Uni-Tube Air-Blown Micro Cable (GCYFXTY)

Spring Optical Communication is one of the largest and best uni-tube air-blown micro cable (gcyfxty) manufacturers and suppliers with rich experience. Welcome to buy our high quality products or wholesale our customized uni-tube air-blown micro cable (gcyfxty) in stock with our factory. Also, free sample is also available if necessary.

Product Introduction - Uni-Tube Air-Blown Micro Cable

Spring has developed a compact Uni-Tube Air-Blown Micro Cable made specifically for efficient deployment within a Micro-Duct system that allows for blowing air through it. The Uni-Tube Air-Blown Micro Cable was engineered with the purpose of providing excellent performance when used for deploying Next Generation FTTx-type network access solutions at high density, as well as offering superior mechanical strength and lower costs associated with deployment. The technical specifications of this cable may be found on this product page, where network planners, ISPs, and integration engineers will be able to find details regarding its construction, performance, and installation characteristics that meet the EEAT compliance requirements.

What Is a Uni-tube Air-Blown Micro Cable?

The Uni-Tube Air-Blown Micro Cable, model GCYFXTY, allows for efficient airblown installations of compact optical cables containing optical fibers in a single loose tube with gel filler. This tube contains a robust aramid yarn core to provide additional strength above and beyond the design loads and is also encapsulated in a specially grooved envelope that provides additional stability while being deployed through micro-ducts. The Uni-Tube Air-Blown Micro Cable is generally utilized in:

FTTx/FTTH Access Networks

Power Utility Networks

Outdoor Environments Subject to Lightning and Other Harsh Weather Conditions

Air-Blown Distribution Systems for Micro-Ducts

Key Technical Advantages of Uni-tube Air-Blown Micro Cable

Compact Size & Lightweight Build

The extremely small diameter of the Uni-Tube Air-Blown Micro Cable reduces the amount of friction within micro-duct systems, which results in longer blowing distances and quicker installation times when deployed using the airblown method.

Tube-Filled Loose Tube Structure

The use of the micro cable with the loose tube structure will provide you with confidence in:

·Fiber protection.

·Moisture resistance.

·Stable optical performance when subjected to mechanical stress.

Grooved Outer Sheath for Improved Blowing Efficiency

The grooved outer sheath used on micro cables (Spring™ and GTYF™) has micro-grooves and tape applied to provide:

·A reduced cable-duct contact area

·Reduced friction during air blowing

·A greater blowing distance (up to 1,000 metres per cycle).

Replaceable & Upgradable Design

Because the architecture of the blow cable allows for the removal of old cables and the air blowing of upgraded fibre without the need for excavation, the cost of upgrading a network is significantly lower than with conventional networks.

Flexible Branching and Micro-Duct Accessibility

Micro-ducts can be cut at any point to branch the micro cable, thereby minimising:

·Handholes

·Splice closures

·Deployment costs

Comparison of Performance between Air Blown Micro Cable Families

EPFU – Enhanced Performance Fibre Unit

Extremely small and flexible; suited for indoor use.
Blowing rating: ★★★
Typically used for FTTH (Fibre to the Home) drop connections.

Uni-tube Air Blown Micro Cable (GCYFXTY)

Best suited for applications where tensile and crush resistance are very high, and in which the use of the grooved sheath for greater blowing efficiency is a must.
Blowing rating: ★★★★
Best suited for power utilities and outdoor access networks.

Stranded Loose Tube Air-Blown Micro Cable (GCYFY)

Provides maximum density of fibre per square foot, with minimum utilisation of duct space.
Blowing rating: ★★★★★
Best suited for deployment in metropolitan and backbone access networks.

Structural Diagram of the Uni-Tube Air-Blown Micro Cable

Cable Structure Components:

·PE Outer Sheath (Grooved)

·Aramid Yarn Reinforcement

·Optical Fibres

·Tube-Filling Compound

·High Modulus Loose Tube

Blowing Performance Characteristics

2–8 Fibre Models:

Compatible ducts: 5 mm / 3.5 mm

Pressure: 8 bar (500 m), 10 bar (1,000 m)

Blowing time: 15–30 minutes

12 Fibre Models:

Compatible ducts: 5 mm / 3.5 mm

Pressure: 8 bar (500 m), 10 bar (800 m)

Blowing time: 15–30 minutes

Environmental Conditions

Transport and storage temperature is between −20°C to +70°C, cable suitable for harsh outdoor conditions including lightning-prone areas.

Applications of Uni-tube Air-Blown Micro Cable

Spring GCYFXTY Uni-Tube Air-Blown Micro Cables are commonly used in FTTH access networks to make connection drops between access points (AP) and homes, allowing for quick installation on narrow streets or in the historical parts of the city. Other applications include power and utility systems that require installations in locations that experience lightning-strike hazards, stable mechanical performance, and metropolitan and backbone networks that allow phased deployment.

Packaging / Delivery Options

Standard delivery length (2,000 m per reel), please request for special order lengths.

Conclusion

The Spring Uni-Tube Air-blown Micro Cable (GCYFXTY) is a highly advanced and high-performance solution for installing micro-duct fiber cables in FTTx and power application networks, providing ISPs with a cost-effective and future-proof pathway to growing their fiber footprint through superior blowing efficiency and replaceable designs. Spring Uni-tube Air-blown Micro Cable offers ISPs and network builders a future-proof route to expanding fiber networks.

Hot Tags: uni-tube air-blown micro cable (gcyfxty) manufacturers, suppliers, factory, wholesale, customized, buy, bulk, in stock, free sample

Technical Specifications – Uni-tube Air-Blown Micro Cable (GCYFXTY)

Fiber Count Options & Dimensions

Note: "G" indicates cable weight per kilometer.