Thursday 9 April 2015

How to measure the ph of a solution with pH controller?

In the technological era, industries and manufacturing companies are using the cutting-edge machineries and control process system with an intention to produce quality products without any technical and environmental disturbance. An industry performs their manufacturing activities in order to provide quality products in the market to the customers and clients. Obviously, an industry uses high-end machineries as they help in producing quality products in quick time. But, the industrial measuring devices have also become an essential part of the companies. Such instruments are used to measure, monitor and control the various parameters that could harm the working procedure of an industry.



In the industries of manufacturing, food processing, beverages products, water treatment plant, water plays a significant role as it is required for the production processes. In such conditions, a reliable pH controller is used with an objective to measure and control the quality of the water body. It is a very vital control process system used in the industries to check the quality of the water.

Actually, water contains can harmful and noxious chemicals which can ruin its quality. Thus, it becomes essential to keep a regular monitor the liquid solution. The dissolved chemicals and impurities available in the water body are known as acidic and alkaline which needs to be detected on a constant basis. A device can easily track the percentage of acidic and alkaline available in the solution. Basically, a device controls the ph value that is available in the hydro solution.

A programmable pH controller has two inbuilt sensors which run on electricity. They are immersed in the liquid solution in order to check the availability of the harsh chemicals, salt and other impure substances. These sensors are known as electrodes that are very sensitive and require proper maintenance.

But most of the industries are frequently buying a device because is not only measures the level of impurity but also refines the water quality that can be used for the production process.

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