HID 5375AGN00 MaxiProx 125kHz Long Range Proximity Reader with Wiegand Output, Terminal, Charcoal Gray

Optimize vehicle and perimeter access control with the HID Global MaxiProx 125kHz Long Range Proximity Reader. Designed for parking control, gated entrances and industrial yards, this long-range reader delivers hands-free detection that speeds throughput while improving security and monitoring. With read range up to 6' using ProxPass and Autotune that maintains performance within 4" of metal, the 5375AGN00 keeps reads accurate in challenging installations.

Integrators benefit from flexible connectivity — configurable Wiegand, Clock-and-Data, RS-232 and RS-422 outputs — and selectable 12 or 24 VDC power for straightforward integration into existing access control systems. The reader’s parking-hold and HI-LO features reduce false reads and enable reliable vehicle classification for surveillance and traffic management. Built for indoor/outdoor use in a rugged, attractive housing, the MaxiProx minimizes downtime and maintenance while supporting enterprise security needs.

For secure, scalable access control and improved site monitoring, deploy the HID MaxiProx 5375 in parking lanes, gated communities, fleet yards or any long-range access scenario — contact your HID Global reseller to specify or order.

• Hands-free, long-range detection for parking and gated access — reliably read tags up to 6' with ProxPass to speed throughput and reduce gate wait times.
• Robust performance near metal and in outdoor environments thanks to Autotune and a rugged, easy-to-mount housing that simplifies installation and maintenance.
• Flexible system integration with configurable Wiegand, Clock-and-Data, RS-232 and RS-422 outputs for seamless connection to access control and security monitoring platforms.
• Power adaptability (12 or 24 VDC) and low average current reduce infrastructure upgrades and support mixed-voltage sites.
• Advanced parking features including parking-hold and HI-LO operation for accurate vehicle classification and reliable lane-by-lane surveillance.