Leviton Telcom M1636-ILI Illuminated Decorator Receptacle

Product Description

The LEVITON TELCOM M1636-ILI is an ivory Lev-Lok illuminated decorator-style receptacle designed for use in residential and light commercial electrical installations. The Lev-Lok design uses a twist-lock insertion method that locks devices securely into the wallplate, reducing accidental disconnection. The built-in illumination feature makes the receptacle easy to locate in low-light conditions. This receptacle is installed by licensed electricians as a finish wiring device in standard outlet box applications.

The M1636-ILI is suited for residential and light commercial settings where a decorator-style receptacle is specified. Its ivory finish coordinates with standard decorator wallplates. The illuminated feature adds a locator light function that is particularly useful in hallways, bedrooms, and other areas where low-light visibility matters. The Lev-Lok retention system makes it appropriate for settings where device security and a clean decorator aesthetic are both required.

Key Features

• Lev-Lok twist-lock insertion secures the device into compatible decorator wallplates
• Built-in illumination for low-light locator visibility
• Decorator-style form factor for a clean, modern wallplate appearance
• Ivory finish for compatibility with standard ivory decorator wallplates
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or new-installation decorator receptacle compatible with standard decorator wallplates that support the Lev-Lok device retention system.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and all applicable local codes. Always shut off circuit power at the breaker panel and verify the circuit is de-energized with a non-contact voltage tester before handling any wiring connections. The Lev-Lok system requires a compatible Lev-Lok wallplate for proper device retention. Do not force standard wallplates onto Lev-Lok devices, as this defeats the retention mechanism.