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OL:Composite Copper/Fiber Cable
Home  >  > Signal and data transmission cables  > Fibre/copper LAN, telephone & CATV cables  > Fibre optic LAN cables  > OL:Composite Copper/Fiber Cable

OL:Composite Copper/Fiber Cable
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OL:Composite Copper/Fiber Cable Berk-Tek’s Composite Copper/Fiber cables incorporate high bandwidth optical fibers with insulated stranded copper THWN conductors. A wide variety of design options are available including; up to 7 conductors ranging from #12 AWG to #20 AWG, up to 12 tight buffered fibers or 24 loose tube fibers, and interlock armoring. These cables are listed as CL3R-OF/PLTC-OF. A key application of these cables is to extend the distance that powered devices can be installed from the power source in Power over Etherenet (PoE+) installations. Proper conductor size selection can increase this distance from 328 feet to several thousand feet. The powered device could be an IP camera, a wireless access point, or other biulding automation device located in an area where an electrical outlet is not readily available.
Standards
International  EN 50173; ISO/IEC 11801
National  ANSI/ICEA S-104-696; TIA/EIA-568-B ; Telcordia GR-409; UL 13
Description

 

Construction

Each cable consists of multiple THWN copper conductors and multiple fibers cabled together within an outer jacket. Cable design accommodates from 2 to 7 conductors and 2 to 24 fibers.

  • Fibers can be tight buffered or in a loose tube
  • Cable is dry-waterblocked for outdoor installations
  • Aluminum (standard) or steel interlock armored cables available

 

Applications

Berk-Tek’s Composite cables are suitable for all power limited applications where optical fibers are needed.  Specific applications include (but not limited to):

  • Power over Ethernet (PoE+) length extension 
  • Combining control and communication in industrial pathways
  • Common pathway for fiber backbone and Class 3 power supply
  • 10BASE-FL
  • 100BASE-SX/100BASE-FX

 

Features

  • Multimode, Single Mode, and GIGAliteTM fibers
  • CL3R-OF, wet and dry rated
  • Aluminum or steel interlock armored designs available
  • Oil resistant designs available
  • Indoor/Outdoor dry water-blocked design

 

Benefits

  • Enables PoE+ equipment to be located more than 100 meters from the switch
  • Cost savings versus installtion of a new elctrical outlet
  • CL3R-OF/PLTC-OF allows cable to be installed in communication pathways
  • Ease of installation
  • Broad design selection allows for mix and match of fiber components to specific networking applications
  • Armor option adds crush resistance and protection from rodent attacks

 

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TFHC002EB3010/25002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 50/125 micron, 2000/500 MHz•km
TFHC002FB3010/F5002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 50/125 micron, 4700/500 MHz•km
TFHC002XB3010/X5002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 50/125 micron, 4900/500 MHz•km
TFHC002ZB3515/55002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 50/125 micron, 500/500 MHz•km FDDI
TFHC002LB3010/75002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 50/125 micron, 950/500 MHz•km
TFHC002CB3510/25002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 62.5/125 micron, 200/500 MHz•km
TFHC002GB3510/25002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, 62.5/125 micron, GIGAlite 200/500 MHz•km
TFHC002AB0707002X12AWG Composite Security 002 Fiber with Two 12 AWG Stranded Conductors, Enhanced Single-Mode
TFHC002EB3010/25002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 50/125 micron, 2000/500 MHz•km
TFHC002FB3010/F5002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 50/125 micron, 4700/500 MHz•km
TFHC002XB3010/X5002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 50/125 micron, 4900/500 MHz•km
TFHC002ZB3515/55002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 50/125 micron, 500/500 MHz•km FDDI
TFHC002LB3010/75002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 50/125 micron, 950/500 MHz•km
TFHC002CB3510/25002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 62.5/125 micron, 200/500 MHz•km
TFHC002GB3510/25002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, 62.5/125 micron, GIGAlite 200/500 MHz•km
TFHC002AB0707002X14AWG Composite Security 002 Fiber with Two 14 AWG Stranded Conductors, Enhanced Single-Mode
TFHC002EB3010/25002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 50/125 micron, 2000/500 MHz•km
TFHC002FB3010/F5002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 50/125 micron, 4700/500 MHz•km
TFHC002XB3010/X5002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 50/125 micron, 4900/500 MHz•km
TFHC002ZB3515/55002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 50/125 micron, 500/500 MHz•km FDDI
TFHC002LB3010/75002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 50/125 micron, 950/500 MHz•km
TFHC002CB3510/25002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 62.5/125 micron, 200/500 MHz•km
TFHC002GB3510/25002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, 62.5/125 micron, GIGAlite 200/500 MHz•km
TFHC002AB0707002X16AWG Composite Security 002 Fiber with Two 16 AWG Stranded Conductors, Enhanced Single-Mode
TFHC002EB3010/25002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 50/125 micron, 2000/500 MHz•km
TFHC002FB3010/F5002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 50/125 micron, 4700/500 MHz•km
TFHC002XB3010/X5002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 50/125 micron, 4900/500 MHz•km
TFHC002ZB3515/55002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 50/125 micron, 500/500 MHz•km FDDI
TFHC002LB3010/75002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 50/125 micron, 950/500 MHz•km
TFHC002CB3510/25002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 62.5/125 micron, 200/500 MHz•km
TFHC002GB3510/25002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, 62.5/125 micron, GIGAlite 200/500 MHz•km
TFHC002AB0707002X18AWG Composite Security 002 Fiber with Two 18 AWG Stranded Conductors, Enhanced Single-Mode
TFHC002EB3010/25002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 50/125 micron, 2000/500 MHz•km
TFHC002FB3010/F5002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 50/125 micron, 4700/500 MHz•km
TFHC002XB3010/X5002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 50/125 micron, 4900/500 MHz•km
TFHC002ZB3515/55002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 50/125 micron, 500/500 MHz•km FDDI
TFHC002LB3010/75002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 50/125 micron, 950/500 MHz•km
TFHC002CB3510/25002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 62.5/125 micron, 200/500 MHz•km
TFHC002GB3510/25002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, 62.5/125 micron, GIGAlite 200/500 MHz•km
TFHC002AB0707002X20AWG Composite Security 002 Fiber with Two 20 AWG Stranded Conductors, Enhanced Single-Mode
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PLEASE NOTE: In the interest of product improvement, Berk-Tek, a Nexans company may make improvements or changes in the products, the programs or services described at any time without notice. Additionally, the information contained herein may include typographical errors or technical inaccuracies. Changes will be periodically made to address any such issues.

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