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Flat Drop Cable Non-Metallic Aerial

CONSTRUCTION:

Strength member (CSM): 2 parallel FRP

Tube: Thermoplastic  material, containing up to 12 optical fibres  filled  ed with a low viscosity, thixotropic, non-melting gel ful y compatible with fibre coating and tube material

Fiber :New Grade   A  quality  color coated  fiber, G657A Fiber with excellent bend radius performance  is  priority

Sheath: UV stabilised   polyethylene in

Description

Flat fiber optic drop cable also called fiber optic GYFBY cable is designed to used on last mile installation routes to connect final users to FTTH or GPON line. PE Sheath FRP Flat Drop Cable possesses high tensile strength and flexibility in compact cable sizes.

Technical data sheet:

Part code FTTH-SXX-XXF
Number of Fibers Unit 4 6 12 24
Strength member Material FRP

1.5mm

FRP

1.5mm

FRP

1.5mm

 

FRP

2.0mm

Outer sheath Material PE

black

PE

black

PE

black

PE

black

Cable nominal  Diameter MM ±0.1 4.5*8.0 4.5*8.0 4.5*8.0 4.5*8.5
Cable nominal weight Kg/Km ±2 38 38 38 42
Max.allowable tension N 1200 1200 1200 1500
Span Meter 80-100
Max. crush resistance N 600 (Short term) / 400(Long term)
Min. bending radius At full load 20 x Cable OD (including  poles)

At no load 15 x Cable OD

Temperature range Installation -0 -> +50  Operation -20 -> +70
Benefits of Flat Drop Cable (Non-Metallic, Aerial):

Lightweight and Easy to Install: The absence of metal components makes the cable lighter and easier to handle, reducing labor costs during installation.
Non-Conductive: Being non-metallic, the cable is immune to lightning strikes and electrical interference, ensuring safer installations in areas with high EMI or electrical hazards.
Bend-Insensitive Fibers: Single-mode fibers such as G.657.A1 or G.657.A2 offer better bend performance, reducing signal loss in installations with tight bends.
Durable and Weather-Resistant: The UV-resistant outer sheath and weatherproof design ensure the cable can withstand outdoor conditions for extended periods.
Cost-Effective: The self-supporting design eliminates the need for additional support cables, reducing overall installation costs in aerial setups.