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Fire Resistant Fiber Optic Cable Gel Filled Type

Product Details

Place of Origin: China

Brand Name: TC

Certification: UL, RoSH, REACH, CE

Model Number: GJFZY53(FR)

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Highlight:

Fire Resistant Fiber Optic Cable

,

Gel filled Fiber Optic Cable

,

Jelly filled Fiber Optic Cable

Application:
Indoor
Fiber Type:
Singlemode
Fiber No.:
Customized
Standards Met:
YD/T 1258.4; ICEA- 596; GR-409; IEC 60794; IEC 60331-25
Allowed Tensile Strength:
400/1000
Allowed Crush Resistance:
1000/3000
Bend Radius:
20D/10D
Color:
Black
Application:
Indoor
Fiber Type:
Singlemode
Fiber No.:
Customized
Standards Met:
YD/T 1258.4; ICEA- 596; GR-409; IEC 60794; IEC 60331-25
Allowed Tensile Strength:
400/1000
Allowed Crush Resistance:
1000/3000
Bend Radius:
20D/10D
Color:
Black
Fire Resistant Fiber Optic Cable Gel Filled Type

Jelly Filled Fiber Optic Cable, Gel Filled Optical Cable, Fire Resistant Fiber Optic Cable, SM/MM Fiber Optic Cable Application

 

Optical Fiber Fire Resistant Cable is intended to be used in indoor structured cabling as well as connections between outdoor and indoor optical fiber distribution devices.

 

Inside GJFZY53 optical fiber fire resistant cable, 250µm fibers are positioned in loose tubes made of high modulus polyester material, filled with water-resistant compounds.

 

The optical fiber cable is centered by a non metallic strength member. For some optical fiber cables with multiple cores, a PE layer should be added outside.

 

Loose tubes are stranded around the strength member into a compact and circular cable core. Outside the core, a layer of flame retardant inner jacket is extruded. PSP armor is then longitudinally applied before a polyethylene (PE) outer jacket is extruded over it.

 

 

Product Features

 

  • Optical fiber fire resistant cable provides superior mechanical performance, temperature performance and fire resistance;
  • The loose tube material has good resistance to hydrolysis performance and high strength;
  • Special gels are filled inside the loose tubes crucial to the protection of optical fibers;
  • The optical fiber cable enjoys rigorous processing craft and rational design in a scientific way;
  • The jacket is made of aluminum-PE material.

 

 

Application Standards

 

YD/T 1258.4; ICEA- 596; GR-409; IEC 60794; IEC 60331-25

 

 

Color Code
(2-12 core)
1 2 3 4 5 6 7 8 9 10 11 12
Blue Orange Green Brown Slate White Red Black Yellow Violet Rose Aqua

 

 

Flame
resistance
Flammability standard for single wire: GB/T 18380.12-
2008
Flammability standard for bunched wires: GB/T 18380.35-
2008

 

Jacket: Peel off 50mm-long cable, place the empty jacket horizontally and burn for 4-5 seconds, using alcohol lamp; after the fire source is taken away, it extinguishes less than 2 seconds;
Aramid yarn: it is burnt into powder and extinguishes right after the fire source is taken away

 

 

 

Technical Details

 

  Optical Properties
Type of Optical
Fiber
Attenuation Injection
Bandwidth (OFL)
Effective Modal
Bandwidth
10 Ethernet Link
Length SX
Min. Bend Radius
(mm)
1310nm/1550nm 850/1300nm 850nm 850nm  
Typical Value (dB/km) Max. Value (dB/km) MHz·km MHz·km    
SM 9/125 0.36/0.22 0.4/0.3 / / / 16
  850nm/1300nm        
  Typical Value
(dB/km)
Max. Value
(dB/km)
       
MM62.5/125 OM1 3.0/1.0 3.5/1.5 ≥ 200/500 / / 30
MM50/125 OM2 3.0/1.0 3.5/1.5 ≥ 500/500 / ≥ 150 30
MM50/125 OM3 3.0/1.0 3.5/1.5 ≥ 1500/500 ≥ 2000 ≥ 300 30
MM50/125 OM4 3.0/1.0 3.5/1.5 ≥ 3500/500 ≥ 4700 ≥ 550 30

 

 

  Structure Specifications
Fiber Counts Weight (kg/km) Allowed Tensile Strength
Long Term/Short Term, N
Allowed Crush Resistance
Long Term/Short Term,
N/100mm
Bend Radius
Dynamic/Static, mm
6~36 239 400/1000 1000/3000 20D/10D
48~60 260 400/1000 1000/3000 20D/10D
72 277 400/1000 1000/3000 20D/10D
96 329 400/1000 1000/3000 20D/10D