Vicon VAX-500R proximity reader

Technical Specification

Features:
  • Make: Vicon
  • Model code: VAX-500R
  • Reader Type: Proximity
  • IP Rating: IP67
  • Mount Type: Surface mount
Read more
Additional info:

Vicon VAX-500R is a proximity reader based upon proven contactless digital radio frequency identification (RFID) technology, VAX-500R readers interface with Vicon's VAX access control system by complying with the Wiegand communication protocol. They offer value-add features such as MAXSecure™ and fleaPower™ and support VAX proximity card and tag technologies. Additionally, VAX cards and tags are passive devices, eliminate maintenance by requiring no battery, and can be ordered to support several proximity reader technologies.

Read more
Make Vicon
Manufacturer Vicon Industries
Category Access Control>Access control readers
Model code VAX-500R
Reader Type Proximity
IP Rating IP67
Mount Type Surface mount
Read Range mm 202 mm
LED / Beep Beeper included standard
Colour Black and a white snap-on cover included standard
Wiegand Interface Yes
Electrical Specifications Voltage: +5 ~ 16 V DC
Physical Specifications Dimensions mm: 76 × 117 × 10
Weight g: 113
Environmental Specifications Operating Temp oC: -40 ~ +65 C (-40 ~ +149 F)
Protection IP67
Additional info Vicon VAX-500R is a proximity reader based upon proven contactless digital radio frequency identification (RFID) technology, VAX-500R readers interface with Vicon's VAX access control system by complying with the Wiegand communication protocol. They offer value-add features such as MAXSecure™ and fleaPower™ and support VAX proximity card and tag technologies. Additionally, VAX cards and tags are passive devices, eliminate maintenance by requiring no battery, and can be ordered to support several proximity reader technologies.
Download PDF version Download PDF version

Related Whitepapers

Designing video management systems using H.265

Sinaloa, Mexico: Connected cities are safer cities

Making sense of today’s security camera options

Quick poll
What is the most significant challenge facing smart building security today?