GJPFJV Indoor Multi-core Tigh buffer Bundle with Aramid yarns Fiber Optic Cable
GJPFJV Indoor Multi-core Tigh buffer Bundle with Aramid yarns Fiber Optic Cable for Cabling in Buildings
Introduction:
Vertical wiring optical cables are crucial for the final segments of FTTx networks, particularly for distributing fiber from ducts within buildings to individual rooms. These cables are primarily used in high-rise buildings, super-high-rise buildings, buildings with high-density subscribers, and data centers. The multi-core bundle design, consisting of several tight-buffered fibers (either 900μm or 600μm), provides reliable transmission and is protected by aramid yarns for strength. The cable is then coated with a PVC sheath, though other materials are available upon request.
Features:
- Tight Buffered Fibers: The fibers are tightly buffered, making them easy to strip for installation.
- Flame Retardant: Designed with flame-retardant materials to enhance safety in case of fire.
- Aramid Yarns: These yarns offer excellent tensile strength, providing the necessary durability for handling and installation.
- All Dielectric Design: The cable is suitable for use in areas prone to lightning as it does not require grounding.
- Environmentally Friendly: The cable is resistant to corrosion and water, flame-retardant, and designed with environmentally friendly materials.
Product Series:
GJJA: 0.9mm Tight buffer cable
GJFJH: Duplex tight-buffered fibers with aramid yarns
GJFJBV: Flat duplex tight-buffered fibers with aramid yarns
GJPFJV: Multi-core tight-buffered bundle with aramid yarns
GJBFV-I: Multi-core branch cable with CSM (Central Strength Member)
GJBFJV-II: Multi-core branch cable without CSM
GJBFVH: Large fiber count mixed branch cable with CSM
GJPFH: Micro-tube breakout cable with CSM
GJPFXJH: Breakout tight-buffered fibers with FRP (Fiber Reinforced Polymer) strength
GJPFWQH: Micro-tube breakout cable with FRP strength
Cross Section:
Technical Characteristics:
The optical cables in this series come in various sizes and configurations designed for different applications, with the following key specifications:
GJPFJV-4Xn:
- Diameter: 5.2 mm
- Weight: 16.2 kg/km
- Tensile Strength: 200 N (long term) / 660 N (short term)
- Crush Resistance: 300 N/100mm (long term) / 1000 N/100mm (short term)
- Bending Radius: 20 times the diameter (dynamic) / 10 times the diameter (static)
GJPFJV-6Xn:
- Diameter: 5.5 mm
- Weight: 20 kg/km
- Tensile Strength: 200 N (long term) / 660 N (short term)
- Crush Resistance: 300 N/100mm (long term) / 1000 N/100mm (short term)
- Bending Radius: 20 times the diameter (dynamic) / 10 times the diameter (static)
GJPFJV-8Xn:
- Diameter: 6.2 mm
- Weight: 26 kg/km
- Tensile Strength: 200 N (long term) / 660 N (short term)
- Crush Resistance: 300 N/100mm (long term) / 1000 N/100mm (short term)
- Bending Radius: 20 times the diameter (dynamic) / 10 times the diameter (static)
GJPFJV-12Xn:
- Diameter: 6.5 mm
- Weight: 31.5 kg/km
- Tensile Strength: 200 N (long term) / 660 N (short term)
- Crush Resistance: 300 N/100mm (long term) / 1000 N/100mm (short term)
- Bending Radius: 20 times the diameter (dynamic) / 10 times the diameter (static)
Note: These specifications provide a normative reference for each cable type. The outer diameter can be adjusted to suit your budget or specific installation needs. Feel free to reach out for further customizations or inquiries.
Delivery Length:
The standard delivery length for these cables is 2000 meters, though customized lengths are available upon request to meet specific project requirements.
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