Icc IC1076V0IV RJ11 Modular Insert Ez 6P6C Ivory

Product Description

The ICC INT'L CONNECTORS CABLE IC1076V0IV is an EZ-style RJ11 modular insert in ivory finish, designed for voice and low-voltage data applications. This 6P6C (6-position, 6-conductor) insert snaps into standard keystone wall plates and surface-mount boxes, providing a clean, reliable termination point for telephone and low-voltage signal wiring. It is a single-unit component sold individually. Electricians, low-voltage technicians, and structured-wiring installers use this insert when building out residential or light commercial voice cabling systems.

This insert is suited for residential telephone wiring, home office voice runs, and light commercial communication infrastructure. It fits standard keystone-compatible wall plates and faceplates. The ivory color coordinates with common wall plate finishes in residential and office environments. The EZ-style termination simplifies field installation, making it a practical choice for contractors completing structured wiring rough-ins or retrofits.

Key Features

• 6P6C configuration supports full 6-conductor RJ11 voice wiring
• EZ-style termination design for simplified field wiring
• Ivory finish coordinates with standard residential and commercial wall plates
• Keystone-compatible form factor fits standard wall plates and surface-mount boxes
• Sold individually (each) for flexible quantity purchasing

Compatibility

Designed as an OEM-style replacement or new-installation insert for standard keystone-compatible wall plates and modular faceplate systems used in residential and light commercial voice wiring applications.

Installation Notes

Low-voltage technicians and licensed electricians typically install this insert as part of a structured wiring system. De-energize or disconnect any active telephone or low-voltage signal lines before terminating wiring at the insert. Follow TIA-568 wiring standards and local low-voltage codes where applicable. Avoid over-bending conductors during termination, as sharp bends near the connection point can degrade signal quality.