AWID CICR-XP3620WS AWID UHF WALLSW 5-8″ RR GRY
The AWID CICR-XP3620WS is a UHF Wall Switch Reader designed for mid-range RFID applications, offering a reading range of 5 to 8 inches. Encased in an attractive gray exterior, this wall-mounted reader provides a discreet yet powerful solution for access control in environments where space efficiency is crucial. Its integration into walls allows for unobtrusive deployment while maintaining a modern and cohesive appearance.
With a focus on versatility, the XP3620WS delivers efficient and accurate identification of UHF RFID tags within its specified range. This makes it suitable for applications such as secure access points, time and attendance tracking, and other scenarios where unobtrusive yet reliable RFID reading is required.
Installation is simplified with the wall-mounted design, and the reader is designed for user-friendly operation. Its ergonomic form factor ensures seamless integration into various access control systems, making it an ideal choice for locations with limited space availability.
Specifications
- Frequency Range: Operating in the UHF (Ultra High Frequency) range, the XP3620WS ensures optimal communication with UHF RFID tags, providing efficient and reliable data capture.
- Reading Distance: With a reading range of 5 to 8 inches, the reader strikes a balance between accessibility and security. This mid-range capability is suitable for applications where a moderate reading distance is desired for user convenience.
- Compact Wall-Mounted Design: The wall switch design of the XP3620WS contributes to its space efficiency, allowing unobtrusive installation on walls. This feature is beneficial for locations with limited space availability.
- Fast Reading Speed: The reader is designed for rapid and efficient reading of RFID tags, ensuring quick identification and data capture. This feature is crucial for applications requiring high-throughput and real-time tracking.
- Elegant Gray Exterior: Encased in an attractive gray exterior, the XP3620WS adds a modern and professional aesthetic to its surroundings. This design feature ensures that the reader complements diverse architectural styles.
- Weather-Resistant Construction: The reader may feature weather-resistant construction, enhancing its durability for both indoor and outdoor installations. This robust design ensures reliability in varying environmental conditions.
Features
- Dynamic Frequency Hopping (DFH): The reader may incorporate Dynamic Frequency Hopping technology, optimizing communication by dynamically adjusting frequencies to mitigate interference and enhance overall system reliability.
- Real-time Location System (RTLS) Integration: Supporting integration with Real-time Location Systems, the XP3620WS facilitates accurate and real-time tracking of RFID-tagged assets or personnel within the 5 to 8-inch reading range.
- Secure Enclosure Options: For enhanced security, the reader may offer secure enclosure options, safeguarding it against tampering or unauthorized access. This is crucial for installations where physical security is a top priority.
- Configurable Read Trigger Options: Users can configure read trigger options, allowing the reader to initiate reads based on specific events or triggers. This flexibility is valuable for applications where on-demand or event-driven reading is required.
- Bi-Directional Communication: The reader supports bi-directional communication, enabling the exchange of data between the reader and the RFID tags. This feature enhances real-time feedback and status updates for improved system monitoring.
- Configurable Transmission Power: Users may have the ability to adjust the transmission power of the reader, providing flexibility in optimizing the communication range based on specific deployment requirements.
- Multi-Region Compliance: The reader complies with multiple regulatory regions, ensuring that it meets the specific frequency and power regulations for deployment in different global locations.
- Environmental Sealing: Designed with environmental sealing, the reader provides protection against dust, moisture, and other environmental factors. This enhances its durability and reliability in challenging operational conditions.
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