Paxton Access Inc. 353-467-US Prox P50 Mifare Reader

Product Description

The PAXTON ACCESS INC. 353-467-US is a Mifare-compatible proximity reader designed for access control applications. The P50 series reader communicates with Mifare smart cards and fobs to authenticate and grant or deny entry at a controlled point. It connects to an access control panel or controller as part of a broader security system. Installation is typically performed by licensed low-voltage or security system technicians. The unit is sold individually and is intended for permanent mounting at a door, gate, or entry point where credential-based access management is required.

The 353-467-US suits commercial and light-industrial access control installations where Mifare card technology is the credential standard. It is appropriate for new installations and retrofit projects where an existing proximity reader requires replacement with a Mifare-compatible device. The P50 reader is mounted at reader height on a door frame, wall, or mullion adjacent to the controlled entry point and wired back to the access control panel.

Key Features

• Mifare smart card compatibility for modern credential-based access control
• Proximity-based card read — no contact required at the reader face
• P50 series form factor suited for standard wall or mullion mounting
• Sold as a single unit for individual door or entry point deployment

Compatibility

Designed as an OEM-style replacement or new-installation proximity reader for access control systems that support Mifare card credentials and standard Wiegand or compatible reader interfaces.

Installation Notes

Installation should be performed by a licensed low-voltage or electronic security technician. Power down the access control panel before wiring the reader to avoid damage to the controller or reader circuitry. Follow the panel manufacturer wiring diagram and applicable local low-voltage codes when making reader connections. Secure the reader housing firmly to prevent tampering or physical bypass of the credential point.