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WATER TO WATER CHILLERS / HEAT PUMPS
Machines for the production of chilled water or, in heat pump versions, hot water. The cold water produced will serve for air conditioning of the room or for taking out the heat developed in various industrial processes. The machines are intended for installation indoors and are water-cooled.
Venice
Refrigerant: R407C 
Cooling capacity: from 5,3 to 9,7 kW
Heating capacity: from 6,1 to 10,9 kW
Reduced dimension low chiller range with Scroll compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained using a reversing valve in the refrigeration system.
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WRL
Refrigerant: R410A
Cooling capacity: from 7 to 40 kW
Heating capacity: from 8 to 48 kW
Low chiller range with Scroll compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained using a reversing valve in the refrigeration system.
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NRW
Refrigerant: R407C
Cooling capacity: from 5,5 to 38,2 kW
Heating capacity: from 6,9 to 44,5 kW
Low chiller range with rotary or Scroll compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained using a reversing valve in the refrigeration system.
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VXT
Refrigerant: R410A
Cooling capacity: from 6,39 to 15,26 kW
Heating capacity: from 7,52 to 17,79 kW
Low heat pump range with Scroll compressors and plate type exchangers. The units are suitable for geothermic operation and for solar panel integration. The cooling/heating switch takes place by reverting the refrigerant flow.
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NBW
Refrigerant: R407C
Cooling capacity: from 36 to 90 kW
Heating capacity: from 42 to 97 kW
Medium chiller range with Scroll compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained managing the hydraulic circuit.
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NXW
Refrigerant: R410A
Cooling capacity: from 106 to 385 kW
Heating capacity: from 119 to 419 kW
Medium chiller range with Scroll compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained managing the hydraulic circuit (standard models) or the cooling circuit (H models).
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WSA
Refrigerant: R134a
Cooling capacity: from 179 to 715 kW
Heating capacity: from 191 to 767 kW
High chiller range with twin-screw compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained managing the hydraulic circuit.
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WSB
Refrigerant: R134a
Cooling capacity: from 172 to 704 kW
Heating capacity: from 184 to 741 kW
High chiller range with twin-screw compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained managing the hydraulic circuit.
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WSH
Refrigerant: R134a
Cooling capacity: from 166 to 672 kW
Heating capacity: from 183 to 784 kW
High chiller range with twin-screw compressors and plate type exchangers. The commutation between chiller and heat pump operation is obtained using a reversing valve in the refrigeration system.
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TW
Refrigerant: R134a
Cooling capacity: 285 kW
High chiller range with plate type exchangers and compressor with magnetic levitation bearings.
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WF
Refrigerant: R134a
Cooling capacity: from 616 to 1492 kW
Heating capacity: from 634 to 1535 kW
High chiller range with twin-screw compressors and tube core exchangers. The commutation between chiller and heat pump operation is obtained managing the hydraulic circuit.
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