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Mono pump is a type of positive displacement pump that carries the fluid through the gaps between the stator, which is an elastomer inside, and the rotation of the eccentric rotor connected to the motor. Its mechanism works depending on the compression and expansion movements that occur as the rotor rotates. This process also creates a cyclical flow. The liquid moves in the helical channels of the stator or the rotor, which rotates as a result of contact.

As the rotor rotates, the compression and expansion movements are constantly repeated, so the liquid is constantly pumped. Thanks to this working principle, mono pumps provide the best way to transfer liquid without stopping. At the same time, the continuous rotation of the rotor ensures that the compression movement on the rotor surface is pushed to the stator surface. This pushing movement directs the compressed liquid from the inlet to the outlet. forces. In short, this working principle facilitates the passage of liquid through the mono pump and the continuity of the flow.

What are the Functional Features of Mono Pump?

Mono pump is a pump that helps various usage areas with its many functional features. It would be more useful to talk about its operating features before its functional features. First of all, mono pumps have a mechanism that does not create turbulence with a pulsation -free and constant flow. Therefore, it does not change the viscosity of the product. At the same time, it does not disrupt the chain structure of the product and does not break down the fibers. It has different and superior functional features compared to pump types such as gear, vacuum, diaphragm, piston and lobe pumps. The general functional features of mono pumps can be explained as follows:

● It prevents solid and semi-liquid fluids from becoming watery and foaming. Accordingly, it maintains product quality.

● It protects the chemical and physical properties of the product without changing it.

● Since it operates without valves, it has a structure that is resistant to wear and corrosion.

● It supports continuous flow by vacuuming from 8.5 m.

● It is preferred in different production areas as it works in all kinds of viscosity.

● It is easy to use as operating pressure and discharge flow rate can be adjusted.

What is the Difference of Mono Pump from Other Pump Types?

In terms of how a mono pump works, it is useful to mention its difference from other pumps. Although each pump has a certain functioning, the mono pump has some different operating features. These features clearly differentiate it from other pump types.

First of all, there are models with a pumping capacity of up to 260 m3/h, independent of pressure and viscosity, in proportion to the number of rotations of the mono pump. This operating feature provides superior performance regardless of viscosity. Another technical feature is that it provides pressure up to 40 bar. This pressure capacity indicates that the mono pump is powerful and suitable for use in specific production areas. It also provides reliable performance even at wide rotation ranges and high constant temperatures.

Another feature is that it is self-priming. Being self-priming, it expels any air or gas that may occur during the process and ensures uninterrupted operation. The valveless operation feature, which requires less maintenance, also prevents malfunctions. Pumping temperature from -30ºC to +160ºC is a feature that provides flexibility in many application areas. In this respect, it differs from most pump types and stands out.

Advantages of Mono Pumps

Using mono pumps in production facilities brings many advantages. This being the case, these pump types are one of the first choices of various industrial areas. The important advantages of mono pumps are as follows:

● It operates at high efficiency with its rotor-stator design.

● It has flexible weight bearing capacity from low viscosity liquids to high viscosity liquids.

● Thanks to its self-priming feature, it absorbs liquids without the need for an additional pump.

● It has low maintenance requirements due to its simple design and few parts. For this reason, it does not malfunction easily and its performance does not decrease.

● Thanks to its high pressure capacity, it can transport liquid to long and high distances. This feature enables liquid transfers to be carried over long distances.

● Business-specific solutions can be produced with accessories such as dry running sensor and high pressure sensor.

● It is possible to produce solutions for many applications with stainless steel or cast steel body alternatives, Viton, EPDM, NBR and various food series stators.

● It is possible to control, reduce or increase the pump speed and flow rate from automation by controlling the electric motor with a frequency inverter.