) for central  
    loose tube

Applications:

  •  Interbuilding and intrabuilding voice or 
    data communication backbones
  •  Installed in ducts, underground conduits 

or aerial/lashed

Compliances:

  • ETL Listed Type OFNR-LS
  • OFNR for central tube
  • ICEA S-104-696
  •  RoHS Compliant Directive 2002/95/EC

 * Sequential meter markings available 

upon request

Loose Tube Single Jacket Low-Smoke, Zero-Halogen 

(LSZH) Cable 

Type OFNR-LS

Buffer Tube 6 or 12 

fibers

Outer Jacket

Water Blocking 

Strength Members

 

Ripcord

Flame-Retardant 

LSZH Jacket

Waterblocking Tape

Dry Loose Tube

Fiber
Central Strength 

Member

Flame Retardent 

Tape

36 Fiber

Typical Cross-Section 

Central Loose Tube

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0244M1Z-DT

24

2

0.41

10.3

64

95

600

2670

180

800

XX0364M1Z-DT

36

3

0.41

10.3

64

95

600

2670

180

800

XX0484M1Z-DT

48

4

0.41

10.3

64

95

600

2670

180

800

XX0604M1Z-DT

60

5

0.41

10.3

64

95

600

2670

180

800

XX0724M1Z-DT

72

6

0.44

11.2

70

104

600

2670

180

800

XX0964M1Z-DT

96

8

0.51

12.9

96

143

600

2670

180

800

XX1204M1Z-DT

120

10

0.57

14.8

123

183

600

2670

180

800

XX1444M1Z-DT

144

12

0.63

16.1

155

231

600

2670

180

800

Ordering Part Number Example

AQ0244M1Z-DT

Singlemode, 24 fibers, Loose tube LSZH 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog

XX0064UNZ-DT

6

1

0.31

7.9

43

64

300

1335

90

400

XX0124UNZ-DT

12

1

0.31

7.9

43

64

300

1335

90

400

(M1Z-DT)

(UNZ-DT)

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31

Fiber Optic 

Indoor/Outdoor Cables

Product Construction:
 Fiber:

  •  2–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod (A1R)

  Overall Strength Member:

  •  Aramid fiber yarn

 Jacket:

  •  UV-resistant black jacket
  •  Flame-retardant compound
  •  Sequential footage markings*

Features:

  •  Dry Water Block cable core for fiber 

protection

  •  Direct termination of connectors on tight 

buffer

  •  Sub-units are numbered for identification

Performance:

  •    Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F) 

    Operating -20˚C (-4˚F) to +70˚C (+158˚F)
  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  •  Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding and interbuilding voice or 

data communication backbones

  •  Outdoor use in ducts and underground 

conduits

  •  ETL Listed Type OFNR for installation in  

vertical riser and general horizontal 

applications when installed in accordance 

with NEC article 770.154 and 770.179

Compliances:

  •  ETL Listed Type OFNR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-104-696
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

 * Sequential meter markings available 

upon request

Tight Buffer Distribution Riser Cable

Type OFNR, CSA FT4

TIA 568 C.3

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021ANR.BK

2

0.19

5

14

20

300

1334

90

400

XX0041ANR.BK

4

0.20

5

16

24

320

1423

96

427

XX0061ANR.BK

6

0.20

6

18

27

320

1423

96

427

XX0081ANR.BK

8

0.22

6

20

30

320

1423

96

427

XX0101ANR.BK

10

0.24

6

23

34

400

1780

120

534

XX0121ANR.BK

12

0.25

6

24

36

400

1780

120

534

XX0181A1R.BK

18

3

0.47

12

79

118

750

3336

250

1112

XX0181ANR.BK

18

0.33

8

45

67

320

1425

112

500

XX0241A1R.BK

24

4

0.53

13

86

128

1000

4448

300

1334

XX0241ANR.BK

24

0.34

9

47

70

320

1425

112

500

XX0361A1R.BK

36

6

0.66

17

147

219

1300

5783

390

1735

XX0481A1R.BK

48

4

0.64

16

137

204

1300

5783

390

1735

XX0601A1R.BK

60

5

0.70

18

168

250

1500

6672

450

2002

XX0721A1R.BK

72

6

0.77

20

207

308

1900

8452

570

2535

XX0961A1R.BK

96

8

0.91

23

289

430

2000

8896

670

2980

XX1201A1R.BK

120

10

1.02

26

313

466

3000 13345 1000

4448

XX1441A1R.BK

144

12

1.02

26

314

467

3000 13345 1000

4448

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Typical Cross-Sections

A1R 

≥ 

18 Fiber

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Sub-Unit

Central Strength Member

ANR 

≤ 

24 Fiber

Flame-Retardant  

Jacket

Strength Member

900 µm Tight 

Buffer Fiber

Filler

Ordering Part Number Example

BE0241ANR.BK or BE0241A1R.BK

50 µm multimode, 24 fibers, tight buffer distribution riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

32

Indoor/Outdoor Cables 

Fiber Optic

Tight Buffer Distribution Plenum Cable

Indoor/Outdoor Dry Water Block, Type OFNP, CSA FT6

TIA 568 C.3

Product Construction:
 Fiber:

  • 2–144 fibers
  • 900 µm tight buffer
  • Color-coding per TIA/IEIA 598 B

  Central Strength Member:

  • Epoxy/glass rod (above 12 fibers)

  Overall Strength Member:

  • Aramid fiber yarn

 

Jacket:

  •  UV-resistant black jacket
  •  Flame-retardant compound
  • Sequential footage markings*

Features:

  •  Dry Water Block cable core for fiber 

protection

  •  Direct termination of connectors on 

tight buffer

  • Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F) 

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

850 lbs/in (1485 N/cm)

  • Maximum Vertical Rise—1,640 ft (500 m)

Applications:

  •  Intrabuilding and interbuilding voice or 

data communication backbones

  •  Outdoor use in ducts and underground 

conduits

  •  ETL Listed Type OFNP for installation 

in vertical riser and general horizontal 

applications when installed in accordance 

with NEC article 770.154 and 770.179

Compliances:

  • ETL Listed Type OFNP
  • CSA FT6
  •  TIA 568 C.3
  • ICEA S-104-696
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC
 
  * Sequential meter markings available 

upon request

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021ANU.BK

2

0.17

4

11.7

17.4

300

1334

90

400

XX0041ANU.BK

4

0.18

5

13.7

20.4

320

1423

96

427

XX0061ANU.BK

6

0.18

5

16.0

23.8

320

1423

96

427

XX0081ANU.BK

8

0.19

5

18.0

26.8

320

1423

96

427

XX0101ANU.BK

10

0.22

6

20.7

30.8

400

1780

120

534

XX0121ANU.BK

12

0.22

6

22.7

33.8

400

1780

120

534

XX0181ANU.BK

18

0.31

8

42.0

63

320

1423

112

500

XX0241ANU.BK

24

0.32

8

45.0

67

320

1423

112

500

XX0361A1D.BK

36

6

0.61

16

151

225

1300

5783

390

1735

XX0481A1D.BK

48

4

0.58

15

135

200

1300

5783

390

1735

XX0601A1D.BK

60

5

0.67

17

186

277

1500

6672

450

2002

XX0721A1D.BK

72

6

0.73

19

217

323

1900

8452

570

2535

XX0961A1D.BK

96

8

0.86

22

312

464

2000

8896

670

2980

XX1201A1D.BK

120

10

0.96

24

374

556

2000

8896

670

2535

XX1441A1D.BK

144

12

0.96

24

394

586

2000

8896

670

2980

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

* Double jacket design

Typical Cross-Sections

A1D.BK 

≥ 

36 Fiber

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Sub-Unit

Central Strength Member

ANU.BK 

≤ 

24 Fiber

Flame-Retardant  

Jacket

Strength Member

900 µm Tight 

Buffer Fiber

Filler

Ordering Part Number Example

BE0241ANU.BK or BE0361A1D.BK

50 µm multimode, 24 or 36 fibers, tight buffer distribution plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

33

Fiber Optic 

Indoor/Outdoor Cables

Tight Buffer Distribution Interlock Armored Riser Cable

Type OFCR, CSA FT4

Product Construction:
 Fiber:

  •  2–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

  Overall Strength Member:

  •  Water-swellable aramid fiber yarn

  Inner Jacket:

  •  Flame-retardant compound

 Armor:

  •  Interlock aluminum

  Outer Jacket:

  •  UV-resistant black jacket
  •  Flame-retardant compound
  •  Sequential footage markings*

Features:

  •  Interlock armor provides outstanding 

mechanical protection

  •  Interlock armor is flexible and easy to use
  •  Tight buffer provides individual fiber 

protection

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F) 

    Operating -20˚C (-4˚F) to +70˚C (+158˚F)
  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

1,500 lbs/in (2,627 N/cm)

Applications:

  •  Harsh premises environments requiring 

heavy-duty protection

  •  Outdoor use in ducts and underground 

conduits

  •  ETL Type OFCR for installation in any 

premises location when installed in 

accordance with NEC article 770.154 

and 770.179

Compliances:

  •  ETL Listed Type OFCR
  •  CSA FT4
  •  TIA 568 C.3
  •  ICEA S-104-696
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Note:

    Armored cable without an outer jacket 

available upon request (-IL)

 
  * Sequential meter markings available 

upon request

TIA 568 C.3

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

Typical Cross-Sections

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021ANR-ILRA

2

0.52

13

85

126

550

2447

165

734

XX0041ANR-ILRA

4

0.57

14

95

141

550

2447

165

734

XX0061ANR-ILRA

6

0.57

14

98

146

550

2447

165

734

XX0121ANR-ILRA

12

0.57

14

104

155

550

2447

165

734

XX0241ANR-ILRA

24

0.67

17

144

214

550

2447

165

734

XX0241A1R-ILRA

24

4

0.87

22

238

354

1000

4448

300

1334

XX0361A1R-ILRA

36

6

0.99

25

360

536

1000

4448

300

1334

XX0481A1R-ILRA

48

4

0.99

25

330

491

1000

4448

300

1334

XX0601A1R-ILRA

60

5

1.04

26

364

542

1000

4448

300

1334

XX0721A1R-ILRA

72

6

1.09

28

422

628

1000

4448

300

1334

XX0961A1R-ILRA

96

8

1.24

32

543

808

1000

4448

335

1490

XX1201A1R-ILRA

120

10

1.39

35

584

869

1000

4448

335

1490

XX1441A1R-ILRA

144

12

1.39

35

555

826

1000

4448

335

1490

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0241ANR-ILRA or BE0241A1R-ILRA

50 µm multimode, 24 fibers, tight buffer distribution interlock armor riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Flame-

Retardant Jacket
Interlock Armor
Sub-Unit Flame-

Retardant Jacket
Overall Strength 

Member

900 µm Tight 

Buffer Fiber

Inner Jacket

Outer Flame-

Retardant Jacket
Interlock Armor

Sub-Unit Flame-

Retardant Jacket
Strength Member
900 µm Tight 

Buffer Fiber

Filler
Inner Jacket

ANR-ILRA 

≤ 

24 Fiber

A1R-ILRA 

 24 Fiber

Prysmian-Fiber-Optic-Cable-Catalog-html.html
background image

34

Indoor/Outdoor Cables 

Fiber Optic

Tight Buffer Distribution Interlock Armored Plenum Cable

Type OFCP, CSA FT6

Product Construction:
 Fiber:

  •  4–144 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598 B

  Overall Strength Member:

  •  Water-swellable aramid fiber yarn

  Inner Jacket:

  •  Flame-retardant compound

 Armor:

  •  Interlock aluminum

  Outer Jacket:

  •  Flame-retardant compound
  •  UV-resistant black jacket
  •  Sequential footage markings*

Features:

  •  Interlock armor provides outstanding  

mechanical protection

  •  Interlock armor is flexible and easy  

to use

  •  Tight buffer provides individual fiber 

protection

  •  Sub-units are numbered for identification

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F) 

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

1,500 lbs/in (2,627 N/cm)

Applications:

  •   Harsh premises environments requiring 

heavy-duty protection

  •  Outdoor use in ducts and underground 

conduits

  •  ETL Type OFCP for installation in any 

premises location when installed in 

accordance with NEC article 770.154 and 

770.179

Compliances:

  •  ETL Listed Type OFCP
  •  CSA FT6
  •  TIA 568 C.3
  •  ICEA S-104-696
  •   GR-409
  •  RoHS Compliant Directive 2002/95/EC

Note:

    Armored cable without an outer jacket 

available upon request (-IL)

 
  * Sequential meter markings available 

upon request

ANU-ILPAS 

 24 Fiber

Outer Flame-

Retardant Jacket
Interlock Armor

Sub-Unit Flame-

Retardant Jacket
Overall Strength 

Member

900 µm Tight 

Buffer Fiber

Flame-Retardant 

Tape 
Inner Jacket

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

ANU-ILPA 

≤ 

24 Fiber

Typical Cross-Sections

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021ANU-ILPA

2

0.49

12

80

119

550

2447

165

734

XX0041ANU-ILPA

4

0.49

12

82

122

550

2447

165

734

XX0061ANU-ILPA

6

0.49

12

84

125

550

2447

165

734

XX0121ANU-ILPA

12

0.49

12

100

149

550

2447

165

734

XX0241ANU-ILPA

24

0.59

15

138

205

550

2447

165

734

XX0241ANU-ILPAS

24

2

0.70

18

136

202

1000

4448

300

1334

XX0361ANU-ILPAS

36

3

0.73

19

158

235

1000

4448

300

1334

XX0481ANU-ILPAS

48

4

0.80

20

209

311

1000

4448

300

1334

XX0601ANU-ILPAS

60

5

0.85

22

187

278

1000

4448

300

1334

XX0721ANU-ILPAS

72

6

0.95

24

273

406

1000

4448

300

1334

XX0961ANU-ILPAS

96

8

1.05

27

328

488

1000

4448

335

1490

XX1201ANU-ILPAS

120

10

1.10

28

372

554

1000

4448

335

1490

XX1441ANU-ILPAS

144

12

1.20

31

386

574

1000

4448

335

1490

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

BE0241ANU-ILPA or BE0241A1D-ILPAS

50 µm multimode, 24 fibers, tight buffer distribution interlock armor plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Flame-

Retardant Jacket
Interlock Armor

Sub-Unit Flame-

Retardant Jacket

Strength Member
900 µm Tight 

Buffer Fiber

Filler
Inner Jacket

TIA 568 C.3

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35

Fiber Optic 

Indoor/Outdoor Cables

Product Construction:
 Fiber:

  •  Up to 288 fibers
  •  Dry loose tube 
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod in stranded designs

 Jacket:

  •  UV-resistant black jacket
  •  Flame-retardant compound
  •  Sequential footage markings*

 Options:

  •  Interlock aluminum
  •  Composite (mulitple Fiber Types)

Features:

  •  Dry loose tube for ease of termination
  •  Riser rated for indoor applications
  •Flexible Buffer tubes for routing

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation -10˚C (+14˚F) to +50˚C(+122˚F) 
Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

Applications:

  •  Interbuilding and intrabuilding voice or data 

communication backbones

  •  Installed in ducts, underground conduits or 

aerial/lashed

Compliances:

  •  ETL Listed Type OFNR
  • CSA FT4
  •  ICEA S-104-696
  •  RoHS Compliant Directive 2002/95/EC
 
  * Sequential meter markings available 

upon request

Loose Tube Single Jacket Riser Cable

Type OFNR, CSA

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0244M1M-DT

24

2

0.40

10.1

63

93

600

2670

180

800

XX0364M1M-DT

36

3

0.40

10.1

63

93

600

2670

180

800

XX0484M1M-DT

48

4

0.40

10.1

63

93

600

2670

180

800

XX0604M1M-DT

60

5

0.40

10.1

63

93

600

2670

180

800

XX0724M1M-DT

72

6

0.43

10.8

69

102

600

2670

180

800

XX0964M1M-DT

96

8

0.50

12.8

96

143

600

2670

180

800

XX1444M1M-DT

144

12

0.64

16.3

158

234

600

2670

180

800

XX2884M1M-DT

288

24

0.78

19.7

205

305

600

2670

180

800

Ordering Part Number Example

AQ0244M1M-DT

Singlemode, 24 fibers, loose tube riser 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Jacket

Water Blocking Tape

Dry Loose Tube

Flame Retardant 

Tape

Central Strength 

Member

Filler

Ripcord

24 Fiber

Stranded Core

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Central Loose Tube

Buffer Tube 6 or 12 

fibers

Outer Jacket

Water Blocking 

Strength Members

 

Ripcord

XX0064UNM-DT

6

1

0.31

7.9

40

60

300

1335

90

400

XX0124UNM-DT

12

1

0.31

7.9

40

60

300

1335

90

400

(M1M-DT)

(UNM-DT)

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36

Indoor/Outdoor Cables 

Fiber Optic

Product Construction:
 Fiber:

  •  Up to 144 fibers
  •  Dry loose tube 
  •  Color-coding per TIA/EIA 598 B

  Central Strength Member:

  •  Epoxy/glass rod in stranded designs

 Jacket:

  •  Sequential footage markings*

  

Options:

  •  Interlock aluminum
  •  Composite (multiple fiber types)

Features:

  •  Loose tube plenum design provides 

maximum cable route flexibility

  •  Dry loose tube for ease of termination
  •  Flexible Buffer tubes for routing 

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation* 0˚C (+32˚F) to +50˚C (+122˚F) 

Operating -40˚C (-40˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  • *-5˚C(+41˚F) to +50˚C (+122˚F) for    

  central loose tube

Applications:

  •  Interbuilding and intrabuilding voice or 

data communication backbones

  •  Install in ducts, underground conduits   
    or aerial/lashed

Compliances:

  •  ETL Listed Type OFNP
  •  CSA FT6
  •  ICEA S-104-696
  •  RoHS Compliant Directive 2002/95/EC
 
  * Sequential meter markings available 

upon request

Loose Tube Single Jacket Plenum Cable

Type OFNP, CSA FT6

CATALOG

NUMBER

FIBER

COUNT

NO. OF

LOOSE

TUBES

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0244M1D-DT

24

2

0.37

9.3

55

82

600

2670

180

800

XX0364M1D-DT

36

3

0.37

9.3

55

82

600

2670

180

800

XX0484M1D-DT

48

4

0.37

9.3

55

82

600

2670

180

800

XX0604M1D-DT

60

5

0.37

9.3

55

82

600

2670

180

800

XX0724M1D-DT

72

6

0.40

10.2

67

99

600

2670

180

800

XX0964M1D-DT

96

8

0.48

12.2

97

145

600

2670

180

800

XX1444H1D-DT*

144

12

0.61

15.6

138

206

600

2670

180

800

Ordering Part Number Example

AQ0244M1D-DT

Singlemode, 24 fibers, loose tube plenum 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

Outer Jacket

Water Blocking Tape

Dry Loose Tube

Flame Retardant 

Tape

Central Strength 

Member

Filler

Ripcord

24 Fiber

Stranded Core

Central Loose Tube

Buffer Tube 6 or 12 

fibers

Outer Jacket

Water Blocking 

Strength Members

 

Ripcord

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

XX0064UNU-DT

6

1

0.31

7.9

36

53

300

1335

90

400

XX0124UNU-DT

12

1

0.31

7.9

36

53

300

1335

90

400

(M1D-DT)

(UNU-DT)

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37

  

Fiber Optic

NextGen

®

 Brand Interconnect Cables 

6

Index Page

Tight Buffer 3.0 mm Simplex/Duplex 

Riser and Plenum Cable 

38

Tight Buffer 1.6 mm Simplex/Duplex  

Riser Cable 

39

Interconnect cables are used 

in a variety of Fiber-To-The-

Desk (FTTD) and network 

connection schemes. These 

cables are constructed to easily 

terminate with industry-standard 

connectors such as the SC and 

ST. To serve the new market 

evolution into high-density 

cabling and terminations, we 

offer an extended cable product 

line that is compatible with all 

of the new connection systems, 

such as MT-RJ, MTP, LC and 

other Small Form Factor (SFF) 

components.

Applications: Interconnect 

cables are generally one- or 

two-fiber cable constructions 

for use in horizontal runs (Fiber-

To-The-Desk), as patchcords 

in communication closets and 

for OEM assemblies. These 

cables are constructed to easily 

terminate with industry-standard 

connectors such as the SC 

and the ST, as well as the new 

generation of Small Form Factor 

(SFF) connector designs.

Range of Products: Low fiber 

count (≤2) cables with riser 

(OFNR) or plenum (OFNP)  

listings comprise this family  

of cables. 

Features: The interconnect 

cables are constructed to  

have the proper geometry to 

mate with industry-standard  

terminations. Generally, no 

breakout or splitter kits are 

required. The cables are very 

small and flexible so that they 

may be incorporated into high- 

density cable management 

systems. 

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38

Interconnect Cables 

Fiber Optic

Tight Buffer 3.0 mm Simplex/Duplex Riser and Plenum Cable

Type OFNR, CSA FT4 and Type OFNP, CSA FT6

Product Construction:
 Fiber:

  • 1 or 2 fibers
  • 900 µm tight buffer

 

Overall Strength Member:

  • Aramid fiber yarn

 

Jacket:

  • 3.0 mm unit diameters
  • Flame-retardant  compound
  • Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  • Aqua jacket—10 Gbps multimode fibers
  • Yellow jacket—singlemode fibers

Features:

  • Industry-standard  design
  •  Ideal for interconnect and Fiber-To-The-

Desk (FTTD)

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

500 lbs/in (875 N/cm)

Applications:

  •  Interconnect design compatible with 

connectors requiring 3.0 mm jacket 

diameter

  • Fiber-To-The-Desk  (FTTD)
  •  ETL Listed Type OFNR for installation 

in vertical riser and general horizontal 

applications when installed in accordance 

with NEC article  

770.154 and 770.179

  •  ETL Listed Type OFNP for installation in 

ducts, plenums and other spaces used as 

environmental air returns when installed 

in accordance with NEC article 770.154 

and 770.179

Compliances:

  • ETL Listed Type OFNR/OFNP
  • CSA FT4, CSA FT6
  • TIA 568 C.3
  • GR-409
  •  RoHS Compliant Directive 2002/95/EC

 * Sequential meter markings available 

upon request

TIA 568 C.3

Typical Cross-Section

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Simplex

Duplex

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

Riser

XX0011SNR3.0

1

  —

0.118

3.0

5.5

8.2

110

490

65

290

XX0021ZNR3.0

2

0.114 x 0.247 2.9 x 6.0

10.5

15.6

220

980

160

580

Plenum

XX0011SNU3.0

1

  —

0.118

3.0

6.5

9.7 

110

490

65

290

XX0021ZNU3.0

2

0.114 x 0.247 2.9 x 6.0

12.1

18.0

220

980

160

580

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

Zipcord

Ordering Part Number Example

BE0011SNU3.0 or BE0021ZNU3.0

50 µm multimode, one or two fibers 
Please see pages 4 and 5 for a complete guide on part number selection and ordering
information.

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39

Fiber Optic 

Interconnect Cables

Tight Buffer 1.6 mm Simplex/Duplex Riser Cable

Type OFNR, CSA FT4

Product Construction:
 Fiber:

  •  1 or 2 fibers
  •  900 µm tight buffer

  Overall Strength Member:

  •  Aramid fiber yarn

 Jacket:

  •  1.6 mm unit diameters
  •  Flame-retardant compound
  •  Sequential footage markings*
  •  Orange jacket—multimode fibers  

(except 10 Gbps)

  •  Aqua jacket—10 Gbps multimode fibers
  •  Yellow jacket—singlemode fibers

Features:

  •  Compatible with LC connectors
  •  Ideal for interconnect and Fiber-To-The-

Desk (FTTD)

Performance:

  •   Temperature: 

Storage -40˚C (-40˚F) to +70˚C (+158˚F) 

Installation 0˚C (+32˚F) to +50˚C (+122˚F)  

Operating -20˚C (-4˚F) to +70˚C (+158˚F)

  •  Minimum Bend Radius: 

20 X OD—Installation 

10 X OD—In-Service

  •  Maximum Crush Resistance: 

150 lbs/in (263 N/cm)

Applications:

  •  Interconnect design compatible with LC 

and other connectors requiring 1.6mm 

jacket diameter

  •  Fiber-To-The-Desk (FTTD)
  •  ETL Listed Type OFNR for installation 

in vertical riser and general horizontal 

applications when installed in accordance 

with NEC article  

770.154 and 770.179

Compliances:

  •  ETL Listed Type OFNR
  •  CSA FT4
  •  RoHS Compliant Directive 2002/95/EC

 * Sequential meter markings available 

upon request

Hybrid designs (containing singlemode and multimode fiber) and composite designs (containing 

copper conductors) are also available.

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0011SNR1.6

1

0.063

1.6

1.7

2.5

25

111

7.5

33

XX0021ZNR1.6

2

0.063 x 0.136 1.6 x 3.5

3.5

5.2

50

222

15.0

67

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Typical Cross-Section

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Flame-Retardant Jacket

Overall Strength Member

900 µm Tight Buffer Fiber

Simplex

Duplex

Zipcord

Ordering Part Number Example

BE0011SNR1.6 or BE0021ZNR1.6

50 µm multimode, one or two fibers 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

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40

Index Page

Overview 40

How Genlite™ BOF Works 

41

BOF System Advantages 

42

BOF System Installation 

43

Genlite™ BOF System  

 

Components 44-45

Blowable Fiber 

46

Blowable Bundles 

47

Indoor Multiduct 

48

Interlock Armored,  

Intdoor Multiduct 

49

Outdoor Multiduct 

50

Armored, Outdoor Multiduct 

51

BOF System Connectors and 

Accessories 52

Blown Optical Fiber 

technology provides flexibility 

in network design, while 

anticipating and facilitating 

future changes as the 

network evolves. It delivers 

the best fiber solution for 

backbone, specialty, Fiber-

To-The-Desk (FTTD) and 

Fiber-To-The-Home (FTTH) 

applications. NextGen

®

 

Brand’s GenLite

 Blown 

Optical Fiber (BOF) System 

from General Cable provides 

numerous advantages over 

conventional fiber optic 

systems, including increased 

flexibility for the designers of 

fiber optic networks as well as 

significant and measurable time, 

cost and service benefits to the 

network throughout its life cycle. 

Offered as 1-12 single fibers per 

microduct or as 1-3 bundles of 6 

fibers per microduct, the GenLite 

BOF System accommodates 

Moves, Adds and Changes (MACs) 

easily and quickly with minimal 

disruption.

IDEAL APPLICATIONS

Industrial Complex
Education Establishments
Campuses
Healthcare Facilities
Government Buildings
Commercial and Military Shipboard

Stadiums and Sport Arenas
Military Structures
Telecommunications
Broadcasting
Transportation
Fiber-To-The-Home

Blown Optical Fiber Systems

TM

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41

How Does the GenLite

 BOF System Work?

NextGen

®

 Brand’s GenLite BOF System from General Cable provides the right system for the 

right application with its 

Individual & Bundled Blown Optical Fiber Systems

. The first and only 

blown fiber system on the market to feature dual blowing technologies within a single installation 
machine, the GenLite BOF System allows the user to match the technology to the type and severity 
of the installation route. 
The 

GenLite Individual Blown Optical Fiber System

 is best suited for premise enterprise 

applications with 

tortuous routes

, routes of shorter distances that may contain tight bends and turns. 

This system employs a series of empty microduct tubes between cable routing points; compressed 
air is then used to blow the optical fiber into the microducts, which eliminates potential damage to 
fibers during installation. Designers have maximum flexibility regarding the number and type of 
fibers per microduct. Color-coded fibers are typically supplied on master spools and cut to length 
during the blowing process. 
The second offering is the 

GenLite Bundled Blown Optical Fiber System

, which is ideal in 

applications with 

non-tortuous routes, 

routes that contain longer, straighter paths. Bundles are 

comprised of six color-coded optical fibers encapsulated in an extruded blowable jacket. Using a 
similar process as the Individual BOF System, one, two or three bundles can be installed in a single 
run. Additionally, bundles can be “uninstalled” and repurposed elsewhere in your network.

Advantages Over Other Blown Fiber Systems

•  Allows the user to match the technology to the type and severity of the installation route
•  Individual fibers can be blown in tortuous routes (i.e., shorter distances with tight bends 

and turns)

•   Bundled fibers can be blown in non-tortuous routes (i.e., longer distances 

with straight paths)

•  Installation machine features dual blowing technology so that only one 

machine is required to accommodate both types of installations

•  The same fiber (individual and bundled) can be run outdoor to 

indoor without splicing

•  Compressed air is used instead of nitrogen for safe 

installation in any environment

Individual Fibers

Bundled Fibers

TM

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42

Main Advantages vs. 

Traditional Fiber

•  Expand, upgrade, reconfigure or 

relocate network cabling at minimal 
cost and effort.

•  Install empty microduct so there 

is no risk of fiber damage during 
installation. Optical fibers are 
then blown into place, rather than 
pulled, with zero tensile stress 
on the fiber during the process. 
Because point-to-point links are 
easily accommodated, fiber splice 
points can be eliminated, lowering 
attenuation and increasing system 
performance and integrity.

•  Once the microduct highway is in 

place, a two-person crew (one at 
each end) can install Blown Optical 
Fiber on an as-needed basis.

•  Change fiber types and counts by 

blowing out old optical fibers and 
blowing in new ones.

•  Install the fiber type you need today 

and easily upgrade to new grades of 
fiber when technology changes.

•  With the GenLite

 BOF System, 

physical damage to the cabling 
infrastructure from disaster means 
days versus weeks for recovery, 
resulting in minimal downtime 
and labor costs. Only the damaged 
section of microduct is removed and 
replaced; within minutes, new optical 
fiber is blown in and terminated.

Advantages Impacting 

First Installed Cost

•  GenLite’s BOF Individual and Bundled 

Systems let you install only the fiber 
you need for today’s requirements. 
New fiber can easily be added 
in the future based upon actual 
requirements. No dark fiber needs to 
be installed. In addition to fiber cost 
savings, the testing and termination 
costs associated with dark fiber are 
also eliminated.

•  The BOF System microduct can be 

pulled in sections that can be easily 
joined together to create continuous 
bundles, blowing routes up to 3,280 
ft. (1000 m). Even for extremely 
tortuous routes with hundreds of 
small bends, the Individual BOF 
System uses fiber that can be blown 
in continuous runs of nearly 1,969 ft. 
(600 m).

•  Multiduct that is designed to meet 

outside plant cable requirements 
can easily be mechanically joined to 
multiduct that is designed to meet 
indoor building requirements. Fiber 
can then be continuously blown 
through a duct route that includes 
both indoor and outdoor portions, 
saving attenuation loss associated 
with an extra splice point and the 
expense of performing the splice.

•  System multiduct cables are offered 

in riser and plenum for indoor 
installations as well as outside plant 
for dry-duct outdoor installations.

•  BOF System microduct can 

be installed more easily than 
conventional fiber optic cable, so 
disruptions to the workplace are 
kept to a minimum. Optical fiber 
can be blown in without disturbing 
the existing cable plant and without 
disrupting network services.

Advantages Impacting 

Lifetime System Cost

•  Fiber performance specifications 

have changed rapidly in the past few 
years. With the GenLite BOF System, 
fiber can be installed to meet today’s 
standard and then economically 
replaced or new fiber added as fiber 
performance improves in the future.

•  Save on the cost of installing 

completely new fiber optic cables to 
react to network reconfigurations. 
Instead, pay only for new sections of 
microduct required to meet the new 
network topology and add additional 
Blown Optical Fiber only as needed.

•  Restoration to GenLite’s BOF System 

ductwork can be accomplished by 
replacing the small damaged section 
of microduct; network performance 
is not degraded with any additional 
splice points.

•  The flexibility of blown fiber ensures 

installed microduct will never need 
to be abandoned. Future changes 
in fiber requirements can be easily 
dealt with by blowing out the existing 
fiber and blowing in new fiber. Future 
network topology changes can be 
addressed by joining new sections 
of microduct to configure new route 
paths as needed.

BOF System Advantages

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43

Steps for GenLite

TM

 BOF System Installation:

1.  First, a small empty tube, GenLite’s BOF microduct, is installed instead of conventional fiber optic or copper cable.
2.  The GenLite BOF blowing head delivers compressed air to propel the optical fiber through the microduct tube.
3.  The optical fiber catches the flow of air, floating the fiber through the microduct.
4.  In turning tight corners, individual optical fiber can follow the curve around tight bends (to a 1” radius), an advantage 

of the GenLite BOF System.

5.  For straight pathways, the fiber optic bundle option allows high-density fiber packing and long-distance blowing.
6.  Push-fit pneumatic connectors extend length of microduct highways and byways to each destination.
7.  Transparent center section of connector permits visual inspection to verify if path is empty or populated with optical fiber(s).
8.  Conventional fiber optic termination methods can be used for both individual and bundled fibers.

BOF System Installation

Installation Environments: Indoor and Outdoor

The GenLite BOF System offers a solution for any installation environment. Any fiber cable installed indoors must be in 
accordance with local fire and electrical codes. For blown optical fiber systems, the multiduct cables are required to pass fire 
tests whether they are empty or filled with optical fibers. Indoor multiduct cables are typically categorized into one of three 
types based on the level of flame retardancy: General Purpose (OFN), Riser (OFNR) and Plenum (OFNP). General purpose 
(OFN) cables can be used in non-Riser or non-Plenum indoor spaces. Riser (OFNR) multiduct cables are designed to resist 
flame spread for vertical installations. Plenum (OFNP) multiduct cables can be installed in air-handling areas that require the 
cable to be highly flame-retardant and also emit a low amount of smoke if exposed to flame.
Multiduct cables used for Outdoor (OSP) installations do not have the same type of flame resistance as indoor cables but are 
designed for exposure to the elements. Abrasion-, moisture- and sunlight-resistant Polyethylene (PE) jackets are typically 
used, and armor can be added for direct burial applications and for protection against rodents. Note that Outdoor multiduct 
cables can only enter a building up to 50 feet because they do not carry necessary flame ratings to meet National Electrical 
Code requirements. GenLite’s Outdoor and Indoor-rated multiduct cables can be connected directly to one another, 
and either individual or bundled GenLite fibers can be blown in from outdoor to indoor stations.

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44

Blowable Fiber

GenLite’s Individual BOF System offers the highest quality of Corning

®

 optical fiber in 

Clearcurve

®

 multimode 62.5/125 and 50/125 (1, 40 & 100 GB), as well as Ultra singlemode 

9/125, all with a state-of-the-art blowable coating and available in 12 colors. The fibers 
are stripped and terminated with standard tools and compatible with standard fiber optic 
connectors.

Blowable Bundle

GenLite’s Bundled BOF System is constructed in a compact 6-fiber arrangement with an 
overall lightweight, blowable jacket. Bundled fiber also uses any type of Corning

®

 optical 

fibers which are color-coded for easy identification. Up to three 6-fiber bundles can be 
simultaneously installed in a single, double or triple run, providing 6, 12 or 18 fibers per 
microduct. Bundles can be stripped and terminated using the same standard tools and 
techniques as traditional cable.

•   Individual and bundled fiber is available in bulk payoff packaging and is cut to length 

following install.

•   Up to 12 individual fibers or 18 bundled fibers can be 

installed in a single microduct simultaneously. 

•   As technology changes, bundled fiber can be safely 

removed from the microduct and reused elsewhere in 
the network. 

•   Individual or bundled fiber is fully compatible. Install 

bundled fiber for longer cable runs and use individual 
fibers to complete shorter or more complicated cable 
runs.

Microduct

Microduct is constructed with a low-friction, static-dissipating inner liner and an extruded 
jacket. Multiple microducts are assembled to create multiduct cables, which are the 
infrastructure for the BOF System. Microduct is available in two standard sizes:

• 5mm OD/3mm ID microduct

• 8mm OD/6mm ID microduct

Microduct Termination Accessories

Simple push-fit connectors join the microduct sections and extend the microduct network 
to each destination. A clear center section of the connectors permits visual inspection to 
verify if the path is empty or populated with optical fiber. GenLite’s BOF System connectors 
come in straight or T configurations. Duct connector plugs and end caps provide a method 
of sealing unused tubes during shipment, storage and installation. See page 16 for a 
complete listing of microduct termination accessories.

GenLite

 BOF System Components

62.5/125

OM1/OM2

50/125

OM1/OM2

50/125

OM3

50/125

OM4

9/125

OS1 (G652)

9/125

OS1 (G657)

Fiber Available In All Colors:

 White, Black, 

Blue, Orange, Green, Red, Grey, Yellow, 

Brown, Violet, Turquoise, Pink

500 µm 

Colored

Blowable 

Coating

Extruded 

Blowable

Jacket

250 µm

Coating

250 µm

Color-Coded 

Fibers

Acrylate

Barrier 

Layer

Clear 

Acrylate

Binder

Cladding

Rip Cord

Core

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45

Multiduct

Multiduct is a jacketed bundle of microduct tubing, available in 2-, 4-, 7-, 19- or 24-way 
configurations and in different installation types such as indoor riser and plenum, indoor 
riser and plenum interlock armored, outdoor and outdoor armored. See below for a 
complete list of configurations available.

Indoor Multiduct

# of Microducts Available

Riser with 5 mm Microduct

2, 4 or 7

Riser with 8 mm Microduct

2, 4 or 7

Plenum with 5 mm Microduct

2, 4 or 7

Plenum with 8 mm Microduct

2, 4 or 7

Interlock Armored Riser with 5 mm Microduct

2, 4 or 7

Interlock Armored Riser with 8 mm Microduct

2, 4 or 7

Interlock Armored Plenum with 5 mm Microduct

2, 4 or 7

Interlock Armored Plenum with 8 mm Microduct

2, 4 or 7

Outdoor Multiduct

# of Microducts Available

Outdoor with 5 mm Microducts

2, 4, 7, 19 or 24

Outdoor with 8.5 mm Microducts

2, 4, 7, 19 or 24

Armored Outdoor with 8.5 mm Microducts

4, 7 or 19

Microduct tubing comes standard in white color, but colored microduct is available upon request. Consult Sales for options.

Indoor

Indoor Interlock Armored

Outdoor

Outdoor Armored

With Colored Microduct

Blowing Installation Equipment

GenLite

 BOF System installation equipment is capable of blowing both its

 Blown Single 

Fibers

 and 

Blowable Fiber Bundles

. The convenience of using either BOF technology with 

one machine allows the installer unparalleled flexibility. The equipment kit consists of an 
air conditioning unit (ACU) complete with filtration and air-drying units; the installation 
module, a blowing head utilizing a mechanically driven system to feed the fibers onto 
payoff trays and into the microduct; and a lightweight tripod which is used to support the 
installation module. This equipment operates on standard compressed air at safe, low 
pressures.

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46

The 

GenLite

 Individual BOF System

 offers the highest quality of Corning

®

 optical fiber 

with a state-of-the-art blowable coating in Clearcurve

® 

multimode 62.5/125 and 50/125 

(1, 40 & 100 GB), as well as Ultra singlemode 9/125. Designed to be stripped and terminated 
with standard tools, the BOF System optical fibers are compatible with standard fiber optic 
connectors and available in 12 standard colors.

Part Number Description

BL – 50 μm – OM4

708210

Multimode 50/125 Blue

708230

Multimode 50/125 Orange

708250

Multimode 50/125 Green

708270

Multimode 50/125 Brown

708290

Multimode 50/125 Slate

708310

Multimode 50/125 Yellow

708330

Multimode 50/125 Red

708350

Multimode 50/125 Violet

708370

Multimode 50/125 White

708390

Multimode 50/125 Black

708410

Multimode 50/125 Pink

708430

Multimode 50/125 Aqua

MULTIMODE

50/125 (10 Gb/s)
850 nm
1300 nm

ATTENUATION

3.0 dB/km Max.
1.0 dB/km Max.

LASER BANDWIDTH

4700 MHz • km Min.

Part Number Description

BE – 50 μm – OM3

707610

Multimode 50/125 Blue

707620

Multimode 50/125 Orange

707630

Multimode 50/125 Green

707640

Multimode 50/125 Brown

707650

Multimode 50/125 Slate

707660

Multimode 50/125 Yellow

707670

Multimode 50/125 Red

707680

Multimode 50/125 Violet

707690

Multimode 50/125 White

707700

Multimode 50/125 Black

707710

Multimode 50/125 Pink

707720

Multimode 50/125 Aqua

MULTIMODE

50/125 (10 Gb/s)
850 nm
1300 nm

ATTENUATION

3.0 dB/km Max.
1.0 dB/km Max.

LASER BANDWIDTH

2000 MHz • km Min.

Part Number Description

CG – 62.5 μm – OM1

705820

Multimode 62.5/125 Blue

705830

Multimode 62.5/125 Orange

705840

Multimode 62.5/125 Green

705850

Multimode 62.5/125 Brown

705860

Multimode 62.5/125 Slate

705870

Multimode 62.5/125 Yellow

705880

Multimode 62.5/125 Red

705890

Multimode 62.5/125 Violet

707400

Multimode 62.5/125 White

707410

Multimode 62.5/125 Black

707420

Multimode 62.5/125 Pink

707430

Multimode 62.5/125 Aqua

MULTIMODE

62.5/125
850 nm
1300 nm

ATTENUATION

3.5 dB/km Max.
1.0 dB/km Max.

OFL BANDWIDTH

200 MHz • km Min.
500 MHz • km Min.

Part Number Description

AQ – SM OS2

705900

Singlemode 9/125 Blue

705910

Singlemode 9/125 Orange

705920

Singlemode 9/125 Green

705930

Singlemode 9/125 Brown

705940

Singlemode 9/125 Slate

705950

Singlemode 9/125 Yellow

705960

Singlemode 9/125 Red

705970

Singlemode 9/125 Violet

707440

Singlemode 9/125 White

707450

Singlemode 9/125 Black

707460

Singlemode 9/125 Pink

707470

Singlemode 9/125 Aqua

SINGLEMODE

9/125
850 nm
1300 nm

ATTENUATION

0.5 dB/km Max.
0.5 dB/km Max.

TEMPERATURE RANGE:

Storage -30˚C to +80˚C

Operating -20˚C to +70˚C

NOTES:

1.  Fiber is supplied on standard plastic fiber optic spools up to 4 km. Alternative fiber specifications and reel lengths may be available on request.

2. Other optical characteristics are determined by the actual fiber type specified.

Blowable Fiber

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47

The 

GenLite

 Bundled BOF System

 offers bundled fiber constructed in a 6-fiber arrangement 

with an overall lightweight, blowable jacket. Bundled fiber can use any type of Corning

®

 

optical fibers which are color-coded for easy identification. Up to three 6-fiber bundles can 
be simultaneously installed in a single, double or triple run, providing 6, 12 or 18 fibers per 
microduct. Bundles can be stripped and terminated using the same standard tools and 
techniques as traditional cable. Fibers are color coded per TIA/EIA 598 D.

Part Number/Ordering Information

Description

6 Fibers/Duct

12 Fibers/Duct

18 Fibers/Duct

BL00064BOF-B1

BL00064BOF-B1
BL00064BOF-B2

BL00064BOF-B1
BL00064BOF-B2
BL00064BOF-B3

OM4 50 μm 6-Fiber Bundle

BE00064BOF-B1

BE00064BOF-B1
BE00064BOF-B2

BE00064BOF-B1
BE00064BOF-B2
BE00064BOF-B3

OM3 50 μm 6-Fiber Bundle

CG0006ABOF-B1

CG0006ABOF-B1
CG0006ABOF-B2

CG0006ABOF-B1
CG0006ABOF-B2
CG0006ABOF-B3

OM1 62.5 μm 6-Fiber Bundle

AP00064BOF-B1

AP00064BOF-B1
AP00064BOF-B2

AP00064BOF-B1
AP00064BOF-B2
AP00064BOF-B3

SM 6-Fiber Bundle

GenLite

 Individual Blown Optical Fiber System

For tortuous routes of shorter distances that may contain tight bends and turns.

# of Individual Fibers

Distance for 5 mm Microduct

Distance for 8 mm Microduct

4

400 m

600 m

8

300 m

450 m

12

200 m

300 m

GenLite

 Bundled Blown Optical Fiber System

For routes that contain longer, straighter paths.

# of Bundles

Distance for 5 mm Microduct

Distance for 8 mm Microduct

1

750 m

1.5 km

2

500 m

1.3 km

3

NA

1.0 km

Blowing distances above are achieved with compressed air at 6 bar (90 PSI) and 8 SCFM.

Blowing Distances

Installation capability is a function of the following:
• Compressed air pressure and volume
• Size and length of microduct
• Number of fibers
• Number of bends in the duct route

Blowable Bundles

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TM

Riser- or Plenum-Rated, 5 mm or 8 mm

Indoor-rated multiduct, available in riser or plenum, consists of a number of 5 mm OD/3.5 
mm ID or 8 mm OD/6 mm ID microducts covered by a flame-retardant tape and an outer 
jacket. Available in 2-, 4- and 7-way constructions, all indoor-rated microducts are white 
PVDF and are printed with a unique number at regular intervals. The overall jacket, an 
orange flame-retardant PVC for riser products or an orange flame-retardant PVDF for 
plenum products, features product identification printing and sequential length marking at 
two-foot intervals.

Part Number Description

Riser-Rated Duct

FC9700009

2-Way 5 mm OFNR

FC9700010

4-Way 5 mm OFNR

FC9700011

7-Way 5 mm OFNR

FC9700013

2-Way 8 mm OFNR

FC9700012

4-Way 8 mm OFNR

FC9700015

7-Way 8 mm OFNR

See page 14 for indoor multiduct configurations and dimensions.

Part Number Description

Plenum-Rated Duct

FC9700005

2-Way 5 mm OFNP

FC9700003

4-Way 5 mm OFNP

FC9700004

7-Way 5 mm OFNP

FC9700080

2-Way 8 mm OFNP

FC9700075

4-Way 8 mm OFNP

FC9700076

7-Way 8 mm OFNP

See page 14 for indoor multiduct configurations and dimensions.

Indoor Multiduct

Indoor 2-Way

Indoor 4-Way

Indoor 7-Way

Indoor Multiduct

5 mm Multiduct

8 mm Multiduct

MATERIALS

Microduct

Jacket (Riser)

Jacket (Plenum)

White PVDF

Orange Flame-Retardant PVC

Orange Flame-Retardant PVDF

White PVDF

Orange Flame-Retardant PVC

Orange Flame-Retardant PVDF

INSTALLATION TENSION

2-way

4-way

7-way

Newtons

  592

1499

2300

lbs

133

337

517

Newtons

1677

2784

4702

lbs

  377

  626

1057

TEMPERATURE RANGE

Storage

Installation

Operating

-40˚C to +90˚C

    0˚C to +70˚C

-20˚C to +90˚C

-40˚C to +90˚C

    0˚C to +70˚C

-20˚C to +90˚C

MINIMUM BEND RADIUS

2-way

4-way

7-way

Installed

4”

5”

6”

Installation

5”

5”

7”

Installed

  7”

  8”

10”

Installation

  8”

  8”

11”

MAX. INTERNAL PRESSURE

150 PSI

150 PSI

COMPLIANCE

Riser

Plenum

(UL) OFNR

(UL) OFNP

(UL) OFNR

(UL) OFNP

OVERALL DIAMETER

2-way 

(tolerance)

4-way 

(tolerance)

7-way 

(tolerance)

mm

12.65 x 7.65 

(±0.46)

14.71 

(±0.51)

17.65 

(±0.56)

Inches

0.498 x 0.301 

(±0.018)

0.579 

(±0.020)

0.695 

(±0.022)

mm

18.14 x 10.13 

(±0.46)

21.92 

(±0.51)

26.64 

(±0.56)

Inches

0.714 x 0.399 

(±0.018)

0.863 

(±0.020)

1.049 

(±0.022)

NOMINAL WEIGHT (RISER)

2-way

4-way

7-way

kg/km

  49

  79

100

lbs/1000’

33

53

67

kg/km

  76

118

149

lbs/1000’

  51

  79

100

NOMINAL WEIGHT (PLENUM)

2-way

4-way

7-way

kg/km

  54

  85

107

lbs/1000’

36

57

72

kg/km

  82

129

162

lbs/1000’

  55

  87

109

NOTES:

1. Standard lengths are 500 and 1000 feet, supplied on nonreturnable reels. Ends are sealed to prevent the penetration of moisture prior to shipping.

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49

TM

Riser- or Plenum-Rated, 5 mm or 8 mm

Interlock armored, indoor-rated multiduct, available in riser or plenum, consists of a 
number of 5 mm OD/3.5 mm ID or 8 mm OD/6 mm ID microducts covered by a flame-
retardant tape, inner jacket, interlocked metal armor and an outer jacket. Available in 2-, 4- 
and 7-way constructions, all indoor-rated microducts are white PVDF and are printed with 
a unique number at regular intervals. The interlock armor provides additional mechanical 
protection from crush or impact as well as resistance to rodents, but it is still flexible 
enough for ease of installation. The inner and overall jackets, an orange flame-retardant 
PVC for riser products or an orange flame-retardant PVDF for plenum products, feature 
product identification printing and sequential length marking at two-foot intervals.

Part Number Description

Interlock Armored, Riser-Rated Duct

FC9700445

2-Way 5 mm OFNR

FC9700446

4-Way 5 mm OFNR

FC9700447

7-Way 5 mm OFNR

FC9700449

2-Way 8 mm OFNR

FC9700450

4-Way 8 mm OFNR

FC9700451

7-Way 8 mm OFNR

See page 14 for indoor multiduct configurations and dimensions.

Part Number Description

Interlock Armored, Plenum-Rated Duct

FC9700437

2-Way 5 mm OFNP

FC9700438

4-Way 5 mm OFNP

FC9700439

7-Way 5 mm OFNP

FC9700441

2-Way 8 mm OFNP

FC9700442

4-Way 8 mm OFNP

FC9700443

7-Way 8 mm OFNP

See page 14 for indoor multiduct configurations and dimensions.

Interlock Armored, Indoor Multiduct

Interlock Armored, Indoor 2-Way

Interlock Armored, Indoor 4-Way

Interlock Armored, Indoor 7-Way

Interlock Armored, Indoor Multiduct

5 mm Multiduct

8 mm Multiduct

MATERIALS

Microduct

Jackets (Riser)

Jackets (Plenum)

White PVDF

Orange Flame-Retardant PVC

Orange Flame-Retardant PVDF

White PVDF

Orange Flame-Retardant PVC

Orange Flame-Retardant PVDF

INSTALLATION TENSION

2-way

4-way

7-way

Newtons

1005

2549

3932

lbs

226

573

884

Newtons

2851

4733

7993

lbs

  641

1064

1797

TEMPERATURE RANGE

Storage

Installation

Operating

-40˚C to +90˚C

    0˚C to +70˚C

-20˚C to +90˚C

-40˚C to +90˚C

    0˚C to +70˚C

-20˚C to +90˚C

MINIMUM BEND RADIUS

2-way

4-way

7-way

Installed

4”

5”

6”

Installation

5”

5”

7”

Installed

  7”

  8”

10”

Installation

  8”

  8”

11”

MAX. INTERNAL PRESSURE

150 PSI

150 PSI

COMPLIANCE

Riser

Plenum

(UL) OFNR-ILRA

(UL) OFNP-ILPA

(UL) OFNR-ILRA

(UL) OFNP-ILPA

OVERALL DIAMETER

2-way 

(tolerance)

4-way 

(tolerance)

7-way 

(tolerance)

mm

18.64 

(±0.97)

22.71 

(±1.02)

25.76 

(±1.07)

Inches

0.734 

(±0.038)

0.894 

(±0.040)

1.014 

(±0.042)

mm

28.04 

(±0.97)

30.84 

(±1.02)

35.92 

(±1.07)

Inches

1.104 

(±0.038)

1.214 

(±0.040)

1.414 

(±0.042)

NOMINAL WEIGHT (RISER)

2-way

4-way

7-way

kg/km

216

262

360

lbs/1000’

145

176

242

kg/km

226

278

381

lbs/1000’

152

187

256

NOMINAL WEIGHT (PLENUM)

2-way

4-way

7-way

kg/km

342

424

513

lbs/1000’

230

285

345

kg/km

359

448

543

lbs/1000’

241

301

365

NOTES:

1. Standard lengths are 500 and 1000 feet, supplied on nonreturnable reels. Ends are sealed to prevent the penetration of moisture prior to shipping.

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50

TM

Part Number

Description

Outdoor-Rated Duct

FC9700016

2-Way 5 mm GR-3155-CORE

FC9700017

4-Way 5 mm GR-3155-CORE

FC9700018

7-Way 5 mm GR-3155-CORE

FC9700113

19-Way 5 mm GR-3155-CORE

FC9700102

24-Way 5 mm GR-3155-CORE

FC9700019

2-Way 8.5 mm GR-3155-CORE

FC9700020

4-Way 8.5 mm GR-3155-CORE

FC9700021

7-Way 8.5 mm GR-3155-CORE

FC9700047

19-Way 8.5 mm GR-3155-CORE

FC9700103

24-Way 8.5 mm GR-3155-CORE

See page 15 for indoor multiduct configurations and dimensions.

Outdoor Multiduct

5 mm or 8.5 mm

Outdoor-rated multiduct consists of a number of 5 mm OD/3.5 mm ID or 8.5 mm OD/6 mm ID 
microducts covered by an outer jacket. Available in 2-, 4-, 7-, 19- and 24-way constructions, all 
outdoor-rated microducts are white high-density polyethylene and are printed with a unique 
number at regular intervals. The overall jacket is a black, high-density polyethylene and features 
product identification printing and sequential length marking at two-foot intervals.

Outdoor 2-Way

Outdoor 4-Way

Outdoor 7-Way

Outdoor 19-Way

Outdoor 24-Way

Outdoor Multiduct

5 mm Multiduct

8.5 mm Multiduct

MATERIALS

Microduct

Jacket

White High-Density Polyethylene

Black High-Density Polyethylene

White High-Density Polyethylene

Black High-Density Polyethylene

INSTALLATION TENSION

2-way

4-way

7-way

19-way

24-way

Newtons

  636

1228

1819

4092

4982

lbs

  143

  276

  409

  920

1120

Newtons

  1797

  3260

  4946

11245

13785

lbs

  404

  733

 1112

2528

3099

TEMPERATURE RANGE

Storage

Installation

Operating

-40˚C to +82˚C

-10˚C to +65˚C

-40˚C to +82˚C

-40˚C to +82˚C

-10˚C to +65˚C

-40˚C to +82˚C

MINIMUM BEND RADIUS

2-way

4-way

7-way

19-way

24-way

Installed

  3”

  5”

  6”

10”

10”

Installation

  5”

  6”

  7”

11”

13”

Installed

  5”

  8”

11”

16”

16”

Installation

  8”

10”

12”

18”

22”

MAX. INTERNAL PRESSURE

150 PSI

150 PSI

COMPLIANCE

GR-3155-CORE

GR-3155-CORE

OVERALL DIAMETER

2-way 

(tolerance)

4-way 

(tolerance)

7-way

 (tolerance)

19-way 

(tolerance)

24-way 

(tolerance)

mm

11.53 x 6.53 

(±0.71)

12.04 x 12.04 

(±0.71)

17.04 x 15.70 

(±0.81)

27.10 x 24.41 

(±1.02)

32.08 x 24.41 

(±1.12)

Inches

0.454 x 0.257 

(±0.028)

0.474 x .0.474 

(±0.028)

0.671 x 0.618 

(±0.032)

1.067 x 0.961 

(±0.040)

1.263 x 0.961 

(±0.044)

mm

19.56 x 11.05 

(±0.71)

20.07 x 20.07 

(±0.71)

28.58 x 26.29 

(±0.81)

46.10 x 41.53 

(±1.02)

54.10 x 41.02 

(±1.12)

Inches

0.770 x 0.435 

(±0.028)

0.790 x 0.790 

(±0.028)

1.125 x 1.035 

(±0.032)

1.815 x 1.635 

(±0.040)

2.130 x 1.615 

(±0.044)

NOMINAL WEIGHT

2-way

4-way

7-way

19-way

24-way

kg/km

  39

  74

112

250

301

lbs/1000’

  26

  50

  75

168

202

kg/km

112

202

308

702

862

lbs/1000’

  75

136

207

472

579

NOTES:        

1. Standard lengths are 500 and 1000 feet, supplied on nonreturnable reels. Ends are sealed to prevent the penetration of moisture prior to shipping.

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51

TM

8.5 mm

Armored, outdoor-rated multiduct consists of a number of 8.5 mm OD/6 mm ID microducts 
covered by an inner jacket, a steel armor and an outer jacket. Available in 4-, 7- and 19-way 
constructions, all outdoor-rated microducts are white high-density polyethylene and are 
printed with a unique number at regular intervals. The steel armor with corrosion-resistant 
coating provides crush resistance for direct burial applications, as well as some protection 
against moisture penetration and rodents. The inner and overall jackets are a black, high-
density polyethylene, and the overall jacket features product identification printing and 
sequential length marking at two-foot intervals.

Part Number Description

Armored, Outdoor-Rated Duct

FC9700463

4-Way 8.5 mm GR-3155-CORE

FC9700464

7-Way 8.5 mm GR-3155-CORE

FC9700112

19-Way 8.5 mm GR-3155-CORE

See page 15 for outdoor multiduct configurations and dimensions.

Armored, Outdoor Multiduct

Armored, Outdoor 4-Way

Armored, Outdoor 7-Way

Armored, Outdoor 19-Way

Armored, Outdoor Multiduct

8.5 mm Multiduct

MATERIALS

Microduct

Jackets

White High-Density Polyethylene

Black High-Density Polyethylene

INSTALLATION TENSION

4-way

7-way

19-way

Newtons

  5542

  7669

15449

lbs

1246

1724

3473

TEMPERATURE RANGE

Storage

Installation

Operating

-40˚C to +82˚C

-10˚C to +65˚C

-40˚C to +82˚C

MINIMUM BEND RADIUS

4-way

7-way

19-way

Installed

11”

14”

20”

Installation

11”

14”

20”

MAX. INTERNAL PRESSURE

150 PSI

COMPLIANCE

GR-3155-CORE

OVERALL DIAMETER

4-way

 (tolerance)

7-way

 (tolerance)

19-way 

(tolerance)

mm

28.19 x 20.07 

(±1.22)

28.58 x 33.27 

(±1.32)

46.10 x 50.29 

(±1.52)

Inches

1.110 x 0.790 

(±0.048)

1.125 x 1.310 

(±0.052)

1.815 x 1.980 

(±0.060)

NOMINAL WEIGHT

4-way

7-way

19-way

kg/km

  473

  624

1195

lbs/1000’

318

419

803

NOTES:

1.  Standard lengths are 500 and 1000 feet, supplied on nonreturnable reels. Ends are sealed to prevent the penetration of moisture 

prior to shipping.

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52

TM

Duct Connectors

These plastic-bodied pneumatic connectors 
are suitable for joining indoor or outdoor 
microduct. Maximum operating pressure is 
140 PSI. The connectors are constructed of 
a transparent plastic material permitting a 
visual verification of fiber population. They 
are installed onto the microduct with a 
simple push-pull technique.

NOTES:

1.  When purchasing these connectors for installing on the ends 

of tubes that will not be immediately connected, it is recom-

mended that a duct connector plug be installed to prevent 

the penetration of moisture or contamination.

2.  To ensure correct sealing, a purpose-built duct cutter 

should be used.

Accessories & Tools

Plastic duct connector plugs fit snugly 
into duct connectors, and together, these 
components provide a semi-permanent 
method of sealing installed, unused tubes. 
Using a simple push-pull technique, plugs 
can be easily installed or removed from duct 
connectors as needed over the lifetime of the 
installation.
Plastic end caps fit directly onto individual 
microducts to provide a temporary means 
of sealing microducts during shipment, 
storage and installation. All empty 
microducts should be sealed with the 
appropriate-sized duct connectors or end 
caps at all times to prevent the penetration 
of moisture or contamination, maintaining 
microduct integrity prior to, during and after 
installation.
Horseshoe clips slide over the connectors to 
lock the push-fit mechanism. A purpose-built 
duct cutter should be used to ensure correct 
sealing of connectors and microducts.

Part Number Description

Duct Connector (Straight)

77-7224

5 mm Duct Connector (Straight)

77-7225

8 mm Duct Connector (Straight)

77-7226

8.5 mm Duct Connector (Straight)

Duct Connector (T)

77-7228

5 mm Duct Connector (T)

77-7229

8 mm Duct Connector (T)

Duct Reducer

77-7227

8 mm to 5 mm Reducer

77-7234

8.5 mm to 5 mm Reducer

77-7233

8.5 mm to 8.0 mm Reducer

Part Number Description

Duct Connector Fitting Plug

77-7230

Fitting Plug for 5 mm

77-7231

Fitting Plug for 8 mm or 8.5 mm

Duct Connector Tapered Plug

706920

Tapered Plug (2-6 fiber) for 

8 mm or 8.5 mm

706930

Tapered Plug (8-12 fiber) for 

8 mm or 8.5 mm

Duct End Cap

705630

5 mm Duct End Cap

705620

8 mm Duct End Cap

77-7235

8.5 mm Duct End Cap

Clips

77-7232

Horseshoe Clips 8 mm

Cutter

707050

Duct Cutter

BOF System Connectors & Accessories

Simple push-fit connectors join the microduct sections and extend the microduct network to 
each destination. A transparent center section of the connectors permits visual inspection to 
verify if the path is empty or populated with optical fiber. GenLite

TM

 BOF System connectors 

come in straight or T configurations as well as a reducer configuration for joining ducts of 
different size. Duct connector plugs and end caps provide a method of sealing unused tubes 
during shipment, storage and installation.

Duct Connector (Straight)

Duct Reducer

Duct Connector (T)

Fitting Plug Tapered Plug

End Cap

Duct Cutter

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53

Fiber Optic 

Tactical Cable

Head

Sm Head

Tactical Cable Fiber Specification and Combat Series  8

Reliability for Your Toughest Applications

General Cable’s tactical fiber optic cables are 

designed, engineered, and manufactured to 

specification for an extensive range of markets  

in military, marine/oil rig, transit, utility, industrial,  

TV camera, and other diverse applications.

Advance Performance

General Cable’s tactical fiber optic cables are lightweight and rugged 

to withstand repeated flexing. The compact design allows for ease 

of deployment and re-configuration. The UV- and flame-resistant 

polyurethane jackets withstand even the harshest conditions, 

resulting in mechanical, chemical, and weather resistance.

NOTE: Use the code in the 
“Fiber Type” column to replace 
the XX notation in the catalog 
number shown on the catalog 
page. This identifies the fiber 
that will be provided with the 
cable choice.

The fibers in all completed 
cables are tested 100% at  
the factory for attenuation, and 
each fiber must meet  
the minimum requirements 
specified by the customer.

MULTIMODE FIBER SELECTION GUIDE

Characteristics:

62.5/125 PRODUCT FAMILY

UNITS

OM1

Type-CE

OM1

Type-CK

Maximum Finished Cable 

Attenuation Coefficient

@

850 nm

3.5

3.5

dB/km

@

1300 nm

1.0

1.0

dB/km

Overfill Launch Bandwidth

@

850 nm

200

200

MHz.km

@

1300 nm

500

500

MHz.km

Laser Bandwidth

@

850 nm

220

200

MHz.km

Gigabit Ethernet Link  

Length (1 Gbps)

1000 BASE-SX (850 nm)

300

300

meters

1000 BASE-LX (1300 nm)

550

550

meters

10 Gigabit Ethernet  

Length (10 Gbps)

10G BASE-SR (850 nm)

33

33

meters

Coating

500

500

microns

QPL

No

Yes

OPTICAL FIBER CODE GUIDE

Fiber Type

General 

Cable

Description

500  µm Coated SM

AE

ITU-T G.652.D

500  µm Coated SM, QPL

AK

ITU-T G.652.D

500  µm Coated, 62.5 MM

CE

1 Gb/s _< 300 m at 850 nm, OM1
1 Gb/s _< 550 m at 1300 nm

500  µm Coated, 62.5 MM, QPL

CK

1 Gb/s _< 300 m at 850 nm, OM1
1 Gb/s _< 550 m at 1300 nm

SINGLEMODE FIBER SELECTION GUIDE

FIBER 

DESCRIPTION

FIBER 

TYPE

TYPICAL  

ATTENUATION (dB/km)

GIGABIT ETHERNET 

DISTANCE (METERS)

10 GIGABIT ETHERNET  

DISTANCE (METERS) COATING QPL

1310 nm 1383 nm 1550 nm 1625 nm

1310 nm

1310 nm

1550 nm

microns

Singlemode - Tight Buffer

500  m SM

AE

1.00

1.00

10,000

5,000

30,000

500

No

500  m SM QPL

AK

1.00

1.00

10,000

5,000

30,000

500

Yes

1 Gbps Link Lengths 

@

 850 nm

0 100 200 300 400 500 600 700 800 900 1000 

Distance (meters)

OM1, 62.5 micron TYPE - CE

OM1, 62.5 micron TYPE - CK

0  50 100  150 200 250 300 500 550 600

OM1, 62.5 micron TYPE - CE
OM1, 62.5 micron TYPE - CK

Distance (meters)

10 Gbps Link Lengths 

850 nm

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54

Tactical Cable 

Fiber Optic

Tactical Breakout Cable

Product Construction:
 Fiber:

  •  2–12 fibers
  •  900 µm tight buffer
  •  Color-coding per TIA/EIA 598B
  •  2.0 mm jacketed sub-units 

 

Central Strength Member:

  •  Aramid yarn

  Overall Strength Member:

  •  Aramid yarn

 

Jacket:

  •  Black polyurethane
  •  Sequential footage markings*
  •  Optional matte finish

Features:

  •  Rugged individual fiber protection
  •  Easy-to-terminate sub-units
  •  Heavy-duty field applications
  •  Designed to military standards
  •  Color-coded units for identification

Performance:

  •   Temperature: 

Storage -70˚C (-94˚F) to +85˚C (+185˚F) 

Operating -55˚C (-67˚F) to +85˚C (+185˚F)

  •  Minimum Bend Radius: 

16 X OD—Installation 

8 X OD—In-Service

  •  Maximum Crush Resistance: 

251 lbs/in (440 N/cm) 

EIA/TIA-455-41

  •  Impact Resistance:  

200 impacts 

EIA/TIA-455-25

  •  Flex Resistance:  

2000 cycles 

EIA/TIA-455-104

Applications:

  •  Military tactical field use and 

commercial applications in re-deployable 

communication systems

  •  TV camera applications
  •  Mining and harsh environments needing 

mechanical and chemical resistance

  * Sequential meter markings available 

upon request

Flame-Retardant  

Jacket

Overall 

Strength Member

900 µm Tight Buffer Fiber

2.0 mm Sub-Unit

Central Strength Member

6 Fibers

Typical Cross-Section

CATALOG

NUMBER

FIBER

COUNT

NO. OF

SUB-

UNITS

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION IN-SERVICE

IN

mm

LBS/1000' kg/km

LBS

N

LBS

N

XX0021B3C

2

2

0.260

6.6

20

29

450

2002

149

663

XX0041B3C

4

4

0.290

7.4

24

36

450

2002

149

663

XX0061B3C

6

6

0.340

8.6

29

43

450

2002

149

663

XX0081B3C

8

8

0.390

10.0

36

54

700

3114

231

1028

XX0101B3C

10

10

0.450

11.4

46

68

900

4003

300

1334

XX0121B3C

12

12

0.480

12.2

52

78

1100

4893

360

1601

XX denotes glass type. 
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of this catalog.

Ordering Part Number Example

AQ0041B3C

Singlemode, 4 fibers, tactical breakout 
Please see pages 4 and 5 for a complete guide on part number selection and  
ordering information.

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NextGen

®

 Brand’s Combat Series™ tactical  

fiber optic cables are designed, engineered  

and manufactured to specification for  

military applications.

Combat Series tactical fiber optic cables are 

lightweight and rugged to withstand repeated 

flexing. The compact design allows for ease of 

deployment and re-configuration. The UV- and 

flame-resistant polyurethane jackets withstand even 

the harshest conditions, resulting in mechanical, 

chemical and weather resistance. 

General Cable’s NextGen Brand Combat Series 

contains a patent-pending jacketing compound, 

HydroGuard

TM

, which is fully water-resistant for 

ultimate protection.

General Cable also offers a broad range of fiber 

optic cable constructions for every application. 

NextGen Brand fiber optic cables meet today’s 

performance expectations while setting the 

standards for tomorrow.

Whatever

the demand,

NextGen

®

delivers.

Reliability For Your Toughest Applications

Advanced Performance

Combat Series

™ 

Military Tactical Distribution Cable TFOCA & TFOCA-II

®

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56

Tactical Cable 

Fiber Optic

Head

Sm Head

CATALOG

NUMBER

FIBER

COUNT

NOMINAL CABLE 

DIAMETER

NOMINAL CABLE 

WEIGHT

MAXIMUM TENSILE LOAD

INSTALLATION

IN-SERVICE

IN

mm

LBS/1000'

kg/km

LBS

N

LBS

N

XX0021GNC

2

0.228

5.8

20

30

400

1800

130

578

XX0041GNC

4

0.228

5.8

20

30

400

1800

130

578

XX denotes glass type.
A complete listing of NextGen

®

 Brand glass types is specified on page 3 of the Fiber Optics catalog.

Typical Cross-Section

4 Fibers

Overall Strength 

Member

900 µm Tight  

Buffer Fiber

500 µm Acrylate-

Coated Fiber

Flame-Retardant 

Jacket

PRODUCT CONSTRUCTION:

Fiber:

  • 2 or 4 fibers
  •  900 µm tight buffer, overlaid on a  

500 µm acrylate-coated fiber

  • Color-coding per TIA/EIA 598B
  •  Type CK includes QPL-certified glass

Overall Strength Member:

  • Aramid  yarn

Jacket:

  • Black matte flame-retardant polyurethane
  • Black UV- and moisture-resistant  

  HydroGuard

TM

  • Sequential footage markings
  • Sequential meter markings available 

  upon request

FEATURES:

  • Patent-pending  HydroGuard

TM

 jacket

  • Lightweight,  rugged
  •  Withstands repeated flexing
  •  Compact design for ease of deployment
  • Excellent mechanical protection for  

  the fibers
  •  Designed to military standards

PERFORMANCE:

  • Temperature:
    Storage -55˚C (-67˚F) to +85˚C (+185˚F) 

    Operating -46˚C (-51˚F) to +71˚C (+140˚F)
  • Minimum Bend Radius:
   16 X OD—Installation 

    8 X OD—In-Service

COMPLIANCES:

  • Tested to CECOM A3159879 

    Revision D Standard

APPLICATIONS:

  • Military tactical field applications in 

    re-deployable communication systems

ORDERING

Part Number Example:

62.5 mm multimode, 4 fibers, 

tactical distribution
Please see pages 4 and 5 of the 

Fiber Optics catalog for a complete 

guide on part number selection and 

ordering information.

FIBER OPTICS

CE0041GNC

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57

Fiber Optic

Technical Information 

9

Index Page

Glossary 58-61

NEC and CSA Fire 

Resistance Levels 

62

Color Coding Charts 

63

Conversion Table and  

Reel Dimensions 

64

Part Number Index 

65-66

Notes 67-68

The complexity of today’s 

telecommunications, voice 

and data transmissions has 

generated an increasing demand 

for more technical information. 

In the current business world, 

customer service representatives, 

engineers, distributors and 

end-users do not have the time 

to search for answers to their 

technical questions.

We have included a limited 

technical section to help  

simplify these decisions and 

enable our customers to more 

expeditiously locate the  

products needed and answer 

product-specific questions.

For additional technical  

information, please contact 

your sales representative or our 

customer service department.

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58

Technical Information 

Fiber Optic

Absorption: 

Physical phenomenon that 

attenuates light traveling in fibers 

by converting it into heat, thereby 

raising the fiber’s temperature. 

Absorption results from impurities 

and defects in the glass structure.

Acceptance Angle: 

The half-angle of the 

cone within which all incident light 

is totally internally reflected by the 

fiber core. For graded index fibers, 

acceptance angle is a function of 

position on the entrance face of the 

core.

Adapter: 

A mechanical media termination 

device designed to align and join 

fiber optic connectors.  Often 

referred to as a coupling, bulkhead, 

or interconnect sleeve.

Amplitude: 

Height of a waveform that 

represents signal strength. 

Analog:

 A format that uses continuous 

physical variables such as voltage 

amplitude or frequency variations to 

transmit information.

Angle of Incidence:

 The angle between 

an incident ray and the normal to a 

reflecting surface.

Angle of Refraction: 

Angle formed 

between a refracted ray and the 

normal to the surface. This angle lies 

in a common plane with the angle of 

incidence.  

Aramid Yarn: 

Strength elements that 

provide tensile strength, support and 

additional protection of fiber bundles. 

It is commonly referred to as Kevlar 

(a DuPont trademark). 

Armor: 

Protective covering, usually metal, 

used underneath plastic jackets to 

provide additional environmental 

protection in harsh environments. 

Attenuation: 

Loss of signal strength 

between points. Usually measured in 

decibels per a unit length (e.g., dB/

km).

Backbone: 

The main portion of network 

cabling connecting equipment 

rooms or communications closets.  

These cables often have the largest 

number of fibers and/or the longest 

continuous cable runs.  

Backscattering: 

The scattering of light in 

a direction opposite to the original 

one.  

Bandwidth: 

A characterization of the 

information-carrying capacity of 

a multimode optical fiber. It is 

expressed in terms of frequency and 

is often normalized to a unit length 

(e.g., MHz-km). 

Bend Loss: 

A form of increased 

attenuation in a fiber that results 

from bending a fiber around a 

restrictive curvature (a macrobend) 

or from minute distortions in the 

fiber (microbends).

Bend Radius:

 Radius of curvature that a 

fiber can bend without breaking.  

Breakout:

 Multifiber cable constructed 

in the tight buffered design with 

individually jacketed fibers. Design-

ed for ease of connectorization and 

rugged applications for intra- or 

interbuilding requirements.  

Buffer: 

Coating used to protect optical 

fiber from physical damage. Types 

include tight buffer (indoor) or loose 

tube (outdoor).

Bundle:

 Several individual fibers 

contained within a single jacket or 

buffer tube. Also a group of buffered 

fibers distinguished in some fashion 

from another group in the same 

cable core.  

Cable Assembly:

 Optical fiber cable that 

has connectors installed on one or 

both ends.  

Cable Bend Radius: 

The radius that a 

fiber can be bent before risking 

increased attenuation or fiber 

breaks.  

Central Member: 

A material located in 

the middle of a cable that provides 

extra strength and anti-buckling 

properties. 

Chromatic Dispersion:

 Spreading of a 

light pulse caused by the difference 

in refractive indices at different 

lengths.  

Cladding: 

Dielectric material surrounding 

the core of an optical fiber.

Coating: 

Material put on a fiber during 

the drawing process for mechanical 

protection.

Conduit: 

Pipe or tubing through which 

cables can be pulled and housed.

Connector:

 A passive device attached 

at the end of a fiber to couple light 

from a transmitter to a receiver or 

between two fibers.

Connector Return Loss:

 Amount of 

power reflected from the connector 

to connector interface, typically 

expressed in decibels.  

Core: 

Central region of an optical fiber 

through which light is transmitted.

Core Eccentricity:

 Measure of the 

displacement of the center of the 

core relative to the cladding center.  

Core Ellipticity:

 Measure of the non-

roundness of the core. 

Coupling Efficiency:

 Efficiency of 

optical power transfer between two 

components.

Coupling Loss: 

Power loss suffered when 

coupling light from one optical device 

to another.

Critical Angle: 

Smallest angle at which 

a meridional ray may be totally 

reflected within a fiber at the core-

cladding interface.  

Crosstalk: 

Phenomenon of unwanted light 

transfer between fibers.

CSA:

 Abbreviation for Canadian Standards 

Association.

Decibel (dB): 

Standard unit used to 

express the magnitude of signal gain 

or loss. 

Dielectric: 

Any non-metallic, non-

conductive material. 

Diffraction: 

Phenomenon that results 

when light passes by an opaque edge 

or through an opening, generating 

weaker secondary wavefronts. These 

secondary wavefronts interfere with 

the primary wavefronts, as well as 

with each other, to form various 

patterns. 

Digital: 

Data format that uses two 

physical levels, ones and zeros,  

to transmit information.

Glossary

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59

Fiber Optic 

Technical Information

Dispersion: 

Spread of the signal delay 

in an optical waveguide. It consists 

of various components: modal 

dispersion, material dispersion and 

waveguide dispersion. As a result of 

the dispersion, an optical waveguide 

acts as a low-pass filter for the 

transmitted signals.

Duplex: 

Referring to a type of data 

transmission, either half or full.  

Half duplex permits only one-way 

communication. Full duplex allows 

simultaneous two-way transmission.  

Electromagnetic Interference (EMI):

 

Flowing currents generate magnetic 

fields. Depending on the strength 

and proximity, these magnetic fields 

can induce unwanted current in 

nearby conductive media, negatively 

affecting signal transfer.   

End Finish: 

Quality of the surface at 

an optical fiber’s end, commonly 

described as mirror, mist, hackle, 

chipped, cracked or specified by final 

grit size used in polishing.

ETL:

 Abbreviation for Edison Testing 

Laboratory, which is a division of 

Intertek Group plc. ETL specializes 

in electrical product testing, EMC 

testing and benchmark performance 

testing.

FDDI (Fiber Distributed Data Interface):

 

A standard for a 100 Mbs fiber optic 

area network.

Fiber: 

Any filament or fiber made of 

dielectric materials that guides light.

Fiber Channel:

 A high speed point-to-

point, ANSI Optical Communications 

Standard that supports data transfer 

rates up to 1,062.5 Mbs (1 Gps).    

Fiber Cleaving: 

Controlled fracture of an 

optical fiber along a crystalline plane 

which results in a smooth surface.

Fiber Optics: 

Branch of optical technology 

dealing with the transmission of 

radiant power through fibers made of 

transparent materials such as glass, 

fused silica or plastic.

FOTP:

 Abbreviation for fiber optic test 

procedures, which are defined in TIA/

EIA Publication Series 455.

Frequency:

 Number of cycles per unit of 

time, measured in Hertz (Hz).

Fusion Splice: 

Splice accomplished by 

the application of localized heat 

sufficient to fuse or melt the ends of 

two lengths of optical fiber, forming a 

continuous single fiber.

Gigabit: 

One billion bits of information.

Gigahertz (GHz):

 One billion Hertz.

Graded-Index Fiber:

 An optical fiber 

core that has a nonuniform index of 

refraction. The core is composed of 

concentric rings of glass, which have 

refractive indices that decrease from 

the center axis.  The refractive index 

is changed in a systematic way from 

the center to the edges in order to 

decrease modal dispersion.

Hertz:

 Measurement unit of frequency.

Hybrid Cable:

 A fiber optic cable 

containing two or more different 

types of fiber (e.g., multimode and 

singlemode).

Index of Refraction:

 The ratio of light 

velocity in a vacuum to its velocity in 

a given transmission medium.

Infrared (IR):

 The range of electromagnetic 

wavelengths between the visible part of 

the spectrum (750nm) and microwaves 

(30µm).

Insertion Loss:

 The attenuation caused 

by insertion of an optical component 

such as a connector, splice or 

coupler.

Intensity:

 Irradiance.

Interbuilding:

 Between buildings.

Intrabuilding:

 Within a building.

Jumper:

 Fiber optic cable that has 

connectors terminated on both ends.

KPSI:

 Abbreviation used to denote a 

measurement unit of thousands of 

pounds per square inch. Commonly 

used in the fiber proof test tensile 

strength measurement.

Kevlar:

 DuPont trade name for aramid 

material (see Aramid Yarn).

Kilometer:

 Unit of measure for length 

equal to 1000 meters and about 

3,281 feet.

Laser:

 A device which produces a narrow 

band of light and is used as a 

transmitting device for light signals 

traveling along optical fibers. Laser 

is an acronym for Light Amplification 

by Stimulated Emission of Radiation.

Launch Angle:

 Angle between the 

propagation direction of the incident 

light and the optical axis of an optical 

waveguide.

LED:

 Acronym for Light Emitting Diode.  

It is a semiconductor device that 

emits incoherent light from a p-n 

junction (when biased with an 

electrical current).

Light:

 In the laser and optical 

communications fields, the portion of 

the electromagnetic spectrum that 

can be handled by the basic optical 

techniques used for the visible 

spectrum extending from the near 

ultraviolet region of approximately 

0.3 micron, through the visible region 

and into the mid-infrared region of 

about 30 microns.

Light Diffusion:

 Scattering of light by 

reflection or transmission. Diffuse 

reflection results when light strikes 

an irregular surface such as a 

frosted window or coated light bulb.

Light Emitting Diode:

 See LED.

Lightwaves:

 Electromagnetic waves in the 

region of optical frequencies.  The 

term “light” was originally restricted 

to radiation visible to the human 

eye, with wavelengths between 400 

and 700nm. However, it has become 

customary to refer to radiation in 

the speed regions adjacent to visible 

light as “light” to emphasize the 

physical and technical characteristics 

they have in common with visible 

light.

Loose Tube:

 Type of cable design in 

which coated fibers are encased in 

buffer tubes offering excellent fiber 

protection and segregation. Mainly 

used in outdoor cable types. 

MDPE:

 Acronym for Medium Density 

Polyethylene. MDPE is a form of 

polyethylene commonly used as a 

jacketing material for outdoor fiber 

optic cables (see PE).

Glossary

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60

Technical Information 

Fiber Optic

Macrobending:

 Macroscopic axial 

deviations of a fiber from a straight 

line.

MegaHertz:

 One million Hertz.

Microbending:

 Curvatures of the fiber 

which involve axial displacements 

a few micrometers and spatial 

wavelengths of a few millimeters.  

Microbends cause loss of light 

and consequently increase the 

attenuation of the fiber.

Micrometer (µm):

 One millionth of a 

meter or a micron. Conventional unit 

of measurement for optical fibers.  

Micron:

 See Micrometer.

Modal Dispersion:

 Pulse spreading due to 

multiple light rays traveling different 

distances and speeds through an 

optical fiber.

Mode:

 A term used to describe an 

independent light path through a 

fiber, as in multimode or singlemode.

Mode Field Diameter (MFD):

 The 

diameter of optical energy in a 

singlemode fiber. Because the MFD 

is greater than the core diameter, 

MFD replaces core diameter as a 

practical parameter. 

Monochromatic:

 Consisting of a single 

wavelength. In practice, radiation is 

never perfectly monochromatic but, 

at best, displays a narrow band of 

wavelengths.  

Multimode Fiber:

 An optical waveguide 

in which light travels in several modes. 

Typical core and cladding sizes are 

50 µm/125 µm and 62.5 µm/125 µm.

Multiplex: 

Combining two or more signals 

into a single bit stream that can be 

individually recovered.

Nanometer:

 One billionth of a meter (nm).

National Electric Code (NEC):

 Defines 

building flammability requirements 

for indoor cables.

Numerical Aperture (NA): 

Measure 

of the range of angles of incident 

light transmitted through a fiber.  

Depends on the differences in index 

of refraction between the core and 

the cladding. (The number that 

expresses the light-gathering ability 

of a fiber.)

Optical Return Loss (ORL):

 The ratio, 

expressed in decibels, of optical 

power reflected by a component or 

an assembly to the optical power 

incident on a component or assembly 

that is induced into a link or system.

Optical Time Domain Reflectometer 

(OTDR):

 An instrument used 

to measure the transmission 

performance of optical fibers.

Optical Transmitter:

 See Transmitter.

Optical Waveguide:

 Dielectric waveguide 

with a core consisting of optically 

transparent material of low 

attenuation (usually silica glass) 

and with cladding consisting of 

optically transparent material of 

lower refractive index than that of the 

core.  It is used for the transmission 

of signals with lightwaves and is 

frequently referred to as a fiber. 

In addition, there are some optical 

components, such as laser diodes, 

which are referred to as optical 

waveguides.

PE:

 Abbreviation used for polyethylene.  

Polyethylene is a type of plastic, 

commonly used as a jacketing 

material for outside plant cables, 

that possesses good mechanical 

properties including good moisture 

resistance. However, it is very 

flammable and not suitable for 

indoor jacketing applications.

PVC:

 Abbreviation used for polyvinyl 

chloride. Polyvinyl chloride is a 

plastic material that is widely used 

as a jacketing material in indoor 

cables.  

PVDF:

 Abbreviation denoting 

polyvinylidene fluoride, a 

fluoropolymer plastic material often 

used as a jacket in plenum cables, 

especially in larger fiber count 

cables. 

Pigtail: 

A fiber optic connector that 

is terminated to one end of an 

optical fiber cable. A short length 

of optical fiber, permanently fixed 

to a component, used to couple 

power between the component and a 

transmission fiber. 

Plenum:

 The air handling space such as 

that found above drop-ceiling tiles or 

in raised floors. It is also the most 

stringent fire code rating for indoor 

cables.

Plenum Cable:

 A cable that meets 

the most stringent flammability 

and smoke-generating test and is 

suitable for installation in a plenum 

area without a conduit. 

Power: 

The rate at which energy is 

transferred.

Preform:

 A glass structure from which 

an optical fiber waveguide can be 

drawn.

Primary Coating:

 The plastic coating 

applied directly to the cladding 

surface of the fiber during 

manufacture to preserve the integrity 

of the surface.

Receiver:

 A detector and electronic 

circuitry to change optical signals 

into electrical signals.   

Reflection: 

The abrupt change in direction 

of a light beam at an interface 

between two dissimilar media so that 

the light beam returns into the media 

from which it originated. 

Refraction:

 The bending of a beam 

of light at an interface between 

two dissimilar media or in a 

medium whose refractive index is 

a continuous function of position 

(graded index medium).

Refractive Index: 

The ratio of the velocity 

of light in a vacuum to that in an 

optically dense medium.

Repeater:

 In an optical-fiber 

communication system, an 

optoelectronic device or module that 

receives an optical signal, converts it 

to electrical form, amplifies it (or in 

the case of a digital signal, reshapes, 

retimes or otherwise reconstructs it) 

and retransmits it in optical form.  

Riser:

 Pathways for indoor cables that 

pass between floors. It is normally a 

vertical shaft or space. A riser cable 

rating indicates good flammability 

characteristics, but not necessarily 

low smoke as in a plenum type.

Glossary

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61

Fiber Optic 

Technical Information

Scattering:

 Property of glass that causes 

light to deflect from the fiber and 

contributes to optical attenuation.

Simplex:

 Transmission in only 

one direction. Generally a 

communications system or device 

capable of transmission in one 

direction only. 

Singlemode Fiber:

 Optical fiber with 

a small core diameter (typically 9 

µm) in which only a singlemode, 

the fundamental mode, is capable 

of propagation. This type of fiber is 

particularly suitable for wideband 

transmission over large distances, 

since its bandwidth is limited only by 

chromatic dispersion.  

Source: 

A light emitter, either an LED or 

laser diode, in a fiber optic link; a 

device that when properly driven will 

produce information-carrying optical 

signals.

Spectral Bandwidth: 

The difference 

between wavelengths at which the 

radiant intensity of illumination is 

half its peak intensity.

Speed of Light:

 186,000 miles per second.

Splice:

 A permanent joint between two 

optical waveguides.

ST® Connector:

 Type of connector used 

on fiber optic cable utilizing a spring- 

loaded twist-and-lock coupling 

similar to the BNC connectors used 

with coaxial cabling.

Step Index Fiber:

 A fiber having a uniform 

refractive index within the core and a 

sharp decrease in refractive index at 

the core/cladding interface.  

Strength Member:

 Part of a fiber optic 

cable composed of aramid yarn, steel 

strands or fiberglass filaments that 

increase the tensile strength of the 

cable.

Tight Buffer:

 Type of cable construction 

whereby each glass fiber is 

tightly buffered by a protective 

thermoplastic coating to a diameter 

of 900 µm. Increased buffering 

provides ease of handling and 

connectorization.

Time-Division Multiplex (TDM):

 The 

process or device by which more 

than one signal can be sent over a 

single channel by using different 

time intervals for the different 

signals. This may be done by varying 

the pulse duration, pulse amplitude 

and pulse position.

Total Internal Reflection:

 The total 

reflection that occurs when light 

strikes an interface at angles of 

incidence greater than the critical 

angle.

Transmitter:

 A driver and a source used 

to change electrical signals into 

optical signals.

UL:

 Abbreviation for Underwriters 

Laboratories, Inc., a non-profit 

organization that rates fiber 

optic cables according to their 

flammability characteristics. (See 

Plenum and Riser.) 

VCSEL (Vertical Cavity Surface Emitting 

Laser):

 A specialized laser diode 

used in fiber optic communications 

to improve efficiency and increase 

data speeds. These devices emit 

energy at  

850 nm and 1300 nm. The VCSEL 

emits a narrow, more nearly circular 

beam than traditional light emitting 

diodes (LEDs) or laser diodes, which 

makes it easier to get the energy 

from the device into an optical fiber.

Wavelength: 

The distance, measured 

in the direction of propagation, 

of a repetitive electrical pulse or 

waveform between two successive 

points that are characterized by the 

same phase of vibration.

Zero-Dispersion Wavelength:

 Wavelength 

at which the chromatic dispersion of 

an optical fiber is zero.  Occurs when 

waveguide dispersion cancels out 

material dispersion.

Glossary

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62

Technical Information 

Fiber Optic

Communications wire and cable for premise 

installations are in accordance with Article 770, and 

other applicable parts of the National Electrical Code 

(NEC), latest issue. Communications wire and cables 

for Canada are in accordance with the harmonized 

Canadian Standard Association C22.2 No. 214, 

Underwriters Laboratories UL 444, latest issue.

Plenum 

Riser 

General Purpose

OFNP

OFCP

OFNR

OFCR

OFNG OFN

OFCG OFC

A

B

Cable A may be used in place of cable B

Nonconductive Conductive

CABLE MARKING

TYPE

OFNP

Nonconductive optical fiber

plenum cable

OFCP

Conductive optical fiber

plenum cable

OFNR

Nonconductive optical fiber

riser cable

OFCR

Conductive optical fiber

riser cable

OFNG

Nonconductive optical fiber 

general-purpose cable

OFCG

Conductive optical fiber

general-purpose cable

OFN

Nonconductive optical fiber

general-purpose cable

OFC

Conductive optical fiber

general-purpose cable

FIRE RESISTANCE LEVEL

TEST REQUIREMENT

NEC ARTICLE

770

(Highest) Plenum Cables

NFPA-262 (Steiner tunnel)

CSA-FT6 (Steiner tunnel)

OFNP

OFCP

Riser Cables

Multiple Floors

UL-1666 (Vertical Shaft)

CSA-FT4 (Vertical Tray)

OFNR

OFCR

General Purpose Cables

UL-1581 (Vertical Tray)

CSA-FT4 (Vertical Tray)

OFNG OFN

OFCG OFC

Notes  1.  Cables with a higher fire resistance level may be substituted for those with a lower fire  

resistance level.

 

2.  Non-fire rated outside plant telephone cables may not run outside of a rigid metal 

conduit more than 50 feet from the point of entrance into a building.

 

3. Per the latest NEC issue, listed optical fiber cables are permitted in trays.

NEC and CSA Fire Resistance Levels

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63

Fiber Optic 

Technical Information

For tight buffered subunit hybrid  

cable constructions (≥ 24 fibers),  

cables containing both singlemode 

and multimode, the singlemode 

subunit tubes will be yellow and 

numerically marked, 62.5 µ multi-

mode

 

subunit tubes will be orange 

and numerically marked, and 50 µ  

multimode

 

subunit tubes will be 

aqua and numerically marked.

Color coding in compliance with TIA/EIA 598 B.3

LOOSE TUBE BUFFER COLOR CODING

POSITION

NUMBER BASE COLOR AND TRACER ABBREVIATION

1

2

3

4

Blue

Orange

Green

Brown

BL

OR

GR

BR

5

6

7

8

Slate

White

Red

Black

SL

WH

RD

BK

9

10

11

12

Yellow

Violet

Rose

Aqua

YL

VI

RS

AQ

13

14

15

16

Blue with Black Tracer

Orange with Black Tracer

Green with Black Tracer

Brown with Black Tracer

D/BL

1

D/OR

D/GR

D/BR

17

18

19

20

Slate with Black Tracer

White with Black Tracer

Red with Black Tracer

Black with Yellow Tracer

D/SL

D/WH

D/RD

D/BK

21

22

23

24

Yellow with Black Tracer

Violet with Black Tracer

Rose with Black Tracer

Aqua with Black Tracer

D/YL

D/VI

D/RS

D/AQ

1)  “D/” denotes a dashed mark or tracer. That is, D/BL is  

  Dash-Blue, meaning blue with a tracer.

JACKET COLOR

 

CODING

CONSTRUCTION FIBER TYPE

JACKET 

COLOR

TIGHT 

BUFFER

Multimode

Orange

10 G 

Multimode

Aqua

Singlemode Yellow

Hybrid

Black

LOOSE 

TUBE

Multimode

Black

10 G 

Multimode

Singlemode

Hybrid

TIGHT BUFFER COLOR CODING

POSITION

NUMBER BASE COLOR AND TRACER ABBREVIATION

1

2

3

4

Blue

Orange

Green

Brown

BL

OR

GR

BR

5

6

7

8

Slate

White

Red

Black

SL

WH

RD

BK

9

10

11

12

Yellow

Violet

Pink

Aqua

YL

VI

PK

AQ

13

14

15

16

Blue with Black Tracer

Orange with Black Tracer

Green with Black Tracer

Brown with Black Tracer

D/BL

1

D/OR

D/GR

D/BR

17

18

19

 20*

Slate with Black Tracer

White with Black Tracer

Red with Black Tracer

Black with Black Tracer

D/SL

D/WH

D/RD

D/BK

21

22

23

24

Yellow with Black Tracer

Violet with Black Tracer

Rose with Black Tracer

Aqua with Black Tracer

D/YL

D/VI

D/RS

D/AQ

1)  “D/” denotes a dashed mark or tracer. That is, D/BL is  

  Dash-Blue, meaning blue with a tracer. 

* Black tracer is visible on black buffer tube.

Ordering Part Number Example

AP012/BE0121P1R

For tight buffered single pass 

hybrid cable constructions  

(≤ 24 fibers), cables containing 

both singlemode and multimode, 

the first buffers in the TIA/EIA 598 

color-coded tubes will contain 

singlemode, and the remaining 

buffers will contain multimode.

Ordering Part Number Example

AP012/BE0121PNU

For loose tube hybrid cable 

constructions, cables containing 

both singlemode (SM) and 

multimode (MM), the first tubes  

in the TIA/EIA 598 color-coded 

tubes will contain singlemode,  

and the remaining tubes will 

contain multimode.

Ordering Part Number Example

AQ012/BE0124M1A-DWB

Color Coding Charts

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64

Technical Information 

Fiber Optic

CONVERSION TABLE

SYMBOL

WHEN YOU KNOW

MULTIPLY BY

TO FIND

SYMBOL

LENGTH

in

inches

25.4

millimeters

mm

ft

feet

0.305

meters

m

yd

yards

0.914

meters

m

mi

miles

1.61

kilometers

km

STANDARD WOODEN REEL DIMENSIONS

Flange

inches 

meters

36 

(0.9)

48 

(1.2)

60 

(1.5)

72 

(1.8)

84 

(2.1)

96 

(2.4)

Traverse

inches 

meters

26 

(0.7)

22 

(0.6)

31 

(0.8)

36 

(0.9)

47 

(1.2)

42 

(1.1)

Drum

inches 

meters

18 

(0.5)

24 

(0.6)

30 

(0.8)

36 

(0.9)

44 

(1.1)

48 

(1.2)

Tare Weight

lbs 

kg

104 
(47)

178 
(81)

324 

(147)

616 

(279)

834 

(378)

1,146 

(520)

Please contact your General Cable representative if a certain reel size is required.

REEL DIMENSIONS

Conversion Table and Reel Dimensions

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Fiber Optic 

Technical Information

65

CATALOG

NUMBER PAGE

CATALOG

NUMBER PAGE

CATALOG

NUMBER PAGE

CATALOG

NUMBER PAGE

Catalog Number Index

77-7224 ......................................52
77-7225 ......................................52
77-7226 ......................................52
77-7227 ......................................52
77-7228 ......................................52
77-7229 ......................................52
77-7230 ......................................52
77-7231 ......................................52
77-7232 ......................................52
77-7233 ......................................52
77-7234 ......................................52
77-7235 ......................................52
705620  .......................................52
705630  .......................................52
705820  .......................................46
705830  .......................................46
705840  .......................................46
705850  .......................................46
705860  .......................................46
705870  .......................................46
705880  .......................................46
705890  .......................................46
705900  .......................................46
705910  .......................................46
705920  .......................................46
705930  .......................................46
705940  .......................................46
705950  .......................................46
705960  .......................................46
705970  .......................................46
706920  .......................................52
706930  .......................................52
707050  .......................................52
707400  .......................................46
707410  .......................................46
707420  .......................................46
707430  .......................................46
707440  .......................................46
707450  .......................................46
707460  .......................................46
707470  .......................................46
707610  .......................................46
707620  .......................................46
707630  .......................................46
707640  .......................................46
707650  .......................................46
707660  .......................................46
707670  .......................................46
707680  .......................................46
707690  .......................................46
707700  .......................................46
707710  .......................................46
707720  .......................................46
708210  .......................................46
708230  .......................................46
708250  .......................................46
708270  .......................................46
708290  .......................................46
708310  .......................................46

708330  .......................................46
708350  .......................................46
708370  .......................................46
708390  .......................................46
708410  .......................................46
708430  .......................................46
AP00064BOF-B1 ........................47
AP00064BOF-B2 ........................47
AP00064BOF-B3 ........................47
BE00064BOF-B1 ........................47
BE00064BOF-B2 ........................47
BE00064BOF-B3 ........................47
BL00064BOF-B1 ........................47
BL00064BOF-B2 ........................47
BL00064BOF-B3 ........................47
CG0006ABOF-B1 ........................47
CG0006ABOF-B2 ........................47
CG0006ABOF-B3 ........................47
FC9700003 ..................................48
FC9700004 ..................................48
FC9700005 ..................................48
FC9700009 ..................................48
FC9700010 ..................................48
FC9700011 ..................................48
FC9700012 ..................................48
FC9700013 ..................................48
FC9700015 ..................................48
FC9700016 ..................................50
FC9700017 ..................................50
FC9700018 ..................................50
FC9700019 ..................................50
FC9700020 ..................................50
FC9700021 ..................................50
FC9700047 ..................................50
FC9700075 ..................................48
FC9700076 ..................................48
FC9700080 ..................................48
FC9700102 ..................................50
FC9700103 ..................................50
FC9700112 ..................................51
FC9700113 ..................................50
FC9700437 ..................................49
FC9700438 ..................................49
FC9700439 ..................................49
FC9700441 ..................................49
FC9700442 ..................................49
FC9700443 ..................................49
FC9700445 ..................................49
FC9700446 ..................................49
FC9700447 ..................................49
FC9700449 ..................................49
FC9700450 ..................................49
FC9700451 ..................................49
FC9700463 ..................................51
FC9700464 ..................................51
XX0011SNR1.6............................39
XX0011SNR3.0............................38
XX0011SNU3.0 ...........................38
XX0021ANR.BK ..........................31

XX0021ANR-ILRA .......................33
XX0021ANU.BK ..........................32
XX0021ANU-ILPA .......................34
XX0021B3C .................................54
XX0021B3D .................................26
XX0021B3R .................................25
XX0021GNC ................................56
XX0021PNR ................................23
XX0021PNR-ILRA .......................27
XX0021PNU ................................24
XX0021PNU-ILPA .......................28
XX0021PNZ .................................22
XX0021ZNR1.6 ............................39

XX0021ZNR3.0 ............................38
XX0021ZNU3.0 ............................38
XX0023H1A-DWB .........................9
XX0023H1F-DWB .......................11
XX0023M1A-DWB .........................8
XX0023M1F-DWB .......................10
XX0023M1N-DWB ......................13
XX0023M1Y-DWB .......................12
XX0024E1S-DWB ........................15
XX0024H1S-DWB .......................14
XX0024U1A .................................19
XX0024U1A.TF ............................18
XX0024U2A .................................20
XX0024UNFC ..............................17
XX0024UNFS ................................7
XX0041ANR.BK ..........................31
XX0041ANR-ILRA .......................33
XX0041ANU.BK ..........................32
XX0041ANU-ILPA .......................34
XX0041B3C .................................54
XX0041B3D .................................26
XX0041B3R .................................25
XX0041GNC ................................56
XX0041PNR ................................23
XX0041PNR-ILRA .......................27
XX0041PNU ................................24
XX0041PNU-ILPA .......................28
XX0041PNZ .................................22
XX0044E1S-DWB ........................15
XX0044H1A-DWB .........................9
XX0044H1F-DWB .......................11
XX0044H1S-DWB .......................14
XX0044M1A-DWB .........................8
XX0044M1F-DWB .......................10
XX0044M1N-DWB ......................13
XX0044M1Y-DWB .......................12
XX0044U1A .................................19
XX0044U1A.TF ............................18
XX0044U2A .................................20
XX0044UNFC ..............................17
XX0044UNFS ................................7
XX0061ANR.BK ..........................31
XX0061ANR-ILRA .......................33
XX0061ANU.BK ..........................32
XX0061ANU-ILPA .......................34
XX0061B3C .................................54

XX0061B3D .................................26
XX0061B3R .................................25
XX0061PNR ................................23
XX0061PNR-ILRA .......................27
XX0061PNU ................................24
XX0061PNU-ILPA .......................28
XX0061PNZ .................................22
XX0064E1S-DWB ........................15
XX0064H1A-DWB .........................9
XX0064H1F-DWB .......................11
XX0064H1S-DWB .......................14
XX0064M1A-DWB .........................8
XX0064M1F-DWB .......................10
XX0064M1N-DWB ......................13
XX0064M1Y-DWB .......................12
XX0064U1A .................................19
XX0064U1A.TF ............................18
XX0064U2A .................................20
XX0064UNFC ..............................17
XX0064UNFS ................................7
XX0064UNM-DT .........................35
XX0064UNU-DT ..........................36
XX0064UNZ-DT ..........................30
XX0081ANR.BK ..........................31
XX0081ANU.BK ..........................32
XX0081B3C .................................54
XX0081B3D .................................26
XX0081B3R .................................25
XX0081PNR ................................23
XX0081PNU ................................24
XX0081PNZ .................................22
XX0084E1S-DWB ........................15
XX0084H1A-DWB .........................9
XX0084H1F-DWB .......................11
XX0084H1S-DWB .......................14
XX0084M1A-DWB .........................8
XX0084M1F-DWB .......................10
XX0084M1N-DWB ......................13
XX0084M1Y-DWB .......................12
XX0084U1A .................................19
XX0084U1A.TF ............................18
XX0084U2A .................................20
XX0084UNFC ..............................17
XX0084UNFS ................................7
XX0101ANR.BK ..........................31
XX0101ANU.BK ..........................32
XX0101B3C .................................54
XX0101PNR ................................23
XX0121ANR.BK ..........................31
XX0121ANR-ILRA .......................33
XX0121ANU.BK ..........................32
XX0121ANU-ILPA .......................34
XX0121B3C .................................54
XX0121B3D .................................26
XX0121B3R .................................25
XX0121PNR ................................23
XX0121PNR-ILRA .......................27
XX0121PNU ................................24
XX0121PNU-ILPA .......................28

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66

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Fiber Optic

Catalog Number Index

XX0121PNZ .................................22
XX0124E1S-DWB ........................15
XX0124H1A-DWB .........................9
XX0124H1F-DWB .......................11
XX0124H1S-DWB .......................14
XX0124M1A-DWB .........................8
XX0124M1F-DWB .......................10
XX0124M1N-DWB ......................13
XX0124M1Y-DWB .......................12
XX0124U1A .................................19
XX0124U1A.TF ............................18
XX0124U2A .................................20
XX0124UNFC ..............................17
XX0124UNFS ................................7
XX0124UNM-DT .........................35
XX0124UNU-DT ..........................36
XX0124UNZ-DT ..........................30
XX0181A1R.BK ...........................31
XX0181ANR.BK ..........................31
XX0181ANU.BK ..........................32
XX0181B3D .................................26
XX0181B3R .................................25
XX0181P1R .................................23
XX0181P1Z .................................22
XX0181PNR ................................23
XX0181PNU  ...............................24
XX0184E1S-DWB ........................15
XX0184H1A-DWB .........................9
XX0184H1F-DWB .......................11
XX0184H1S-DWB .......................14
XX0184M1A-DWB .........................8
XX0184M1F-DWB .......................10
XX0184M1N-DWB ......................13
XX0184M1Y-DWB .......................12
XX0241A1R.BK ...........................31
XX0241A1R-ILRA ........................33
XX0241ANR.BK ..........................31
XX0241ANR-ILRA .......................33
XX0241ANU.BK ..........................32
XX0241ANU-ILPA .......................34
XX0241ANU-ILPAS .....................34
XX0241B3D .................................26
XX0241B3R .................................25
XX0241P1R .................................23
XX0241P1R-ILRA ........................27
XX0241P1Z .................................22
XX0241PNR ................................23
XX0241PNR-ILRA .......................27
XX0241PNU ................................24
XX0241PNU-ILPA .......................28
XX0241PNU-ILPAS .....................28
XX0244E1S-DWB ........................15
XX0244H1A-DWB .........................9
XX0244H1F-DWB .......................11
XX0244H1S-DWB .......................14
XX0244M1A-DWB .........................8
XX0244M1D-DT ..........................36
XX0244M1F-DWB .......................10
XX0244M1M-DT ..........................35
XX0244M1N-DWB ......................13

XX0244M1Y-DWB .......................12
XX0244M1Z-DT ...........................30
XX0361A1D.BK ...........................32
XX0361A1R.BK ...........................31
XX0361A1R-ILRA ........................33
XX0361ANU-ILPAS .....................34
XX0361B3D .................................26
XX0361P1D .................................24
XX0361P1R .................................23
XX0361P1R-ILRA ........................27
XX0361P1Z .................................22
XX0361PNU-ILPAS .....................28
XX0364E1S-DWB ........................15
XX0364H1A-DWB .........................9
XX0364H1F-DWB .......................11
XX0364H1S-DWB .......................14
XX0364M1A-DWB .........................8
XX0364M1D-DT ..........................36
XX0364M1F-DWB .......................10
XX0364M1M-DT ..........................35
XX0364M1N-DWB ......................13
XX0364M1Y-DWB .......................12
XX0364M1Z-DT ...........................30
XX0481A1D.BK ...........................32
XX0481A1R.BK ...........................31
XX0481A1R-ILRA ........................33
XX0481ANU-ILPAS .....................34
XX0481B3D .................................26
XX0481P1D .................................24
XX0481P1R .................................23
XX0481P1R-ILRA ........................27
XX0481P1Z .................................22
XX0481PNU-ILPAS .....................28
XX0484E1S-DWB ........................15
XX0484H1A-DWB .........................9
XX0484H1F-DWB .......................11
XX0484H1S-DWB .......................14
XX0484M1A-DWB .........................8
XX0484M1D-DT ..........................36
XX0484M1F-DWB .......................10
XX0484M1M-DT ..........................35
XX0484M1N-DWB ......................13
XX0484M1Y-DWB .......................12
XX0484M1Z-DT ...........................30
XX0601A1D.BK ...........................32
XX0601A1R.BK ...........................31
XX0601A1R-ILRA ........................33
XX0601ANU-ILPAS .....................34
XX0601P1D .................................24
XX0601P1R .................................23
XX0601P1R-ILRA ........................27
XX0601P1Z .................................22
XX0601PNU-ILPAS .....................28
XX0604E1S-DWB ........................15
XX0604H1A-DWB .........................9
XX0604H1F-DWB .......................11
XX0604H1S-DWB .......................14
XX0604M1A-DWB .........................8
XX0604M1D-DT ..........................36
XX0604M1F-DWB .......................10

XX0604M1M-DT ..........................35
XX0604M1N-DWB ......................13
XX0604M1Y-DWB .......................12
XX0604M1Z-DT ...........................30
XX0721A1D.BK ...........................32
XX0721A1R.BK ...........................31
XX0721A1R-ILRA ........................33
XX0721ANU-ILPAS .....................34
XX0721P1D .................................24
XX0721P1R .................................23
XX0721P1R-ILRA ........................27
XX0721P1Z .................................22
XX0721PNU-ILPAS .....................28

XX0724E1S-DWB ........................15
XX0724H1A-DWB .........................9
XX0724H1F-DWB .......................11
XX0724H1S-DWB .......................14
XX0724M1A-DWB .........................8
XX0724M1D-DT ..........................36
XX0724M1F-DWB .......................10
XX0724M1M-DT ..........................35
XX0724M1N-DWB ......................13
XX0724M1Y-DWB .......................12
XX0724M1Z-DT ...........................30
XX0961A1D.BK ...........................32
XX0961A1R.BK ...........................31
XX0961A1R-ILRA ........................33
XX0961ANU-ILPAS .....................34
XX0961P1D .................................24
XX0961P1R .................................23
XX0961P1R-ILRA ........................27
XX0961PNU-ILPAS .....................28
XX0964E1S-DWB ........................15
XX0964H1A-DWB .........................9
XX0964H1F-DWB .......................11
XX0964H1S-DWB .......................14
XX0964M1A-DWB .........................8
XX0964M1D-DT ..........................36
XX0964M1F-DWB .......................10
XX0964M1M-DT ..........................35
XX0964M1N-DWB ......................13
XX0964M1Y-DWB .......................12
XX0964M1Z-DT ...........................30
XX1201A1D.BK ...........................32
XX1201A1R.BK ...........................31
XX1201A1R-ILRA ........................33
XX1201ANU-ILPAS .....................34
XX1201P1D .................................24
XX1201P1R .................................23
XX1201P1R-ILRA ........................27
XX1201PNU-ILPAS .....................28
XX1204E1S-DWB ........................15
XX1204H1A-DWB .........................9
XX1204H1F-DWB .......................11
XX1204H1S-DWB .......................14
XX1204M1A-DWB .........................8
XX1204M1F-DWB .......................10
XX1204M1N-DWB ......................13
XX1204M1Y-DWB .......................12
XX1204M1Z-DT ...........................30

XX1441A1D.BK ...........................32
XX1441A1R.BK ...........................31
XX1441A1R-ILRA ........................33
XX1441ANU-ILPAS .....................34
XX1441P1D .................................24
XX1441P1R .................................23
XX1441P1R-ILRA ........................27
XX1441PNU-ILPAS .....................28
XX1444E1S-DWB ........................15
XX1444H1A-DWB .........................9
XX1444H1D-DT ...........................36
XX1444H1F-DWB .......................11
XX1444H1S-DWB .......................14
XX1444M1A-DWB .........................8
XX1444M1F-DWB .......................10
XX1444M1M-DT ..........................35
XX1444M1N-DWB ......................13
XX1444M1Y-DWB .......................12
XX1444M1Z-DT ...........................30
XX1924H1F-DWB .......................11
XX1924M1A-DWB .........................8
XX1924M1F-DWB .......................10
XX1924M1N-DWB ......................13
XX1924M1Y-DWB .......................12
XX2164H1F-DWB .......................11
XX2164M1A-DWB .........................8
XX2164M1F-DWB .......................10
XX2164M1N-DWB ......................13
XX2164M1Y-DWB .......................12
XX2404H1F-DWB .......................11
XX2404M1A-DWB .........................8
XX2404M1F-DWB .......................10
XX2644H1F-DWB .......................11
XX2644M1A-DWB .........................8
XX2644M1F-DWB .......................10
XX2884H1F-DWB .......................11
XX2884M1A-DWB .........................8
XX2884M1F-DWB .......................10
XX2884M1M-DT ..........................35
XX2886R1A-DWB .......................16
XX3124H1F-DWB .......................11
XX3124M1A-DWB .........................8
XX3124M1F-DWB .......................10
XX3606R1A-DWB .......................16
XX4326R1A-DWB .......................16
XX4446R1A-DWB .......................16
XX5046R1A-DWB .......................16
XX5766R1A-DWB .......................16
XX6486R1A-DWB .......................16
XX7206R1A-DWB .......................16
XX7926R1A-DWB .......................16
XX8646R1A-DWB .......................16

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Technical Information

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Prysmian-Fiber-Optic-Cable-Catalog-html.html
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General Cable

4 Tesseneer Drive

Highland Heights, Kentucky 41076-9753

Telephone: 800.424.5666

  

859.572.8000

Fax: 800.335.1270

Email: info@generalcable.com

www.generalcable.com

Form No. FOC-0065-R0617

GCFB001

156 Parkshore Drive

Brampton, Ontario L6T 5M1

Telephone: 800.561.0649

  

 905.494.5300

Fax: 

 800.565.2529

Email: infoca@generalcable.com

 

C O N S T R U C T I O N

Markets:

Commercial, Residential, Institutional 

Products:

Building Wire (Al & Cu), Portable 

Cord, Industrial Cable

E N E R G Y

Markets:

Transmission, Distribution, Generation

Products:

Underground Cable, Substation Cable,

Overhead Conductor & Cable

E N T E R P R I S E   &   C O M M U N I C AT I O N S

Markets:

Commercial/Residential Buildings, 

Data Centers, Education, Finance, 

Federal/Government, Healthcare, 

AV, Manufacturing

Products:

Datacom Cable, Fiber Optic 

Cable, Electronics Cable,

 

Telecommunications Cable

I N D U S T R I A L

Markets:

Petrochemical, Food & Beverage, 

Automation, Water/Wastewater, 

Power Generation, Pulp & Paper

Products:

Portable & Temporary Power Cord, 

Instrumentation Cable, Control Cable, 

Power Cable, Automation Cable

M I L I TA R Y

Markets:

On Land, At Sea, In the Air

Products:

Communications Wire & Cable 

(Cu & Fiber), Shore to Ship Power 

Cable, Wire Harnesses & Assemblies

M I N I N G

Markets:

Surface, Underground

Products:

Portable & Trailing Mining Cable, Mine 

Power Feeder Cable, Industrial Cable

R E N E WA B L E   E N E R G Y

Markets:

Solar, Hydro, Wind

Products:

Panel Wire, Cu & AL PV Wire, Tower 

Wire & Cable, Collection System 

Cable, Industrial Cable, Utility Cable

O I L ,   G A S   &   P E T R O C H E M I C A L

Markets:

Upstream, Downstream, Midstream

Products:

Offshore Cable, Subsea Cable, 

Onshore Cable

T E L C O

Markets:

Independent Telephone Operating 

Companies (ITOCs), Regional Bell 

Operating Companies (RBOCs)

Products:

Air Core Cable, Filled Core Cable, 

Wire Products, Central Office Cable

T R A N S P O R TAT I O N

Markets:

Automotive, Agricultural Equipment, 

Rail & Transit, Heavy Duty & Industrial 

Trucks, Bus

Products:

On-Vehicle Data Communications, 

Control & Power Wire and Cable, 

Battery Cable, Primary Wire, Electric 

Vehicle (EV) Products, Wire Harnesses 

and Assemblies