Kantech HID Signo 20K Mullion Reader with Keypad
The Kantech HID Signo 20K is a professional-grade access control reader engineered for glass door and mullion mounting applications. This integrated solution combines HID proximity card reading technology with a built-in keypad to deliver flexible, multi-factor credential verification in a single compact unit. Purpose-built for commercial and institutional security environments, the Signo 20K streamlines access control deployment while maintaining the security standards required for high-traffic entry points and sensitive areas.
Key Features
- HID proximity card reader with 20-bit format compatibility
- Integrated numeric keypad for PIN and code entry
- Mullion-mount design optimized for glass door frame installation
- Dual-credential authentication capability for enhanced security
- Compact, professional-grade construction suitable for high-traffic access points
- Standard configuration for straightforward deployment and integration
- Seamless aesthetic integration into modern glass door systems
Technical Highlights
The Signo 20K operates as a dedicated access control interface supporting HID 20-bit proximity technology for secure card-based identification. The integrated keypad enables PIN or password supplementation, strengthening multi-factor authentication protocols and reducing reliance on single-factor card-only systems. The mullion mounting configuration allows seamless integration into glass door frames without frame modification, making it ideal for modern architectural environments where aesthetic integration and minimal structural changes are priorities.
Ideal Applications
- Corporate office buildings and executive suite entry
- Secure entry lobbies and reception areas
- Data centers and server room access control
- Healthcare facilities and restricted medical areas
- Financial institutions and secure vaults
- Educational institutions and campus security
- Government and classified document storage facilities
The Signo 20K is the ideal choice for organizations requiring reliable, flexible access control at entry points where both card and PIN verification strengthen security posture without compromising user convenience or architectural aesthetics.
