Essex IRXPO-1S iRox Plus Narrow Dual Frequency Reader with MultiCLASS SE, Wiegand/OSDP, Stainless Faceplate

Deploy fast, secure access control where durability and compatibility matter most. The Essex IRXPO-1S iRox Plus smart card reader delivers enterprise-grade credential reading and resilient construction ideal for campuses, healthcare, transportation hubs and other high-traffic security environments. This Essex Electronics smart reader supports dual-frequency operation (125kHz and 13.56MHz) and multiCLASS SE technology to read HID Seos, iCLASS, MIFARE and DESFire credentials, plus HID Mobile Access via NFC and Apple Wallet.

Designed for tough environments, the IRXPO-1S features a stainless steel narrow faceplate, IP66 weather rating and a vandal-resistant low-profile housing. Installers benefit from field-selectable Wiegand or OSDP interfaces to integrate easily with modern access control panels and secure monitoring systems. Touchless operation and a 3" operating range reduce physical contact for safer facilities and smoother throughput.

Whether you’re upgrading perimeter checkpoints, streamlining visitor management, or reinforcing surveillance-ready entry points, the Essex iRox Plus combines secure credential support, rugged reliability and flexible connectivity. Specify the IRXPO-1S for reliable access control deployment—contact your supplier to order or to discuss site applications.

• Hardened stainless-steel construction and IP66 sealing for reliable outdoor/indoor operation and reduced lifecycle costs
• Dual-frequency multiCLASS SE reads 125kHz and 13.56MHz credentials for broad compatibility with HID Seos, iCLASS, MIFARE and mobile IDs
• Field-selectable Wiegand or OSDP Secure Channel simplifies integration with existing access control and enhances encrypted communications
• Narrow mullion profile fits jambs and tight spaces while offering a vandal- and ligature-resistant design for high-traffic or secure facilities
• Touchless operation with up to 3" read range supports hygienic, contactless access and reduces maintenance for healthcare, education, and corporate sites