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steel hose Fiber Optic Cable
Distributed Base Stations
ISO9001
1km/Spool
Wooden Spool ，Φ280*280mm
100km
Normally 15 working days
NINGBO CHINA
30%TT as deposit,70%Balance before shipping.
GDFJH
Hybrid Optical and Electrical with steel hose Fiber Optic Cable
for Distributed Base Station
Tight bufferd fibers are surrouded with a helical steel hose and a layer of aramid yarns as the strength member.Then A LSZH sheath is extruded to form an optical sub unit.Optical sub units and copper wires are stranded around a non metallic central strength member to form a cable core,The core is wrapped with water blocking tape.Finally,a LSZH outer sheath is extruded,Other sheath materials are available on request.
Accurate process control ensuring good mechanical and temperature performances
Stainless steel hose armor providing better protection to fibers
All dry hybrid structure,supporting bulk data transmission and power supply for RRU devices
Mainly applied to local fibre remote for short distance at wireless base stations
· GDTC8S:
o Type: Self-supporting aerial cable with PSP (Plastic-Supported Steel Tape)
o Application: Suitable for aerial installation in access networks, providing both optical and electrical capabilities with enhanced mechanical strength.
· GDTA53:
o Type: Buried installation cable
o Application: Designed for buried installation, ensuring robust protection for both optical and electrical components, ideal for underground or direct burial use.
· GDTA, GDTS:
o Type: Duct or aerial installation
o Application: These cables are optimized for both ducted and aerial installations, offering flexibility for deployment in different environments.
GDFJAH:
o Type: Hybrid optical fiber and electrical cable with APL (Aerial Plastic-Lined) LSZH (Low Smoke Zero Halogen) sheath
o Application: Designed for wireless RRU systems, this cable combines optical fibers for high-speed data transmission with electrical conductors for power delivery, with an LSZH sheath for safety.
GDFJAHP:
o Type: Hybrid optical fiber and electrical cable with APL LSZH sheath
o Application: Similar to GDFJAH, but this version may have additional or slightly different mechanical properties tailored for specific RRU installations.
GJYFJH:
o Type: Sub-unit cable with Aramid yarn and LSZH sheath
o Application: This cable provides high tensile strength and durability, making it suitable for installations where safety and reliability are key, with a focus on protecting the fibers and electrical components.
GJYWFJH:
o Type: TBF (Toughened Fiber) cable with Aramid yarn and LSZH sheath
o Application: Similar to GJYFJH, but offering additional toughness, providing further protection for fiber optic cables in harsh environments.
GJYXFH:
o Type: Multi-core cable with Aramid yarn and double sheath
o Application: Designed for high-density fiber optic networks, this cable uses double sheaths for enhanced protection against environmental factors.
· GDFJH:
o Type: Hybrid optical and electrical cable with steel hose
o Application: This cable features a steel hose for added mechanical protection, making it highly durable and suitable for environments with high mechanical stress.
1.Outer Sheath 2.Copper Wire 3.Strength Member 4.Water Blocking Tape 5.Tight Buffered Fibre 6.Helical Steel Hose 7.Aramid Yarn 8.Sub-unit Sheath
Diameter: The outer diameter is 9.5 mm, with the optical unit having a diameter of 3.0 mm.
Weight: The cable weighs approximately 110 kg/km.
Tensile Strength:
· Short-term: 400 N
· Long-term: 800 N
Crush Resistance:
· Short-term: 500 N/100mm
· Long-term: 1000 N/100mm
Bending Radius:
· Dynamic: 20 times the outer diameter (20D)
· Static: 10 times the outer diameter (10D)
Transport/storage temperature: -40℃~70℃
Standard length:2000m;Other length availabe
GDFJH
Hybrid Optical and Electrical with steel hose Fiber Optic Cable
for Distributed Base Station
Tight bufferd fibers are surrouded with a helical steel hose and a layer of aramid yarns as the strength member.Then A LSZH sheath is extruded to form an optical sub unit.Optical sub units and copper wires are stranded around a non metallic central strength member to form a cable core,The core is wrapped with water blocking tape.Finally,a LSZH outer sheath is extruded,Other sheath materials are available on request.
Accurate process control ensuring good mechanical and temperature performances
Stainless steel hose armor providing better protection to fibers
All dry hybrid structure,supporting bulk data transmission and power supply for RRU devices
Mainly applied to local fibre remote for short distance at wireless base stations
· GDTC8S:
o Type: Self-supporting aerial cable with PSP (Plastic-Supported Steel Tape)
o Application: Suitable for aerial installation in access networks, providing both optical and electrical capabilities with enhanced mechanical strength.
· GDTA53:
o Type: Buried installation cable
o Application: Designed for buried installation, ensuring robust protection for both optical and electrical components, ideal for underground or direct burial use.
· GDTA, GDTS:
o Type: Duct or aerial installation
o Application: These cables are optimized for both ducted and aerial installations, offering flexibility for deployment in different environments.
GDFJAH:
o Type: Hybrid optical fiber and electrical cable with APL (Aerial Plastic-Lined) LSZH (Low Smoke Zero Halogen) sheath
o Application: Designed for wireless RRU systems, this cable combines optical fibers for high-speed data transmission with electrical conductors for power delivery, with an LSZH sheath for safety.
GDFJAHP:
o Type: Hybrid optical fiber and electrical cable with APL LSZH sheath
o Application: Similar to GDFJAH, but this version may have additional or slightly different mechanical properties tailored for specific RRU installations.
GJYFJH:
o Type: Sub-unit cable with Aramid yarn and LSZH sheath
o Application: This cable provides high tensile strength and durability, making it suitable for installations where safety and reliability are key, with a focus on protecting the fibers and electrical components.
GJYWFJH:
o Type: TBF (Toughened Fiber) cable with Aramid yarn and LSZH sheath
o Application: Similar to GJYFJH, but offering additional toughness, providing further protection for fiber optic cables in harsh environments.
GJYXFH:
o Type: Multi-core cable with Aramid yarn and double sheath
o Application: Designed for high-density fiber optic networks, this cable uses double sheaths for enhanced protection against environmental factors.
· GDFJH:
o Type: Hybrid optical and electrical cable with steel hose
o Application: This cable features a steel hose for added mechanical protection, making it highly durable and suitable for environments with high mechanical stress.
1.Outer Sheath 2.Copper Wire 3.Strength Member 4.Water Blocking Tape 5.Tight Buffered Fibre 6.Helical Steel Hose 7.Aramid Yarn 8.Sub-unit Sheath
Diameter: The outer diameter is 9.5 mm, with the optical unit having a diameter of 3.0 mm.
Weight: The cable weighs approximately 110 kg/km.
Tensile Strength:
· Short-term: 400 N
· Long-term: 800 N
Crush Resistance:
· Short-term: 500 N/100mm
· Long-term: 1000 N/100mm
Bending Radius:
· Dynamic: 20 times the outer diameter (20D)
· Static: 10 times the outer diameter (10D)
Transport/storage temperature: -40℃~70℃
Standard length:2000m;Other length availabe
