Hid Global Corporation 2100PGGMV Composite Smart Card 2K

Product Description

The HID GLOBAL CORPORATION 2100PGGMV is a composite iCLASS smart card designed for access control and identity management applications. This card combines a dual-layer composite construction with 2 kilobytes of memory and programmable, matched encoding, making it suitable for facilities requiring credential-based entry management. It is sold individually as a single unit. Security integrators, access control technicians, and facilities management professionals are the typical installers and administrators of this credential type.

This card is used in commercial and institutional environments where electronic access control systems are deployed. Typical applications include employee badging, visitor credentialing, and multi-door access management in office buildings, healthcare facilities, educational campuses, and government installations. The programmable and matched configuration allows the card to be encoded to a specific facility code and card number sequence during credential issuance.

Key Features

• Composite construction for durability in daily-carry credential use
• 2 kilobytes of onboard memory for iCLASS credential data storage
• Programmable and matched encoding for facility-specific issuance
• Single-unit packaging for flexible ordering quantities
• iCLASS technology supports contactless read operations at compatible readers

Compatibility

Designed for use with iCLASS-compatible access control readers and systems. No specific compatible model numbers or system families were provided in the product data.

Installation Notes

Credential issuance and programming should be performed by a qualified access control technician using compatible card encoding equipment and software. Follow the access control system manufacturer guidelines for facility code assignment and card number sequencing. Ensure the access control panel or head-end system is properly configured before enrolling new credentials. Physical handling during encoding should avoid exposure to strong magnetic fields that could affect stored data.