The most important factor when it is necessary to choose a pump is the working conditions. Treatment is applied in industrial areas. For this reason, pumps are needed for the transportation, dosage and circulation of all kinds of liquids. There are many types of pumps with different technologies used in this field. Choosing and using the appropriate pump according to the structural characteristics of this process and the liquid affects the operating costs in a very positive way.
When choosing a pump, it is necessary to choose according to the need. Correct pump selection ensures smooth and problem-free production. It also optimizes energy costs. It will greatly reduce the time and cost spent for maintenance, service and spare parts.
Choosing the right pump model provides the manufacturer with the advantage of saving in many ways. These pumps, which are needed in all areas of life, are produced in different shapes and models. When choosing a pump, it should first be known what the substance to be transferred in the pump is. The pump model is an important factor for the quality transportation of the liquid.
The degree of fluidity of the liquid is very important in pump selection. You need to choose a pump depending on the density of the fluid. In this way, your process is realized much faster and more practically. It is also possible to avoid additional costs. When pump selection is preferred according to the fluidity of the liquid, circulation takes place more safely. Fluidity properties depend on density, viscosity, PH and percentage concentration ratio.
Pumps are electrically powered systems based on the principles of transferring energy from one medium to another. When the necessary conditions are met, high amounts of energy can be made available at low costs. The operating range of air source pumps is generally between -20°C and 46°C. In the heating mode at refrigerant temperature, the outside air temperature is 6-ll°C colder.
When choosing a pump, an appropriate choice should be made in order to prevent various problems. The condition of falling below the liquid pressure and vaporization pressure in the pump is called cavitation. Damage caused by a decrease in vapor pressure will pose a great threat to the pump. For this reason, in order to protect the pump, the minimum pressure defined as the positive suction head at the suction nozzle must be maintained. In this case, vapor pressure can be prevented by ensuring that the pressure applied is higher than the vapor pressure of the fluid.
Choosing Between Different Pump Types
Pumps are used extensively in the transfer of fluid products used or preferred in industrial areas. If the pump is selected correctly, the process will be completed more safely in a short time. You can make profit in various fields by choosing the most suitable one among different pump types.
You need to choose the pump type suitable for the product to be transferred and the application area. There are different types of pumps suitable for these various areas. Pump types are as follows:
Magnetic driven centrifugal pump type without shaft seal
Special product pump type
Barrel pump type
Centrifugal pumps have a very practical mechanism. This pump, which consists of an impeller structure, receives mechanical energy from electricity, diesel engine or turbine drive. It converts the mechanical energy it receives into kinetic energy with the impeller or diffuser inside. The basic materials in the pump include diffuser, volute and impeller. The usage areas of centrifugal pumps are as follows:
It is used in irrigation systems for agricultural purposes.
It is used to provide the booster system.
It provides reliable and quality use in fuel stations.
It is an effective pump type in wastewater treatment.
It is often preferred among pump selections. Diaphragm pumps are generally used in environments with compressed air in the range of 2-8 bar. In cases where air pressures are very high, the air regulator has the opportunity to reach average pressure values. In diaphragm pumps, compressed air is directed directly to the air inlet part of the pump by special methods. Thanks to this system, the reciprocating diaphragms in the inner part allow the movement.
Circulation pumps circulate hot water produced in the boiler or boiler through the heating system. It takes water into the pump before pumping the water around the heating system at a higher speed. Then it continues to operate by pressurizing the water with the impellers. This allows hot water to be pumped much more efficiently. The circulation pump has a water inlet and an outlet. The inlet is where the hot water is pressurized and the outlet is where the water is removed to flow around your home. The flow rate of the water is determined by the diameter of the inlet and outlet.
Fuel and Oil Transfer Pumps
Fuel and oil transfer pumps are used to transfer liquids such as diesel, water, gasoline and oil. It is used extensively in the automotive industry. The fuel in the fuel tank in your vehicle must somehow be transmitted to the injector. Fuel and oil transfer pumps perform this transmission. The fuel and oil pump forms the basis of the fuel system. The choice of pump selection in this area facilitates the transfer of these substances.
Chemical pumps are suitable for the transfer of corrosive, flammable and irritating chemicals classified as hazardous products. With different material options, it is one of the most frequently used equipment that should be available in every business. Chemical pumps can be used to transfer hazardous liquids up to high capacity thanks to their centrifugal features and electric motor. Chemical pumps must be preferred when choosing a pump for the transfer of hazardous substances.
Barrel pumps are designed to transfer liquids from closed containers. It is a type of pump with long and thick pipes. The transportation process takes place as a result of immersing the pump pipe in the closed container containing the fluid. The biggest difference of the barrel pump from other pumps is that the pump motor remains outside the fluid. In the unloading process, the fan at the end of the pipe in the barrel starts to rotate as a result of the motor drive.
What is the Pump Demanded for?
Pumps are mechanical devices that are used in almost every field of industry and realize the transfer of liquids. Pumps safely transfer various products. Different fluids are transported with different pumps. The area to be used is very important when choosing a pump. Choosing the right pump in this area has advantages in various ways.
International Norms Needed
No certification is required for pumps preferred in certain sizes and applications. However, in some areas, ATEX norm and Ex-Proof features are required due to ambient or fluid properties in applications. These criteria are among the required norms.
These requirements are very necessary in terms of explosive and flammable fluid applications. In the food industry, cosmetics and pharmaceutical industry, international certificates are required by hygienic standards.
3A Sanitary and FDA certificates are required. The pumps needed must be produced in a way to meet these norms. It is also very important that they are certified in accordance with these norms.
You can get information about the prices of the pumps produced by SANARISE company with high quality and under warranty with the company contact information. By being the brand’s signature behind each product offered for sale under warranty, it offers you support in the design and production of products that will provide the privilege of use for many years. By examining the website, you can purchase the product or products to take advantage of this privilege.