Air-cooled chiller
AQTH
AIRWELL
• The AQTH units are available in 7 sizes with a cooling capacity from 284 to 578 kW and heating capacity from 307 to 661 kW.
• Operate with HFC 410A refrigerant.
• Each unit consists of two independent refrigerant circuits and is constructed on a 4-meter long base.
• Complete with high efficient and high technology components.
• Hermetic Scroll compressors with high efficiency and low vibration emissions.
• Electronic expansion valves.
• "True dual" circuit plate heat exchanger.
• Quiet fans located in externally mounted nozzle profile housing generating low sound levels.
• Controller using a state-of-the-art microprocessor.
• Compressors jackets box (less sound proofing) always installed.
• Hydro kits with or without buffer tank (750 litres) fitted on board or on the back (for units with total heat recovery option).
• One or two water pumps are available : standard pressure (150 kPa) or high pressure (250 kPa).
• Two independent and separate refrigerant circuits, complete with 5 or 6 hermetic scroll compressors in tandem or trio configuration for each circuit.
• Operate with HFC 410A refrigerant.
• Each unit consists of two independent refrigerant circuits and is constructed on a 4-meter long base.
• Complete with high efficient and high technology components.
• Hermetic Scroll compressors with high efficiency and low vibration emissions.
• Electronic expansion valves.
• "True dual" circuit plate heat exchanger.
• Quiet fans located in externally mounted nozzle profile housing generating low sound levels.
• Controller using a state-of-the-art microprocessor.
• Compressors jackets box (less sound proofing) always installed.
• Hydro kits with or without buffer tank (750 litres) fitted on board or on the back (for units with total heat recovery option).
• One or two water pumps are available : standard pressure (150 kPa) or high pressure (250 kPa).
• Two independent and separate refrigerant circuits, complete with 5 or 6 hermetic scroll compressors in tandem or trio configuration for each circuit.
