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If you have any questions, concerns or comments in regards to any of our products and services, you can either phone us or fill in the enquiry form below.

1300 882 850
0800 699 599


Enquire now

Indirect Cooling Applications

Water Chiller LAC/LAH

the ultimate solution for larger wineries

These units have been specifically developed by Kreyer for the wine industry. These modern cooling units are the ideal solution for wineries requiring a fixed installation. With 24 models available with capacity ranges between 200kW and 1000kW cooling, there is a solution that can be tailored to your exact circumstances. This capacity is sufficient to keep up to 60000hL in fermentation. The LAC/LAH units are weatherproof and designed for being outdoors permanently. 


  • Casing made of galvanised steel sheet metal painted with a white RAL 9002 powered polyester paint
  • Flat top, aesthetic side anti-intrusion grilles, very low unit height ( <-- 2m)
  • Low noise scroll compressors mounted in a sound proofed technical cabinet to reduce noise emissions
  • Plate heat exchanger in a technical cabinet protecting the insulation against climatic conditions
  • Aluminium Micro Channel heat exchangers with improved corrosion resistance (Cooling only version)
  • Copper tubes/aluminium fns heat exchanger
  • Inverter fans using external rotor technology associated with Shark high performance aluminium fan blades
  • Unit electrical cabinet, 400v, 50Hz, 3 phase power supply with a single point of power connection
  • Main on/off switch mounted on front panel
  • DC50 user interface mounted on the front panel
  • Climatic microprocessor based control.
  • Active Acoustic Attenuation System to automatically adjust the air flow to respect night and day sound level constraints while meeting building load requirements
  • Operation of the unit witout buffer tank
  • Dynamic defrost to limit the number nad rthe duration of the defrost cycles in winter
  • Free dry contacts
  • Master or cascade control of 2 chillers when operating in parallel time equalization with automatic change-over in case of unit fault