Centrifugal pumps - Induris

A centrifugal pump is a type of dynamic pump. Based on Bernoulli’s Law, this pump converts the kinetic energy of a flowing fluid into static pressure. To illustrate the concept of centrifugal force, consider a simple example: imagine shaking a bucket of water using a rope in a circular path. In this example, the force pushes the water to the bottom of the bucket, which is the centrifugal force. This force will cause the water to be ejected if a hole is made in the bottom of the bucket. If in this example, an inlet pipe is installed at the top of the bucket, the vacuum created by the water exiting from the other side will draw the water from inside the pipe. But what is the role of this force in the centrifugal pump? Simply put, we can consider the bucket as equivalent to the pump casing and the inlet pipe as analogous to the inlet and outlet fluid. The rope and the arm of the person applying the force represent the pump impeller. How a centrifugal pump works: Centrifugal or centrifugal pumps affect the fluid flowing through them in several stages.
After entering the pump, the fluid or fluid approaches the propeller blades and the center The pressure of this area decreases The electric motor forces the impeller to rotate In this position, the fluid rotates along with the impeller and its kinetic energy increases The centrifugal force mentioned throws the liquid out and the pump shell is filled with fluid Kinetic energy of the fluid when exiting From the pump, it is converted into pressure potential energy Note: The special design of the outlet duct is very effective in the last step