BEST RPSMLR2 Precision Panic Device Power Controller Kit for MLR Devices

Streamline emergency egress and strengthen perimeter protection with the BEST by dormakaba RPSMLR2 Precision Panic Device Power Controller Kit. This access power controller is engineered to operate up to two 24VDC panic/Motorized Latch Retraction (MLR) devices simultaneously, enabling paired-door setups or independent control of two individual doors. Each lock output includes an adjustable re-lock delay timer to tailor door behavior to your building’s security and occupancy requirements.

The RPSMLR2 features relay outputs for interfacing with external door opening mechanisms, an un-switched auxiliary voltage output for auxiliary devices, and a configurable FACP interface that removes lock power when fire-alarm conditions demand it. LED status indicators provide visible AC, battery and FACP status to simplify monitoring and maintenance. Intelligent short-circuit protection helps prevent accidental damage and reduces service calls.

Designed for commercial, healthcare and institutional applications where reliable access control and monitoring are essential, the RPSMLR2 integrates cleanly with existing security, surveillance and building management systems. Specify the RPSMLR2 to improve door performance and reduce downtime—contact your rep or add to your next access control project.

• Simplifies emergency egress management by powering up to two 24VDC MLR panic devices simultaneously for reliable, synchronized door release.
• Provides independent control and adjustable re-lock delay per output so you can customize hold-open and re-secure timing to match site policies.
• Built-in relays and an un-switched auxiliary output make integration with electric strikes, automatic operators, and alarmed door hardware straightforward.
• Configurable FACP interface and LED status indicators support central monitoring and fast troubleshooting for building security and surveillance teams.
• Intelligent short-circuit protection and robust relay design reduce downtime and protect downstream devices, improving overall system reliability.