Hid Global Corporation 900PHRTEK00005 Smart Card Reader

Product Description

The HID GLOBAL CORPORATION 900PHRTEK00005 is a pivCLASS-enabled smart card reader designed for secure access control applications. Based on the RP10-H platform, this single-door reader supports PIV and PIV-compatible credentials, making it suitable for facilities that require government-grade identity verification. The unit ships in black and includes Wiegand output for integration with standard access control panels. It is typically installed by licensed security systems integrators or credentialed low-voltage technicians working in commercial or government environments.

This reader is intended for single-entry access control points in facilities requiring FIPS 201-compliant or PIV-compatible credential validation. The Wiegand output format allows connection to a wide range of existing access control host panels without additional protocol converters. Typical installations include secure government buildings, federal contractor sites, corporate campuses, and other facilities where identity assurance at the door is required. The black housing suits standard commercial door hardware and mullion mounting configurations.

Key Features

• pivCLASS-enabled for PIV and PIV-compatible smart card credential support
• Wiegand output for compatibility with standard access control panels
• Black housing for discreet, professional door installation
• RP10-H platform designed for single-entry access points
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style replacement or new-install reader for access control systems supporting Wiegand input and PIV-compatible credentials.

Installation Notes

Installation should be performed by a licensed low-voltage technician or certified security systems integrator familiar with access control wiring practices. De-energize the access control panel before connecting reader wiring. Follow NEC low-voltage wiring requirements and the door hardware manufacturer guidelines for mounting. Do not attempt to modify the reader housing or internal circuitry in the field.