PSI, TRI-SHIELD WEATHER SEAL indoor/outdoor RG-6 coaxial cable with weatherproof connectors (Satellite TV, Broadband Internet, Ham Radio, OTA HD Antenna Coax) Assembled in USA (151 to 200 feet, White)

Individually hand crafted, swept tested in the USA. Enhance engineered shielding properties that delivers Quadshield performance RG6 with a technological design with Trishield.  Outperforming competitor's trishielding capabilities for 4G LTE applications with advanced rollout and proliferation of 4G/LTE networks. Minimal signal ingress/egress for advanced networks utilizing robust LTE signal/power (+23 dBm +/- 2dBm) for user equipment have exacerbated the issue. Poorly shielded coax cable, loose connectors, unterminated ports, and damage to coax cable caused by rodents have all contributed to signal ingress/egress problems often to the point where service is disrupted. Excellent for Cable TV and Cable internet. Widely used by major service provider across the globe. The connectors are compressed onto the cable's jacket to ensure resilience to withstand abrasion from installation works. Each cable are swept tested and made to high standard specification with 6 staging quality control procedures.

CABLE APPLICATIONS

• Over the Air (OTA) Digital High DefinitionTV antenna with signal booster
• Ultra High Definition (UHD) 4k Cable TV
• Gigabit High Speed cable internet service
• remote sensor, RDF modulators and devices
• Signal amplifier for various applications
• application that need quadshield quality with trishield properties

CABLE SPECIFICATION

• Solid Copper Clad Steel 18AWG
• Dual Shield 60% Braided , 100% Aluminum Foil Shield
• Impedance: 75 Ohms ± 3 Ohms
  Capacitance: 16.2 PF/ft ± 1.0 PF/ft
  Velocity of Propagation: 83%
  Nominal Delay: 1.22 NS/ft
  Conductor DC Resistance: 22 Ohms / Km
  Shield DC Resistance: 43 Ohms / Km
  Swept Tested: 5 MHZ~3000 MHz
• Ultra HD approved
• Indoor and Outdoor usage
• QuadShield Performance in a TriShield Design
• Operating Temperature: -40° C through +75 C
• Bonded APA Laminate Shield
• Moisture Inhibiting lifeTime
• Enhanced Transfer Impedance Prior to Flexure
• Improved Screening Attenuation Performance Prior to Flexure
• NEC 820 CATV Listed
• UV coated PVC jacket
• Foamed Polyethylene Dielectric

CONNECTORS

• Male F-type to Male F-type coaxial connector
• Designed for DBS and broadband installations. Compatible with all application frequencies.
• Engineered from precision machined copper alloy, UV protected POM, silicone rubber and rubber (“O” ring).
• The ANYTOOL® design works with ANY standard compression tool.
• Rear shell cannot back up. Locks coax cable securely and positively in place.
• Additional sealing “O” ring at post face
• Indoor and Outdoor application, tested to SCTE standards, weatherproof for hostile environments
• 21mm XL standards
• Bandwidth: 2 MHz to 3 GHz
  Impedance: 75 Ohms nominal
  Shielding Effectiveness: Better than -80 dB (cable dependent)
  Return Loss: Minimum -30db to 2.2 GHz
  Operating Temperature -40 °F to 140 °F (-40 °C to 60 °C)
  Cable Retention 43 lbs minimum
• 7/16 in nut profile
• SCTE-103-2004 (DC Contact Resistance), ASTM-B117-03 (Salt Spray Test), ANSI/SCTE-99-2004 (Axial Pull Test), SCTE-98-2004 (Tightening Torque), SCTE-73-2002 (Coaxial Insertion Force), SCTE-48-3-2004 (Shielding Effectiveness), ANSI/SCTE-04-1997 (F Connector Return Loss), SBCA Standards of Physical Dimension Tolerance, GR-1503-Core, Issue 1, March 1995 (UV Degradation)

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IMPORTANT INFORMATION

Standard RG-6 cable (1786-RG6/A with attenuation of 5.99 dB) number of taps in your segment (there is no minimum trunk-cable section length requirement). The maximum allowable total length of a segment is 1,000 m (3,280 ft) with two taps connected. Typical signal loss is approximately -5dB per 100ft. for TV reception. Please consider length below 200ft for minimal signal loss for most TV and satellite TV applications. We recommend to use RG11 for length above 150ft and longer. See our RG11 page for additional information. For recommendation and or usage application, please consult with your service provider or our helpdesk prior to making a purchase.