RCI 7114 7 Series Centerline Electric Strike, Fail Secure, 24VDC, ANSI, 5/8" Latch Projection, Brushed Stainless Steel

Deliver dependable access control where security and uptime matter most with the RCI by dormakaba 7 Series Centerline Electric Strike. This electric strike combines robust stainless steel construction with an anti-vibration design to resist tampering and reduce nuisance releases—critical for surveillance-backed, monitored entry points. Designed for commercial and institutional environments, the 7114 accepts standard ANSI centerline cylindrical locks (5/8" latch projection) and operates on 24V DC for seamless integration into existing power and access control systems. Installers benefit from the adjustable pivot for quick, precise alignment and a non‑polarity coil that prevents crossed‑wire headaches during wiring. The fail‑secure security configuration ensures the latch remains locked if power is lost, supporting security policies that require maintained physical barriers. Backed by a 3‑year limited warranty and engineered by RCI by dormakaba, the 7114 is a practical choice for retrofits and new builds where reliable locking, compatibility with monitoring systems, and tamper resistance are priorities. Specify the 7114 electric strike for your next access control or surveillance-integrated entry project—contact sales to order or request a quote.

• Simplifies installation with an adjustable pivot for precise centerline alignment, reducing field callbacks and installation time
• Anti-vibration design and stainless steel construction resist tampering and wear for reliable security in high-traffic applications
• Non-polarity coil eliminates wiring errors on 24V DC systems, speeding commissioning and minimizing troubleshooting
• ANSI-compatible centerline (5/8" latch projection) fits common cylindrical locks for straightforward retrofit into existing access control systems
• Fail‑secure configuration supports secure locking during power loss, ideal for monitored entrances and integrated surveillance systems