Hid Global Corporation 1326NMSNV Non-programmed Proximity Card

Product Description

The HID GLOBAL CORPORATION 1326NMSNV is a non-programmed proximity card used in electronic access control systems. It ships without facility codes or card data encoded, allowing system integrators and security technicians to program it to match an existing credential scheme. The card operates on passive RFID technology, requiring no internal battery. It is handled and installed by low-voltage security technicians and access control integrators working in commercial and light industrial environments.

This proximity card is suited for use in commercial access control deployments where a site administrator or integrator controls credential programming. Typical applications include door access readers in office buildings, warehouses, and multi-tenant facilities. Because the card arrives non-programmed, it can be issued in bulk and encoded on-site to meet a specific facility code and card number sequence without pre-ordering encoded stock.

Key Features

• Ships non-programmed, allowing on-site encoding to match existing access control credentials
• Passive RFID proximity technology requires no battery
• Standard card form factor compatible with common proximity card readers
• Sold individually, suitable for single-card replacement or bulk deployment

Compatibility

Designed as an OEM-style proximity credential for use with proximity-based access control reader systems that accept standard passive RFID proximity cards.

Installation Notes

Proximity card credential issuance is typically handled by a licensed low-voltage technician or certified access control integrator. Prior to programming, confirm the facility code and card number format required by the installed reader and panel system. Follow the access control panel manufacturer guidelines and applicable low-voltage wiring codes when integrating credentials into an existing system. Do not expose cards to strong magnetic fields or excessive heat, as this may affect RFID performance.