Adams Rite 8200TMLR36-US32D 8200 Series Narrow Stile Surface Vertical Rod Exit Device, Life-Safety, Top Rod Only, Motorized Latch Retraction, 36", Satin Stainless

Deliver dependable life-safety and access control performance with the Adams Rite by ASSA ABLOY 8200 Series narrow stile surface vertical rod exit device. Designed for commercial aluminum doors, this 8200TMLR36 top-rod unit combines Grade 1 durability with motorized latch retraction and electric dogging to provide smooth, reliable egress and remote-controlled operation for security-conscious facilities. The 36-inch satin stainless construction resists wear and corrosion, preserving appearance and service life in high-traffic entrances.

Installers and facilities managers benefit from a solution that minimizes retrofit work on narrow stile frames while enabling integration with access control, monitoring, and building automation systems. Motor latch retraction reduces mechanical wear, while electric dogging allows scheduled or remote unlocking for daytime operations without compromising life-safety requirements. Ideal for commercial, institutional, and retail environments that require robust security, surveillance integration, and code-compliant egress.

Specify the Adams Rite 8200TMLR36 for projects that need reliable performance and seamless access control integration. Contact us to order or request a quote for your next installation.

• Ensures life-safety compliance with Grade 1 reliability, protecting building occupants and simplifying code inspections.
• Motorized latch retraction and electric dogging enable smooth remote operation and scheduled free egress for integrated access control systems.
• Narrow stile surface vertical rod design fits aluminum storefronts and retrofit projects, minimizing door modification and downtime.
• Durable satin stainless finish resists corrosion and maintains a professional appearance in high-traffic commercial environments.
• 36-inch length provides secure, full-height protection on single or pair door applications while supporting surveillance and monitoring strategies.