A reciprocating pump is also known as a positive displacement pump. it is a device that converts mechanical energy into hydraulic energy by sucking the liquid into a cylinder, it discharges a definite quantity of liquid. it is often used where a small quantity of liquid is to be handled and where delivery pressure is quite significant. Working principle of a reciprocating pump with diagram. this type of pump consists of a piston that moves forward and backward in a close fitting cylinder. the movement of the piston is obtained by connecting the piston rod to the crank using a connecting rod. the crank is rotated using an electric motor.
A reciprocating pump is a type of positive displacement pump that uses a reciprocating component (i.e., plunger or piston) to pump the fluid from one area to another. the reciprocating piston or plunger converts the mechanical energy of the fluid into pressure energy. in this pump, the reciprocating piston or plunger reciprocates in an upward. Ting pumps by a stationary cylinder containing a piston or plunger. a reciprocating pump is a mechanical device that converts hyd. aulic energy from mechanical energy into a fluid (pressure energy). the. fluid is pumped from one area to another using a piston or plunger. a reciprocating pump is often known as a pis. parts of reciprocating pump. A reciprocating pump is a positive displacement pump. this means, the liquid is first sucked into a cylinder and then displaced or pushed by the thrust of a piston or plunger. the pump consists of a cylinder and a piston. the cylinder is in communication with suction and delivery pipes. the piston is moved back and forth in the cylinder by an. 1. reciprocating pumps family tree, operating principle and working 2. characteristics 3. applications 4. difference between centrifugal and reciprocating pump 5. discharge through a reciprocating pump 6. workdone by a reciprocating pump 7. discharge, work done and power required to drive a double acting pump 8. slip of a reciprocating pump 9.
A reciprocating pump is a positive displacement pump. this means, the liquid is first sucked into a cylinder and then displaced or pushed by the thrust of a piston or plunger. the pump consists of a cylinder and a piston. the cylinder is in communication with suction and delivery pipes. the piston is moved back and forth in the cylinder by an. 1. reciprocating pumps family tree, operating principle and working 2. characteristics 3. applications 4. difference between centrifugal and reciprocating pump 5. discharge through a reciprocating pump 6. workdone by a reciprocating pump 7. discharge, work done and power required to drive a double acting pump 8. slip of a reciprocating pump 9. 1.3 types of pumps 3 1.4 reciprocating pumps 4 1.5 other types of pumps 11 1.6 centrifugal pumps 12 2 centrifugal pumps: design and construction 19 2.1 introduction 19 2.2 impellers 19 2.3 pump casings 25 2.4 wearing rings 31 2.5 shaft 34 2.6 stuffing boxes 35 2.7 mechanical seals and seal housings 38. The piston rod helps the piston to move in a linear direction i.e. either the forward or the backward directions. crank and connecting rod: for rotation, the crank is connected to the power source like an engine, motor, etc. whereas the connecting rod acts as an intermediate between the crank and piston for the conversion of rotary motion into linear motion.
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