STANDARD

BESPOKE

CONTROLS

PREMA+

  • Ceiling void mount
  • Frameless
  • Energy recovery ventilation with or without heating
  • 0.006 – 0.936m3/s

PURA

  • Plant room / rooftop mount
  • Double deck / side by side
  • Extruded aluminium frame
  • Air handling & energy recovery units with or without heating & cooling
  • 0.5 – 2.5m3/s

PURA+

  • Plant room / rooftop mount
  • Any layout UVU & BVU
  • Extruded aluminium frame
  • Fully configured air handling units
  • 0.1 – 20.0m3/s

KINAIRTICO

  • Fully integrated or remote
  • Local control or BMS interface
  • In-house engineered to be pre-programmed or fully configured
  • IAQ & energy recovery management devices
  • 5 levels of control

PRODUCT ENQUIRY

The Air Design range of bespoke AHUs is designed to offer complete flexibility.

The bespoke range is categorised into 3 configuration options based on each of the 3 pentapost frame sizes; 30, 40 and 70mm. All product configurations and selection are completed through the Air Design selection software, enabling full design verification to specification and offering comprehensive drawing and design details for inclusion into building designs.

MAKE AN ENQUIRY

Bespoke AHUs

 

AHU 30mm Frame

AHU 30mm Frame

 

AHU 40mm Frame

AHU 40mm Frame

 

AHU 70mm Frame

AHU 70mm Frame

 

TRULY BESPOKE AHUs

We have a combination of in-house technical expertise, knowledgeable service and advanced manufacturing with the experience and capability to fulfil any order with unrivalled accuracy and flexibility.

This ensures that you will receive the very best air handling and heat recovery units for your needs.

 

STANDARDS & LEGISLATION

Tightened performance requirements have been enforced through Ecodesign Directive 1253/2014/EG, applicable to all residential and non-residential ventilation units. This legislation pushes building industry specialists (design engineers, consultants & manufacturers) to create solutions that favour lower air velocity, lower specific fan power, lower overall energy consumption and improved heat recovery efficiency.

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