Hid Global Corporation 1336LGGAN Duoprox Proximity Card

Product Description

The HID GLOBAL CORPORATION 1336LGGAN is a DuoProx proximity access card with integrated magnetic stripe encoding and sequential numbering engraved directly on the card body. It combines contactless proximity technology with a magnetic stripe in a single credential, allowing facilities to support two authentication methods without issuing multiple cards. This card is sold individually and is used in access control installations managed by licensed security integrators and facilities maintenance professionals.

This card is suited for commercial and institutional facilities that operate both proximity-based access control readers and magnetic stripe readers simultaneously. Typical deployment scenarios include office buildings, healthcare facilities, universities, and multi-tenant properties transitioning between legacy mag-stripe systems and modern proximity infrastructure. Sequential engraving aids in inventory tracking and card management for large-scale deployments.

Key Features

• Dual-technology credential combines proximity and magnetic stripe in one card
• Sequential numbering engraved on card body for inventory and audit control
• Contactless proximity technology for fast, hands-free reader interaction
• Magnetic stripe supports legacy reader infrastructure during system transitions
• Sold individually, allowing flexible quantity purchasing

Compatibility

Designed as an OEM-style credential for use with HID-compatible proximity card readers and standard magnetic stripe readers in commercial access control systems.

Installation Notes

Proximity access cards are programmed and issued by qualified security integrators or access control administrators. Prior to issuing or encoding cards, ensure the access control panel and associated reader hardware are properly configured. Follow the access control system manufacturer guidelines and applicable security codes when programming credentials. Cards should be stored away from strong magnetic fields to protect magnetic stripe data integrity.