Overlying network secondary water supply energy saving controlling device

Abstract

The invention discloses an overlying network secondary water supply energy saving controlling device, mainly comprising a controller, a GPRS monitoring module, a display and setting module, an alarm module and an electric energy metering module. The controller is respectively in connection with the GPRS monitoring module, the display and setting module, the alarm module and the electric energy metering module, and is also in connection with a water intake pressure sensor, a water outlet pressure sensor, a flow detection device, and a frequency converter wire; a tap water inlet pipe is directly in series connection with a current stabilization pot water inlet; a current stabilization pot water outlet is in connection with a water supply pump for pressurization; the tap water inlet pipe is also provided with a backflow preventer; an current stabilization pot is equipped with a negative pressure eliminator and a pressure meter; a water outlet pipe is equipped with an air pressure water pot. The beneficial effects are that the overlying network secondary water supply energy saving controlling device has the advantages of simple structure, less investment, energy-saving operation, strong adaptability, reasonable system regulation, convenient and simple control and good use effects.

Description

technical field [0001] The invention relates to the technical field of secondary water supply, in particular to an energy-saving control device for secondary water supply with stacked pipe networks. Background technique [0002] With the rapid development of urbanization, there are more and more high-rise buildings. Since the pressure of municipal tap water cannot meet the water demand of high-rise buildings, the application of secondary water supply in high-rise buildings will also be very common. Pipe network superimposed secondary water supply can use the pressure of tap water inlet pipe to achieve energy saving effect, and it occupies a small area, saves investment and saves electricity. It has been widely used in many secondary water supply occasions. However, most of the existing pipe network superimposed secondary water supply systems have the disadvantages of low degree of control specialization, poor adaptability, and prone to shutdowns and other failures that affec...

AI Technical Summary

Problems solved by technology

However, most of the existing pipe network superimposed secondary water supply systems have the disadvantages of low degree of control specialization, poor adaptability, and prone to failures such as shutdown, which affect the use of deficiencies.

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