Reciprocating pump flow rate issue
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The operation of a reciprocating pump involves intermittent processes of suction and compression; how is it possible to ensure a steady flow rate?
Reciprocating pumps smooth out the flow by using air chambers or pulse buffers installed in the outlet pipeline, thereby ensuring a steady delivery of flow rate. These devices are capable of absorbing the pulsations generated by the reciprocating motion of the piston, thereby enabling a more uniform and continuous fluid output. At the same time, using multiple pump heads to operate in parallel can also improve the uniformity of fluid delivery. .
Pulse dampers are installed at the pump inlet and outlet to ensure stable flow delivery. (Purchase a reciprocating pump. The manufacturer will supply it as a complete set)
I would like to ask what the principle of a pulsating damper is
This post was last edited by Zhongyuanren on 2024-10-24 at 11:08. It serves the same purpose as the accumulator in the aircraft’s lubrication system. A reservoir is an energy storage device that can store hydraulic pressure in a pressure-resistant container and release it when needed. The accumulator is an important auxiliary component in hydraulic systems; it plays a crucial role in ensuring the proper operation of the system, improving its dynamic performance, maintaining operational stability, extending its service life, and reducing noise. The benefits that accumulators bring to the system in terms of cost savings, energy efficiency, safety, reliability, and environmental protection are very significant.
Refer to Common working principles of accumulators: https://bbs.hcbbs.com/forum.php?mod=viewthread&tid=5664718&shareuid=301199