D- AHU Modular R

D- AHU Modular R

Plug&Play design using High efficiency Heat Wheel exchanger for optimized Fresh air treatment and perfect indoor Air Quality

P. Consalvo - Business & Product Development Manager

DAIKIN AIR HANDLING UNIT MODULAT R | SPECS

Daikin Air Handling Unit Modular R is a high-end Air Handling Unit Plug&Play solution featuring heat recovery technology.

  • AIRFLOW: 1,200 – 15,000 m3/h
  • 10 pre-defined sizes
  • ESP: 200 Pa
  • SFPv2: up to 1,58

KEY FEATURES

  • IE4 premium efficiency motor
  • High efficiency heat wheel (heat recovery)
  • Operating limits from -25 °C, -40 °C with electric heaters, up to +46 °C ambient temperature
  • Can be integrated with condensing units as: VRV IV, ERQ and ERAD-E-
  • Indoor and outdoor installation versions
  • Free cooling capability
  • Economy and Night mode operation
  • Advanced control features
  • Monitoring and control through Daikin Intelligent Touch Manager ITM
  • EC Fan allowing air flow/pressure control (Variable Air Volume – Constant Air Volume) and silent operations
  • Nominal air flow programmed at factory
  • VDI 6022 hygiene guideline compliant
  • Possibility to import BIM objects in Autodesk® Revit, thanks to a dedicated free plug-in available for downlod

DESIGN

  • Compact design
  • Easy installation and commissioning thanks to the plug and play design
Daikin Eurovent certificated

Certified in accordance with the Eurovent Certification Program.
Certified units may be found in the Eurovent website at www.eurovent-certification.com

Related case Studies

Get Quotation

Get in touch with details about the requirements of you project, indicating operating conditions, plus options, controls you are interested in, and any other relevant information. This will allow us to get back to you in no time with the best offer for your needs.

Step 1 of 4

  • Winter Temperature

  • Air temperature (C°)
  • Air humidity (%)
  • Air temperature (C°)
  • Air humidity (%)
  • Summer Temperature

  • Air temperature (C°)
  • Air humidity (%)
  • Air temperature (C°)
  • Air humidity (%)