Hid Global Corporation 921PHRNEK00145 Smart Card Reader

Product Description

The HID GLOBAL CORPORATION 921PHRNEK00145 is a PIV-class smart card reader designed for secure identity verification and access control applications. Based on the RPK40 platform, this unit supports contactless card reading with a standard form factor and is typically installed by security integrators, low-voltage technicians, and access control professionals. The black finish and pigtail wiring connection make it suitable for flush or surface mounting at controlled entry points in both commercial and government facility deployments.

This reader is intended for installations requiring PIV-compliant (Personal Identity Verification) credential reading, such as federal facilities, corporate campuses, and other secured environments. The HF (high-frequency) standard designation indicates compatibility with 13.56 MHz contactless smart card technology, which is the frequency band used by PIV, FIPS 201, and similar credential standards. Single-entry configurations are the typical deployment scenario.

Key Features

• PIV-class contactless smart card reader on the RPK40 platform
• High-frequency (HF) 13.56 MHz operation for PIV and compatible credentials
• Pigtail wiring termination for straightforward field installation
• Black finish for discreet integration at entry points
• Single-entry (SE) configuration
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or new-install smart card reader for access control systems requiring PIV-class, high-frequency contactless credential reading.

Installation Notes

Installation should be performed by a licensed low-voltage or access control technician familiar with electronic security systems. Disable power to the access control panel before wiring the pigtail connections. Follow applicable local codes and manufacturer wiring guidelines for reader-to-controller communication. Do not expose the unit to voltages beyond its rated specification during installation or testing.