Designed for classroom spaces using a hybrid ventilation strategy, the XBOXER Hybrid uses pure natural ventilation with mechanical assistance to aid in achieving higher flow rates in hotter weather, and tempered recirculation in colder weather.

Tel: 029 2085 8200
Email: Email Us

Tel: 029 2085 8400
Email: Email Us

  • Separate¬†discharge to recirculation path - guaranteed ventilation during recirculation mode
  • Easy-to-use controls - with a control strategy designed by Siemens and bespoke to the XBOXER Hybrid range
  • Latest EC motors - maximum efficiency and guaranteed low SFPs
  • Robust Aluzinc construction - provides long life and helps minimise on-site installation damage
  • Separate quick-fix ceiling bracket - for slab or drop rod installation
  • Night purge of night free cooling - up to 500l/s

The XB-H range of units shall be manufactured from Aluzinc as a monocoque design lined with Barafoam for high sound absorption characteristics and incorporates a high efficiency, low energy EC blower. The units have the ability to vary the quantity of fresh air supplied between trickle and maximum output, limiting the CO2 gains in the classroom.

Three modes of operation are included; Automatic, Boost and Off, allowing the end user full control over room conditions.

A recirculation path provided within these units ensures adequate temperature delivery in the supply stream for winter conditions, whilst a dedicated discharge path provides an escape route for poor quality air regardless of mode of operation.

Breakout and supply noise levels are maintained under BB93 whilst in normal operation.

These units are available with a standard metallic Aluzinc finish or with painted external panels (RAL9003 ‚Äď Signal White). For further RAL colour options, please contact Nuaire.

The XBOXER Hybrid range has been designed for classrooms using a hybrid ventilation strategy.

  • Wall-sleeve
  • External weather louvre
  • Controls:
    • User controls; key operated or rocker switch
    • CO2 sensor
    • Commissioning device