Command Access MLRK1-PHI Electrified Motor Driven Latch Retraction Kit for Philadelphia Hardware 9000 Series Exit Device

Streamline secure egress and remote release of exit devices with the Command Access Technologies MLRK1-PHI electrified motor-driven latch retraction kit. This latch retraction kit delivers controlled, repeatable motor-driven retraction so facilities can integrate Philadelphia Hardware 9000 Series exit devices into modern access control and security monitoring systems without replacing existing hardware. The MLRK1-PHI (manufacturer part number MLRK1-PHI) is engineered for a low-profile retrofit, minimizing downtime and installation labor while improving reliability and reducing mechanical wear on the exit device.

Designed for commercial, institutional and high-traffic environments, this electrified kit supports centralized surveillance and access management, helping security teams maintain compliance and faster response times during controlled egress events. The motor-driven mechanism enables precise operation that pairs with door controllers, card readers and building management systems. Upgrade legacy exit devices for a cost-effective security improvement—deploy the Command Access MLRK1-PHI latch retraction kit to modernize access control, enhance monitoring, and ensure dependable emergency egress. Contact your distributor or order now to specify the MLRK1-PHI for Philadelphia 9000 Series applications.

• Enables reliable remote latch retraction for secure, monitored egress and simplified access control operations
• Specifically designed for Philadelphia Hardware 9000 Series exit devices for a direct, low-friction retrofit
• Electrified, motor-driven operation (MLRK1-PHI) provides precise retraction to reduce door wear and maintenance
• Seamless integration with existing access control, security and monitoring systems to support centralized surveillance and control
• Compact kit from Command Access Technologies for fast installation and improved uptime in commercial and institutional facilities