Post by khatunejannat on Feb 15, 2024 0:09:16 GMT -5
Before explaining what a centrifugal pump is and how it works, we have to briefly talk about hydraulic pumps , which is its technological predecessor and with which it shares many characteristics. The hydraulic pump is a type of machine that transforms the energy with which it moves into hydraulic energy to move water or another fluid from point A to point B, taking advantage of the force generated by the pump itself and the dynamics of channeled fluids. There are different types of pumps depending on the energy that activates them: manual pumps, or rocker pumps, which take advantage of human strength to propel water; hydraulic pumps, such as waterwheels, which take advantage of the force of water to move the fluid; pneumatic pumps, which use compressed air and, the most common nowadays, electric pumps, which use electricity to move the pump mechanism. What is a centrifugal pump for? A centrifugal pump is a type of pump that transforms the mechanical energy of an impeller, called an impeller, into fluid pressure energy. The centrifugal pump converts the mechanical energy with which it is driven into hydraulic energy.
What is the operation of a centrifugal pump? The centrifugal pump works in the following way: The fluid or water enters through the Cuba Email List center of a channel located at the top of the pump, which is called the impeller or impeller. The centrifugal force produced by the pump, thanks to the external energy it receives, causes this fluid to move with strong pressure towards the outside, and is collected in the casing or body of the pump . The internal structure of the pump makes the liquid finally exit to the outside through an outlet pipe. Centrifugal pumps work according to the principle established in the Euler equation .They are generating machines that facilitate the circulation of fluids so that they can overcome the greater pressure they face.
Fluids do not need any additional energy when they go from a place where there is more pressure to one where there is less pressure. Take as an example the air that is enclosed in a balloon. If we release the knot, it will deflate without problem because the air inside is under more pressure than the air at its exit. In the example in question, the liquid, before entering the pump, cannot circulate through the pipes because the air pressure in the pipe is higher than that in the tank where the water is. That is why they need that additional energy that the pump provides in order to increase their pressure capacity. The centrifugal pump is the most commonly used equipment currently to pump water or other fluids such as fuel. We will find it in irrigation systems, drinking water distribution, and in factories or industries of all types.
What is the operation of a centrifugal pump? The centrifugal pump works in the following way: The fluid or water enters through the Cuba Email List center of a channel located at the top of the pump, which is called the impeller or impeller. The centrifugal force produced by the pump, thanks to the external energy it receives, causes this fluid to move with strong pressure towards the outside, and is collected in the casing or body of the pump . The internal structure of the pump makes the liquid finally exit to the outside through an outlet pipe. Centrifugal pumps work according to the principle established in the Euler equation .They are generating machines that facilitate the circulation of fluids so that they can overcome the greater pressure they face.
Fluids do not need any additional energy when they go from a place where there is more pressure to one where there is less pressure. Take as an example the air that is enclosed in a balloon. If we release the knot, it will deflate without problem because the air inside is under more pressure than the air at its exit. In the example in question, the liquid, before entering the pump, cannot circulate through the pipes because the air pressure in the pipe is higher than that in the tank where the water is. That is why they need that additional energy that the pump provides in order to increase their pressure capacity. The centrifugal pump is the most commonly used equipment currently to pump water or other fluids such as fuel. We will find it in irrigation systems, drinking water distribution, and in factories or industries of all types.