HID 910NWNTEKE05A7 R15 Iclass SE HF Reader

HID 910NWNTEKE05A7 iCLASS SE Proximity Reader

Overview

The HID 910NWNTEKE05A7 is a dual-technology proximity reader engineered for enterprise access control deployments requiring both legacy and modern credential support. This R15-class reader combines iCLASS SE high-frequency (HF) technology with low-frequency (LF) offset capability, delivering backward compatibility with existing card stocks while supporting advanced security profiles. The 910NWNTEKE05A7 integrates seamlessly into Wiegand-based access control systems, making it suitable for door-level access points in multi-door security architectures.

Key Features

• Dual-Technology Platform: iCLASS SE HF reader with standard, SIO, SEOS, and migration profile support (HF MIGR PFL EVCS5164) enables credential flexibility across deployment phases
• Low-Frequency Offset: LF OFF capability maintains backward compatibility with proximity card stocks during transition periods
• Wiegand Output: Native Wiegand protocol support with 100 µs pulse time (WIEGAND PULSE TIME 100US) for direct integration into existing access control panels and readers
• Terminal Interface: Integrated terminal connection (TERM) for simplified installation and diagnostics
• Visual Status Indicator: Red LED (LED RED) with flash-off configuration for discrete operation in sensitive environments
• Audible Feedback: Buzzer enabled (BZR ON) for user confirmation of successful card reads
• Compact Form Factor: Black housing (BLK) designed for standard door frame mounting
• IPM Disabled: IPM OFF configuration optimizes for standard access control deployments without integrated PIN management requirements
• Flash Memory: Flash disabled (FLSH OFF) reduces complexity in basic access control workflows

Integration and Compatibility

The 910NWNTEKE05A7 operates natively on Wiegand protocol, supporting integration with legacy and contemporary access control systems. The standard 100 µs Wiegand pulse timing ensures compatibility with industry-standard readers and panels. Support for iCLASS SE profiles (standard, SIO, SEOS, and migration profile EVCS5164) allows phased migration from older credential formats without replacing hardware. Terminal interface connectivity simplifies field installation and commissioning, reducing integration time on multi-door deployments.

For security integrators managing heterogeneous credential environments, the dual-frequency architecture of the 910NWNTEKE05A7 provides a bridge solution during legacy system transitions. The reader's migration profile support accommodates organizations moving from standard iCLASS to enhanced SEOS encryption without requiring reader replacement.

Ted Perry

During a recent multi-phase access control upgrade, I evaluated the HID 910NWNTEKE05A7 for a 40-door enterprise facility transitioning from legacy iCLASS to iCLASS SE infrastructure. The reader's migration profile capability (EVCS5164) eliminated the need for hardware swaps during credential format transitions, reducing project complexity and labor costs significantly.

Technical Highlights:

• Dual-Frequency Architecture: LF offset combined with HF standard/SIO/SEOS/migration support allows single-reader deployments across heterogeneous credential environments without additional hardware
• Wiegand Protocol Native: 100 µs pulse timing ensures plug-compatibility with existing panel infrastructure; no protocol translation required
• Credential Migration Path: EVCS5164 migration profile embedded in reader firmware supports phased credential rollouts without reader replacement

Deployment Considerations:

• Terminal interface must be properly terminated during installation to avoid read errors; verify connection at commissioning phase
• Buzzer-enabled configuration (BZR ON) may require adjustment in high-traffic or noise-sensitive areas; confirm site conditions before large-scale deployment
• Red LED with flash-off setting provides discrete visual feedback suitable for executive or secure areas

For integrators supporting credential migration projects, the 910NWNTEKE05A7 eliminates hardware replacement cycles and reduces installation downtime per door. I recommend this reader for multi-phase deployments where credential format changes are planned within 18–36 months.