Overview
HID 40KTKS-00-019V5C SIGNO 40K Keypad Reader
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Bundle Summary
Overview
HID 40KTKS-00-019V5C SIGNO 40K Access Control Keypad Reader Terminal
Overview
The HID 40KTKS-00-019V5C represents a comprehensive access control terminal combining integrated keypad functionality with enterprise-grade credential reading capabilities. This black body reader with silver trim delivers multi-technology credential support across NFC, iCLASS, and MIFARE platforms, designed for integrators requiring flexible, standards-based door access solutions. The 40KTKS-00-019V5C operates via Open Supervised Device Protocol (OSDP v1) at 9600 baud, enabling seamless integration into existing access control architectures.
Key Features
- Multi-Credential Platform Support: Simultaneous enablement of HID Mobile Access, iCLASS SR, iCLASS SE, Seos, and MIFARE DESFire EV1/EV2 SIO readers with Elite-level encryption keysets (ICE2084)
- NFC-Enabled Management: Configuration and management over NFC and Bluetooth Low Energy protocols without requiring hardwired reconfiguration—critical for field deployments
- OSDP v1 Communication: Open Supervised Device Protocol at address 0, 9600 baud rate, with tamper detection enabled for real-time alarm reporting
- Extended PIN Support: Maximum PIN length of 13 characters, supporting complex authentication schemes beyond standard credential-only access
- Integrated Keypad Interface: Red backlight keypad with audible feedback (beep on read enabled), visually impaired mode enabled for ADA compliance
- Anti-Fraud Mechanisms: Velocity check and anti-passback enabled at the reader level, reducing credential sharing and tailgating attacks
- Automatic Surface Detection: Detects mounting surface type and adjusts read parameters automatically, simplifying installation across varied door frame materials
- Transmission Buffering: Transmit-each-key buffering mode with ASCII message format, parity set to none
- UID Format Control: CSN suppressed UID format with raw CSN output disabled, standardizing credential data formatting for access control systems
- Terminal Configuration: Standard credential profile (00) with facility code set to 0, enabling straightforward system integration without complex pre-configuration
Integration & Compatibility
The 40KTKS-00-019V5C integrates into OSDP-compliant access control systems and supports mixed-credential environments where organizations operate both card-based and mobile access workflows. Seos distinct response is disabled, ensuring uniform handling across credential types. The reader's support for HID Mobile Access alongside traditional iCLASS and MIFARE platforms enables staged migration paths for customers transitioning to mobile credentialing without replacing installed hardware. Management over BLE remains active, allowing technicians to reprogram and troubleshoot readers in the field without panel access.
LED indicators (idle and read colors both set to off) keep the reader discreet in sensitive environments, while the red keypad backlight provides necessary visual feedback during PIN entry. Keypad beep is enabled by default, providing auditory confirmation for both credential reads and PIN acceptance.
Package Contents
The product ships as a single unit (packaged quantity: 1).

I've evaluated the HID 40KTKS-00-019V5C in preparation for several multi-building deployments, and this reader addresses a real integration challenge: managing credential diversity without multiplying hardware SKUs. The simultaneous support for Seos, iCLASS SR/SE, MIFARE DESFire, and HID Mobile Access means you're not locked into a single credential ecosystem during migration phases.
Technical Highlights:
- Elite-Level Encryption Across All Platforms: Every credential type (iCLASS SR, iCLASS SE, Seos, MIFARE DESFire) uses the ICE2084 Elite keyset, eliminating weak-link security vulnerabilities when mixing credential technologies on the same reader.
- OSDP v1 Protocol with Tamper Detection: Real-time tamper reporting over OSDP prevents silent physical attacks on the reader; tamper is enabled by default at address 0, 9600 baud, standard for legacy ACS integration.
- Field Management via NFC and BLE: You can reprogram this reader without physical panel access—critical advantage when reader relocation or credential format changes are needed in occupied facilities.
Deployment Considerations:
- Automatic surface detection is a genuine time-saver during installation; the reader detects mounting context and adjusts RF parameters on its own, reducing tuning calls post-deployment.
- Anti-passback and velocity check are enabled at the reader level, not system level—ensure your ACS also enforces these rules to avoid false positives during legitimate multi-reader entries (e.g., mantrap scenarios).
- Maximum PIN length of 13 characters supports multi-factor schemes; if you're implementing PIN+card workflows, this reader won't artificially limit credential strength.
- CSN suppressed UID format and transmit-each-key buffering are appropriate defaults for most standard OSDP systems; verify your ACS firmware supports OSDP v1 before deployment.
In practice, the 40KTKS-00-019V5C works well for mid-market integrators juggling existing iCLASS infrastructure while piloting mobile access. The Elite keysets across all platforms give you encryption parity rather than downgrading to common denominators, and the field management capabilities reduce operational friction. Price sits in the $400–$500 range depending on volume; justified given the multi-platform support and management flexibility.
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