CONSTRUCTION: Coaxial Cable Stranded or solid, bare or tinned, copper or copper-clad steel conductor, polyethylene, semisolid polyethylene, polyethylene foam dielectric, bare or tinned copper braid shield.

JACKET: PVC

USES: Coaxial Cable is for use in the interconnection of data processing equipment, information systems, LAN's, CATV, CCTV, MATV, and two-way radio in compliance with the National Electric Code, NEC article 725 type CL2 or UL 1354 and UL 1478

TYPES:
Single: Single drop coaxial cable is well suited for a wide range of general purpose indoor and outdoor applications.

Messengered: Messengered coaxial cable is recommended for longer spans when higher strength is required to improve reliability in severe weather conditions. A galvanized steel messenger wire is integrally joined to the coaxial cable by an overall extruded jacket and connecting web.

• Pole-to-House
  A high, flex-life messenger wire is utilized making it ideal for wrapping around span clamps and "P" hooks. The wire can be easily cut for installation purposes and has superior break strength compared to other versions available in similar sizes. Messenger sizes vary; refer to specifications.
• Pole-to-Pole
  An extra high strength 0.109 inch (2.77mm) wire with an 1800 pound (8007N) break strength is used for clearance control between power and telephone cables and for resistance to heavy loading such as ice, wind and other hazardous conditions.

Dual: Two single coaxial cables are joined by an overall extruded PVC jacket and connecting web for use in apartments and dual plant systems since it is more economical to install one siamese coaxial cable than two single cables.

Dual Messengered: A PVC jacketed, galvanized steel wire is integrally attached to the jacket of the Dual coaxial cable by an extruded web. The wire act as a support for the cable in pole-to-house drops. Refer to messengered, pole-to-house for an explanation of high flex-life wire.

CONSTRUCTION: Stranded or solid, bare or tinned, copper or copper-clad steel conductor, FEP and FEP foam dielectric, bare or tinned copper braid shield, and/or aluminum mylar shield(s).

JACKET: Teflon® 200° C, ECTFE 150° C, PVDF copolymer 125° C, or low smoke PVC 75° C.

USES: For use in air plenums without conduit for the interconnection of data processing equipment, information systems, LAN's, CATV, CCTV, MATV, and two-way radio in compliance with the National Fire Protective Association and the National Electric Code, NEC article 725 type CL2P.

CONSTRUCTION: Solid bare copper or copper-clad steel conductors, polyethylene foam dielectric, aluminum braid, and aluminum polyester foil shields.

JACKET: PVC

USES: For use in CATV, CCTV, and MATV systems in compliance with the National Electric Code, NEC article 725 type CL2.

CONSTRUCTION: Stranded tinned copper conductor, polyethylene foam dielectric, tinned copper braid, and aluminum polyester foil shields.

JACKET: PVC

USES: For use in the interconnection of data processing equipment, information systems, LAN's, CATV, CCTV, MATV, and two-way radio in compliance with the National Electric Code, NEC article 725 type CL2, IEEE 802.3.

CONSTRUCTION: Solid bare copper conductor, solid polyethylene dielectric, tinned copper braid shields.

JACKET: PVC or polyethylene.

USES: For use in the interconnection of video signal transmission equipment in television stations in compliance with the National Electric Code, NEC article 725 type CL2, where applicable.

CONSTRUCTION: Stranded bare or tinned copper conductors, solid polyethylene dielectric, twisted core assembly, aluminum polyester foil shields, and tinned copper braid with stranded tinned copper drain wire.

JACKET: PVC

USES: For use in standard computer peripheral interconnection in baseband networks performing up to 10 Mbps in compliance with the National Electric Code, NEC article 800 type CM.