Lutron RRST-HN4B-SW 4-Button RadioRA 3 Sunnata RF Hybrid Keypad, Snow

Put purposeful, secure lighting control where it matters most. The Lutron RRST-HN4B-SW 4-Button RadioRA 3 Sunnata RF Hybrid Keypad delivers simple, reliable scene management for commercial, hospitality, and security-focused installations. With four programmable buttons and RadioRA 3 compatibility, this smart keypad lets technicians and occupants trigger pre-set lighting scenes, schedules, and security modes with a single tap. The RF hybrid architecture combines RF wireless flexibility with wired integration for resilient networking and dependable performance in complex systems.

Finished in Snow for a clean, unobtrusive appearance, the Sunnata keypad complements modern interiors while supporting building automation, surveillance coordination, and lighting-monitoring workflows. Its compact footprint and standard mounting make retrofits and new builds straightforward for installers specifying Lutron part RRST-HN4B-SW. By centralizing scene control, the keypad supports energy savings, improves visibility for monitoring and security staff, and streamlines occupant comfort.

Specify the Lutron Sunnata 4-button RF hybrid keypad for any project requiring tasteful design, dependable RadioRA 3 integration, and enhanced security lighting control—contact your Lutron representative to add it to your next installation.

• Simplify on-site control with four programmable buttons for instant scene recall and intuitive operation
• Hybrid RF design provides reliable wireless RadioRA 3 integration plus wired connectivity for robust networked installations
• Discreet Snow finish and low-profile Sunnata styling blend with commercial and security-conscious interiors
• Enhances security and monitoring by enabling scheduled and manual lighting scenes to complement surveillance and access-control systems
• Easy specification and installation—fits standard keypad locations and carries Lutron build quality (RRST-HN4B-SW)
• Reduces energy use and improves occupant experience through centralized scene control and automated lighting management