RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT
RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT Thumbnail 1 RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT Thumbnail 2 RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT Thumbnail 3 RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT Thumbnail 4

RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT

Part no. 80-600-250 BK:1000

Ideal for HDTV, CATV, Satellite, and more. Solid Copper CMX/CL2 Rated, UL Listed

Quantity Discount Pricing
1 2 - 4 5 - 9 10 - 14 15+
$119.99 $115.99 $112.49 $108.99 $105.99
QTY Each Total
X $119.99


RG6 is commonly used for digital HDTV, CATV, satellite television, and outdoor TV antennas installations. This cable features a CMX/CL2X rated PVC jacket. Internally this cable is protected from RFI and EMI interference by a 60% aluminum braid and 100% aluminum foil shield. The center conductor is sweep tested to 3.0 GHz and is made from 18 AWG solid copper. Solid copper cable is recommended for long runs or installations that require power such as satellite installs. This bulk cable comes in a high-quality, easy pull box and can be measured and cut to exact distances. RG6 is commonly terminated with an F-Type, BNC, or RCA connector.

Features:

  • 75 Ohm
  • 18 AWG Solid Copper Conductor
  • 60% Braid/100% Foil Shield
  • CMX/CL2X Rated
  • UL Listed
  • PVC Jacket
  • Sweep-Tested to 3 GHz.
  • Professional Grade
  • Digital and Analog Applications
  • U/V Inhibitor
  • Foot Markings
  • 1000 Feet
Features & Specs
Cable Type The type of cable described? RG6 Dual Shield
Impedance Impedance of cable? 75 ohms
Center Conductor The type of material used in the center conductor of the cable?? Bare Copper (BC)
Center Conductor Diameter Diameter of center conductor in inches? .0403"
Dielectric Material used as dielectric in the cable?? Foam PE (Polyethylene)
Jacket Material The type of material used in the jacket of the cable? Polyvinyl chloride (PVC)
Cable Diameter Diameter in inches of cable? .270"
REVIEW SUMMARY for RG6 - Dual Shield - BC - Coax Cable - Black - 1000 FT
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Q: What does AWG stand for?

A: AWG is the gauge size and denotes the thickness of the cable. The lower the gauge of the cable, the thicker the cable will be. AWG stands for "American Wire Gauge" and is a standardized wire gauge system used throughout the industry.

Q: What does the jacket rating CL2, CM and CMP mean?

  • CL2 is the standard type of PVC jacket used for low voltage cable. CL2 rated cables are often referred to as in-wall rated cables and can be run almost anywhere except plenums. CL2 is more common for non-professional use.
  • CM is standard communications cabling that is not run in walls or in plenum air spaces.
  • CMP is a rating that is given to cables that have passed a stringent burn test and are able to be run through plenum air spaces. Plenum air spaces include drop ceilings and non-ducted HVAC air returns.

Q: What is the difference between 50 and 75 Ohm Cables?

A: 50 and 75 Ohm values refer to the impedance of the coaxial cable. Impedance is a measure of resistance, in the cable, to the flow of electrical energy. There really is no “good” or “bad” impedance, just the right impedance for your application. For 75 Ohm cable, the primary application is the transmission of a video signal. In the case of 50 Ohm cable, it is a data signal that is for the most part being transmitted.

Q: What does “RG” mean?

A: The "RG" is short for "Radio Guide," a term that dates back to the World War II era, when the military made heavy use of coaxial cable, and developed a set of standards to specify different grades of coax and their applications. Even though we still refer to coaxial cables by their original RG numbers today, these standards are now obsolete in regard to actual military use.

Q: What is the difference between RG59, RG6, and RG11?

A: Each of these coaxial cables has a characteristic impedance of 75 ohms. RG59 cable has a smaller diameter center conductor than RG6, resulting in higher signal loss. RG59 cables are typically specified for use as equipment patch cords because of their smaller bend radius and enhanced flexibility. Since RG6 cables exhibit less attenuation than RG59, they are more commonly used for distributed cabling and are recommended for use up to 295 ft. RG11 cables support even less signal loss than RG6 or RG59 because the center conductor diameter is almost twice that of RG59. RG11 cables are recommended for lengths up to 400ft.


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