GYXTC8Y Aramid Yarn Cable Areial Fiber Optic Cable
GYXTC8Y CABLE | Product Standards
GYXTC8Y aramid yarn optical cable has the characteristics of small diameter (6.5×11.5mm) and small bending radius (10 times the diameter), which supports free placement in narrow spaces and is suitable for overhead introduction scenarios of fiber to the home (FTTH). The product complies with the YD/T 1155-2001 standard and IEC60794-1 standard.
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GYXTC8Y CABLE | Product Features
1. Precision technology to ensure performance: The precise excess length control technology is used with anti-hydrolysis loose tube to effectively balance mechanical strength and temperature adaptability, ensuring stable transmission of optical fiber in complex environments.
2. Efficient overhead layout solution: The 8-shaped integrated structure integrates the steel core and the full-circle aramid tensile layer, taking into account the advantages of high load-bearing capacity and rapid deployment, greatly reducing construction costs and time.
3. Long-lasting and durable design: The internal and external double-layer protection (PE sheath + anti-aging material) improves weather resistance, and the product design life exceeds 30 years, which is suitable for long-term outdoor overhead scenes.
4. Lightweight and flexible application: The compact structure (6.5×11.5mm) and the 10-fold small bending radius design are light and flexible, suitable for FTTH narrow space wiring requirements, and simplify the home installation process.
GYXTC8Y CABLE | Structure Parameters
Items
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Unit
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Parameters
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G.657.A1 |
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Mode Field Diameter
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1310nm
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um
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8.6± 0.4
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1550nm
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um
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9.6 ± 0.5
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Cladding Diameter
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um
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125.0±1.0
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Cladding Non-Circularity
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%
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≤1.0
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Core-Cladding Concentricity Error
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um
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≤0.5
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Coating Diameter
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um
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250±5
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Coating Non-Circularity
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%
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≤6.0
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Cladding-Coating Concentricity Error
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um
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<12.0
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Cable Cutoff Wavelength
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nm
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入cc≤1260
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Fiber Attenuation (max.)
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1310nm
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dB/km
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≤0.33
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1383nm*
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dB/km
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≤0.32
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1490nm
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dB/km
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≤0.30
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1550nm
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dB/km
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≤0.20
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1625nm
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dB/km
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≤0.21
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Macro- Bending Loss
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1 turnx7.5mm radius @1550nm
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dB
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≤0.5
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1 turnx10mm radius @1550nm
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dB
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≤0.1
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10 turnsx15mm radius @1550nm
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dB
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≤0.03
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