OPTIX Cable LIGHT Z-XOTKtsd 1.5kN

DUCT CABLE#

OPTIX Cable LIGHT Z-XOTKtsd 1.5kN

9/125 ITU-T G.652D

FEATURES

Reduced diameter 8mm
Fully dielectric construction
Solid HDPE jacket
Additional water blocking construction
Resistance to high and low temperatures
Practical and thin Ripcord

CABLE CONSTRUCTION#

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

OPTIX LIGHT Z-XOTKtsd cable (Glass yarns): a cable of a reduced diameter (ideal in case of a framework agreement with an ISP), light multi-tube construction, great flexibility and durability against dragging, a central strengthening element (FRP rod), gel and a water blocking construction (WB), moisture absorbing yarns (WSY) / anti-humidity tape, fully dielectric, 1.4mm HDPE shell - UV radation resistance, temperature range between -40°C and +60°C - an equivalent to LIGHT Z-XOTKtsd. Maximum installation tension: 1500N.

All fibres and tubes of the cable adhere to the "EIA/TIA-598" colour coding standard. Each tube containing up to 24 fibres is filed with a hydrophobic gel to protect against moisture and vibrations. The cable core is safeguarded against water penetration by moisture absorbing yarns or an anti-humidity tape. The cables tubes and filler elements are twisted along a central strengthening element - the FRP rod. Two threads molten into the cable shell (ripcords) ease the removal of the cables outer layer. The cables are meant for installation in primary and secondary tele-technical canalisation by pneumatic (cable blowing) and mechanical (cable pulling) 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 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

1T12F 12 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

2T12F 24 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

4T6F 24 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

3T12F 36 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

6T6F 36 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

4T12F 48 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

6T12F 72 68 8.3 1.3/1.7 None FRP(1.8) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

8T12F 96 84 9.4 1.3/1.7 None FRP in PE coat (2.25/3.0) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

12T24F 144 114 9.4 1.3/1.7 None FRP in PE coat (2.8/5.4) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

12T24F 288 142 8.3 1.6/2.4 None FRP in PE coat (3.5/6.0) HDPE(1.4) -10° to +50°C -40° to +70°C 20D/15D

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

Tensile Strength Installation EN 187000 IEC 60794-1-2-E1 1500N 1500N

Tensile Strength Operation EN 187000 IEC 60794-1-2-E1 1000N 1000N

Crushing resistance EN 187000, m.504 IEC 60794-1-2-E3 500N (100x100mm) for 60 sec.

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