Time-sharing pressure management control valve

Product overview:

Time-sharing zone pressure management control valve is a valve device that adjusts pressure according to time and regional needs. It dynamically adjusts the pressure of each zone to achieve higher system efficiency, energy saving and stability. The time-sharing pressure management valve can adjust the water supply pressure in the pipeline area at different times, eliminate local excess pressure, reduce pipeline network leakage, balance the pipeline network pressure, reduce the number of pipe bursts, and has a good effect on pipeline pressure regulation and maintaining the stability of pipeline water delivery. .

1. Improve system efficiency: By dynamically adjusting pressure according to actual needs, unnecessary energy loss is reduced, thereby improving the overall efficiency of the system.

2. Energy saving and emission reduction: By optimizing pressure control, it reduces energy consumption, reduces operating costs, and helps reduce environmental pollution.

3. Enhance system stability: The time-sharing zoning control method can respond to load changes more accurately and reduce pressure fluctuations, thereby improving system stability and reliability.

4. High flexibility: Different partition strategies can be set according to specific needs and working conditions, making the control more flexible and adaptable to various complex working conditions.

5. Improve equipment life: By reducing the impact of excessively high or low pressure on equipment, reduce equipment wear and extend service life.

6. Reduced maintenance costs: More accurate pressure control can reduce the frequency of system failures, thereby reducing maintenance and repair costs.

7. Intelligent management: Modern time-sharing pressure management control valves are often equipped with intelligent control systems, which can realize automatic monitoring and adjustment and improve the intelligence level of the system.

Parameter standards:

Application areas:It is suitable for systems that require regional pressure control, such as water conservancy systems, water supply networks and industrial process control.