Yale YRD654-ZW3-0BP Key-Free Touchscreen with Z-Wave, Oil Rubbed Bronze

Streamline secure entry across your property with the Yale Locks YRD654-ZW3 key-free touchscreen smart lock. Designed for facilities managers, landlords and tech-forward businesses, this smart lock provides modern access control without the hassle of keys—combine keypad entry, voice assistants and Z-Wave partner apps for flexible, auditable access.

The YRD654-ZW3 supports Z-Wave integration for centralized monitoring and automation, holds up to 500 unique user codes for scalable personnel or tenant management, and features Auto-Lock to eliminate human error. Two-factor authentication and a matte, fingerprint-resistant keypad help maintain high security standards for commercial and residential installs. Battery-powered operation with a 9V emergency override and a 90-minute fire rating ensure reliability in power outages and emergency scenarios.

Use this Yale Locks smart lock to simplify vendor access, secure short-term rentals, or modernize office and multifamily building entrances while maintaining surveillance and activity logs through your smart home or alarm platform. Upgrade your access control and order the YRD654-ZW3 for a dependable, professional-grade security solution.

• Simplify access management: Key-free touchscreen and Z-Wave connectivity let staff, contractors, and residents unlock with a code, voice assistant, or app—no physical keys required.
• Robust remote control & monitoring: Integrate with your Z-Wave smart home or alarm system to receive notifications, view activity logs and manage access from anywhere.
• Scalable access control: Store and share up to 500 unique user codes for trackable, temporary or recurring access for employees, vendors and service personnel.
• Reliable security and resilience: Auto-Lock, two-factor authentication and a 90-minute fire rating deliver peace of mind for commercial and multi-tenant installations.
• Easy installation and maintenance: Battery-powered design with 9V backup ensures continuous operation during outages and simple integration with existing Z-Wave ecosystems.