IDEAL TLC 6FRAISRTQ Antenna Connector
The new TLC™ (Tool-Less Compression) RG-6 F compression connector is our simplest, fastest and lowest total cost solution for installing compression connectors. Designed to save the installer Time, Labor, and Cost when installing indoor RG-6 F-Type connections no compression tool is required to terminate these connectors.
The TLC™ connector is an indoor, cable specific alternate to the NJX™ series of products. The TLC™ connector uses the standard 1/4" x 1/4" cable preparation, that does not require a compression tool to complete the termination process. TLC™ series connectors feature a sliding post design to capture and secure the cable inside of the connector. After the cable is inserted, tightening the connector to the device completes assembly process, creating a 360° compression point and a permanent connection. IDEAL F/BNC insertion tools (35-046, 35-042, 35-043) can be used (but are not required) when installing the TLC™ cable assembly to ensure connectors are properly torqued and fully seated to the female barrel. These connectors are designed for applications from 5MHz to 3GHz including CATV and satellite.
The TLC™ connector is an indoor, cable specific alternate to the NJX™ series of products. The TLC™ connector uses the standard 1/4" x 1/4" cable preparation, that does not require a compression tool to complete the termination process. TLC™ series connectors feature a sliding post design to capture and secure the cable inside of the connector. After the cable is inserted, tightening the connector to the device completes assembly process, creating a 360° compression point and a permanent connection. IDEAL F/BNC insertion tools (35-046, 35-042, 35-043) can be used (but are not required) when installing the TLC™ cable assembly to ensure connectors are properly torqued and fully seated to the female barrel. These connectors are designed for applications from 5MHz to 3GHz including CATV and satellite.
- Ideal to be used with antenna cables
- Nickel plated connector for improved performance
