
Termix One Solar
Application
The Termix One Solar is an instantaneous water heater, featuring superb heat extraction and high performance. The Termix One Solar is applicable for heating systems with buffer accumulators, solar systems or for other heat sources, where a very low return temperature is preferred. The water heater is available in three sizes, either for 1 apartment, for 1-4 apartments or for 5 up to 10 apartments. The large heat exchanger cools out the water in the primary return line very efficiently, thereby creating a very good operation economy. A flow switch in cold water mains is controlling the primary heating pump. An optional circulation pump together with a thermostat can maintain the circulating temperature at a desired temperature.
Domestic hot water (DHW)
The domestic hot water is prepared in the heat exchanger and the temperature is regulated with a thermostatic control valve. The patented sensor accelerator accelerates the closing of the thermostatic control valve and protects the heat exchanger against overheating and lime scale formation. The sensor accelerator and the thermostatic control valve also works as a bypass keeping the heat exchanger and supply line warm. This shortens the waiting periods. The sensor accelerator helps to ensure a stable hot water temperature by varying loads, flow temperatures and differential pressure without the need for readjusting the valve. There is no additional pressure loss on the secondary side of the DHW heat exchanger with a thermostatic control. Therefore this type of regulation can be used by low pressure in the cold water mains.
Options
The water heater can be supplied with built in non-return valve and safety valve mounted in the cold water supply.
Features and benefits
- Domestic hot water module
- DHW regulation with an accelerated thermostatic control
- Capacity: Up to 90 kW on DHW
- DHW in sufficient quantity
- Operates independent of differential pressure and flow temperature
- Pipes and plate heat exchanger made of stainless steel
- Minimized risk of lime scale and bacteria formation