Lutron RRST-W3RL-SW RadioRA 3 Sunnata Keypad Switch

Turn everyday spaces into secure, professionally controlled environments with the Lutron RadioRA 3 Sunnata Keypad Switch (RRST-W3RL-SW). This premium smart dimmers & light switches product puts whole-room scene control at your fingertips — recall lighting, shades, ceiling fans and integrated audio with a single elegant keypad. The Sunnata light bar offers adjustable brightness (or can be turned off for bedrooms) and soft-glow buttons for easy nighttime use, while configurable fade rates produce smooth, commercial-grade lighting transitions. Built on Lutron’s RadioRA 3 platform with RF connectivity, the keypad supports scheduled events and system-controlled responses that enhance building automation, security and surveillance lighting strategies. Each button can be assigned personalized text or icons and set for scene activation or simple on/off control, making it ideal for residential, hospitality or commercial installations where monitoring, security and intuitive operation are priorities. Add the RRST-W3RL-SW to your RadioRA 3 system to improve occupant comfort, streamline operations and reinforce lighting-based security and monitoring. Order now to upgrade your smart lighting control.

• Streamline whole-room control: activate lighting scenes, shades, ceiling fans and integrated audio with a single Sunnata keypad for effortless comfort and efficiency.
• Intuitive, customizable interface: personalize each button with text or icons and choose button behavior for scene or on/off control to match workflow needs.
• Discreet night visibility: soft-glow buttons and an adjustable Sunnata light bar make locating controls easy without disturbing occupants—brightness can be turned off for bedrooms.
• Smooth, professional lighting transitions: configurable fade rates deliver gradual on/off fades that enhance ambiance and support security or surveillance lighting strategies.
• Reliable RF integration: RadioRA 3 RF connectivity (RRST-W3RL-SW) enables scheduled events, scene recall and system-controlled monitoring for smart buildings.