Automatic continuous water distribution system

Abstract

The invention discloses an automatic continuous water distribution system applied in multiple industrial production water distribution links. The system is characterized in that the system comprises a raw material automatic sampling and moisture measuring meter, a raw material weight acquisition device, a PLC data processing module, a controllable water supply device, a liquid flow measuring instrument, a finished product automatic sampling and moisture measuring instrument, a voltage stabilizing controller, and a display operation touch screen. The display operation touch screen is provided with two parameter settings which are a water proportion setting and a zero point setting. The automatic continuous water distribution system has the advantages that the fully automatic high precision continuous water supply of a water distributing link in an industrial production process is realized, the disadvantages of discontinuous container measurement water supply and low efficiency are avoided, the errors of artificial operations in production water distribution links are eliminated, the influence of many important factors on the water adding precision is avoided, the precision of water adding is greatly raised, the water consumption of a producer is saved, the environment is protected, the labor is reduced, and the productivity is raised.

Description

technical field [0001] The invention relates to an automatic continuous water distribution system, specifically an automatic continuous water distribution system for industrial production water distribution links, belonging to the field of precision control of industrial production involving raw material water distribution processing, such as precise water distribution in the production of food, building materials, and metallurgy. [0002] Background technique [0003] In the process of adding water that requires a large amount of water in the current industrial production, manual visual inspection of the amount of raw materials is often used to control the size of the water valve, or the volume of the material is measured by a container, and the corresponding volume of water is measured according to the required ratio and then mixed with the material. So as to achieve the purpose of controlling the size of the water volume. The production efficiency of the control method i...

AI Technical Summary

Problems solved by technology

The production efficiency of the control method is low, and because the accuracy of water distribution is extremely low due to the influence of the different moisture content in the material, the mixing of the material and water is far from meeting the requirements of the water content required for the production of raw materials, which greatly affects the quality of the product. Quality, while resulting in the waste of water resources can not be fully utilized and the loss of artificial productivity

The simple industrial computer control mode does not take into account the measurement of the moisture content of raw materials and finished products, that is, humidity, so there is also the disadvantage of rough control methods

Images