LC-FC OS2 Singlemode Duplex Fiber Optic Patch ...

06, May. 2024

 

LC-FC OS2 Singlemode Duplex Fiber Optic Patch ...

LC-FC 9/125μm OS2 Singlemode Duplex PVC Fiber Optic Patch Cable

Fiber Optic Patch Cable also is known as fiber patch cord, optical cable or fiber optic jumper. As an important component commonly used in fiber-optic networks, high-quality fiber patch cable are essential for any high-performance fiber optic networks. Optcore offers an extensive line of LC to FC 9/125µm OS2 single-mode duplex fiber optic patch cables with many choices of different length, jacket material, polish, and cable diameter. Those LC to FC 9/125µm single-mode OS2 fiber patch cables support long transmission distances with low attenuation. They are manufactured using high-quality material and are strictly tested for insertion and return loss to ensure superior performance and quality, which provides an ideal fiber cabling solution with the extremely competitive price for users in data communication and telecommunication networks.

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Features

• Low insertion loss
• High back reflection loss
• Stable capability and high reliability
• Excellent mechanical capability
• PVC jacket as default
• Ideal solution for high-speed data transmission
• 100% inspected for optical characteristics before shipment

Specification

  Fiber Type 9/125µm Singlemode OS2 Fiber Count Duplex (2-fiber)   Connector Type LC to FC Polish UPC to UPC   Cable Length  1m,2m,3m … 50m or Customize Cable Diameter 2.0 mm   Tensile Strength 70 N Length Tolerance +/- 1cm   Insertion Loss ≤0.2dB Return Loss ≥50dB   Repeatability ≤0.2dB Interchangeability ≤0.2dB   Jacket Material PVC (OFNR riser-rated) Jacket Color Yellow   Environment Operating: -20°C to 70°C
Storage: -40°C to 85°C Compliance Telcordia GR-326-CORE
RoHS compliant   Application Optical fiber communications system
Optical fiber access networks
Optical fiber CATV
Optical fiber test equipment
Optical fiber data communication  Application Premises Distribution
Local Area Networks (LAN)
Fiber-to-the-Home (FTTX)
Device Terminations

Ordering Information

  Optcore Part Number   Description   LC-FC-OS2-D1M-20-PV 1M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D2M-20-PV 2M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D3M-20-PV 3M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D4M-20-PV 4M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D5M-20-PV 5M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D6M-20-PV 6M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D7M-20-PV 7M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D8M-20-PV 8M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D9M-20-PV 9M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D10M-20-PV 10M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D15M-20-PV 15M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D20M-20-PV 20M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D30M-20-PV 30M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-D50M-20-PV 50M LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable   LC-FC-OS2-DxM-20-PV Custom Length xM LC-FC Duplex 9/125μm OS2 Singlemode 2.0mm PVC Fiber Optic Patch Cable

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Spec / Datasheet

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FC/UPC - LC/UPC Singlemode Duplex Patch Cable

Product Description

FC/UPC - LC/UPC Singlemode Duplex Patch Cable

  • Corning Brand Fiber
  • G.657.A2 Bend Insensitive Fiber Optic Cable
  • OFNR
  • 100% tested
  • FC Connector Dimensions: 9.8mm Height x 19.6mm Width x 59mm Depth
  • LC Connector Dimensions: 10.75mm Height x 12.5mm Width x 50mm Depth (with installed duplex clip)
  • Maximum Connector Loss: 0.50 dB
  • Typical Connector Loss: 0.30 dB
  • Typical Return Loss: -55 dB

FiberOptic Supply fiber optic patch cords provide the ideal medium for all your fiber optic interconnect applications. They are designed, manufactured and tested according to protocol and performance dictated by the industry standards. The quality of the components used to build our fiber optic patch cords ensures long lasting and high repeatability connections. FiberOptic Supply offers a wide variety of connector options, jacket colors and diameter as well as different flammability ratings, and have the capability to custom build to meet your most stringent mechanical and performance specifications. All FiberOptic Supply’ patch cords have an identification label and have a unique serial number assigned to them. On each of these labels the part number, serial number, and the length of the patch cord are displayed for easy product recognition and traceability.

Fiber Optic Cleaning

Dirty connectors are one of the major problems in fiber optics, causing high connector loss, high reflectance and contaminating transceivers. Network operators claim that 15-50% of all network problems can be traced to dirty connectors causing connection problems.

Airborne dirt particles are about the size of the core of SM fiber and are usually silica based - they may scratch PC connectors if not removed! Patch panels have mating adapters that can become contaminated if left open to the air or scrape off foreign particles under repeated usage. Test equipment has fiber-bulkhead outputs that need periodic cleaning, since they may have hundreds of insertions of test cables in short time frames.

We recommend you always keep dust caps on connectors, bulkhead splices, patch panels or anything else that is going to have a connection made with it. Not only will it prevent additional dust buildup, but it will prevent contamination from being touched or damaged from dropping.

Always clean connectors before mating, whether for testing or making network connections.

When testing, we recommend that connectors on both the reference and tested cables be cleaned before every test, as every time the connector is exposed to air, it can accumulate dust. Typical airborne dust is almost the size of the SM fiber core, so cleaning every time is even more important than MM. A secondary effect is that if the connectors are dirty, it can scratch the end finish (most dirt is silica (sand) based) and cause higher reflectance if not loss.

** Fiber Optic Cleaning material presented (c) The Fiber Optic Association, Inc

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