HID 3150RGGNVN iCLASS Prox Programmable iCLASS/Prox Card Reader
When you're managing multi-technology access environments or phasing from legacy 125 kHz prox to high-security iCLASS credentials, you need a reader that handles both formats without forcing a complete system replacement. The HID 3150RGGNVN delivers dual-technology credential reading in a field-programmable platform, letting you transition sites at your own pace while maintaining backward compatibility with existing prox cards.
Key Features
- Dual-technology reading supports both iCLASS 13.56 MHz and 125 kHz proximity credentials simultaneously
- Field-programmable configuration allows format and operational parameter changes without hardware replacement
- Wiegand output interface ensures compatibility with standard access control panels and existing infrastructure
- Mullion-mount form factor provides versatile installation options for door frames and narrow surfaces
- LED and beeper feedback offers clear visual and audible user confirmation for credential reads
- Supports multiple card formats including standard 26-bit and custom configurations
- Weather-resistant housing rated for both interior and exterior installations
The programmable architecture solves a critical challenge in enterprise and institutional deployments: migrating from legacy prox systems to secure encrypted credentials without a flash-cut changeover. Deploy these readers during initial rollout or retrofit phases, issue iCLASS cards to new employees while legacy prox credentials remain active, and decommission old cards as they cycle out naturally. The reader adapts to your migration timeline, not the other way around.
Standard Wiegand connectivity means you're integrating with panels you already know—no specialized controllers or middleware required. Field programming lets you adjust formats and behavior through simple configuration procedures, reducing truck rolls when requirements change or you need to harmonize settings across distributed sites. Whether you're securing office buildings, educational facilities, or industrial campuses requiring credential flexibility, this reader bridges the gap between legacy infrastructure and modern high-security access control without forcing premature equipment replacement.
