Under floor heating. VP380L Hydronic Heating and cooling
If high temperature DHW is not required, the VP380L is a single tank (as opposed to the split, multi-system tanks), providing 380 litres of hot (65degrees) or chilled water. Multiple VP380L tanks can be linked together to tailor supply to the requirements of any client. It can also be used as a replacement for an oil or gas boiler for central heating where radiators are the primary source of room heating. In this circumstance, heating water can also be branched through the DHW tank, to warm the tap water. Although because this configuration will not heat the DHW to the same temperature as a multi-system tank, additional heating in the DHW tank may be required.
Also from Polar Energi NZ
Under floor heating. VP380L Hydronic Heating and cooling
If high temperature DHW is not required, the VP380L is a single tank (as opposed to the split, multi-system tanks), providing 380 litres of hot (65degrees) or chilled water. Multiple VP380L tanks can be linked together to tailor supply to the requirements of any client. It can also be used as a replacement for an oil or gas boiler for central heating where radiators are the primary source of room heating. In this circumstance, heating water can also be branched through the DHW tank, to warm the tap water. Although because this configuration will not heat the DHW to the same temperature as a multi-system tank, additional heating in the DHW tank may be required.
Also from Polar Energi NZ
Under floor heating. VP380L Hydronic Heating and cooling
If high temperature DHW is not required, the VP380L is a single tank (as opposed to the split, multi-system tanks), providing 380 litres of hot (65degrees) or chilled water. Multiple VP380L tanks can be linked together to tailor supply to the requirements of any client. It can also be used as a replacement for an oil or gas boiler for central heating where radiators are the primary source of room heating. In this circumstance, heating water can also be branched through the DHW tank, to warm the tap water. Although because this configuration will not heat the DHW to the same temperature as a multi-system tank, additional heating in the DHW tank may be required.