Hid Global Corporation 5005PGGAN Iclass Seos 16K Smart Card

Product Description

The HID GLOBAL CORPORATION 5005PGGAN is a programmable iCLASS SEOS 16K smart card designed for secure access control applications. Built on HID's SEOS credential technology, this card stores up to 16 kilobytes of data and supports flexible, field-programmable configurations. It is engineered for use in enterprise and institutional access control systems where high-security, multi-technology credentialing is required. Security integrators, access control technicians, and facility managers are the primary installers and administrators of this credential type.

The 5005PGGAN is suited for commercial and institutional deployments where SEOS-based readers are installed. Its programmable nature allows system administrators to encode credentials to site-specific configurations. The frosted/blue-glass finish card format is compatible with standard ISO card form factors used in badge holders and proximity reader systems. This card is sold as an individual unit and is appropriate for both new installations and replacement credential issuance.

Key Features

• iCLASS SEOS technology with 16K data storage capacity
• Programmable configuration for site-specific credential encoding
• Frosted and blue-glass card finish in standard ISO card form factor
• Designed for high-security enterprise access control environments
• Sold as a single unit for flexible ordering quantities

Compatibility

Designed for use with HID iCLASS SEOS-compatible readers and access control systems that support SEOS credential technology.

Installation Notes

Programming and issuance of SEOS smart cards should be performed by a qualified access control technician or credentialed system integrator using HID-approved encoding equipment and software. Power down or lock out any card encoding hardware before performing maintenance on the encoding station. Follow the facility's access control security policy when issuing, reprogramming, or decommissioning credentials. Handle cards carefully to avoid damage to the embedded chip or antenna.