PBT Fiber Optic Cable GYTC8S 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8

PBT Fiber Optic Cable GYTC8S 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8

Product Details:

Place of Origin: China
Brand Name: TTI
Certification: CE RoHS ISO9001
Model Number: GYTC8S

Payment & Shipping Terms:

Minimum Order Quantity: Negotiable
Price: Negotiable
Packaging Details: Wooden drum
Delivery Time: 3-7 work day
Supply Ability: 10000 Meter/Meters per Week
Get Best Price Contact Now

Detail Information

Loose Tube Material: PBT Strength Member: Steel Wire
Material Of Jacket: PE Operating Tempeature: -40℃~+70℃
Package: Wooden Drum Installation: Aerial
Type: Singlemode Fiber Count: 2-144Cores
High Light:

multimode fiber patch cord

,

fiber optical cable

Product Description

GYTC8S Fiber Optic Cable 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8

Description

 

GYTC8S is a typical self-supporting outdoor fiber optical cable. The mental strength member is made up of stranded wires as the supporting part are completed with a polyethylene(PE) sheath to be figure 8 structure. Corrugated steel tape armored and PE outer sheath providing crush resistance and gun shot resistance features. The steel-wire strength member as the central strength improves the tensile strength and it is surrounded by the loose tube and water blocking system. It's suitable for installation in aerial, used for long distance and LAN communication systems.

 

Characteristics

 

High tensile strength of stranded wires meet the requirement of self-supporting and reduce installation cost

Good mechanical and temperature performance

High strength loose tube that is hydrolysis resistant

Special tube filling compound ensure a critical protection of fiber

The following measures are taken to ensure the cable watertight:

1. Steel wire used as the central strength member

2. Loose tube filling compound

3. 100% cable core filling

4. APL moisture barrier

 

Technical data:

 

Optical Characteristics
  G.652 G.655 50/125μm 62.5/125μm

Attenuation

(+20°C)

@850nm     ≤3.0 dB/km ≤3.0 dB/km
@1300nm     ≤1.0 dB/km ≤1.0 dB/km
@1310nm ≤0.36 dB/km ≤0.40 dB/km    
@1550nm ≤0.22 dB/km ≤0.23dB/km    
Bandwidth (Class A) @850nm     ≥500 MHz·km ≥200 MHz·km
@1300nm     ≥1000 MHz·km ≥600 MHz·km
Numerical Aperture     0.200±0.015NA 0.275±0.015NA
Cable Cut-off Wavelength λcc ≤1260nm ≤1480nm    

 

Cable Type

(Increased by 2 fibers)

Fiber Count Tubes Fillers

Cable Weight

Kg/km

Cable Diameter

mm

Tensile Strength

Long/Short term

N

Crush Resistance

Long/Short term

N/100mm

Bending Radius

Static/Dynamic

mm

GYTC8S 2~6 1 4 214 6.8x9.2x18.0 600/1500 300/1000 10D/20D
GYTC8S 8~12 2 3 214 6.8x9.2x18.0 600/1500 300/1000 10D/20D
GYTC8S 14~18 3 2 214 6.8x9.2x18.0 600/1500 300/1000 10D/20D

 

Optical Characteristics
  G.652 G.655 50/125μm 62.5/125μm

Attenuation

(+20°C)

@850nm     ≤3.0 dB/km ≤3.0 dB/km
@1300nm     ≤1.0 dB/km ≤1.0 dB/km
@1310nm ≤0.36 dB/km ≤0.40 dB/km    
@1550nm ≤0.22 dB/km ≤0.23dB/km    
Bandwidth (Class A) @850nm     ≥500 MHz·km ≥200 MHz·km
@1300nm     ≥1000 MHz·km ≥600 MHz·km
Numerical Aperture     0.200±0.015NA 0.275±0.015NA
Cable Cut-off Wavelength λcc ≤1260nm ≤1480nm    

 

Feature and Application


1, Small cable diameter, cross section shows figure 8

 

2,Self-supporting stranded wires, easily to install

 

3,Low dispersion and attenuation

 

4,Excellent mechanical and environmental performance

 

5,Water blocking system to improve the water-proof ability

 

6,Steel-wire strength member ensures tensile strength

 

7,Corrugated steel tape armored and PE outer sheath improve crush resistance

 

8,Outdoor aerial application

 

9,Used for long-haul communication Used for LAN communication,Subscriber network systems,Junction communication systems,CATV & Computer networks system

PBT Fiber Optic Cable GYTC8S 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8 0PBT Fiber Optic Cable GYTC8S 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8 1PBT Fiber Optic Cable GYTC8S 2-144 Core Outdoor Aerial Self Support Singlemode Figure 8 2