Dortronics 5211-MP23/KRXLXE6 5200 KR Series Key Reset Latching Action 1-9/16" Diameter Button Single Gang Plate

When you need a clear, accountable method to release electric locks or signal a panic event, the Dortronics 5211-MP23 KR key-reset exit button delivers dependable, professional-grade performance. This Dortronics door release button uses a positive latching, key-reset action so an authorized responder must physically reset the switch—ideal for hospitals, office buildings, parking garages and other access control installations that require documented human response. The single-gang stainless steel plate with a 1-9/16-inch button cap provides high visibility and code-friendly ergonomics, while dual isolated N.O. and N.C. contacts let you cut power to a magnetic lock and simultaneously notify a security panel or monitoring system without voltage compatibility issues. Built for heavy-duty use, the assembly supports LED status indicators and custom engraving to improve on-site surveillance and user guidance. With flush-mount or wall-mount options and supplied keys, the 5211 KR Series integrates smoothly into existing security and monitoring infrastructures. Specify the Dortronics 5211 key-reset exit button for secure, accountable door release — contact us to order or discuss LED and engraving options for your access control project.

• Provides controlled, verifiable door release with a key-reset latching button to ensure personal acknowledgment before resetting an alarm or exit condition
• Dual isolated N.O. and N.C. contacts enable fail-safe magnetic lock control while simultaneously signalling access control or monitoring systems
• Heavy-duty stainless steel single-gang plate and 1-9/16-inch button cap for high-visibility, code-compliant emergency exit applications
• Optional LED status indication and custom engraving simplify status monitoring and improve user guidance in security and surveillance environments
• Designed for demanding environments with wide operating temperature range and durable construction for reliable long-term access control performance