Lutron Electronics GRX-TVI Ten Volt Interface

Product Description

The Lutron Electronics GRX-TVI is a ten volt interface designed to integrate 0-10V dimming control signals with compatible lighting control systems. This interface translates low-voltage analog control signals, allowing lighting loads equipped with 0-10V dimming drivers to be managed through a centralized Lutron control system. It is typically installed in commercial and residential lighting control applications where panel-based or zone-based dimming is required. Licensed electricians and lighting control technicians are the primary installers of this device.

The GRX-TVI is suited for commercial and residential environments where 0-10V dimmable ballasts or LED drivers need to interface with a Lutron control system. Typical installation scenarios include conference rooms, offices, retail spaces, and multi-zone residential lighting systems. It is designed to bridge legacy or third-party 0-10V driver infrastructure with Lutron system architectures that do not natively output a 0-10V signal.

Key Features

• Provides 0-10V analog dimming interface for compatible drivers and ballasts
• Enables integration of 0-10V loads into Lutron lighting control systems
• Designed for zone-based or centralized lighting control applications
• Compact interface module suitable for panel or enclosure mounting

Compatibility

Designed for use with Lutron lighting control systems that support the GRX series interface architecture. Compatible with 0-10V dimmable ballasts and LED drivers. Refer to the Lutron GRX-TVI product data sheet for verified system compatibility before installation.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the NEC and any applicable local codes. De-energize the circuit at the breaker panel before making any wiring connections. Verify that all connected 0-10V drivers and loads are rated for use with a 0-10V control signal before commissioning. Consult the Lutron GRX-TVI product data sheet for wiring diagrams and system configuration requirements.