GYTA-1 APL Armored Stranded Loose Tube Optical Fiber Cable

GYTA-1

Optical Fiber Cable APL Armored Stranded Loose
Tube Duct Installation

The bending insensitive optical fibres are housed in loose tubes that are made of high-modulus plastic and filled with tube filling compound. The loose tubes with smaller size are stranded to form a cable core. The core is armored with laminated aluminum tape. Then a PE outer sheath is extruded. This structure has a smaller size to enhance installation density of fibres in ducts.

1. Loose Tube: thermoplastic material, containing filled with gel.

2. Optical Fiber: 200um B6a2 Fibre

3. Central Strength Member(CSM): phosphate steel wire.

4. Cable Filling Compound.

5. Aluminum Polyethylene Laminate (APL)

6 Outer Sheath: black polyethylene with APL Tapes.

Features and Applications:

Accurate process control ensuring good mechanical and temperature performances

The material of loose tubes with good hydrolysis resistance and relatively high strength

Tube filling compound providing the key protection for fibres

Using small-sized B6a2 fibres with good micro and macro bending performance

Comply with IEC60794-3-11(2007): Optical fibre cables- Part 3-11

Water resistance of optical cable is ensured by the following measures: Special water-blocking compound filled in loose tubes
Laminated aluminum tape armorCable filling compound ensuring longitudinal water resistance

Technical Characteristics:

Cable
Type

Fiber
Count

Stranded
units

Cable
Diameter
(mm)

Cable
Weight
(kg/km)

Bending Radius
Dynamic/Static
(MM)

Tensile Strength
Long/Short Term
(N)

Crush Resistance
Long/Short Term
(N/100 mm)

GYTA≤60

≤60

5

9.8

108

20D/10D

240/800

300/1000

GYTA-62~72

62~72

6

10.4

129

20D/10D

300/850

300/1000

GYTA-74~96

74~96

8

10.6

132

20D/10D

350/1200

300/1000

GYTA-98~120

98~120

10

12.1

161

20D/10D

450/1400

300/1000

GYTA-122~144

122~144

12

13.6

198

20D/10D

700/2000

300/1000

Environmental Characteristics:

Transport/storage temperature: -40℃ to +70℃

Compound flow: No filling compound or coating compound drop out of optical cable at 70℃

Water penetration: No water comes out within 24 hours after 1m water head is applied to the entire cross section of 3m long optical cable