Products >> Motorola >> RFID

MC-3090-Z

MC3090-Z

The MC3090-Z is a business-class handheld RFID reader designed specifically to extend the benefits of RFID beyond industrial spaces and into customer-facing and business environments.
It starts with the signature rugged design and high performance for which Motorola’s industrial handheld RFID products are known, and adds the ergonomics required for all-day comfort and ease of use.
Add a groundbreaking new antenna design that drives RFID performance to new heights and the result is a highly versatile device that is at home in customer-facing environments—from retail stores and healthcare facilities to the office.

  MC3090-Z Data-sheet.pdf
Features:
  • Lightweight, ergonomic pistol grip design
    Built for all day comfort; reduces user fatigue in read- and scan-intensive applications
  • Motorola’s patented omnidirectional MAX RFID Antenna
    Orientation-insensitive design eliminates the need for precise reader and tag alignment, for faster and more accurate reads
  • Color touchscreen
    Easy and intuitive interface; reduces training time and costs
  • Pinpoint locationing technology
    A unique combination of intuitive audible and visual cues easily guides workers to a specific item: as the device moves closer to the desired item, a beep tone increases in frequency and volume, while a sliding graphical bar increases in size
  • Easy-to-use Application Programming Interfaces (APIs)
    Enables rapid and cost-effective application development
  • Wi-Fi 802.11a/b/g wireless connectivity
    Connects to virtually any wireless LAN for easy integration into any wireless enterprise environment; enables real-time wireless data capture anywhere in your environment
  • Motorola MAX Rugged: meets and exceeds MIL-STD 810F standards for drop, tumble and sealing
    Built for all-day enterprise use; provides dependable operation despite the inevitable drops and spills; provides extended lifecycle; withstands wipe downs
  • 320 x 320 display with backlight
    30% higher resolution than ¼ VGA for easier viewing in virtually any lighting condition

 

 

 

 


 

           

Last Update : 16 Feb 2012