Leviton Mfg Co C62-41080-6WP 6-port Wall Plate 25-pack

Product Description

The LEVITON MFG CO C62-41080-6WP is a 6-port Quickport flush mount wall plate designed for structured wiring and low-voltage data, voice, and multimedia installations. The single-piece housing accepts field-installed Quickport snap-in modules, allowing technicians to configure each port position on the job. Mounting screws are included. The white finish is suited for standard residential and light commercial wall installations. This plate ships in a package quantity of 25 units, making it practical for multi-room or multi-unit jobs.

This wall plate is used in residential and light commercial structured wiring applications where a clean, flush-mount termination point is required. Common install scenarios include home runs from a distribution panel to individual rooms, network drops, telephone outlets, and AV connections. Each of the 6 port positions accepts a compatible Quickport insert, so the same plate can serve mixed-use configurations across a single project.

Key Features

• 6 port positions accept field-installed Quickport snap-in modules for on-site configurability
• Flush mount single-piece housing for a clean finished appearance
• Mounting screws included — no separate hardware needed
• White color finish suitable for standard residential and commercial decor
• Sold in a package quantity of 25 plates for multi-drop installations

Compatibility

Designed as a flush mount housing for Quickport-style snap-in modules used in low-voltage residential and light commercial structured wiring installations.

Installation Notes

Installation is performed by low-voltage technicians or electricians working within applicable local codes for low-voltage wiring. De-energize any connected circuits before seating or removing snap-in modules. Secure the plate to a standard single-gang or appropriate multi-gang low-voltage bracket or old-work box using the included mounting screws. Do not overtighten screws, as the single-piece housing can crack under excess torque.