Schlage 653-14 630 L2 650 Series Key Switch, DPDT Maintained Single Direction with LEDs (Red/Green), Dual Voltage, amp at 30V DC, Satin Finish on .035 Stainless Steel

Built for reliable access control, the Schlage 653-14 650 Series key switch delivers configurable, durable switching and clear visual status for commercial security installations. This Schlage key switch combines a patented magnetic spring design with DPDT maintained single-direction operation, so installers can set turn direction and functionality on-site without special tools. Dual-voltage compatibility and support for 30V DC switching make it easy to integrate into existing access control and surveillance circuits. Integrated red/green LEDs provide instant feedback to users and security staff, reducing false alarms and speeding troubleshooting in monitoring systems. The 0.035-inch satin stainless steel plate provides a professional, corrosion-resistant finish that stands up to high use and outdoor exposures when paired with available weather-resistant covers. Ideal for gate operators, security rooms, parking control and perimeter monitoring, the 653-14 balances flexibility with long-term reliability. Specify the Schlage 650 key switch when you need dependable visual feedback and field-configurable operation—contact your vendor or order now to add it to your access control system.

• Fast on-site configuration: patented magnetic spring lets installers set clockwise or counterclockwise key turn and maintained action in seconds, reducing labor time.
• Visual status feedback: integrated red/green LEDs provide immediate confirmation for access control and monitoring, simplifying troubleshooting.
• Robust, professional finish: 0.035-inch satin stainless steel plate resists corrosion and vandalism to maintain appearance in commercial environments.
• Flexible system integration: DPDT maintained single-direction switching and dual-voltage compatibility support a wide range of security, surveillance and gate systems.
• Low total cost of ownership: heavy-duty construction and low-maintenance design reduce service calls and extend service life in high-traffic installations.