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Advanced Optic Fiber Patch Cord – The Efficient Optoelectronic Hybrid Cable Solution

Short Description:

FCJ Copper/Fiber Composite cable consists of flexible stranded Copper conductors and integrating communications links utilizing Fiber Optic technologies.  The breakout design provides additional protection for both the copper and fiber channels by individually protecting each with insulated jackets and all-dielectric strength members.  For applications requiring remote low-voltage power and high-speed communications, these designs provide an efficient single-installation option where space is of a premium and devices are not easily accessed

Optical Power Composite Cable ,the fibers 250μm,are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. The cable core is FRP or metallic strength member( some structures need add PE as bedding layer in the strength member). Electric wires and tubes (and fillers) are stranded around the strength member into a compact and circular cable core. The cable core is filled with the filling compound to protect it from water ingress. After two sides PSP are longitudinally applied over the inner sheath ,the cable is completed with PE or LSZH outer sheath.



Product Detail

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Introducing our state-of-the-art Optic Fiber Patch Cord, the ultimate solution for seamless and efficient energy transmission. This technologically advanced cable is an integration of optical and electrical components, saving significantly on pipeline resources. Despite its complex functionality, the Optic Fiber Patch Cord maintains a relatively independent structure that simplifies installation. It is designed to facilitate effortless import, export, and linking. Our Optic Fiber Patch Cord stands out with its functionality, featuring a multitude of transmission lines – electricity, telephone, television, network, monitor, and data. This multi-oneness of the network not only optimizes performance but also reduces costs, offering you value for your money. The cable is well-adapted to a large operating temperature range, boasting a flexible construction temperature range as well.

Characteristics

·Good flexibility and mechanical properties
·Opto and electricity integrated, fully save pipeline resources
·Electric and optical cable maintain relatively independent structure, easy to import,export and link when installation
·Electricity lines, telephone lines, television lines, network lines, monitor lines and data lines are multi-one network, saves costs
·Larger operating temperature range
·Larger construction temperature range
·Cable diameter and bending radius are small, freely install in small space and compatible with optical signal and electric energy transmission

Technical Advantage

· Perfect design for transmission lines, highly effect for electricity saving.
· Opto and electricity integrated, conveys electric energy and information at the same time, and keep monitoring wire lines
· Optical fiber compounded in the wire, preventing fiber broken and split accidents by ground l  lightning
· Preventing cable suffered corrosion, ruinning or fiber broken accidents caused by field strength
· Additional load brings no hidden danger for original lines

Application

· Telecommunications network
· Construction of communication base stations in villages, remote areas in cities and towns
· Residential areas and buildings FTTH
· Security monitoring project
· Others occasion which information together with electric power at the same time

Standards
Stretching, crushing, impacting, repeated bending, torsion, winding and loss complies with YD / T 901-2001.

Optical Characteristics

G.652

50/125

62.5/125

Maximum attenuation

@850nm

3.5dB/km

3.5dB/km

@1300nm

1.5dB/km

1.5dB/km

@1310nm

0.45dB/km

@1550nm

0.30dB/km

Typical attenuation

@850nm

3.0dB/km

3.0dB/km

@1300nm

1.0dB/km

1.0dB/km

@1310nm

0.40dB/km

@1550nm

0.25dB/km

Minimum bandwidth

@850nm

400MHz·km

160MHz·km

@1300nm

800MHz·km

500MHz·km

Technical Parameters

Item

Technical Specifications

Remark

Bending Radius(mm)

Dynamic

30D

Static

20D

Tensile Strength(N)

短期Short Term

3000

Long Term

1500

(N/100mm2)
Crush Resistance

Short Term

3000

Long Term

1000

Operating Temperature range

Electric wire

-15℃~+70℃

Comply with GB5023-1997

Other materials except electric wire

-40℃~+70℃

Water-blocking / Waterproof  Performance

No water leak if immersed in water for long time

Except wire conductor

No electric leakage

Construction Temperature range

-20℃~+60℃

Except electric wire

0℃~+60℃

electric wire

Weight

347kg/km (RV-2*2.5mm)
382kg/km (RV-4*2.5mm)
502kg/km (RV-6*2.5mm)
628kg/km (RV-8*2.5mm)

Mechanical Properties

Stretching, crushing, impacting, repeated bending, torsion, winding and loss comply with YD / T 901-2001

Applicable System of Laying

Suitable for pipe, channel, cable trenches, aerial, direct burial and so on

Storage/Operating Temperature : -20℃ to + 60℃


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  • Despite the plethora of functionalities packed into this Optic Fiber Patch Cord, the cable maintains a small diameter and bending radius. This compact design facilitates easy installation even in small spaces without compromising on the cable's compatibility with optical signal and electric energy transmission. The Optic Fiber Patch Cord has been meticulously designed to achieve a high-level of efficiency in terms of energy transmission. It's not just about saving energy – it's about optimizing your operations and maximizing efficiency. With our Optic Fiber Patch Cord, you are investing in a resilient, flexible, and cost-effective solution for all your optical and electrical transmission needs. Experience the perfect blend of design and performance with our Optic Fiber Patch Cord. Achieve more, do more, with less.
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