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Reciprocating Pumps topics include: Reciprocating pumps, reciprocating pumps main parts and working, reciprocating pumps discharge and classification, double acting pumps, velocity and acceleration variation, velocity variation effects on friction, suction and delivery pipes.
Here are some basics of reciprocating pumps: Components: Reciprocating pumps use a piston, plunger, or diaphragm to move fluid. Other components include: Suction pipe: Collects water from the water sump and sends it to the cylinder with a suction valve Delivery pipe: Connects the cylinder to the outlet source Delivery valve: A non-return valve that connects the cylinder to the delivery pipe outlet Connecting rod: Supports the crankshaft's rotational movement Piston: One of the most important components in a reciprocating pump
Other parts of a reciprocating pump include: Cylinder: Encloses the plunger Suction valve: A one-way valve that controls the flow of suction gas Discharge valve: A one-way valve that connects the delivery pipe and the cylinder
When choosing a reciprocating pump, you can consider things like: Flow rate and pressure Temperature Viscosity Composition of the fluid being pumped
Reciprocating pumps are positive displacement pumps that are used in applications that require a precise amount of fluid or a higher delivery pressure. They are often used for low-capacity, high-pressure service.
Related Test: Hydraulic Machines Practice Test: Centrifugal Pumps
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