Duct wire 100 yards 91.44 meters - Alfanar

Ensure a clear and stable signal transmission with the best Alfanar satellite cable designed to meet the highest quality standards in installations. If you are looking for a coaxial cable that guarantees high-definition picture and pure sound, this RG6 satellite cable is the perfect choice for connecting receivers and advanced television systems. It features a precisely insulated signal wire to resist interference and weather conditions thanks to its sun-resistant and flame-retardant outer jacket, making it the best TV cable for indoor and outdoor use in live broadcasting and digital systems applications. Enjoy a flawless broadcast experience with this trusted national product. 💎 Technical specifications and installation: Brand: Alfanar Type of cable: Coaxial and Signal Cable RG6/U Color: Black Inner conductor: Solid steel coated with high-conductivity copper (CCS) with a diameter of 1.02 mm Insulation: Foam polyethylene (Foam Polyethylene) with a diameter of 4.8 mm Protective shield: Aluminum polyester strip (100% AL/PET) with aluminum wire braids (75% AL Braid) to protect the signal from interference Outer sheath: Coated layer of UV-resistant and flame-retardant polyvinyl chloride (PVC), with an outer diameter of 7 mm Operating temperature: withstands up to 70°C under normal operating conditions Impedance: 75 ± 2 ohms (Ω) Capacitance: 52 ± 2 picofarads/meter (Pf/M) Standards: Designed and tested to meet or exceed MIL-C-17 standards Packaging: Available in standard reels of 1000 feet and 300 feet (other lengths available upon request) Cable labeling (RG-6/U): Radio frequency (R), government approval (G), approval number (6), global standard (U) Applications and uses: Satellite direct broadcasting: (DBS) Television systems: analog, digital, and hybrid cables Radio broadcasting: FM broadcasting TV antenna wiring: applications for MATV, CATV, and SATV Nominal attenuation data at 20°C (dB/100M): 100 MHz: ≤ 6.5 200 MHz: ≤ 9.1 400 MHz: ≤ 12.9 700 MHz: ≤ 17.2 900 MHz: ≤ 19 1000 MHz: ≤ 21