Code : VEA-040-A00, VEA-040-A10

Product availability : NSW, ACT, VIC, TAS & QLD
For further information, please contact your local branch, and our staff will assist you.

Contact Eoin McStay on 0497 900 595 for design assistance & availability.
VEA-040-A00 – with LEDs
VEA-040-A10 – with 3.5 inch display

  • 40 addressable microbore tube sampling holes
  • Enhanced and standard sensitivity settings for the sampling holes
  • Single hole blockage detection
  • End to end sampling tube integrity monitoring
  • Centralised testing and maintenance
  • Variable length capillary tubes, up to 100m
  • Laser-based absolute smoke detection
  • Clean air barrier for optics protection
  • Reliable linear pump technology
  • LEDs for alarm and fault signaling
  • Seven programmable relays
  • Two GPI’s, monitored and unmonitored
  • Xtralis VSC and VSM4 PC software support
  • iVESDA software support for compatible iOS and Android tablet and smartphone devices
  • IP40 enclosure
  • Field replaceable smoke sensor module, pump, valve and filter
  • VESDAnet networking
  • Ethernet 100 base T, Wifi, 802.11 b/g/n, Local host-mode USB port
  • Event Log (20,000 events)

The VESDA-E VEA series of detectors combine VESDA reliability and early warning smoke detection with pinpoint addressability and a variety of annunciation options that truly surpass traditional spot detectors.

They use patented air sampling points and multi-channel microbore air-sampling with enhanced or standard alarm sensitivity setting for the sampling points. As a multi-channel addressable system, the VEA detector is able to divide a protected space in to sampling locations, enabling the localization of a fire for faster incident response.

The detectors are suitable for protection of areas where pinpoint location of fire events is essential, thus providing ideal fire detection solutions for offices, hospitals, schools, prisons, multi-story dwellings, cabinets in data centers and warehouse racks. A wide range of features provide flexibility, field programmability, enhanced connectivity and reduced total cost of ownership.