Air Blown Fiber Cables - Lenora Innovation

Air blowing fiber is an efficient way to install fiber optic cable and facilitates future expansion of optical fiber networks. Air Blown Fiber is also recommended for environments where there will be many changes and additions to the network. It also allows for duct installation before you know how much fiber is actually required, and so eliminates the need to install dark fibers. It also reduces splicing and interconnection points so optical loss is minimized and system performance is enhanced.

Air Blown Fiber Unit EPFU

Introduction: The Air Blown Fiber Unit “ABF” Enhanced Performance Fiber Unit (EPFU) is small size, light weight, enhanced surface outer sheath fiber unit designed for blowing into micro tube bundles by air flow. The outer thermoplastic layer provides a high level of protection and excellent installation properties, and it can be blown into the microduct of 5.0/3.5mm. The fibers are coated with a soft acrylate resin which provides excellent dimensional and thermal stability to cushion the fibers, in addition, the resin can be easily stripped in connecting the fibers. The outer sheath is a thermoplastic that is of low friction. The surface of the sheath is designed with special grooves, compared to the surface of the traditional optical fiber cable, it provides not only the high level of mechanical protection, but also the perfect blowing performance. Application: The Air Blown Fiber Unit bundles assemblies consist of a number of cores 2, 4, 8 and 12 cores, that enables installation of air blown fibers cables. The fiber assemblies are bundled with outer sheath is a soft acrylate resin thermoplastic that is of low friction. The design makes the fiber cable are suitable for the following applications. • Outdoor and indoor connections • FTTH and last mile connections • Distribution networks with dense fiber capacity • Terminal connections Operation Features: The Air Blown Fiber Unit “ABF” bundles for FTTx systems are dedicated for the smallest microducts. Thanks to small diameter they are suitable to be used in projects requiring large number of slots and the fiber number between 2~12 core optical fiber units which can be routed into micro-ducts. The external diameter is between 1.2mm and 1.6mm, these are classified into optical fiber units with beads (EPFU) and optical fiber units with enclosures (EPSU). • Smaller diameter • Excellent environmental properties • The outer sheath is a soft acrylate resin thermoplastic • Network design flexibility • 5/3.5mm microduct suitable • fiber bundle diameter: 1.2 – 1.6 mm • Singlemode or Multimode • Greater blowing distance • Fiber: G.G652D, G.657A1, G.657A2 Temperature Performance: Storage and Transportation [°C]: -40 to +60 Installation [°C]: -20 to +50 Operation [°C]: -30 to +60 Mechanical Performance Test compliance: Tension: IEC 60794-1-21 Method E1 Bend: IEC 60794-1-21 Method E11 Crush: IEC 60794-1-21 Method E3 Marking: ABF assemblies have markings showing the cable type and fiber number, Year of manufacture, Length marking. The individual fiber core is identified by their color according to the standard fiber colors.

Air Blown Fiber Unit EPSU

Introduction: The Air Blown Fiber Unit “ABF” Enhanced Performance Smooth Fiber Unit (EPSU) is small size, light weight, enhanced surface outer sheath fiber unit designed for blowing into micro tube bundles by air flow. The outer dry acrylate layer provides a high level of protection and excellent installation properties, and it can be blown into the microduct of 5.0/3.5mm. The fibers are coated with a resin which provides excellent dimensional and thermal stability to cushion the fibers, in addition, the resin can be easily stripped in connecting the fibers. The outer sheath is a smooth, slightly ribbed polyethylene that is of low friction. The surface of the sheath is designed with slightly ribbed, compared to the surface of the traditional optical fiber cable, it provides not only the high level of mechanical protection, but also the perfect blowing performance. Application: The Air Blown Fiber Unit bundles assemblies consist of a number of cores 2, 4, 8 and 12 cores, that enables installation of air blown fibers cables. The fiber assemblies are bundled with outer sheath is a smooth, slightly ribbed polyethylene that is of low friction. The design makes the fiber cable are suitable for the following applications. • Outdoor and indoor connections • FTTH and last mile connections • Distribution networks with dense fiber capacity • Terminal connections Operation Features: The Air Blown Fiber Unit “ABF” bundles for FTTx systems are dedicated for the smallest microducts. Thanks to small diameter they are suitable to be used in projects requiring large number of slots and the fiber number between 2~12 core optical fiber units which can be routed into micro-ducts. The external diameter is between 1.2mm and 1.6mm, these are classified into optical fiber units with beads (EPFU) and optical fiber units with enclosures (EPSU). • Smaller diameter • Excellent environmental properties • The outer sheath is a smooth, slightly ribbed polyethylene • Network design flexibility • 5/3.5mm microduct suitable • fiber bundle diameter: 1.2 – 1.6 mm • Singlemode or Multimode • Greater blowing distance • Fiber: G.G652D, G.657A1, G.657A2 Temperature Performance: Storage and Transportation [°C]: -40 to +60 Installation [°C]: -20 to +50 Operation [°C]: -30 to +60 Mechanical Performance Test compliance: Tension: IEC 60794-1-21 Method E1 Bend: IEC 60794-1-21 Method E11 Crush: IEC 60794-1-21 Method E3 Marking: ABF assemblies have markings showing the cable type and fiber number, Year of manufacture, Length marking. The individual fiber core is identified by their color according to the standard fiber colors.

Uni-tube Air Blown Cables

Introduction: The Air Blown Uni-Tube Fiber Cable “ABC” is ultra-lightweight with and small diameter and designed for metro feeder or access network to be blown into a micro duct by air-blown installation. As the cable allows the deployment of currently required fiber count, the micro cable provides a lower initial investment and the flexibility to install and upgrade to the latest fiber technologies after the initial installation. The outer PE layer provides a high level of protection and excellent installation properties and perfect blowing performance. Application: The Air Blown Uni-Tube Fiber Cable bundles assemblies consist of a number between 4~24 core, that enables installation of air blown fibers cables. The fiber assemblies are bundled with outer sheath is a PE layer that is of low friction. The design makes the fiber cable are suitable for the following applications. • Outdoor and indoor connections, • FTTH and last mile connections, • Distribution networks with dense fiber capacity • Terminal connections, Operation Features: The Air Blown Fiber Unit “ABF” bundles for FTTx systems are dedicated for the outdoor network infrastructure. The small diameter is suitable to be used in projects requiring large number of slots and the fiber number between 4~24 core optical fiber cable which can be routed into micro-ducts. The external diameter is between 3.8mm and 4.2mm, and optical fiber cable with the following features • Smaller diameter • Excellent environmental properties • Perfect cable structure with high fiber density • The outer sheath is a PE layer • Fiber count between 4~24 core • fiber bundle diameter: 3.8 – 4.2 mm • Singlemode or Multimode • Greater blowing distance • Fiber: G.G652D, G.657A1, G.657A2 Temperature Performance: Storage and Transportation [°C]: -40 to +60 Installation [°C]: -20 to +50 Operation [°C]: -30 to +60 Mechanical Performance Test compliance: Tension: IEC 60794-1-21 Method E1 Bend: IEC 60794-1-21 Method E11 Crush: IEC 60794-1-21 Method E3 Marking: ABC assemblies have markings showing the cable type and fiber number, Year of manufacture, Length marking. The individual fiber core is identified by their color according to the standard fiber colors.

Stranded Air Blown Cables

Introduction: The Air Blown Stranded Fiber Cable “ABC” is ultra-lightweight with and small diameter and designed for metro feeder or access network to be blown into a micro duct by air-blown installation. As the cable allows the deployment of currently required fiber count, the micro cable provides a lower initial investment and the flexibility to install and upgrade to the latest fiber technologies after the initial installation. The outer PE layer provides a high level of protection and excellent installation properties and perfect blowing performance. Application: The Air Blown Stranded Fiber Cable bundles assemblies consist of a between 12~288 core, that enables installation of air blown fibers cables. The fiber assemblies are bundled with outer sheath is a PE layer that is of low friction. The design makes the fiber cable are suitable for the following applications. • Outdoor connections • FTTH and last mile connections • Distribution networks with dense fiber capacity • Backbone network connections Operation Features: The Air Blown Stranded Fiber Cable “ABC” bundles for FTTx systems are dedicated for the outdoor network infrastructure. The small diameter is suitable to be used in projects requiring large number of slots and the fiber number between 12~288 core optical fiber cable which can be routed into micro-ducts. The external diameter is between 5.8mm and 11.2mm, and optical fiber cable with the following features • Smaller diameter • Excellent environmental properties • Perfect cable structure with high fiber density • The outer sheath is a PE layer • Fiber count between 12~288 core • fiber bundle diameter: 5.8 – 11.2 mm • Singlemode or Multimode • Greater blowing distance • Fiber: G.G652D, G.657A1, G.657A2 Temperature Performance: Storage and Transportation [°C]: -40 to +60 Installation [°C]: -20 to +50 Operation [°C]: -30 to +60 Mechanical Performance Test compliance: Tension: IEC 60794-1-21 Method E1 Bend: IEC 60794-1-21 Method E11 Crush: IEC 60794-1-21 Method E3 Marking: ABC assemblies have markings showing the cable type and fiber number, Year of manufacture, Length marking. The individual fiber core is identified by their color according to the standard fiber colors.