Lightera’ Fortex DT Single Jacket Loose Tube Cable delivers the durability and reliability essential for outside plant (OSP) use in an innovative, completely gel-free cable design.
To construct this all-dielectric cable, the optical fibers are placed in space-efficient, 2.5 mm buffer tubes that contain a specially-engineered, super-absorbent yarn that delivers water blocking “on demand.” The color-coded buffer tubes are then stranded around a dielectric central member using the reverse oscillating lay (ROL) stranding technique for easy, mid-span fiber access.
Additional gel-free, super-absorbent material is applied to the cable core to offer exceptional water-blocking performance and faster cable preparation. Dielectric strength elements, a ripcord, and a durable polyethylene jacket complete the cable construction.
Lightera’ Fortex DT Single Jacket Loose Tube Cable delivers the durability and reliability essential for outside plant (OSP) use in an innovative, completely gel-free cable design.
To construct this all-dielectric cable, the optical fibers are placed in space-efficient, 2.5 mm buffer tubes that contain a specially-engineered, super-absorbent yarn that delivers water blocking “on demand.” The color-coded buffer tubes are then stranded around a dielectric central member using the reverse oscillating lay (ROL) stranding technique for easy, mid-span fiber access.
Additional gel-free, super-absorbent material is applied to the cable core to offer exceptional water-blocking performance and faster cable preparation. Dielectric strength elements, a ripcord, and a durable polyethylene jacket complete the cable construction.
Lightera’s Fortex™ DT Single Jacket Loose Tube Cable delivers the durability and reliability essential for outside plant (OSP) use in an innovative, completely gel-free cable design.
To construct this all-dielectric cable, the optical fibers are placed in space-efficient, 2.5 mm buffer tubes that contain a specially-engineered, super-absorbent yarn that delivers water blocking “on demand.” The color-coded buffer tubes are then stranded around a dielectric central member using the reverse oscillating lay (ROL) stranding technique for easy, mid-span fiber access.
Additional gel-free, super-absorbent material is applied to the cable core to offer exceptional water-blocking performance and faster cable preparation. Dielectric strength elements, a ripcord, and a durable polyethylene jacket complete the cable construction.
As the industry’s first 100%¹ gel-free loose tube cable to meet the water-blocking requirements of ANSI/ICEA and Telcordia OSP cable standards, Fortex DT Single Jacket Cable offers all the benefits of a standard loose tube cable plus it’s completely gel-free – even inside of the buffer tubes!
Unlike traditional OSP fiber optic cables that use gels in direct contact with optical fibers, Fortex DT Single Jacket Cable replaces gels with a specially-designed, super-absorbent yarn in each buffer tube that provides water blocking “on demand”. By eliminating gels and filling compounds, this cable offers virtually effortless splice preparation, while keeping your tools, workspace, closures, and cabinets cleaner. Gel-free cables are also lighter in weight, making them easier to handle and less of a load on your work crew and plant infrastructure.
In addition to being completely gel-free, Fortex DT Single Jacket Cable offers the same high-performance features as Lightera’ traditional loose tube cables. Our 2.5 mm buffer tubes – among the smallest standard tubes in the industry – create far less bulk to be stored in closures and pedestals. Smaller, more flexible buffer tubes also coil more easily and into tighter diameters.
¹ “100% gel free” indicates that no oils, gels, or flooding compounds are used to block water penetration under the fiber optic cable sheath or through the core.
| Specifications | ||||||||
|---|---|---|---|---|---|---|---|---|
| Fiber Count | 2-60 |
61-72 |
73-96 |
97-120 |
121-144 |
145-216 |
217-240 |
241-288 |
| Cable Outer Diameter – in. (mm) | 0.39 (9.9) | 0.41 (10.3) | 0.48 (12.1) | 0,54 (13.8) | 0.61 (15.6) | 0.61 (15.4) | 0.64 (16.2) | 0.71 (18.0) |
| Weight lb/kft (kgm/km) | 40 (60) |
46 (69) |
63 (94) | 81 (121) |
103 (153) | 88 (131) |
100 (149) | 118 (175) |
| Performance Standard (all Cables) | |
|---|---|
| Performance Standard | Tested per Applicable Requirements of ANSI/ICEA S-87-640 and Telcorida GR-20-Core Issue 4. |
| Temperature | |
|---|---|
| Installation | -22 °F to 140 °F (-30 °C to 60 °C) |
| Operation | -40 °F to 158 °F (-40 °C to 70 °C) |
| Storage | -40 °F to 167 °F (-40 °F to °C) |
| Handling | |
|---|---|
| Minimum Bend Radius, With Load | 15 X OD* |
| Minimum Bend Radius, With No Load | 10 X OD* |
| Minimum Bend Radius, Storage Coils | 10 X OD* |
| Maximum Rated Cable Load (MRCL) | 600 lbf (2700 N) |
| Maximum Long Term Load | 180 lbf (800 N) |
| Note | OD = Outer Diameter of Cable, minimum of 6 in. (15 cm). See Lightera Installation Procedure 042 for sheath preparation and coiling instructions. |
| Fiber Type² | |||||||
|---|---|---|---|---|---|---|---|
| Single-Mode Fiber | Fiber (S1) | Fiber (S2) | Fiber (SF) | Fiber Standards | Wavelengths (nm) | Typical* Attenuation (dB/km) | Maximum Cable on Reel Attenuation (dB/km) |
| AllWave ZWP Fiber | 3 | B | E | G.652.D | 1310/1385/1550 | – | 0.35/0.31/0.25 |
| AllWave+ ZWP Fiber | 3 | C | E | G.652.D/G.657.A1 | 1310/1385/1550 | – | 0.35/0.31/0.25 |
| AllWave FLEX ZWP Fiber | 5 | B | E | G.652.D/G.657.A | 1310/1385/1550 | – | 0.35/0.31/0.25 |
| AllWave One Fiber | 3 | F | E | G.652.D/G.657.A1 | 1310/1385/1550 | 0.33/0.31/0.19 | 0.34/0.31/0.22 |
| TrueWave® RS LWP Fiber | 6 | 2 | 6 | G.655.C&D | 1550 | 0.21 | 0.25 |
| TeraWave® Fiber | 6 | 2 | R | G.654.B | 1550 | 0.19 | 0.25 |
| TeraWave ULL Fiber | 6 | 9 | R | G.654.B | 1550 | 0.18 | 0.22 |
| Multimode Fiber | Fiber (S1) | Fiber (S2) | Fiber (SF) | Fiber Standards | Wavelengths (nm) | Typical* Attenuation (dB/km) | Maximum Cable on Reel Attenuation (dB/km) |
| 62.5 µm Fiber | R | U | 9 | OM1 62.5 µm | 850/1300 | – | 3.4/1.0 |
| LaserWave® FLEX 300 Fiber | L | F | 2 | OM3 50 µm | 850/1300 | – | 2.4/0.7 |
| LaserWave FLEX 550 Fiber | L | H | 2 | OM4 50 µm | 850/1300 | – | 2.4/0.7 |
| Fortex DT Single Jacket Loose Tube Cable Ordering Information | |||
|---|---|---|---|
| Example | AT-3BE12YT-NNN¹ |
||
| Part Number | AT- S1 S2 SF S3 S4 S5 S6- NNN |
||
| S1 | Fiber Selection. See S1 in Fiber Type table above |
||
| S2 | Fiber Transmission Performance. See S2 in Fiber Type table above |
||
| SF | Fiber Type². See SF in Fiber Type table above |
||
| S3 | Sheath Construction. 1 = Single Jacket All Dielectric |
||
| S4 | Tensile Load. 2 = 600 lb. (2700 N) |
||
| S5 | Core Type. Y = Totally Gel-Free Loose Tube |
||
| S6 | Fibers per Tube. T = 12 fibers |
||
| NNN | Fiber Count = 002 – 288 | ||
| Note | ¹ Part Number shown is for a Fortex DT.Single Jacket Cable with standard AllWave ZWP attenuation and standard cable print. Maximum AllWave ZWP attenuation: 0.35/0.31/0.27/0.25/0.27 dB/km@ 1310/1385/1490/1550/1625nr. Standard Print, example: LIGHTERA OPTICAL CABLE AT-3BE12YT-NNN [MM-YY] (UL) US TYPE OFNR [HANDSET SYMBOL] [NNN] F [SERIAL #] ² Contact Lightera Order Management for information on other cable variations, including additional fiber types, attenuation, and custom cable print. For more information regarding typical attenuation as well as attenuation parameters on Link Design Value (LDV) (Maximum end-to-end attenuation over a concatenated span), please see Lightera Application Note AN-111 which can be downloaded at www.lightera.com or contact your Lightera representative. |
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For additional information please contact your sales representative. You can also visit our website at www.lightera.com or call 1-888-FIBERHELP (1-888-342-3743) USA or 1-770-798-5555 outside the USA. For a full list of our certifications, visit our website.
Lightera reserves the right to make changes to the product(s) described in this document at any time without notice. This document is for informational purposes only and is not intended to modify or supplement any Lightera warranties or specifications relating to any of its products or services.
Purchase orders must clearly identify specific products requiring compliance with BABAA for BEAD requirements. BABAA for BEAD compliant products will have unique part numbers to distinguish them from non-compliant versions. For details, refer to the Lightera list of BABAA for BEAD Compliant Products listed at https://www.lightera.com/babaa-for-bead-compliant-products/
Customer is required to comply with all BABAA for BEAD requirements applicable to it. Lightera will, at its sole discretion, fulfill orders requested by Customer and will not be liable for errors in product selection, delivery or warehousing which result in the installation of non-BABAA for BEAD compliant products into BEAD funded infrastructure projects.
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