Hid Global Corporation 2120PGGMNN Proximity Card

Product Description

The HID GLOBAL CORPORATION 2120PGGMNN is a programmable proximity access card designed for use in electronic access control systems. This ISOProx II-series card operates on 125 kHz proximity technology, allowing credential readers to detect and authenticate it without physical contact. The card features a glossy finish on both the front and back surfaces, making it suitable for photo ID badge printing and professional-grade credential presentation. It is sold individually and is typically programmed or encoded during deployment by a certified security integrator or access control technician.

This proximity card is used in commercial and institutional access control installations where 125 kHz HID-compatible readers are deployed. Typical applications include office buildings, healthcare facilities, education campuses, and multi-tenant properties. The programmable format supports on-site encoding workflows, giving integrators flexibility during credential issuance. The glossy card surface is compatible with direct-to-card dye-sublimation ID card printers commonly used in corporate badging programs.

Key Features

• Programmable format allows on-site credential encoding
• Glossy finish on both front and back surfaces supports photo ID badge printing
• 125 kHz proximity technology for contactless read operation
• ISOProx II series design compatible with HID-format proximity readers
• Sold as individual card unit (each)

Compatibility

Designed as an OEM-style credential for use with 125 kHz HID-format proximity card readers in commercial and institutional access control systems.

Installation Notes

Proximity card deployment and encoding should be performed by a qualified access control integrator or credentialing technician. Ensure the access control panel and reader system are configured to the correct facility code and card format before issuing programmed credentials. Cards should be stored away from strong magnetic fields, high heat, and direct contact with solvents that may damage the card surface or embedded antenna.