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An air vessel in the delivery side of a reciprocating pump
- a)maintains steady discharge output
- b)prevents cavitation in the system
- c)enables suction head to be increased
- d)enables the pump to run at higher speed
Correct answer is option 'A'. Can you explain this answer?
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An air vessel in the delivery side of a reciprocating pumpa)maintains ...
Function ofair vessel fitted on delivery side:
(i) Almost constant delivery discharge is obtained.
(ii) Reduction in friction loss and hence saving in power.
(i) Almost constant delivery discharge is obtained.
(ii) Reduction in friction loss and hence saving in power.
Most Upvoted Answer
An air vessel in the delivery side of a reciprocating pumpa)maintains ...
Role of Air Vessel in a Reciprocating Pump
An air vessel is an essential component on the delivery side of a reciprocating pump, serving multiple purposes to enhance pump performance. However, the primary function is to maintain a steady discharge output.
Maintains Steady Discharge Output
- The air vessel acts as a buffer between the pump and the system it supplies, absorbing pressure fluctuations that occur during the pump's operation.
- As the reciprocating pump operates, it generates pulsating flow due to the alternating suction and discharge strokes. The air vessel smooths out these pulsations, providing a more consistent and steady flow of liquid to the delivery pipeline.
- This steady discharge is crucial for applications where uniform flow is vital, such as in irrigation systems, water supply, and industrial processes.
Other Functions of an Air Vessel
- Prevents Cavitation: Although it does help mitigate cavitation, its primary role is not to prevent it directly but rather to stabilize pressure.
- Enables Suction Head to be Increased: The air vessel does not directly influence the suction head; its function is more related to the discharge side.
- Enables the Pump to Run at Higher Speed: While the presence of an air vessel can allow for increased operational efficiency, it does not inherently enable the pump to run at higher speeds.
In summary, the air vessel's main role in a reciprocating pump is to maintain a steady discharge output by smoothing out pressure variations, thus ensuring a reliable and consistent flow of liquid in the system.
An air vessel is an essential component on the delivery side of a reciprocating pump, serving multiple purposes to enhance pump performance. However, the primary function is to maintain a steady discharge output.
Maintains Steady Discharge Output
- The air vessel acts as a buffer between the pump and the system it supplies, absorbing pressure fluctuations that occur during the pump's operation.
- As the reciprocating pump operates, it generates pulsating flow due to the alternating suction and discharge strokes. The air vessel smooths out these pulsations, providing a more consistent and steady flow of liquid to the delivery pipeline.
- This steady discharge is crucial for applications where uniform flow is vital, such as in irrigation systems, water supply, and industrial processes.
Other Functions of an Air Vessel
- Prevents Cavitation: Although it does help mitigate cavitation, its primary role is not to prevent it directly but rather to stabilize pressure.
- Enables Suction Head to be Increased: The air vessel does not directly influence the suction head; its function is more related to the discharge side.
- Enables the Pump to Run at Higher Speed: While the presence of an air vessel can allow for increased operational efficiency, it does not inherently enable the pump to run at higher speeds.
In summary, the air vessel's main role in a reciprocating pump is to maintain a steady discharge output by smoothing out pressure variations, thus ensuring a reliable and consistent flow of liquid in the system.
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An air vessel in the delivery side of a reciprocating pumpa)maintains steady discharge outputb)prevents cavitation in the systemc)enables suction head to be increasedd)enables the pump to run at higher speedCorrect answer is option 'A'. Can you explain this answer?
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An air vessel in the delivery side of a reciprocating pumpa)maintains steady discharge outputb)prevents cavitation in the systemc)enables suction head to be increasedd)enables the pump to run at higher speedCorrect answer is option 'A'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about An air vessel in the delivery side of a reciprocating pumpa)maintains steady discharge outputb)prevents cavitation in the systemc)enables suction head to be increasedd)enables the pump to run at higher speedCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An air vessel in the delivery side of a reciprocating pumpa)maintains steady discharge outputb)prevents cavitation in the systemc)enables suction head to be increasedd)enables the pump to run at higher speedCorrect answer is option 'A'. Can you explain this answer?.
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