Yale YRD624-WF1-P05 Pro 2 Touchscreen with WiFi, Lifetime Brass

Take control of property access and ongoing monitoring with the Yale YRD624-WF1-P05 Pro 2 Touchscreen smart lock from Yale Locks. Designed for busy homeowners and property managers, this Wi‑Fi smart lock delivers remote security, simple access management and clear activity monitoring so you can see who entered and when from anywhere. Built-in Wi‑Fi and the Yale Access app enable real-time notifications and code management; the touchscreen keypad supports unlimited shareable codes while Auto-Unlock and voice assistant compatibility make daily entry seamless. Hardware-grade features—ANSI/BHMA Grade 2 certification and a 90-minute fire rating—combine with a Lifetime Brass finish for dependable performance and a professional look. DoorSense technology plus Auto-Lock reduces human error by confirming the door is closed and secured automatically. Enhanced protections such as 2-factor authentication, battery backup and a physical backup key ensure continued access and robust security. Ideal for residential or light commercial access control, this Yale smart lock integrates with smart home ecosystems for centralized surveillance and automation. Upgrade your security and streamline access—add the Yale Pro 2 to your site’s security, monitoring and access control plan today.

• Built-in Wi‑Fi and mobile control so you can lock, unlock and monitor access remotely for better security and peace of mind
• Multiple entry options (touchscreen keypad, Auto-Unlock, voice assistants and backup key) to simplify daily access when hands are full
• DoorSense plus Auto-Lock ensures the door secures itself after closing, reducing the risk of accidental entries
• Unlimited, shareable access codes and activity logs for easy visitor management and audit-ready access control
• ANSI/BHMA Grade 2 performance and 90-minute fire rating in a durable Lifetime Brass finish for professional-grade reliability
• Integrates with Apple Home, Alexa and Google for unified smart home automation and improved monitoring across devices