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Outdoor optical cable GYTA

Outdoor optical cable GYTA The structure of the GYTA cable is that the 250um optical fiber is sleeved into a loose tube made of high modulus material, and the loose tube is filled with a waterproof compound. The center of the cable core is a metal reinforcement, the structure is different, the reinforcement will squeeze a layer of polyethylene (PE). loose casing (and filling rope)...

Classification:


Keyword: Outdoor optical cable GYTA

Product Consulting:

Product Description

Product Description

The structure of the GYTA cable is that the 250um optical fiber is sleeved into a loose tube made of high modulus material, and the loose tube is filled with a waterproof compound. The center of the cable core is a metal reinforcement, the structure is different, the reinforcement will squeeze a layer of polyethylene (PE). The loose tube (and filler rope) is twisted around the center stiffener to form a compact cable core, and the cable core gap is filled with water blocking filler. Plastic-coated aluminum tape is longitudinally wrapped and extruded with polyethylene sheath to form a cable.

Product Features

· Good mechanical properties and temperature characteristics;

· The pine casing material itself has good hydrolysis resistance and high strength;

The tube is filled with special ointment to protect the optical fiber;

Tight cable structure, effectively prevent the sleeve retraction;

· Good pressure resistance and softness;

PE sheath has good anti-ultraviolet, radiation performance;

· Special ointment to ensure the waterproof performance of optical cable;

· Plastic coated aluminum tape to improve the moisture resistance of optical cable.

Product Standards

Meet YD/T 901-2009 IEC 60794-1 standard

optical characteristics

 

G652

G655

50/125

62.5/125

Attenuation

1310 nm

≤ 0.36 db/km

≤ 0.4 db/km

 

 

1550 nm

≤ 0.22 db/km

≤ 0.23 db/km

 

 

850 nm

 

 

≤ 3.0 db/km

≤ 3.3 db/km

1300 nm

 

 

≤ 1.0 db/km

≤ 1.0 db/km

Bandwidth (Class A)

850 nm

 

 

≥ 500 MHz · km

≥ 200 MHz · km

1300 nm

 

 

≥ 1000 MHz · km

≥ 800 MHz · km

numerical aperture

 

 

0.200±0.015NA

0.275±0.015NA

Cable end wavelength

≤ 1260 nm

≤ 1450 nm

 

 


structural parameters

Optical cable model

Number of cores

Optical cable size
mm

Fiber optic cable weight
kg/km

Allowable tensile force
Long Term/Short Term
N

Allowable crushing force
Long Term/Short Term
N

Bending radius
Static/Dynamic
mm

GYTA

2-24

9.2

80

600/1500

300/1000

10D/20D

26-30

9.2

80

600/1500

300/1000

10D/20D

32-36

9.7

97

1000/3000

300/1000

10D/20D

38-48

10.5

109

1000/3000

300/1000

10D/20D

50-60

10.5

109

1000/3000

300/1000

10D/20D

62-72

11.5

126

1000/3000

300/1000

10D/20D

74-84

13.2

153

1000/3000

300/1000

10D/20D

86-96

13.2

153

1000/3000

300/1000

10D/20D

98-108

14.6

182

1000/3000

300/1000

10D/20D

110-120

14.6

182

1000/3000

300/1000

10D/20D

122-132

16.5

221

1000/3000

300/1000

10D/20D

134-144

16.5

221

1000/3000

300/1000

10D/20D

Product inquiry

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