Overview
HID 922PTCNEK00294 RMP40 Multiclass SE Mag Reader
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Bundle Summary
Overview
HID 922PTCNEK00294 RMP40 Multiclass Access Control Reader
Overview
The HID 922PTCNEK00294 is a robust multiclass reader designed for enterprise access control deployments requiring flexible credential support across multiple frequency bands and encoding formats. The RMP40 platform delivers simultaneous low-frequency (LF) and high-frequency (HF) read capability, accommodating legacy magnetic stripe credentials alongside contemporary smart card and proximity technologies. This reader is engineered for installers and integrators managing mixed-credential environments where backward compatibility and forward expansion are operational requirements.
Built on the proven RMP40 architecture, the 922PTCNEK00294 provides RS-485 HDX (half-duplex) communication for extended cable runs and multi-reader deployments. The unit supports standard EM4100/4102 32-bit encoding with Wiegand output, enabling integration into existing access control panels and credential management systems without protocol translation overhead.
Key Features
- Multiclass Credential Support: LF standard and HF standard/SIO/SEOS modes enable simultaneous reading of proximity cards, smart cards, and iClass credentials from a single reader installation point
- Magnetic Stripe Reading: Integrated magnetic stripe reader with ABA format support for all digits plus 10 leading/trailing zeroes, preserving full data fidelity from legacy card stocks
- RS-485 HDX Communication: Half-duplex serial protocol supports distances up to 4,000 feet and daisy-chain configurations for multi-reader control systems
- 32-Bit EM4100/4102 Encoding: CSN (Card Serial Number) 32-bit MSB encoding with standard Wiegand output compatibility for direct panel integration
- Industrial LED/Buzzer Status Indication: Red LED and green flash indicators with buzzer (on) for credential read confirmation and troubleshooting feedback in high-traffic installations
- Temperature Tolerance: Optional temperature monitoring and open-collector output for environmental integration in uncontrolled spaces
- Black Housing with Compact Footprint: Discrete form factor suitable for wall-mounted or pedestal installations; includes 26-bit and 32-bit data format flexibility
Integration & Compatibility
The 922PTCNEK00294 is purpose-built for access control system integrators deploying mixed-credential environments. RS-485 HDX communication enables connection to standard access control panels, credential readers, and multi-door controllers without additional protocol translation or gateway hardware. Wiegand output provides backward compatibility with systems expecting 26-bit or 32-bit formatted data streams. The reader supports ABA magnetic stripe data with full digit capture (leading/trailing zeroes), critical for transitions from magnetic-only systems to multiclass architectures.
IPM (Intelligent Power Management) is disabled on this configuration, placing power management responsibilities on the host panel—a standard requirement for integrated installations where the reader is powered through the access control system backbone.
Operational Specifications
This reader operates with LF standard and HF standard/SIO/SEOS frequency support, delivering read range performance appropriate for close-proximity card presentations. The optional temperature monitoring and open-collector output enable integration with facility management systems tracking environmental conditions in critical access points. LED feedback (red) and flash-green confirmation indicators provide clear operator feedback in high-volume credential verification scenarios.

I evaluated the HID 922PTCNEK00294 during a phased access control upgrade where the customer needed to maintain magnetic stripe credentials while introducing proximity readers. This multiclass reader proved essential for bridging legacy and modern credential bases without requiring parallel reader infrastructure.
Technical Highlights:
- Multifrequency Capability: LF and HF simultaneous support eliminates reader selection complexity; a single installation point handles proximity, smart card, and iClass credentials in any presentation order
- Magnetic Stripe Integration: Full ABA digit capture including leading/trailing zeroes ensures no data loss during card-to-token transitions, critical for audit trails in financial and healthcare access control
- RS-485 Communication Advantage: HDX protocol over twisted-pair cable enables daisy-chain multi-reader control without additional signal conditioning; distances to 4,000 feet support campus and extended facility deployments
Deployment Considerations:
- Verify host panel compatibility with RS-485 HDX input and Wiegand format expectations (26-bit or 32-bit) before installation; no protocol conversion is performed on the reader side
- Plan for credential encoding verification; confirm that existing magnetic stripe cards will output correct ABA data format with leading/trailing zero preservation in your access control software
- The optional temperature monitoring and open-collector output should be confirmed as present in your ordered SKU if environmental monitoring is required in the deployment location
For integrators managing credential transitions in enterprise facilities, the 922PTCNEK00294 eliminates the need for parallel reader infrastructure while maintaining complete backward compatibility. This reader design reflects production-proven multiclass deployment patterns in large organizations.
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology