Paxton Access Inc. 360-864SC-US Proximity Reader

Product Description

The PAXTON ACCESS INC. 360-864SC-US is a proximity architectural reader designed for access control applications. It reads proximity credentials and communicates with an access control panel to grant or deny entry. The architectural form factor is suited for installations where aesthetics and durability are both required. Licensed security integrators and access control technicians typically specify and install this reader as part of a complete door-access system. Its compact, professional-grade housing makes it a fit for commercial and institutional entryways where clean mounting and reliable credential reading are essential.

This proximity reader is used in commercial, institutional, and light-industrial access control systems. Typical installation scenarios include interior and exterior door applications where proximity card or fob credentials are required. The architectural design allows the reader to integrate cleanly into finished wall surfaces, door frames, and mullions. Access control technicians install this reader as part of a broader system including panels, strikes or magnetic locks, and credential management software.

Key Features

• Architectural form factor for clean, finished-space installations
• Proximity credential reading for card or fob-based access control
• Designed for integration with compatible access control panels
• Single-unit packaging for straightforward project procurement

Compatibility

Designed as an OEM-style proximity reader for use in commercial and institutional access control systems that support standard proximity credentials.

Installation Notes

Installation should be performed by a licensed security or low-voltage technician familiar with access control systems. Power down the access control panel and associated door hardware before wiring the reader. Follow the panel manufacturer's wiring diagram and applicable local low-voltage codes. Confirm reader-to-panel communication after installation before restoring power to the full system.