OPTIX Cable ADSS-XOTKtsdD 2.7kN (up to 50m SPAN

SELF-SUPPORTING/ADSS CABLE#

OPTIX Cable ADSS-XOTKtsdD 2.7kN (up to 50m SPAN - NESC Heavy)

9/125 ITU-T G.652D

FEATURES

Cable for aerial installation
Span (NESC Heavy) up to 50 meters (2.7kN)
Fully dielectric construction
Additional water blocking construction
Resistance to high and low temperatures
Enhanced by high quality aramid yarns
Solid HDPE jacket

CABLE CONSTRUCTION#

FRP rod
Optical fibres in 0.25mm coloured coating
Hydrophobic jelly
Loose tube
Ripcords to tear the outer jacket
Filler
Water blocking tape / yarns
Aramid yarns
HDPE outer jacket (black), UV stabilized

OPTIX ADSS-XOTKtsdD (ADSS) cable with Aramid yarns: a light multi loose tube construction, great flexibility and durability against dragging, a central element of strengthening (FRP rod 2.1-6.0mm ), hydro-phobic gel and construction for water blocking (WB), moisture wicking yarns / damp proofing tape, reinforced by aramid yarns (the carrier element in aerial systems), fully dielectric, HDPE jacket resistance to UV radiation, temperature range from -40°C up to + 70°C, equivalent : ADSS-XOTKtsdD. Maximum installation tension: 2 700N.

The Cable System is based on the Optical Fiber Cable Color Coding ,,EIA/TIA-598" standard. Every tube contains up to 24 optical fibers filled with a hydrophobic gel to protect fibers from moisture and vibration. The center of the cable is protected against water intrusion by means of a waterproofing strip, or by moisture wicking yarns. The tubes of the cable and fillers are twisted around the central strength element -FRP rod 2.1-6.0mm. The fiber optic cable was fitted with a ripeord - athin but very strong thread embedded just below the cable jacket. The cables are designed for aerial installation on a span of up to 50 meters (2.7kKN) and for installation in primary and secondary, teletechnical canalization by pneumatic (cable blowing) and mechanical (cable jetting) methods.

Product information

Cable
version The total
amount of
fibres {pcs} Weight
{kg/km}
(±10%) ∅
Cable
{mm}
(±0.5) ∅
Tube
{mm}
(±0.15) Supporting
element/
Peripheral
reinforcement Reinforcing
element
{mm (±0.1) Coating
material
& thickness
(mm) (±0.2) Temp.
range
instalation Temp.
range
operating
transport Minimum
bending
radius
temporary
permanent

2T6F 12 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

1T12F 12 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

2T12F 24 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

4T6F 24 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

4T12F 48 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

6T12F 72 80 10.0 1.4/2.0) Aramid yarns FRP(2.1) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

8T12F 96 110 11.3 1.4/2.0) Aramid yarns FRP inPE coat
(2.5/3.5) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

12T12F 144 160 14.0 1.4/2.0) Aramid yarns FRP inPE coat
(3.5/6.0) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

12T24F 288 180 17.8 1.6/2.4) Aramid yarns FRP inPE coat
(3.5/6.0) HDPE(1.6) -10° to +50°C -40° to +70°C 20D

Mechanical parameters EN standard IEC standard 12-24F 48F 72F 96-288F

Tensile Strength Installation (NESC Heavy) EN 187000 IEC 60794-1-2-E1 2700N 2700N 2700N 2700N

Tensile Strength Operation (NESC Heavy) EN 187000 IEC 60794-1-2-E1 1800N 1500N 1500N 1500N

Crushing resistance EN 187000, m.504 IEC 60794-1-2-E3 2000N (100x100mm) for 60 sec.

Repeated bending EN 187000, m.507 IEC 60794-1-2-E6 30 cycles [(20xD), 1kg]