Card Readers, USB HID Proximity

Full Description

Condition: SEE DESCRIPTION USB HID Proximity Card Readers USED This listing is for ten (10) USB HID proximity card readers. Each reader was individually tested by connecting it to a computer USB port. Each powered on with a red status LED and successfully detected a compatible HID proximity credential, producing an audible beep and changing the LED from red to green. No software was available to verify credential data output. Units show normal cosmetic wear from previous use. Manufacturer: RF IDeas Model: RDR-6081AK0-DMP Description: The RF IDeas WAVE ID desktop reader is a USB-connected proximity card reader designed for authentication and credential-based access applications. These readers are commonly used for badge enrollment, secure printing, time and attendance systems, single sign-on, access control, and other enterprise authentication environments. All readers in this lot are the same model number (RDR-6081AK0-DMP). Features & Specifications Desktop USB proximity card readers Supports HID 125 kHz proximity credentials USB interface with attached cable Integrated status LED Audible confirmation beeper Compact desktop design Integrated USB cable The working condition of this item is unknown. All sales are final, and items are sold as is! Appointments must be scheduled in advance for inspections and pick up. Appointment hours are 7:00 AM to 12:00 PM, and 1:00 PM to 2:00 PM Monday through Friday. To schedule an appointment to inspect items please call 703-658-3651 or email us at FCPSAuction@fcps.edu. You will have 5 business days to pay for purchases and after that 8 business days to pick up auction. Pick up of items must be scheduled in advance. To schedule a pickup day and time call 703-658-3651 or email us at FCPSAuction@fcps.edu. Failure to comply with auction payment and pick up terms may result in bidders being blocked from future auctions. The information provided for this item was gathered from literature, internet & physical inspection. It is thought to be accurate but is not guaranteed.