Figure 8 drop with steel wire strand 1 fiber

Figure 8 drop with steel wire strand 1 fiber

Figure 8 drop with steel wire strand 1 fiber also called Self Supporting Figure 8 Aerial Drop Cable is a specially designed fiber optic cable. Its name comes from its unique “8″ shape, which makes the cable easier to install and maintain. Part of the cable contains a steel wire rope, which adds to the cable’s strength and durability.

Features

self-supporting overhead laying and reduces installation costs
With good mechanical properties and temperature characteristics
Material of loose tube has good hydrolysis resistance and high strength.
The loose tube is filled with special gel, which protect the optical fiber
Take the following measures to ensure the waterproof performance of the optical cable
Single FRP center reinforced core
Filled with special Water-blocking material in loose tube

DESCRIPTION Specification Test

REVIEW

Due to its unique design, FTTH outdoor Figure 8 drop cable can provide stable communication services under various environmental conditions. In addition, its strong strength and durability allow this cable to be used in harsh environmental conditions for a long time without frequent replacement.

Applied outdoor, for installation on the telecommunication supports, between the buildings and industrial constructions.

Applied indoor, for cable tray distribution networks of fiber optics. It is allowed to lay cable on the outdoor.

Technical specification

Messenger type	Glvanized steel wire/steel wire strand
Messenger diameter(mm)	1.2/0.33*7
Jacket’s material	LSZH/TPU
Reinforcement material	Aramid yarn
Loose tube material	PBT
Loose tube diameter(mm)	1.2(±0.02)mm
Fiber type	G.657.A1/A2 or G.652.D
Cable dimension(mm)	3.5*6.6(±0.1)
Tensile strength(N)	1000

Test

Fiber optic core reflection test is proceed by Optical Time Domain Reflectometer (OTDR). Which is a device used to precisely detect faults in an optical fiber link of a communication networks. An OTDR generates a pulse inside a fiber to be tested for faults or defects. Different events within the fiber create a Rayleigh back scatter. Pulses are returned to the OTDR and their strengths are then measured and calculated as a function of time and plotted as a function of fiber stretch. The strength and returned signal tell about the location and intensity of the fault present. Not only maintenance, but also optical line installation services utilize OTDRs.

OTDR is useful for testing the integrity of fiber optic cables. It can verify splice loss, measure length and find faults. The OTDR is also commonly used to create a "picture" of fiber optic cable when it is newly installed. Later, comparisons can be made between the original trace and a second trace taken if problems arise. Analyzing the OTDR trace is always made easier by having documentation from the original trace that was created when the cable was installed. OTDR show you where the cables are terminated and confirm the quality of the fibers, connections and splices. OTDR traces are also used for troubleshooting, since they can show where breaks are in fiber when traces are compared to installation documentation.

Jera proceed test of FTTH drop cables on wavelengths (1310,1550 and 1625 nm). We use EXFO FTB-1 in this quality tests. Examining the quality of our cables to ensure ours customer could receive products which meet quality requirements.

We do this test on every cables we produce.
Our internal laboratory is capable to proceed such a series of standard related type tests.