Oscillating pressure regulation system

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Discussion Overview

The discussion revolves around designing a water system that utilizes a pressure valve to achieve rapid oscillation in response to inlet pressure exceeding a set pressure. The focus is on the functionality of pressure regulators or relief valves and their ability to oscillate effectively, rather than on the specifics of water output.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • Peter describes a desired system where a pressure valve oscillates by opening and closing rapidly in response to inlet pressure exceeding a set pressure.
  • Jeff suggests that a relief valve can achieve the desired oscillation and states that it works like that by default.
  • Another participant cautions that the accuracy of the oscillation may not be great and inquires about the volume of water to be dumped.
  • Peter responds that the volume is not important, emphasizing the need for the highest rate of oscillation and suggesting that tuning the system is necessary to achieve this.

Areas of Agreement / Disagreement

There is some agreement that a relief valve can achieve the desired oscillation, but there is uncertainty regarding the accuracy of this method and the specifics of tuning the system for optimal performance. The discussion remains unresolved regarding the best approach to achieve the desired oscillation rate.

Contextual Notes

Participants have not fully explored the limitations of the proposed solutions, such as the dependence on specific valve characteristics or the effects of varying inlet pressures and system configurations.

Who May Find This Useful

Individuals interested in fluid dynamics, mechanical engineering, or anyone looking to design systems involving pressure regulation and oscillation may find this discussion relevant.

Projectitis
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Hi all,

I'm after a water system involving some sort of pressure valve (pressure regulator, relief valve etc - whichever gets the job done) where the inlet pressure is always OVER set-pressure, and the valve oscillates (opens and closes rapidly) in response. It is this oscillation that is desirable in my case :)

I am hoping for some sort of system that:
- Water flows through system
- Inlet water pressure builds up to be higher than set-pressure
- Valve opens (etc) that dumps inlet pressure
- In response to the lowered inlet pressure the valve closes again
- Process repeats ad infinitum at a fast rate to oscillate the valve

I am not concerned by the output. I am simply dumping the water.

Does a relief valve work like this by default?
If not, does anybody know of a valve, or a modification to a valve, that will produce this property?

Thanks in advance!
Peter
 
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Projectitis said:
Hi all,

I'm after a water system involving some sort of pressure valve (pressure regulator, relief valve etc - whichever gets the job done) where the inlet pressure is always OVER set-pressure, and the valve oscillates (opens and closes rapidly) in response. It is this oscillation that is desirable in my case :)

I am hoping for some sort of system that:
- Water flows through system
- Inlet water pressure builds up to be higher than set-pressure
- Valve opens (etc) that dumps inlet pressure
- In response to the lowered inlet pressure the valve closes again
- Process repeats ad infinitum at a fast rate to oscillate the valve

I am not concerned by the output. I am simply dumping the water.

Does a relief valve work like this by default?
If not, does anybody know of a valve, or a modification to a valve, that will produce this property?

Thanks in advance!
Peter

A relief valve will get the job done. It does work like that by default.

-Jeff
 
Don't expect great accuracy though. Also, what sort of volume are you looking to dump?
 
Thanks guys. The volume of water is not important - I am after the highest rate of oscillation I can get. I'm guessing I just need to tune the system so that the set pressure is much lower than the input pressure, but not too low to keep the valve open.
 

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