Indoor/Outdoor Stranded Design
Indoor/outdoor stranded loose
tube combines the robust mechanical and environmental characteristics
of an outside plant cable with the flexibility of an inside
plant riser cable. Indoor/outdoor stranded loose tube is routed
directly from the outside plant to telecommunications closets
or main distribution frames through the riser of a building,
eliminating costly splice locations and the “50-foot rule.”
Indoor/Outdoor Stranded Design loose tube cable is moisture
and U.V. resistant, S-Z stranded for easy mid-span access, UL-listed
type OFNR (UL1666) riser rated, and can be used in both duct
and lashed applications.
Temperature
Range:
Operating -40 ºC to +70
ºC
Storage -40 ºC to
+75 ºC
Installation 0 ºC to +70 ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Lines Direct to Telecommunications
Closet Local Loop Distant Learning Distribution
- Intrabuilding
Backbones
A
Stranded Design (Armored) Armored Loose Tube Cable
Acting as the backbone
for most of today’s fiber based systems, stranded fiber
optic cables play a critical role in the high speed network.
AFL’s Armored Loose Tube Single Jacket/Single Armor fiber
optic cables are designed to provide high fiber counts with
the flexibility and versatility required for today’s most
demanding installations, including direct buried. Our stranded
design cables feature fiber counts up to 144, compliance with
EIA/TIA and REA/RUS PE-90, and are S-Z stranded for easy mid-span
access. Industry standard designs combined with innovative technologies,
such as a dry core product, yield a world class cable that will
support today’s and tomorrow’s technological needs.
AFL's Stranded Design (Armored) cables are RUS listed.
For a complete listing of all AFL RUS listed products please
download this PDF catalog RUSlistedProdCat.pdf.
Temperature
Range:
Operating -40 ºC to
+70 ºC
Storage -40 ºC
to +75 ºC
Installation -30 ºC to +70 ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Local Loop Feeder Distant
Learning
- Distribution
Stranded Design (Duct) Armored Loose
Tube Fiber Optic Cable
Acting as the backbone for
most of today’s fiber based systems, stranded fiber optic
cables play a critical role in the high-speed network. AFL’s
Stranded Loose Tube fiber optic cables are designed to provide
high fiber counts with the flexibility and versatility required
for today’s most demanding installations. Our Stranded
Design cables feature fiber counts up to 576, compliance with
EIA/TIA and REA/RUS PE-90, and are S-Z stranded for easy mid-span
access. Industry standard designs combined with innovative technologies,
such as a dry core product, yield a world-class cable that will
support today’s and tomorrow’s technological needs.
AFL's Stranded Design (Duct) cables are RUS listed. For
a complete listing of all AFL RUS listed products please download
this PDF catalog RUSlistedProdCat.pdf.
Temperature
Range:
Operating -40 ºC to +70 ºC
Storage -40 ºC
to +75 ºC
Installation -30 ºC to +70 ºC
Application:
- Long
Haul Networking
- Building
Interconnections (Campus LAN) Trunking Local Loop Feeder Distant
Learning
- Distribution
. American Tele Data
carries the entire lineADSS Aerial Cable, ADSS Fiber Cable,
AFL ADSS Cable, All- Dielectric Self- Supporting Cable, All
Dielectric Self Supporting Cable,AFL ADSS Cable, Fiber Optic
Cable. AFL Telecommunications' full line of All-Dielectric Self-Supporting
Aerial (ADSS) Cables meet the demanding needs of transmission
and distribution environments. This high-capacity cable offers
great flexibility for placement on overhead transmission towers,
eliminating the need for a support messenger. ADSS cables feature
fiber counts up to 576, a dry core design and the high-tension
strength capability required for installation in the toughest
environmental and electrical conditions. Unaffected by electromagnetic
fields, our ADSS cables can be installed and maintained on extra
high-voltage power lines without interruption of power service
to customers.
AFL
Tight Buffered Fiber Cables-Indoor Outdoor Fiber Cables-Simplex
Fiber Optic Cable-Breakout Fiber Cable,-Plenum Indoor Outdoor
Cable-Indoor fiber Cable- Loose Tube Fiber Optic Cable
American Tele Data
Is Your One Source For All Your Fiber Optic Cable-Data-Fiber
Optic Termination Kits
American Tele Data
carries AFL Tight Buffered Fiber Cables, Indoor Outdoor Fiber
Cables, Simplex Fiber Optic Cable,Breakout Fiber Cable, Plenum
Indoor Outdoor Cable,Indoor fiber Cable, Loose Tube Fiber Optic
CableCall (866) FIBER-21
AFL
Loose Tube Fiber Optic Cable
American Tele Data CARRIES the entire line
of AFL Loose Tube Fiber Optic Cables
America Tele Data carries
AFL's Premise Cable,Tight Buffered Fiber
Cables, Indoor Outdoor Fiber Cables, Simplex Fiber Optic Cable,Breakout
Fiber Cable, Plenum Indoor Outdoor Cable,Indoor fiber Cable,
and Loose Tube Fiber Optic Cable
AFL Telecommunications has
leveraged its years of fiber optic cabling experience in developing
its full line of premise tight-buffered cables for voice, video
and data needs. Our premise cables have been successfully incorporated
in all applications from Central Office and LAN/WAN, to CATV
hub sites, government and military applications, and high-speed
data storage facilities.
Armored Tight Buffered CPC Cables
Armored
Tight-Buffered CPC Cables incorporate 4 to 144 fiber count CPC
cables in a UL listed, jacketed, aluminum interlocking armor.
Jacketed aluminum interlocking armor provides the best balance
of ruggedness, flexibility, and low weight. UL listed armored
cables with no outer jacket and UL listed armored cables with
steel interlocking armor are also available.
Features:
-
Superior
crush resistance
-
Interlocking
Armor
-
Eliminates
need for separate installation of innerduct or conduit.
-
Heavy
duty construction
-
Suitable
for harsh industrial environments
Application:
- Routing inside of buildings
where additional ruggedness is required or where increased
rodent resistance is required Extra protection for fiber
optic cables in harsh industrial environments
- Manufacturing plants
Breakout
Cable
Breakout cables combine multiple
fiber flexibility with the strength of individually jacketed
fibers. Breakout cables from AFL Telecommunications can be terminated
for fanout assemblies.
Application:
- Rugged multi-fiber cross-connects
Intrabuilding “backbone” Fiber “backbone”
to communications closet Riser subunits 2.4mm
- Plenum subunits 3.0mm
Indoor/Outdoor
Plenum Tight Buffered Cable
Indoor/Outdoor Tight-Buffered Cables are specified
for campus network cabling between buildings where inter-building
lengths are short enough that the installer can recognize savings
from the lower costs of terminating tight-buffered cables. For
longer inter-building runs, consider AFL’s Indoor/Outdoor
Riser Loose Tube Cables. For indoor applications, cables can
be either UL910 (OFNP) or UL 1666 (OFNR) listed.
Features:
- Cables are water blocked
and meet water penetration requirements of GR-20-CORE
Outer jacket is moisture-resistant, fungus-resistant and
UV resistant for outdoor use
- With a plenum rating,
this cable can be used in all environments: plenum, riser,
general inside plant, outside plant
Indoor/Outdoor
Riser Tight Buffered Cable
Indoor/Outdoor Tight-Buffered
Cables are specified for campus network cabling between buildings
where interbuilding lengths are short enough that the installer
can recognize savings from the lower costs of terminating tight-buffered
cables. For longer inter-building runs, consider AFL’s
Indoor/Outdoor Riser Loose Tube Cables. For indoor applications,
cables can be either UL910 (OFNP) or UL 1666 (OFNR) listed.
Features:
- Cables are water blocked
and meet water penetration requirements of GR-20-CORE
Outer jacket is moisture-resistant, fungus-resistant and
UV resistant for outdoor use
- With a plenum rating,
this cable can be used in all environments: riser, general
inside plant, outside plant
Multi-Unit Circular Premise Cable
Multi-unit Circular Premise
Cables allow for use in applications requiring fiber counts
between 24 and 144 fibers. Unitized construction allows for
ease of fiber identification and rapid installation.
Application:
- Head-end termination
to a fiber backbone Termination of fiber rack systems
Multi-floor deployment where select fibers are used at
each floor
- Intra-building backbones
QUAD-Link & Circular Premise Cable
QUAD-Link and single unit Circular
Premise Cable designs allow for excellent packaging density,
flexibility, and ease of routing. Buffered to 900 µm,
these cables can be directly terminated into connectors in loaded
panels or in communications closets.
Features:
- Connectorized communications
cables with both send-and-receive and send-and-receive
backup in a single unit Intrabuilding backbones
- Routing between communications
closets and equipment rooms
RIBBON-Link
Cable
RIBBON-Link® cables combine
high fiber density in a small diameter, flexible package. These
cables can be terminated with 12 or 24 fiber multi-fiber connectors
or the fibers can be fanned out and terminated individually.
Plenum, Riser and LSZH options are all UL listed.
Features:
- Fiber counts up to
48 with unitized, zip configuration construction Maximum
of two 12-fiber ribbons per unit Skew matched ribbons
available (<10,<6,<5,<4,<3,<2,<1.2
ps/meter) Easy interface to MT and MTP based connectors
as well as today’s newest ribbon connectors (12
or 24 fiber ferrules)
- Ruggedized versions
with additional jacketing are available
Application:
- Direct interface to
computers with the use of “back-plane” style
fiber connectors High-density interconnection to wall
outlets or patch panels with ribbon connector interfaces
“Micro-diameter” fanout cables utilizing standard
industry fiber connectors (ST®, SC, FC, LC, MT-RJ)
- VSR OC-192/OC-768
Interface based on parallel fiber optics
Simplex Cable
Simplex fiber optic cables
provide the strength and flexibility required for today’s
fiber-interconnect applications. AFL offers the broadest selection
of simplex cordage including plenum, riser and LSZH, available
in all diameters. Our simplex cable is tested to meet Telcordia
GR-326 when used in connectorized assemblies.
Application:
- Fiber patch panels within
communications closets
- Links between electronic
equipment and fiber patch panels
- Connectorized patch
cords for cross connect applications
Zipcord
& DUAL-Link Cable
Zipcord and DUAL-Link cables
are available to provide links to the future for such protocols
as FDDI, 10 Gigabit Ethernet, ATM, and Fibre Channel. Connections
are easy to terminate with this flexible, two-fiber design.
AFL Telecommunications offers the broadest selection of duplex
cordage including Plenum, Riser and LSZH in all diameters. LSZH
jacketed cables are OFNR listed. This design provides one cable
for companies that don’t want to maintain multiple cable
types for varying global standards.
Features:
- Jacket stiffness and
flexibility
- Diameter
- Print legend
- Jacket color
- Tight Buffer strippability
(easy strip option allows removal of up to 1 meter of 900µm
material without stripping the fiber’s 250µm
coating)
- Ruggedized Duplex designs
for transport from the communications closet to wall outlet
Application:
- Communications
closet to wall outlet
- Wall
outlet to desk
- Connectorized
patchcords for interconnect and cross-connect applications
- Easy
interface to ESCON®, FDDI, and various other duplex
connectors
. American Tele Data
carries the entire lineADSS Aerial Cable, ADSS Fiber Cable,
AFL ADSS Cable, All- Dielectric Self- Supporting Cable, All
Dielectric Self Supporting Cable,AFL ADSS Cable, Fiber Optic
Cable. AFL Telecommunications' full line of All-Dielectric Self-Supporting
Aerial (ADSS) Cables meet the demanding needs of transmission
and distribution environments. This high-capacity cable offers
great flexibility for placement on overhead transmission towers,
eliminating the need for a support messenger. ADSS cables feature
fiber counts up to 576, a dry core design and the high-tension
strength capability required for installation in the toughest
environmental and electrical conditions. Unaffected by electromagnetic
fields, our ADSS cables can be installed and maintained on extra
high-voltage power lines without interruption of power service
to customers.