Hardline connector configured to enhance mechanical performance

A hardline connector configured to provide enhanced mechanical performance comprising:

• a first assembly configured to be threadedly coupled with an interface port;
• a second assembly configured to be threadedly coupled with the first assembly;
• a third assembly configured to be threadedly coupled with a rearward end of the second housing;
• wherein the first assembly includes a first housing, a gripping portion, and a nonconductive insulator configured to electrically insulate the gripping portion from the first housing;
• wherein the first housing is configured to house at least a portion of the gripping portion and the insulator;
• wherein the gripping portion includes a first end configured to extend through the insulator and extend from a forward end of the first housing and a gripping end configured to receive a center conductor of a hardline coaxial cable;
• wherein the second assembly includes a second housing having a forward end configured to be threadedly coupled with a rearward end of the first housing and a rearward end configured to receive the hardline coaxial cable;
• wherein the second housing is configured to house and retain at least a portion of a nonconductive seizure member;
• wherein the nonconductive seizure member is configured to compress the gripping end of the gripping portion when the second housing is threadedly coupled with the first housing;
• wherein the seizure member is configured to be rotatingly fixed with the first assembly before the seizure member radially compresses the gripping end of the gripping portion onto a center conductor received in the gripping end;
• wherein the third assembly includes a back nut having a forward end configured to be threadedly coupled with a rearward end of the second housing and configured to receive the hardline coaxial cable;
• and
• wherein a forward facing surface of the seizure member includes an housing engaging portion that extends in the forward direction and is configured to be received in a seizure member engaging portion in an inner wall of the first housing before the second housing is threadedly coupled with the first housing such that the seizure member is prevented from rotating relative to the first housing when the second housing is being threadedly coupled with the first housing so as to prevent marring and/or deformation of the housing engaging portion and enhance mechanical performance of the connector during assembly and/or operation of the hardline connector.