Wirepath PLATE-ID-3-IV 3-port Keystone Wall Plate

Product Description

The WIREPATH PLATE-ID-3-IV is a 3-port keystone wall plate finished in ivory, designed to provide a clean, professional termination point for low-voltage structured wiring installations. It accepts up to three keystone-style snap-in modules, making it compatible with a wide range of connectivity options including Ethernet jacks, coax inserts, and multimedia keystones. Electricians and low-voltage technicians install this plate as the final faceplate layer at wall outlets in residential and light commercial settings. The ivory finish blends with standard residential outlet and switch covers.

This wall plate is suited for residential and light commercial structured wiring installations where a multi-port termination point is needed at a single-gang location. Typical applications include home-run data runs, home theater wiring, and network drop terminations. It installs in any standard single-gang electrical box and accommodates three independently chosen keystone modules selected for the job at hand.

Key Features

• Accepts three standard keystone snap-in modules for flexible port configuration
• Ivory finish for compatibility with common residential decor
• Single-gang form factor fits standard electrical boxes
• Tool-free keystone module insertion for fast field termination
• Sold individually, allowing precise quantity ordering per drop

Compatibility

Designed as an OEM-style replacement or new-install faceplate compatible with standard single-gang keystone wall plate applications accepting universally sized keystone modules.

Installation Notes

Low-voltage technicians and electricians install this plate as part of a structured wiring rough-in or finish phase. Power down or de-energize any adjacent circuits before working inside the wall box. Snap keystone modules into the plate ports before or after securing the plate to the box using the provided or standard screws. Follow local low-voltage wiring codes and NEC guidelines for in-wall cabling requirements.