Yale 7100F-36 B MELR BSP LHR Fire Rim Exit Device for 36" Door with Motorized Electric Latch Retraction, Black Suede Powder Coat

Designed for facilities that require reliable, code-compliant egress with modern access control, the Yale Locks 7100F-36 is a motorized fire rim exit device that streamlines security and operations. This Yale Locks smart exit device delivers motorized electric latch retraction (MELR) so administrators can control and release the latch remotely, integrating smoothly with access control, alarm and monitoring systems for coordinated security and surveillance. Specified for 36-inch doors and left-hand reverse (LHR) mounting, the 7100F-36 reduces installation complexity and fits common commercial openings. The fire-rated rim design provides dependable life-safety performance while the black suede powder coat finish stands up to heavy traffic and maintains a professional aesthetic. Ideal for hospitals, schools, multi-tenant office buildings and transit hubs, this exit device supports centralized monitoring and helps reduce false alarms and unauthorized egress. Choose the Yale 7100F-36 when you need a robust, motorized exit solution that balances code compliance, security integration and durable construction. Contact your security integrator or add to your specification for reliable, monitored egress solutions.

• Enables seamless integration with access control and building monitoring systems via motorized electric latch retraction, allowing remote-controlled egress and management.
• Ensures code-compliant emergency egress with a fire-rated rim exit design ideal for commercial and institutional environments.
• Built for 36-inch doors and left-hand reverse (LHR) installations to simplify specification and reduce installation time.
• Durable black suede powder coat finish resists wear and vandalism while maintaining a professional appearance for high-traffic areas.
• Minimizes false alarms and speeds security response by supporting centralized monitoring, surveillance integration, and reliable operation under heavy use.