|Country of Origin||Made in India|
|Input Voltage||380-420 V|
|Packaging Type||Wooden Box|
|Heating Capacity||25 kW|
|Sound Pressure Level||50 dBA|
|Water Flow Rate||80 LPM|
|Water Pressure Drop||16 KPa|
|Refrigerant Gas Pipe Dia||22.2 mm|
|Refrigerant Liquid Pipe Dia||9.52 mm|
|Net Weight||108 Kg|
Better Performance at High Ambient:
The Performance of a VRF System Is Not Affected by Ambient Air Temperature Since the Cooling Water Is Maintained at a Constant Temperature Irrespective of a Rise in Ambient:. Hence, There Is Very Little Deration in Capacity of the System.
Efficient Operation at Higher Ambient:
Both Performance and Efficiency Are Better at Higher Ambient, as Compared to Air-cooled Systems, Due to Minimum Deration and Lower Operating Costs. The Cop of Water-cooled VRF Units Is Very High. Considering a VRF System Is Very Efficient at Part Load Operation, Water-cooled Condensers, Increase Part-load Efficiency Even Further Despite Higher Ambient Temperatures.
There are no units exposed on the sides of the building in case of Water-Cooled Systems, resulting in better aesthetics.
Unlike in a conventional system, no hot air Is discharged from a water-cooled unit. Emission of hot air is always a disturbance for people around, both in terms of the heat as well as the sound generated by the air blown. Moreover, there are no fans running to blow hot air out. This ensures quiet relatively cooler surroundings.
Flexible Location of Units:
Water Cooled VRF condensing units can be located in a small shaft or balcony even without ventilation. They can also be located in basements since air circulation is not required for water-cooled condensers.
Safe in Chemical Environments:
Water-Cooled systems are ideal in chemically corrosive atmospheres since there is no exposed heat exchanger that may get corroded due to chemicals in the air.