ent pumps. In other
words, the method that is used to supply the energy to the liquid determines
the category into which the pump is placed.
So, there are two main categories of pumps:
i. Roto-Dynamic pumps (non positive displacement pumps).
ii. Positive displacement pumps.
Pumps duties may be range from a low pressure of a fraction of a bar and small capacities of a few litters per minute to a high pressure of several hundred bars and large capacities so, each of those categories has sub-groups consisting different types of pumps as shown in the following diagram:
Basically, pumps that discharge (pump) liquid in continuous flow are referred to non positive displacement pumps (Roto-Dynamic pumps) and those pumps that discharge liquid separated by a period of no discharge are referred to positive displacement pumps
So, there are two main categories of pumps:
i. Roto-Dynamic pumps (non positive displacement pumps).
ii. Positive displacement pumps.
Pumps duties may be range from a low pressure of a fraction of a bar and small capacities of a few litters per minute to a high pressure of several hundred bars and large capacities so, each of those categories has sub-groups consisting different types of pumps as shown in the following diagram:
Basically, pumps that discharge (pump) liquid in continuous flow are referred to non positive displacement pumps (Roto-Dynamic pumps) and those pumps that discharge liquid separated by a period of no discharge are referred to positive displacement pumps
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