HID 3150RG1SNN iCLASS Prox Programmable iCLASS/Prox Reader
When you need to migrate a legacy prox system to iCLASS without forcing a complete credential swap, dual-format readers let you transition at your own pace. The HID 3150RG1SNN reads both iCLASS 13.56 MHz smart cards and standard 125 kHz prox cards from a single head, giving you backward compatibility during phased upgrades or in mixed-credential environments.
Key Features
- Dual-technology read head supports both iCLASS 13.56 MHz and HID Prox 125 kHz credentials
- Programmable configuration allows field-selectable output formats and card data
- Wiegand output for compatibility with most access control panels
- Standard mullion form factor installs in existing single-gang boxes and mounting points
- LED and beeper provide user feedback on credential presentation
- Tamper-resistant design with sealed housing
- Operating temperature range suitable for both indoor and protected outdoor installations
- Field-proven HID electronics deliver consistent read performance across credential types
Programmable readers reduce deployment complexity when you're managing multiple sites or credential formats. Instead of stocking separate SKUs for every output configuration, you can program this reader on-site to match your panel's requirements—whether you're pulling card-only, card-and-PIN, or specific facility codes. This flexibility is especially valuable in retrofit jobs where existing panels dictate the data format, or when you're standardizing on a single reader model across diverse installations.
The dual-format capability solves the forced-march problem inherent in access control upgrades. You can issue new hires iCLASS credentials with encrypted data and higher security, while legacy prox cards continue working until natural attrition or a scheduled replacement cycle. The reader handles both formats transparently, so your panel sees standard Wiegand regardless of which credential type is presented. For integrators managing long-term contracts or phased rollouts, this approach eliminates the budget spike and operational disruption of overnight system-wide card swaps.
