Supreme Optical Fiber Cables

Transcription

1 Supreme Optical Fiber Cables SUPREME is a brand name of PT. SUPREME CABLE MANUFACTURING & COMMERCE Tbk, known as PT. SUCACO Tbk. Specializing in the cable business since 0, and the company began commercial operations in, we produce and markets power cable (low voltage up to kv, medium voltage up to 0 kv, high voltage up to 0 kv), optical and telecommunication cables, control cables, instrumentation cables, coaxial cables, LAN cables, building/ housing wires, flexible cables and enamelled wires. SUPREME Optical Fiber cables are recognised throughout the world as being of the very highest of quality. Our optical fiber cables are processed with skill and expertise using advanced manufacturing and test equipments, enabling us to manufacture a complete range of products, comprise of loose tube and tightbuffer Optical Fiber Cables. Loose tube To protect the fibre from the external forces, mechanical and optical degradation, we encapsulates the fibres within a loose tube. We produces a smooth internal and external surfaces with high Young's Modulus throught a careful manufacture of a tube. Fibers in a tube can be freely move and take a position of minimum strain. Under all conditions the fiber can freely move to the shortest possible path and remain strain free. The loose tubes contain either a thixotropic filling gel or water swellable compound as cushions the fibers and resists water to entering into the fibers. The loose tubes are stranded surrounding a central strength member, with an overall protective. This central member which can be Fibers Reinforced Platic (FRP) with Polyethylene sheath or round steel wire offers a high modulus giving an excellent strength to support during pulling operations as well as permanently installed position and a very low creep rate. Both tubes and fibers are individually colour coded for easy identification. Tightbuffered fiber Tightbuffered Optical Fiber cable are implemented mostly in indoor environment. The cable core is made by stranding several optical elements around a central strength member. Each optical element is constructed by pulling a tightbuffered fiber covered with mechanical reinforcement such as aramid yarns into a thermoplastic tube. The cable core is then covered with Poly Vinyl Chlorida (PVC) which is a flame resistant material. We have a wide range of standard products and custom designs. Other designs to satisfy the specific application can be made available on request. Although loose tube optical fiber cables are mostly used for outdoor installations including aerial, duct and direct buried applications, this cable can also be design for indoor applications with PVC outer jacket with various fire ratings to meet standard flammability requirements.

2

3 TABLE OF CONTENT PAGE. Configuration. Basic Core & Features. Characteristic and Colouring. Single Mode Duct Optical Fiber Cable. Single Mode Direct Buried Optical Fiber Cable. Single Mode Aerial Optical Fiber Cable. Single Mode ADSS Optical Fiber Cable. Indoor Optical Fiber Cable. Drop Aerial Optical Fiber Cable 0 0. Drop Optical Fiber Cable

4 CONFIGURATION Fiber Selection Fiber Colouring Applying colour to identify fibers. Fibers Available in fiber counts from to wide variety of attenuation and bandwidth in both single mode and multi mode fibers. Buffer Loose Tube Configuration Fiber Encapsulation Tubing of fibers thixotropic filling gel. Stranding Stranding around central strength member and adding the peripheral strength member ( aramid yarn ), water blocking tape,laminated aluminum polyethelene tape as required. Tubes Sheathing The outer sheath is chosen to meet the specific application. The sheath of the duct cable is applied directly to the core. For aerial applications a round steel messenger wire is added. Additional armour with outer sheath is applied for direct buried application. Alldielectric Aramid Yarn Polyethylene Sheath Light armour Aramid Yarn Polyethylene Sheath Corrugated Steel Tape Armouring Single armour Aramid Yarn Two Polyethylene Sheath Corrugated Steel tape Armouring

5 BASIC CORE & FEATURES Environmental Operation temperature = 0 C ~ 0 C Storage temperature = 0 C ~ 0 C Humidity operation temperature = 0 % ~ 00 % Humidity storage temperature = 0 % ~ % Basic Core Design One or two layers thermal plastic elements stranded surrounding a central strength member. Elements can be either loose tubes or Polyethylene filler rods, depending on fibres count. Coloured thermal plastic tube containing, or fibres with water swellable compound or thixotropic gel filled. The tube are covered with a flooding compound and water swellable tape. Features of Optical Fiber Cable Wide bandwith. Suitable for high speed, wide band, large capacity telecommunication lines. It can transmit large amounts of information and have excellent characteristics such as low loss and wide bandwith. Freedom from Electromagnetic Interference. Optical fibers are not affected by strong electromagnetic interference originating from power cables, railway and radio waves. They do not emit unwanted radiation and crosstalk between fibres exists. Small diameter and light weight. Multi fiber optical cables have a small diameter and are light weight and flexible. Optical Fiber Cable are permit effective utilization of spaces and can also be applicable to long distance use are easier to handle and install than conventional metal cables. Strong to withstand the normal installation forces of strain, crush, bend and twist. Optical fiber cables can be used to great advantage in all fields of telecommunication, including telecommunication data transmission and control systems in buildings, factories and power station, signal transmission system between computers, ITV/CATV signal transmission currents, telecommunication control systems in electric power stations and along railway, control and alarms systems, chemical plants and as wiring aircrafts, automobiles, ships and trains. High quality optical fiber provides good transmission performance. Accurate fiber excess length control ensures excellent mechanical and temperature performance. Special gel filled loose tube provides perfect optical fiber protection.

6 CHARACTERISTICS AND COLOURING Fiber and Loose Tube Colouring Fiber/ Loose tube number 0 Fiber colour Blue Orange Green Brown Grey White Red Black Yellow Violet Pink Turquoise Loose tube colour Inner layer Blue Orange Green Brown Grey White Red Black Yellow Violet Pink Turquoise Outer layer Blue Orange Green Brown Grey White Red Black Yellow Violet Pink Turquoise Gold Silver Optical Characteristics Value Properties Unit G C G D Large Effective Area Reduce Slope Cladding diameter µm ± ±.0 ± Cladding noncircularity % Core /Cladding concentricity error µm Coating diameter µm 0 ± 0 ± 0 ± Mode Field Diameter : µm,0 nm. ± 0.,0 nm. ± 0.. ± 0. Cable cutoff wavelength nm,0,0,0 Attenuation coefficient : db/km,0 nm ~, nm 0.,0 nm ~, nm 0.,0 nm , nm Macrobend loss : db, nm radius = 0 mm, 00 turns Chromatic dispersion : Wavelength nm,00 ~,,0 ~,,0 ~, Zero dispersion slope ps/nm.km 0.0 D min ps/nm.km,0,0 D max ps/nm.km 0,0 D max D min ps/nm.km.0 PMD coefficient ps/ km Proof stress level Gpa

7 Optical Characteristics G A Cladding diameter µm ± 0. ± 0. Cladding noncircularity %.0.0 Core /Cladding concentricity error µm Coating diameter µm 0 ± 0 ± Mode Field Diameter : µm,0 nm. ± 0.. ± 0. Cable cutoff wavelength nm,0,0 Attenuation coefficient : db/km,0 nm ~, nm 0. 0.,0 nm ~, nm 0. 0.,0 nm Macrobend loss :,0 nm Properties radius = mm, 0 turns Unit db Value G B 0.0 radius = 0 mm, turns 0. radius =, mm, turns 0., nm radius = mm, 0 turns radius = 0 mm, turns radius =, mm, turns Chromatic dispersion : Wavelength Zero dispersion slope PMD coefficient Proof stress level nm ps/nm.km ps/ km Gpa ,00 ~,

8 Duct Cable Single Mode Loose Tube Optical Fiber (STEL K0) Colour coded optical fibers, strength members, gel filled loose tube, water swellable tape, aluminium tape screened and polyethylene sheath. Application Designed to be pulled into duct system or laid into duct tray in service ducts of an Optical Fiber Cable communications network. Construction Single mode colour coded optical fibers Thixotropic filling gel Extruded colour coded loose tubes Fiber reinforced plastic with polyethylene sheath or round steel wire with polyethylene sheath Filler rods Binder Jelly filled interstices Aramid yarn Water swellable tape 0 Rip cord Aluminium tape Polyethylene outer sheath 0 Structure and Technical Specification Loose tube Cable Strength member inner layer (pcs) outer layer (pcs) fiber Inner diameter minimum Thickness minimum Outer diameter maximum Total of fiber Diameter. 0,.0. 0,.0, + 0,, + 0, , + 0,, + 0,, + 0,, + 0,, + 0,,0 + 0,, + 0,, + 0,

9 Direct Buried Cable Single Mode Loose Tube Optical Fiber (STEL K0) Colour coded optical fibers, strength members, gel filled loose tube, water swellable tape, aluminium tape screened, steel tape corrugated armoured and polyethylene sheath. Application Designed to be buried directly in the ground by either trenching or ploughing. Construction 0 0 Single mode colour coded optical fibers Thixotropic filling gel Extruded colour coded loose tubes Fiber reinforced plastic with polyethylene sheath or round steel wire with polyethylene sheath Filler rods Binder Jelly filled interstices Aramid yarns Water swellable tape Rip cord Aluminium tape Polyethylene inner sheath Corrugated steel tape Polyethylene outer sheath Structure and Technical Specification Loose tube Cable outer layer (pcs) fiber Inner diameter minimum Thickness minimum.. inner layer (pcs) Strength member Outer diameter maximum Total of fiber Diameter 0,. 0,.., + 0,, + 0, , + 0,, + 0,, + 0,, + 0,, + 0,,0 + 0,, + 0,, + 0,

10 Aerial Cable Single Mode Loose Tube Optical Fiber (STEL K0) Colour coded optical fibers, strength members, gel filled loose tube, water swellable tape, aluminium tape screened, steel wire messenger and polyethylene sheath. Application Designed to be hung from the utility poles of an Optical Fiber Cable communications network. 0 Construction 0 Single mode colour coded optical fibers Thixotropic filling gel Extruded colour coded loose tubes Fiber reinforced plastic with polyethylene sheath Filler rods Binder Jelly filled interstices Aramid yarn Water swellable tape Rip cord Aluminium tape Stranded galvanized round steel wire messenger Polyethylene outer sheath Structure and Technical Specification Loose tube Cable Strength member inner layer (pcs) outer layer (pcs) Inner diameter minimum Thickness minimum Outer diameter maximum Total of fiber Diameter. 0,.0. 0,.0.0, + 0,, + 0,.0 0,, + 0, + 0,

11 All Dielectric Self Supporting Aerial (ADSS) Cable Single Mode Loose Tube ADSS Optical Fiber Colour coded optical fibers, strength members, gel filled loose tube, water swellable tape, polyethylene inner sheath, aramid yarns and polyethylene sheath. Application Designed to be hung from the utility poles of an Optical Fiber Cable communications network. 0 Construction 0 Single mode colour coded optical fibers Thixotropic filling gel Thermal plastic colour coded tubes Fiber reinforced plastic with polyethylene sheath Filler rods Binder Polyethylene inner sheath (Optional) Aramid yarns strength member Rip cord Polyethylene outer sheath Main features o All dielectric structure, light weight, easy installation, excellent elecctromagnetic interference resistant and suitable for operating in electrical system or frequency lighting area. o All section water swellable present reliable performance of moisture proof and water impermeable. o High Young's Modulus for fiber reinforced plastic (FRP) as central strength member high breaking load. Structure and Technical Specification Total of fiber loose tube fiber per Loose tube (pcs) ~ ~ ~ ~ 0 0 ~ ~ Available upon customer's request

12 Indoor Optical Fiber Cable (STEL K0) Colour coded optical fibers, fiber reinforced plastic strength member and polyethylene sheath. Application Designed to be used in pipe as indoor optical fiber cable. Construction Fiber reinforced plastic with polyethylene sheath Colour coded optical fibers Polyethylene outer sheath Fiber colouring Fiber number Colouring Blue Orange Structure and Technical Specification Total of fiber Maximum overall diameter (mm x mm). x.

13 Drop Aerial Optical Fiber Cable (STEL K0) Colour coded optical fibres, galvanized round steel wire messenger, fiber reinforced plastic strength member and polyethylene sheath. Application Designed to be used in air as drop aerial optical fiber cable. Construction Galvanized round steel wire messenger Fiber Reinforced Plastic with polyethylene sheath Colour coded optical fibers Polyethylene outer sheath Fiber colouring Fiber Number Colouring Blue Orange Structure and Technical Specification Total of fiber Nominal diameter of steel wire (mm x mm).. x. 0 Maximum overall diameter

14 Drop Optical Fiber Cable (STEL K0) Colour coded optical fibers, fiber reinforced plastic strength member and polyethylene sheath. Application Designed to be used in pipe as drop optical fiber cable. Construction Fiber reinforced plastic with polyethylene sheath Colour coded optical fibers Polyethylene outer sheath Fiber Colouring Fiber number Colouring Blue Orange Structure and Technical Specification Total of fiber Maximum overall diameter (mm x mm). x.

15