Morris 45073 Quad Shield F Male Connector is designed for exceptional performance in outdoor applications, ensuring reliable connections even in challenging weather conditions. Constructed from all brass for superior durability, this premier connector is engineered for use with standard, tri, and quad shield coax cables. Its innovative visible post design simplifies installation while protecting the cable foil and dielectric from damage, enhancing user-friendliness. Featuring a water-tight seal, the Morris 45073 guarantees superior durability across all climates, making it a preferred choice for CATV and satellite company installers. The compression push-lock design allows for a .827" (21mm) travel compression crimp, effectively safeguarding the center conductor. With a retention force exceeding 50 lbs, it ensures permanent connections that remain secure without loosening over time. The large tapered entry facilitates easy cable insertion, and the gold-plated contacts improve signal performance. This connector supports a bandwidth of 0-3GHz, with impressive return loss of -30dB at 1GHz and insertion loss of less than .1dB at the same frequency. Additionally, it boasts an operating temperature range from -40°F (-40°C) to 140°F (60°C) and meets or exceeds all SCTE specifications, making it a reliable choice for demanding applications.
Our Quad Shield F Male Connector is weatherproof for outdoor use.
All Metal: Yes
Bandwidth: 0-3GHz
Cable Type: Std, Tri, Quad Shield
Coaxial Cable: Standard, Tri Shield & Quad Shield
Coaxial Cable Accessory Type: F Connector
Color: Silver
Country of Origin: China
Description: F Male Compression Connectors Hi-Continuity Brass RG6U 10 Pk
Ground Method: Hi-Continuity
Insertion Loss: less than .1db@1GHz
Jack Connector Type: RG6U
Material: Brass Housing, Gold Plated Contact
Mfg Standard: Meets or Exceeds all SCTE Specifications
Return Loss: -30db@1GHz
Shielding Effectiveness: 80db
Temperature Rating: -40 to 140
Termination Method: Crimp
Type: RG6U
Upc: 601986450737
Warning: Cancer and Reproductive Harm