Technical specifications:
Temperature range of outlet: 35 -55Cº
Accuracy: ± 2ºC
Max. hydrostatic pressure: 10 bar
Max. dynamic pressure: 5 bar
Max. temperature: 100ºC
Max. inlet pressure ratio (H/C or C/H): 2:1
Min. temperature difference between hot and mixed water: 10ºC
Min. flow rate to ensure stable temperature: 4 l/min
Connector size: M1/2", 3/4"
Material:
- Body: DZR brass, chrome plated |
- Seals: EPDM |
- Springs: stainless steel |
- Cartridge: brass |
Function:
The 8010 series is used in solar heating systems for hot water application. It is designed to maintain the set temperature of the mixed water supplied when there are variations of temperature and pressure conditions (incoming hot and cold water) or water's flow rate.
The series has also an anti-scald function which prevents from accidental scalds by shutting off the hot water flow in case of a failure of cold water supply. This series can be used continuously at high temperatures of incoming hot water from the solar storage tank.
The controlling element of the automatic thermostatic mixing valve is the temperature sensor. It is fully immersed in the water outlet passage. As the sensor reacts to the changes of water temperature, it regulates continuously the proportion of cold and hot water coming into the valve. The flow of cold and hot water is controlled by a piston which slides into a cylinder located between the hot and cold inlets. The temperature of the mixed water in the outlet is always determined by the settings.
The 8010 series is used in solar heating systems for hot water application. It is designed to maintain the set temperature of the mixed water supplied when there are variations of temperature and pressure conditions (incoming hot and cold water) or water's flow rate.
The series has also an anti-scald function which prevents from accidental scalds by shutting off the hot water flow in case of a failure of cold water supply. This series can be used continuously at high temperatures of incoming hot water from the solar storage tank.
The controlling element of the automatic thermostatic mixing valve is the temperature sensor. It is fully immersed in the water outlet passage. As the sensor reacts to the changes of water temperature, it regulates continuously the proportion of cold and hot water coming into the valve. The flow of cold and hot water is controlled by a piston which slides into a cylinder located between the hot and cold inlets. The temperature of the mixed water in the outlet is always determined by the settings.
