Hid Global Corporation 923PPPNEK0032P Smart Card Reader

Product Description

The HID GLOBAL CORPORATION 923PPPNEK0032P is a PIV-class smart card reader designed for secure credential access control applications. This unit features a pigtail wiring termination and a black housing finish. It is built to read PIV (Personal Identity Verification) smart cards and is intended for installation in access control systems where high-assurance identity verification is required. Security integrators and licensed low-voltage technicians are the primary installers of this device. The pigtail lead configuration allows direct field wiring to compatible access control panels and readers interface hardware.

This reader is suited for commercial and government facility access control deployments where PIV-compliant smart card authentication is mandated. The SE (Standard Edition) designation indicates a defined feature set appropriate for controlled-access entry points such as doors, turnstiles, or secure vestibule installations. It ships as a single unit and is categorized under smart readers in trade supply.

Key Features

• PIV-class smart card reading for high-assurance identity verification
• Pigtail wiring termination for direct field connection to access control panels
• Black housing finish for discreet mounting in commercial environments
• Single-unit packaging suitable for individual access point installations
• SE (Standard Edition) feature set for controlled-access entry applications

Compatibility

Designed as an OEM-style replacement or new-installation smart card reader for PIV-class access control systems requiring pigtail-terminated readers.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician familiar with access control wiring practices. Power down the access control panel and any related power supplies before connecting or disconnecting the reader. Follow NEC Article 725 guidelines for Class 2 low-voltage wiring when routing the pigtail leads. Verify reader-to-panel wiring polarity and communication protocol compatibility before restoring power.