PE sheath G652D G675A1 G657A2 Figure 8 Fiber Cables GYXTC8S For Network Communication

The fibers are placed in a loose tube made of high modulus plastic. FRP locates in the center of core as a metallic strength member. The tubes (and fillers) are stranded around the strength member into a compact and circular cable core. After PSP is applied around the cable core, this part of cable A acc-ompanied with the stranded wires as he supporting part are completed with a polyethylene (PE) sheath to be figure 8 structure. This kind of cable is specifically applied for self-supporting aerial installation.

Optical Characteristics:

Technical Parameters:

Cable Type	Fiber Count	Tubes /Diameter	Filler Rod	Cable Diameter mm	Tensile Strength Long/Short Term N	Crush Resistance Long/Short Term N/100m	Bending Radius Static/Dynamic mm
GYTFC8S-6	6	1/2.0	4	5.4*8.6-15.0	1000/3000	300/1000	10D/20D
GYFTC8S-12	12	1/2.0	3	5.4*8.6-15.0	1000/3000	300/1000	10D/20D
GYFTC8S-24	24	2/2.0	1	5.4*8.6-15.0	1000/3000	300/1000	10D/20D
GYFTC8S-48	48	4/2.0	1	5.4*9.8-16.5	1000/3000	300/1000	10D/20D
GYFTC8S-72	72	6/2.0	0	5.4*10.8-17.5	1000/3000	300/1000	10D/20D
Loose tube		Material	PBT		Color	Standard spectrum
Water blocking system		Material	Water blocking tape / Filling gel
Armor		Material	Corrugated steel tape
Central strength member		Material	FRP		Size	1.4mm(6-48)/2.0mm(72-144)
Mental strength member		Material	Stranded steel wire		Size	7 1.0mm
Gallus		Material	PE		Size	2.0*1.5mm
Outsheath		Material	PE		Color	Black

Characteristics:

1.1 Good mechanical and temperature performance.

1.2 High strength loose tube that is hydrolysis resistant.

1.3 Special tube filling compound ensure a critical protection of fiber.

1.4 Crush resistance and flexibility.

1.5 PE sheath protects cable from ultraviolet radiation.

Application:

2.1 Suitable for aerial, pipeline laying method.

2.2 Adopted to outdoor distribution.

2.3 Long distance and local area network communication.

Package:

Production Flow:

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