Honeywell Commercial Security OSHON8KSP Seos 8K Smart Reader

Product Description

The HONEYWELL COMMERCIAL SECURITY OSHON8KSP is an Elite Key iCLASS SE SEOS 8K smart card reader designed for commercial access control applications. It reads SEOS 8K credential data and communicates with access control panels to grant or restrict entry. This reader is intended for installation at secured doors, gates, and entry points in commercial and institutional facilities. Licensed security integrators and low-voltage technicians are the primary installers. The SEOS 8K format supports high-security, encrypted credential transactions, making this reader suited for environments where standard prox technology no longer meets security requirements.

This reader is used in commercial access control systems requiring modern smart card technology. Typical install scenarios include office buildings, schools, healthcare facilities, and government installations where encrypted SEOS credentials are deployed. It replaces older proximity readers as part of a migration to higher-security card formats. The unit ships as a single reader (quantity per unit: 1) and is classified in the smart readers category.

Key Features

• Supports SEOS 8K smart card credential format for high-security encrypted access
• iCLASS SE platform compatibility for multi-technology credential support
• Commercial-grade construction suited for door and gate entry points
• Sold as individual unit for flexible deployment

Compatibility

Designed as an OEM-style replacement or upgrade reader for commercial access control systems supporting iCLASS SE and SEOS smart card credentials.

Installation Notes

Installation should be performed by a licensed low-voltage technician or certified security systems integrator. Power down the access control panel and associated door hardware before wiring the reader. Follow applicable NEC low-voltage wiring requirements and the access control panel manufacturer wiring guidelines. Do not install in environments outside the reader rated operating conditions.