Salto AB668W62IM38K XS4 KPD Escutcheon, Bluetooth Low Energy, MIFARE, MIFARE DESFire, Secure Version Number

Optimize building access and strengthen perimeter security with the SALTO Systems AB668W62IM38K XS4 KPD Escutcheon—an electronic lock designed for modern, mobile-first facilities. This SALTO electronic escutcheon delivers seamless Bluetooth Low Energy (BLE) support for smartphone credentials while maintaining backward compatibility with MIFARE and MIFARE DESFire contactless cards, giving you flexible credential options for phased rollouts. The Secure Version Number AB668W62IM38K ensures hardened authentication and encrypted communications to reduce tamper risk and improve overall security posture.

Engineered for facility managers and integrators, the XS4 KPD escutcheon installs on standard doors and integrates with SALTO access control platforms to enable centralized monitoring, event auditing and easy credential management. Its contactless operation speeds entry, lowers touchpoints and supports surveillance and security workflows across offices, healthcare, education and commercial properties. Upgrade legacy mechanical locks to a future-ready electronic lock that simplifies provisioning and enhances compliance reporting. Contact us today to specify the AB668W62IM38K for your next access control project or add it to your procurement list to improve on-site monitoring and secure access.

• Simplifies access management with Bluetooth Low Energy (BLE) mobile credentials and contactless MIFARE/MIFARE DESFire support
• Enhances facility security through encrypted communications and SALTO's Secure Version Number (AB668W62IM38K) for tamper-resistant authentication
• Reduces installation time with an XS4 KPD escutcheon form factor that fits standard doors and integrates with SALTO access control systems
• Provides audit and monitoring readiness—records credential events to support compliance, surveillance and security reporting
• Improves user experience with fast, reliable touchless entry for staff and visitors, minimizing queue times and physical contact