Icc IC1078E5IV Cat5e Ez Insert 8P8C Ivory

Product Description

The ICC - INT'L CONNECTORS CABLE IC1078E5IV is a Cat5e EZ-style keystone insert with an 8-position, 8-conductor (8P8C) configuration, finished in ivory. Designed for structured cabling installations, this insert terminates Cat5e network cabling in a keystone-style jack format. It is suited for data outlet assemblies in commercial and residential low-voltage work and is typically installed by licensed low-voltage technicians or electricians performing network infrastructure builds or retrofits.

This insert is used in standard keystone wall plates, surface-mount boxes, and patch panels that accept keystone-format jacks. It supports Cat5e data networking runs in office environments, hospitality builds, multi-dwelling units, and light industrial settings. The EZ-style termination method is designed to simplify field termination without requiring a punch-down tool, making it a practical choice for high-volume outlet installations.

Key Features

• Cat5e rated for data network cabling applications
• 8P8C configuration supports standard RJ45 patch cord connections
• EZ-style termination eliminates the need for a traditional punch-down tool
• Ivory finish coordinates with standard ivory wall plates and faceplates
• Keystone form factor fits universally compatible keystone wall plates and patch panels
• Sold individually (1 insert per unit)

Compatibility

Designed as an OEM-style replacement or new-install keystone insert compatible with standard keystone wall plates, surface-mount boxes, and patch panels accepting 8P8C Cat5e keystone jacks.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or electrician. De-energize any powered patch panel or active equipment before terminating. The EZ-style design allows field termination without a punch-down tool, but follow the manufacturer's documentation for proper conductor seating and termination sequence. Work should comply with TIA-568 structured cabling standards and applicable local low-voltage codes.