Hid Global Corporation 923PPRNEK00008 Smart Card Reader

Product Description

The HID GLOBAL CORPORATION 923PPRNEK00008 is a proximity smart card reader designed for access control applications. Based on available product coding, this unit features a pigtail wire lead output, Wiegand interface compatibility, and a single-gang form factor finished in black. It is intended for installation by licensed security integrators and low-voltage electricians in commercial and light industrial access control systems. The reader interfaces with standard Wiegand-protocol access control panels and supports card-based credential reads in a compact, wall-mounted configuration.

This reader is suited for single-gang wall box installations in commercial access control deployments. The pigtail lead configuration allows for direct panel wiring without a terminal block, simplifying rough-in in new construction or retrofit scenarios. The black finish accommodates standard commercial door hardware aesthetics. Installation is typically performed by low-voltage contractors or licensed security technicians working within applicable local and NEC low-voltage wiring requirements.

Key Features

• Wiegand output interface for compatibility with standard access control panels
• Pigtail wire lead for direct panel connection without terminal block
• Single-gang form factor for standard wall box mounting
• Black finish for commercial door hardware integration
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style smart card reader for use with Wiegand-protocol access control systems. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified security integrator. Power down the access control panel before connecting reader wiring to avoid damaging panel circuitry. Wiegand data and power leads should be run and terminated per NEC low-voltage wiring guidelines and the panel manufacturer's wiring diagram. Do not connect or disconnect the reader while the system is energized.