ADC-Commscope ATCJ-F14 ProAx Triax Female Jack for Belden 88232
For years, the industry has been locked into connector designs that are difficult to terminate, and even more difficult to field repair. ADC?s line of ProAx Triaxial Camera Connectors will change the way you think about this component forever. These connectors have innovative features such as gender/type changability field repairable center conductors that eliminate the need to restrip, o-rings that protect the signal path against moisture, fewer parts to assemble, and compatibility with the tooling you already own.
Field Repairable
Triax connectors can really take a beating - especially in field applications where dirt, sand and moisture are everywhere. When the female center conductor breaks, or the male latches are worn, the entire assembly must be cut off and reterminated.
Using a two-piece center conductor and a housing assembly that can easily be replaced in the field without having to restrip and reterminate the entire connector, the patented ADC ProAx triax connector allows you to simply replace a damaged portion of the connector with common tools. When a repair is needed, the outer shell
and insulator can be removed; next you simply unscrew the center conductor housing and replace the center conductor assembly, reversing the process to assemble. Absolutely no stripping or crimp tools are required.
Gender Reversible
With ADC?s ProAx triax connectors, gender parts can be swapped back and forth between males and females in only a few seconds. This process eliminates common problems such as when you?ve just run a thousand feet of triax only to discover the male is where the female should be. Simply trade the male for the female and continue with your project.
High-Definition Ready True 75 Ohm Impedance
The ADC ProAx triax connector line is designed for maximum bandwidth for serial digital and high-definition digital applications while maintaining a true 75 Ohm impedance. All critical path components are gold-plated for outstanding durability and connectivity.