There are 3 branch pipes of the same diameter at different positions on a main pipe, and it is required that the flow rates in these branch pipes be equal. What is the simplest way to achieve this?
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There are 3 branch pipes of the same diameter at different positions on a main pipe, and it is required that the flow rates in these branch pipes be equal. What is the simplest way to achieve this?
Three nozzles are evenly arranged at 120° on the same cross-section of the main pipe. In the precise preparation of the mixture, this approach is used: meticulous work is required, and uniform resistance across each branch pipe is essential to achieve the desired result
"It is a good approach to arrange the three nozzles at 120° intervals on the same cross-section of the main pipe. However, such fittings are rare, and welding them is difficult; casting or forging could be considered as alternatives. If the branch pipes are arranged above, below, or horizontally relative to the main pipe, flow-limiting orifice plates can be used
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It’s not enough that the pipe diameters are the same; the lengths of the branch pipes must also be identical. So it’s hard to achieve without self-control.
Is the distance between the final discharge points of these three branch pipes large? If they are close to each other, simply connect the three exit points; since the outlet diameters are the same, the flow rate will be the same as well.
For branch pipelines, the resistance in each branch is the same, but the flow rate is not necessarily identical