Basically, many families now use this green, pollution-free and continuous new energy. However, many consumers are still not very confident about solar energy, so thermostatic valves will be used here. There is a lot of knowledge about thermostatic valves. Thermostatic valves are indispensable for solar energy. Let’s briefly introduce the knowledge about thermostatic valves.
1. Product application and functional characteristics
Thermostatic faucets are widely used in high-end hotels, entertainment venues, private apartments and public bathhouses, etc. Users can adjust the required temperature at will according to their needs. Set the required temperature first, and the temperature you need can be reached within 5 seconds after the water is discharged. When the cold water supply is lost, the water discharge will quickly and automatically shut down, which can effectively avoid burns.
The shell of this thermostatic faucet is made of 59Pb brass and complies with national standards. The temperature control valve core mesh is made of 304 stainless steel, which effectively prevents sediment and other debris from entering the valve core body and ensures that the valve core will lose control due to the entry of sediment during use. The valve core push rod adopts French Vernrt technology to ensure the accuracy of temperature control, and the temperature can be adjusted at will. The unique patented filtration structure completely solves the problem of flow reduction in the valve core due to filtration. The thermostatic valve core adopts an assembled structure design and can be easily cleaned.
II. Technical Parameters
1. Operating pressure: 0.05-1.0MPa
2. Recommended pressure: 0.1-0.5MPa. Please install if it exceeds the recommended pressure range. A flowing 0.5MPa reducer tube.
3. Cold water supply temperature: 5-29℃, hot water supply temperature: 50-80℃
4. Outlet water temperature range: 20-50℃, optimal temperature 38℃< /p>
5. Safety test: Within 5 seconds of turning off the cold water, the outflow rate will automatically drop below 1.9L/min, the outflow volume will be less than 150ml, and the outflow temperature will be less than 49°C.
6. Outlet water temperature stability test: When the inlet water temperature remains unchanged and the inlet water pressure changes by 20%, the outlet water temperature is ±1.5°C of the set temperature; when the inlet water pressure remains unchanged, the hot water temperature Change from 50-80℃, the outlet water temperature is ±1.7℃ of the set temperature.