Airedale and Modine | Applied Thermal Innovation

Ultima Water Cooled [75-450kW]

Standard, quiet & super quiet

The Ultima Water Cooled (UWC) is one of the most advanced chillers ever produced by Airedale, thanks to our on-going programme of extensive development and technical innovation. The new ranges have been designed specifically for use in plant room applications with energy efficiency, low sound levels, cost effectiveness and the environment in mind. Heat rejection can be achieved through either water or refrigerant by means of a dry cooler or remote condenser.

Low Noise

Airedale recognises that noise pollution is a very important issue in today’s populated environments, with many urban areas having already introduced strict noise pollution regulations. The UWC has been developed with low sound levels as a key factor in the design.

Key Technical Data

  • 75kW to 450kW nominal cooling capacity
  • 45 model sizes
  • Standard, Quiet and Super Quiet variations
  • Dual independent refrigeration circuit
  • All Scroll compressor technology
  • Compact unit footprint
  • Optimised for R407C refrigerant

For more information on the Service and Maintenance packages offered by Airedale, please click here.

 

 

Key Features
  • Electronic expansion valves
  • Evaporator pad heater provides frost protection and prevents refrigerant migration when compressors are not in operation
  • Dual independent refrigeration circuits
  • High efficiency integrated dual circuit brazed plate evaporator
  • Advanced AireTronix controller allows intelligent chiller control and full communication to BMS systems
  • Multiple scroll compressors provide staged capacity control enabling system water volumes to be reduced and part load efficiencies to be increased
  • Designed and optimised for R407C refrigerant
  • Liquid and discharge line shut off valves
  • High efficiency brazed plate condensers
  • Victaulic connections on evaporator & condenser provide low noise, cost savings and a significant reduction in installation & maintenance time