Hanwha Vision NOD-AX10S Mullion Mounted Multi-Technology Access Control Reader

Hanwha Vision NOD-AX10S Mullion Mounted Multi-Technology Access Control Reader

The NOD-AX10S represents the pinnacle of access control technology, designed specifically for mullion mounting applications. This sophisticated multi-technology reader seamlessly supports NFC, PROX, and Bluetooth BLE 5.3 credentials, making it the perfect solution for modern access control deployments. With OSDP Auto-Detect functionality, the reader automatically configures itself for either Wiegand or OSDP environments, significantly reducing installation complexity.

Engineered for maximum security and reliability, the NOD-AX10S features an EAL6+ secure element and accelerometer-based tamper detection. The compact mullion design is ideal for door frame installations where space is at a premium, while maintaining the durability needed for high-traffic environments. The IP65 environmental rating ensures consistent performance in both indoor and outdoor applications.

Key Features:

• Triple technology support for 13.56MHz NFC, 125kHz PROX, and Bluetooth BLE 5.3; maximizes credential compatibility across diverse systems
• OSDP Auto-Detect automatically configures communication protocol; eliminates manual configuration and reduces installation errors
• EAL6+ secure element provides military-grade security; ensures protection against sophisticated attacks
• Mullion mounting design optimizes door frame integration; perfect for space-constrained installations
• IP65 environmental protection withstands weather extremes; suitable for outdoor gate and entrance applications
• Visual feedback through RGB LED light bar; provides clear status indication for users and administrators
• Remote firmware upgrade capability enables feature updates; future-proofs your access control investment
• Wide temperature range from -35°C to 66°C operation; maintains reliability in harsh climates
• Lifetime warranty backed by USA manufacturing; ensures long-term support and reliability