SDC Z7652RRQRESTM Motorized Latch Retraction Controlled Mortise Lock with Single Side Trim Mount Adapter, Failsecure, Right Hand Reverse, Request-To-Exit, Dull Chrome

Designed for commercial access control and secure entryways, the Security Door Controls SDC Z7652RRQRESTM motorized mortise lock delivers dependable, remotely controlled latch retraction while maintaining high safety and monitoring standards. As a motorized lock with failsecure operation, it keeps doors locked during power loss to prevent unauthorized access, yet allows controlled release via the motorized mechanism when integrated with access control systems. The included single side trim mount adapter makes retrofit straightforward—minimizing downtime and preserving door aesthetics—while the Request-To-Exit (RTE) feature enables supervised egress and easy integration with surveillance and alarm monitoring. Built for right-hand reverse installations and finished in durable dull chrome, this mortise lock fits a wide range of institutional and commercial applications where reliable performance and secure monitoring are required. Ideal for facilities managing critical security, the SDC Z7652RRQRESTM supports streamlined installation, remote management, and compliance-conscious egress monitoring. Specify this Security Door Controls mortise lock when you need robust access control—contact us to discuss integration with your security, surveillance, or building management system.

• Enables centralized access control with motorized latch retraction for remote unlocking and seamless integration with security systems
• Failsecure operation preserves door security during power loss, reducing unauthorized entry risk
• Single side trim mount adapter simplifies retrofit installations and preserves existing door aesthetics
• Request-To-Exit (RTE) input supports monitored egress and ties into alarm and surveillance workflows for compliant exits
• Durable dull chrome finish and right-hand reverse configuration provide a flexible, commercial-grade solution for high-traffic environments