HID 921PHPNEK0033J pivCLASS SE RPK40-H Smart Keypad Reader, 125 kHz HID Prox, AWID and EM4102, 13.56 MHz Contactless PKI-Based FIPS 201, RS485 HDX OSDP, Pigtail, Standard v1, Wiegand, FIPS 75-BIT

Secure high-risk doors and simplify FIPS‑201 migration with the HID Global pivCLASS RPK40-H smart keypad reader. This HID smart reader combines PKI-based, contactless FIPS 201 authentication (13.56 MHz) with broad proximity support (125 kHz HID Prox and other legacy credentials) so you can protect sensitive areas while maintaining compatibility with existing badge inventories. The unit supports RS485 HDX OSDP for encrypted, bidirectional communications and can operate in Wiegand mode for phased deployments. A built-in keypad enables PIN-at-panel two-factor workflows—ideal for controlled access zones where auditability and user authentication matter. Designed for indoor/outdoor use, the RPK40-H mounts on standard gang boxes and uses a pigtail host interface for straightforward wiring into access control panels. Installers and security managers will appreciate the flexible integration options, hardened construction, and FICAM/FIPS-focused design that streamline compliance and lower operational risk. Add the HID pivCLASS RPK40-H to your access control strategy to strengthen facility security, monitoring and surveillance integration, and regulatory adherence—contact us for deployment guidance or to request a quote.

• Deliver FIPS‑201 compliant, PKI-based authentication for high-assurance access control, reducing risk at controlled entry points
• Multi-technology reading (125 kHz HID Prox and 13.56 MHz contactless) for seamless migration and credential interoperability
• Supports RS485 HDX OSDP and Wiegand interfaces with pigtail wiring for flexible integration into modern security and legacy systems
• Built-in keypad with PIN-at-panel capability enables two-factor authentication without exposing card data, improving onsite authentication and compliance
• Durable indoor/outdoor design and gang box wall-mount compatibility simplify installation and reduce lifecycle costs