rf IDEAS RDR-800W1AKB-P Wave ID Plus, w/ Iclass ID, Wallmount, Black, Ethernet/IP, POE Reader

WAVE ID® Plus Surface Mount E/IP

Dual-Frequency Proximity and Contactless Readers for Identifi cation and Enrollment

The WAVE ID® Plus Surface Mount E/IP reader combines proximity and contactless technologies into one reader. It is a desktop reader that is capable of reading both 125 kHz proximity cards and 13.56 MHz contactless cards.

Features:

• Eliminate Manual Entry. This reader eliminates the need for manual entry and provides error-free identifi cation and security throughout the workplace. It allows users to use their building access card or any 125 kHz or 13.56 MHz tags/labels for other forms of identifi cation.
• Tailored to User Needs. The plug-and-play reader comes with fl ash memory, allowing users to quickly confi gure the output to meet their needs. With its dual-frequency multi-technology, the WAVE ID Plus Surface Mount E/IP reader is highly confi gurable and capable of simultaneously handling any two of the available technologies. As a card and badge enroller or reader, it emulates a keyboard to keystroke the card's data to the cursor's location in an application. The reader can be confi gured to add keystrokes and commands before or after the card's data.
• Easy Interface and Protocol. EtherNet/IP equipped models interface seamlessly with AllenBradley RS Logix 5000 (or higher) software. Since there is no driver software to deploy, the plug-n-play reader design is easy to integrate into existing applications. The USB model connects directly to a USB port and can be confi gured to send data as keystroking, non-keystroking or serial ASCII.
• Compatibility. Compatible with Windows XP®, 7®, 8®, 10® and Linux (Ubuntu, Red Hat), macOS and Android. (Free confi guration software requires Windows® operating system.)
• Versatile Mounting Options. The Surface Mount housing (shown on front) can be easily mounted on kiosks, Surfaces and other indoor applications. Other available form factors allow for easy, unobtrusive placement.