Von Duprin 900-2RS Panic Device Control Board, 2-Relay Output, 2-Zone for Electric Latch Extraction Exit Device

Keep exit devices functioning reliably and compliant with the Von Duprin 900-2RS Panic Device Control Board. This exit device relay board provides dependable 2-relay, 2-zone control for electric latch extraction exit devices, delivering precise supervision and simplified integration into access control and security systems. With a universal 120–240V AC fused primary input and selectable 12/24V DC outputs, the 900-2RS adapts to diverse power environments and minimizes field changes. The board’s single polarized option connector streamlines installation to reduce contractor time and costs, while the built-in battery backup automatically selects the correct voltage to maintain operation during outages—helpful for maintaining life-safety and monitoring requirements. Designed by Von Duprin and built to RoHS standards in the US, this control board supports tight system integration with surveillance, door monitoring, and access control platforms. Ideal for commercial, healthcare, education, and government facilities that require robust exit device management. Upgrade your security infrastructure with a compact, installer-friendly relay board that prioritizes uptime and compliance—order the Von Duprin 900-2RS today or contact us to specify for your project.

• Simplified installation: single polarized option board connector reduces wiring time and labor for faster deployment.
• Reliable continuity: built-in battery backup with auto-voltage selection keeps electric latch extraction exit devices operational during power loss.
• Flexible power compatibility: universal 120–240V AC fused primary input plus 12/24V DC outputs support varied site power configurations.
• Precise control and monitoring: 2-relay, 2-zone architecture enables independent control and status supervision of multiple exit devices.
• Compliance-ready and durable: RoHS-compliant, US-made design built for commercial security, healthcare, education, and government applications.