GAOTek Fiber Optic FTTH Drop Cable LSZH Jacket

This Fiber Optic FTTH Drop Cable LSZH Jacket is designed to be used for connections between the dome closure, small dwelling unit/warehouse and independent homes which is made up of FRP (Fiber Reinforced Plastics), steel wire and a LSZH outer jacket.

GAO-FBC-102

Description

Overview

GAOTek Fiber Optic FTTH Drop Cable LSZH Jacket is designed to be used for connections between the dome closure, small dwelling unit/warehouse and independent homes which is made up of FRP (Fiber Reinforced Plastics), steel wire and a LSZH outer jacket. This self-supporting FTTH drop cable is constructed with one or two single-mode fibers (G.657A). Its self-supporting structure makes the cable light weight and easy for installation. The optical fiber unit is positioned in the center and the cable is completed with a black or colored LSZH sheath.

Features

  • The cable’s Novel design makes it easy to strip and splice.
  • Its design simplifies installation and maintenance of the cable.
  • Supports low smoke zero halogen and flame-retardant LSZH sheath.
  • Supports two parallel FRP strength members to ensure good performance of crush resistance to protect the fiber.
  • Its simple structure makes the cable light weight with high practicality.
  • Supports steel wire as additional strength member that has high tensile strength.

Technical Specifications

Cable Count2
Out Sheath Diameter0.11 x 0.07 in (3.0 x 2.0 mm)
Weight17.63 lbs. (8 Kg)
Minimum allowable 

Tensile Strength (N)

Short term600
Long Term200
Minimum allowable 

Crush Load (N/100mm)

Short term1000
Long Term300
Minimum Bending 

Radius (MM)

Short term20 D
Long Term10 D
Storage Temperature 104 °F (40 °C)
Optical Characteristics
 

 

Fiber Sort

MultimodeG.651A1 a:50/125 µmGraded-index fiber
A1 b:62.5/125 µm
Single modeG.652 (A, B, C)B1.1: Conventional fiber
G.652DB2: Zero dispersion shifted
G.655B1.2: Cut-off wavelength shifted
G.657 (A1, A2, B3)B4: Main technical data for

positive dispersion shifted single-mode fiber

Additional Information

Applications

  • Widely used in FTTH applications.
  • Used for high speed optical applications in buildings and independent homes.
  • In optical communication technology, used for outdoor aerial applications.
  • Used for high performance optical network operations.