Axis 02144-001 Contactless, Secure RFID Reader
- Designed to perfectly match Axis door controllers and credentials
- Support for most RFID cards with 13.56MHz
- IP65, IK07 ratings for use in harsh environments
- EAL6+ Certified Secure Element for added protection
- Mullion-mount design for easy installation

Designed to perfectly match Axis network door controllers and Axis credentials, AXIS A4020-E Reader offers secure and seamless touch-free entry. Ideal for use in harsh environments both indoors and outdoors, it features a mullion mount design to fit perfectly in narrow spaces and door frame installations. It supports most types of smart RFID card standards with 13.56MHz credential technologies and includes out-of-the-box support for Open Supervised Device Protocol (OSDP) for secure bidirectional communication. Packed with built-in cybersecurity features, it helps prevent unauthorized access and safeguards your system. Furthermore, this smart reader supports Secure Channel Protocol (SCP) enabling secure communications and connections.
Features
- Designed to perfectly match Axis door controllers and credentials: Ensures optimal performance and compatibility, enhancing security measures.
- Support for most RFID cards with 13.56MHz: Provides flexibility in credential usage, accommodating a variety of access needs.
- IP65, IK07 ratings for use in harsh environments: Ensures durability and reliability, making it suitable for indoor and outdoor installations.
- EAL6+ Certified Secure Element for added protection: High-level security feature helps prevent unauthorized access and breaches.
- Mullion-mount design for easy installation: Saves space and simplifies setup in narrow door frames.
Axis 02144-001 Detailed Specifications
Product Type: | Contactless RFID Reader |
Model Number: | AXIS A4020-E |
RFID Technology: | 13.56MHz |
Protection Ratings: | IP65, IK07 |
Security Certification: | EAL6+ |
Mount Type: | Mullion-mount |
Communication Protocol: | Open Supervised Device Protocol (OSDP) |
Secure Channel Protocol: | Supported |