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The process of incorporating different liquid chemicals into the fluid in a process for a certain time period/at a certain rate is expressed as dosing. The pump needed for the success of the dosing process is called the dosing pump. These functional pumps can be actively used in industries such as water treatment, agriculture, manufacturing, chemical, mining, food or construction.

 In the industrial field, there are pump types such as motorized, non-electric or electromagnetic. Thanks to the dosing pumps, it is possible to dose the fluids very precisely. Conventional dosing pumps are fed from hydraulic or mechanical systems. However, digital technologies come to the fore in electromagnetic dosing pumps. This guarantees much more precise use. Today, dosing pumps can operate mostly with diaphragm or piston-like mechanisms.

What is Electromagnetic Dosing Pump?

The pumps, known as electromagnetic dosing pumps and which are more widely used today compared to conventional dosing pump types, serve the purpose of precise dosing of liquid chemicals. The system uses an electromagnetic coil to dose liquids. Said coil imparts motion to a movable piston that controls the flow of fluid. It is possible to list the basic features of electromagnetic dosing pumps as follows:

● First of all, these pumps attract attention with their dosing capacity. Electromagnetic dosing pumps are capable of dosing between 0.1 lt/hour and 95 lt/hour. In this respect, it cannot be compared with other dosing pumps.

● It is used efficiently in industrial chemistry, water treatment, food, medicine, agriculture and many other fields.

● Electromagnetic dosing pumps also offer great ease of maintenance. Because it is simple in design, users adapt quickly.

Working Principle of Electromagnetic Dosing Pumps

The working logic of electromagnetic dosing pumps is extremely transparent and effective. In said pumps, an electromagnetic coil moves a movable piston. After this movement, the piston easily controls a valve that separates the part of the liquid in the pump and the outlet channel. When an electric current is applied to the coil, the magnetic field immediately attracts the moving piston. This contributes to the opening of the liquid valve.

When the magnetic field is interrupted, the piston is pushed back by the spring. Thus, the liquid valve is closed. This entire cycle contributes to a much more precise dosing of the fluid. You can contact Sisdoz to obtain electromagnetic dosing pumps or to get detailed information about the products.