Yale 6100ED-36 BSP RHR Grade 1 Rim Device, Pullman Latch Exit Bar, Black Suede Powder

Optimize building safety and traffic flow with the Yale Locks Smart Locks 6100ED rim exit bar — engineered for demanding commercial environments that require reliable security and effortless egress. This Grade 1 rim device features a Pullman latch and full-width exit bar designed to withstand heavy daily use, while the Black Suede powder coat provides a durable, low-maintenance finish that complements contemporary entrances. Specified as 6100ED-36 BSP RHR (manufacturer part number 6100ED-36), this unit simplifies procurement and installation for facilities managers and security integrators.

Beyond mechanical strength, the 6100ED supports integration with access control and monitoring systems, helping you centralize surveillance and entry management without sacrificing emergency performance. Ideal for schools, healthcare, retail, and office buildings, the device balances life-safety requirements with long-term value. Choose the Yale 6100ED for dependable, code-conscious perimeter security that reduces maintenance and enhances overall system reliability. Contact us to confirm handing and ordering details or to add this Yale Locks Smart Locks solution to your next access control project.

• Commercial-grade security: ANSI/BHMA Grade 1 construction delivers heavy-duty reliability for high-traffic doors and reduces downtime and maintenance costs.
• Reliable emergency egress: Pullman latch and full-width rim exit bar ensure smooth, panic-proof operation for fast, code-compliant escapes.
• Durable finish and handing clarity: Black Suede powder coat resists wear and blends with modern entrances while the RHR (right-hand reverse) configuration simplifies installation.
• Easy integration and retrofit: Designed to pair with access control, monitoring and building security systems for seamless perimeter protection.
• Clear ordering and spec accuracy: Supplied as Yale Locks 6100ED-36 BSP RHR (Manufacturer P/N 6100ED-36) to prevent ordering errors and speed deployment.