9.00 -17.00 
OPTIX ADSS-XOTKtsdD ITU-T G.652D 2.7kN (SPAN 50m)
Ab 0,95 € 0,77 €
OPTIX Cable ADSS-XOTKtsdD 2.7kN (up to 50m SPAN - NESC Heavy) 9/125 ITU-T G.652D
SELF-SUPPORTING/ADSS CABLE
- 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.
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| 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] | |||