Optical Fibers

Optical fibers are widely used in fiber optic communication systems because of their ability to transmit data over large distances more quickly and efficiently than other communication media. In addition, optical fibers are often used in the development of multiple sensors (receivers) and related applications.

Detail

Features and Benefits

Comprehensive and Multi-Purpose Use

Fiber optic cables  are designed for use in a variety of industries such as Telecommunications, Structural Health Monitoring, Railroad etc. and many applications such as blast, direct burial, confined space, underwater, customized causes.

Global Standards

Fiber optic cables are designed in accordance with international standards such as ISO and IEEE.

Design and High Performance

Optical cables pass water resistance, mechanical, temperature and electrical tests to keep performance and quality levels at the highest level.

Usage Dependent Technical Specifications

Model Fiber Count Tensile Load Resistance to Crushing Loads
In Air ADSS Standard AramidIn Air ADSS Standard Aramid ≤ 432 50kN 0.3kN/cm <
In Air ADSS Reinforced AramidIn Air ADSS Reinforced Aramid ≤ 432 100kN 0.3kN/cm <
Armored Standard DielectricArmored Standard Dielectric ≤ 432 20kN 0.4kN/cm <
Armored Standard Reinforced DielectricArmored Standard Dielectric ≤ 432 40kN 1kN/cm <
Model Fiber Count Tensile Load Resistance to Crushing Loads
InGround StandardInGround Standard ≤ 432 20kN 0.4kN/cm <
InGround Standard ReinforcedInGround Standard Reinforced ≤ 432 80kN 1kN/cm <
InGround Standard Wetland ReinforcedInGround Standard Wetland Reinforced ≤ 432 80kN 1kN/cm <
InGround Light DielectricInGround Light Dielectric ≤ 432 12kN 0.7kN/cm <
InGround Standard DielectricInGround Standard Dielectric ≤ 432 20kN 0.4kN/cm <
InGround Standard Reinforced DielectricInGround Standard Reinforced Dielectric ≤ 432 40kN 1kN/cm <
 
 Model Breaking Tensile Strength Crush Resistance Water blocking system suitable for submarine application
Demir Yolları 200Kn 2.5kN/cm x
Model Fiber Count Long Term Tensile Load Resistance to Crushing Loads
InTube Blowing MicroInTube Blowing Micro ≤ 24 ≤ 0.3kN 0.3kN/cm <
InTube Blowing StandardInTube Blowing Micro ≤ 144 1kN 0.1kN/cm <
InTube Blowing 288InTube Blowing 288 ≤ 288 0.9kN 0.1kN/cm <
InTube Blowing 432InTube Blowing 432 ≤ 432 1kN 0.1kN/cm <
InTube Blowing 576InTube Blowing 576 ≤ 576 3kN 0.3kN/cm <
InTube Blowing 864InTube Blowing 864 ≤ 864 4kN 0.3kN/cm <
Model  Fiber Count Crush Max. Rated design tension
InTube Blowing Micro ≤ 432 0.22kN/cm ≤ 2.7kN/cm <
Model Fiber Count  Tensile Load Resistance to crushing loads
InWater StandardInTube Blowing Micro ≤ 24 ≤ 70kN 1.5kN/cm <
InWater Stainless Steel TubeInWater Stainless Steel Tube ≤ 48 ≤ 80kN 1.5kN/cm <
InWater Strainded Stainless Steel TubeInWater Strainded Stainless Steel Tube ≤ 24 90kN 1.5kN/cm <

Model

Fiber Count

Solution for Tall Buildings

Solution for Multiple Housing Units
Tight – Buffered RiserTight - Buffered Riser ≤ 48 fiber is buffered to floor box or subscriber’s apartment
Riser With Micro TubesRiser With Micro Tubes ≤ 288 a separate micro loose tube is routed to each inter-floor box. With 100% penetration, the number of micro loose tubes equals the number of floors and the number of fibers equals the number of flats in the floor.

Model

Fiber Count

Crush

Maksimum Rated Design Tension

Advantages

Fire Rated UniversalTight - Buffered Riser ≤ 96 1kN ≤ 7 kN   – Ability to remain functional against direct flame for at least 180 minutes

– Low toxicity/toxicity/toxin ratio

– Low steam

– Halogen free
Fire Rated Dielectric Tight - Buffered Riser ≤ 48 0.2kN ≤ 1.1kN
Fire Rated Outdoor Tight - Buffered Riser ≤ 24 0.2kN ≤ 2.7 kN

Products of the System Products Family

TETRA TELSİZ
    FİBER OPTİK