Lutron Electronics RRD-PRO-LA Ra2 Pro Led Dimmer

Product Description

The LUTRON ELECTRONICS RRD-PRO-LA is a professional-grade LED dimmer designed for use within the Lutron RadioRA 2 lighting control system. This device provides smooth, flicker-free dimming of LED lamp loads and integrates directly with the RA2 system architecture. It is intended for wall installation by licensed electricians working on residential and light commercial projects where centralized lighting control is required. The RRD-PRO-LA is sold as a single unit and is designed to meet the demands of structured wiring environments managed through a RadioRA 2 main repeater.

This dimmer is suited for residential new construction and retrofit applications where whole-home or zone-based lighting control is part of the project scope. It fits into a standard wallbox and communicates wirelessly within the RadioRA 2 network, eliminating the need for dedicated control wiring between the dimmer and the system processor. Electricians and low-voltage integration contractors typically specify this device when deploying RA2 systems in single-family homes or multi-room commercial suites.

Key Features

• Designed specifically for LED lamp loads with smooth dimming performance
• Integrates natively into the Lutron RadioRA 2 lighting control platform
• Wireless communication within the RA2 network reduces control wire runs
• Single-unit packaging suitable for individual zone or room deployment
• Professional installation-grade construction for structured lighting environments

Compatibility

Designed for use within the Lutron RadioRA 2 lighting control system as an RA2-compatible LED dimmer device.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements. Shut off circuit power at the breaker panel and verify absence of voltage before wiring. Programming and commissioning within the RadioRA 2 system should follow the system configuration process using Lutron design and programming software. Do not install on circuits exceeding the device load rating.