Leviton Telcom 16352-2PE Decora Split Receptacle

Product Description

The LEVITON TELCOM 16352-2PE is a Decora-style split receptacle with two-plug control, designed for commercial and residential electrical installations where independent switched control of each outlet is required. A split receptacle wires the top and bottom outlets to separate circuits or switch legs, allowing one outlet to remain always-hot while the other is switched. This configuration is common in office, hospitality, and residential settings where lamp or device control is needed at a switch point. Electricians install this device as part of a standard single-gang Decora wallplate assembly.

This receptacle is suited for applications where split-circuit wiring is specified or required by the installation plan. Typical use cases include switched outlet control for floor lamps, task lighting, or device management in commercial office builds, hotel rooms, and residential living spaces. The Decora form factor integrates cleanly with standard Decora-series wallplates and devices already present on a job.

Key Features

• Split receptacle design allows independent control of each outlet via separate switch legs or circuits
• Two-plug control configuration supports switched and unswitched outlet operation in a single device
• Decora-style form factor compatible with standard single-gang Decora wallplates
• Sold individually as a single unit for straightforward quantity ordering

Compatibility

Designed as an OEM-style replacement or new-install device for standard single-gang Decora receptacle applications requiring split-circuit wiring.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements for split-receptacle and switched-outlet wiring. Always de-energize the circuit at the breaker panel and verify zero voltage with a meter before beginning work. The break-off tab between outlets must be removed to complete the split-circuit configuration. Follow local jurisdiction requirements for outlet placement and circuit loading.