Adams Rite 8803MLRM36 Narrow Rim Exit Device, Motorized Latch Retraction (MLR), Fits Narrow and Wide Stile Aluminum Doors, Black Anodized

The Adams Rite 8803MLRM36 Narrow Rim Exit Device puts motorized latch retraction to work for secure, code-compliant egress and modern access control. This exit door bar from Adams Rite by ASSA ABLOY combines a narrow rim profile with a motorized latch retraction (MLR) mechanism to deliver smooth, remote-enabled unlocking for storefronts, commercial buildings, and institutional entryways. Engineered to fit both narrow and wide stile aluminum doors, the 8803MLRM36 simplifies inventory and installation while the black anodized finish provides durable corrosion resistance and an unobtrusive aesthetic.

Ideal for facilities that require integration with security and monitoring systems, this exit device supports access control workflows and reduces wear compared to purely mechanical alternatives. The reliable panic-bar operation maintains life-safety compliance and ensures quick egress during emergencies, while the motorized latch enables centralized control and event logging for surveillance and monitoring systems. Choose the Adams Rite 8803MLRM36 to improve operational efficiency, reduce maintenance, and strengthen perimeter security. Contact our team to specify this motorized exit device for your next access control or security project.

• Motorized latch retraction (MLR) enables remote unlocking and seamless access control integration to streamline traffic and monitoring.
• Fits both narrow and wide stile aluminum doors, reducing SKUs and simplifying installation across storefronts and commercial sites.
• Black anodized finish resists corrosion and blends discreetly with architectural frames for a professional, low-glare appearance.
• Narrow rim exit device design provides dependable panic-bar egress for life-safety compliance and fast, reliable operation.
• Robust motorized mechanism lowers maintenance and prolongs service life in high-traffic environments, improving uptime and security.