Schlage AD-300-993R-50-MT-RHO-626-P6-R Networked Hardwired Electronic Lock, Exit Trim - RIM/CVC/CVR, Office / Classroom, Multi-Technology (125 kHz, 13.56 MHz, NFC), Satin Nickel

Deliver reliable, centrally managed access control for offices and classrooms with the Schlage AD-300 networked hardwired electronic exit trim lock. This commercial-grade Schlage electronic lock combines multi-technology credential reading (125 kHz and 13.56 MHz plus NFC) with a hardwired network connection so security teams can monitor, audit and manage doors from an access control platform. The exit trim supports RIM/CVC/CVR mounting for straightforward retrofit or new-construction installs and is built in a satin nickel finish for a professional look that withstands daily use.

Designed for environments that require continuous operation and tight integration with surveillance and monitoring systems, the AD-300 provides consistent credential interoperability and simplifies policy enforcement across facilities. IT and security managers benefit from centralized provisioning and reduced hardware duplication, while facilities teams appreciate the adaptable trim options and commercial durability. For secure, networked door control in offices, classrooms, and other controlled-entry points, choose the Schlage AD-300 AD-300-993R-50-MT-RHO-626-P6-R networked electronic lock — contact us to discuss integration or request a quote.

• Streamline credential management with multi-technology support (125 kHz, 13.56 MHz, NFC), reducing the need for multiple readers and improving end-user convenience
• Reliable networked, hardwired design enables centralized access control, real-time monitoring and easy integration into security and surveillance systems
• Flexible exit-trim compatibility (RIM/CVC/CVR) and classroom/office-oriented functions simplify installation across common door types
• Durable satin nickel finish and commercial-grade components deliver long-term performance and a professional aesthetic for high-traffic environments
• Improves operational efficiency by supporting consistent access workflows and minimizing downtime with proven Schlage reliability