HID 920LHRNEK0001R pivCLASS RP40-H Smart Card Reader

Secure enterprise and government facilities with a PKI-ready smart reader engineered for real-world access control. The HID Global pivCLASS RP40-H smart card reader delivers multi-credential compatibility—reading 125 kHz proximity and 13.56 MHz contactless credentials—while providing backward compatibility with iCLASS and HID Prox to simplify migration from legacy systems. With an RS-485 pigtail host interface, the RP40-H can connect up to two readers to a pivCLASS Authentication Module (PAM), reducing wiring labor and enabling reuse of existing cabling.

Built to meet NIST SP 800-116 guidance, the RP40-H supports single-, two- and three-factor assurance modes (CHUID/CAK, PIV+PIN, PIV+PIN+BIO) so you can tailor authentication to secure, monitored areas. Its compact indoor/outdoor housing and enterprise-grade reliability make it ideal for secure entryways, data centers, government buildings and critical infrastructure that require integrated security, surveillance and access monitoring. Backed by HID Global quality and a lifetime warranty, the RP40-H helps future-proof your physical security architecture.

Upgrade your access control strategy with the RP40-H—contact us to evaluate deployment options or place an order.

• Simplifies migration to PKI-based access control: supports PIV, PIV-I, CAC, TWIC and provides backward compatibility with iCLASS and HID Prox for phased upgrades
• Reduces installation cost and downtime: RS-485 pigtail interface lets you reuse existing four-wire wiring and connect up to two readers to a single PAM
• Meets NIST SP 800-116 guidance: supports single-, two- and three-factor assurance modes to satisfy Controlled, Limited and Exclusion security requirements
• Robust indoor/outdoor performance: compact, weather-resistant design for secure entry points across campuses, data centers and critical infrastructure
• Multi-credential support and flexible authentication: reads both 125 kHz and 13.56 MHz credentials for seamless integration with existing credential fleets