Ideal Industries 92-640 RG6 RG6Q F Compression Connector

Product Description

The IDEAL INDUSTRIES 92-640 is an F-type compression connector designed for use with RG6 and RG6 Quad-Shield (RG6Q) coaxial cable. It provides a secure, weather-resistant termination point for coaxial signal lines in cable television, satellite, and broadband distribution systems. The Z6F Fast Easy design is engineered for rapid field termination, reducing installation time without sacrificing connection integrity. Low-voltage and data installers use this connector where a reliable, single-piece compression crimp is required on RG6 or RG6Q coaxial runs.

This connector is suited for residential and light commercial installations involving cable TV (CATV), satellite, and broadband coaxial wiring. It is commonly installed at wall plates, splitters, amplifiers, set-top boxes, and distribution panels. The fast-compression design makes it a practical choice for service technicians and structured wiring installers working through multiple terminations in a single visit. It is sold individually, one connector per unit of sale.

Key Features

• Compatible with RG6 and RG6 Quad-Shield coaxial cable types
• F-type compression termination for secure, low-loss signal connection
• Fast Easy design for accelerated field termination
• Single-piece construction simplifies the compression process
• Suitable for CATV, satellite, and broadband coaxial distribution

Compatibility

Designed as an OEM-style replacement and standard compression connector for use with RG6 and RG6Q coaxial cable in residential and commercial low-voltage signal distribution applications.

Installation Notes

Installation is performed by licensed low-voltage technicians or structured wiring installers. A compatible F-type compression tool is required to seat the connector body fully onto the prepared cable end. Ensure the coaxial cable is properly stripped, trimmed, and the dielectric is flush before seating the connector. De-energize any active signal equipment at the termination point before making the connection.