Adams Rite P8701MLRM36 Narrow Stile Rim Exit Device, Motorized Latch Retraction, Single Switch, 36", Satin Aluminum Finish

Ensure secure, code-compliant egress on narrow-stile commercial doors with the Adams Rite P8701MLRM36 narrow stile rim exit device. This motorized exit door bar provides reliable, hands-free latch retraction to streamline high-traffic exits and reduce door wear—ideal for office buildings, healthcare facilities and educational campuses. The P8701MLRM36 features motorized latch retraction, a single-switch control for simplified wiring and integration, and a 36 in length in a satin aluminum finish for a professional look that resists corrosion.

Designed by Adams Rite by ASSA ABLOY, this exit device is optimized for straightforward integration with access control, security monitoring and surveillance systems, enabling centralized control and real-time status reporting. The unit's single switch reduces installation complexity and helps accelerate commissioning with your existing security infrastructure. Built in the US for dependable operation, it minimizes service calls and supports continuous building operations.

Specify the P8701MLRM36 when you need a motorized rim exit solution for narrow stile doors that balances durability, aesthetics and seamless access control integration. Contact us to request a quote or to discuss integration with your security and monitoring systems.

• Smooth, hands-free egress: Motorized latch retraction reduces door jamb wear and speeds traffic flow for busy commercial entrances.
• Easy access control integration: Single-switch operation simplifies connection to access control, monitoring and security systems.
• Built for narrow stile applications: 36 in rim exit device fits slim-frame doors while delivering full code-compliant exit performance.
• Durable, professional finish: Satin aluminum resists corrosion and matches modern hardware for long-lasting aesthetics.
• Trusted brand and origin: Adams Rite by ASSA ABLOY quality and US manufacturing ensure reliable performance and lower maintenance downtime.