How should the inlet pipeline of the pump be installed, laterally or axially?
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What are the advantages of lateral and axial installation of the pump inlet pipeline? The inlet pipeline of the slurry pump in our unit was previously installed laterally, but it was later changed to an axial installation. What are the advantages of this?
Either turn near or turn far away; this is probably the difference between axial and lateral directions.
Could you explain it more clearly? Is it determined by the installation environment on site? Shouldn’t we consider the advantages and disadvantages of these two methods?
It depends on the type of pump; some pumps have axial feeding while others have lateral feeding! http://www.epumpnet.com/uploadpic/20079/2007949502939186.jpghttp://img1.imgtn.bdimg.com/it/u=3725618557,3502515760&fm=21&gp=0.jpg
Personally, I don’t think this is a problem; there’s no significant difference between axial and lateral directions
Personally, I think there is still a difference; axial suction should be easier than lateral suction! For the area of a circle, the pressure at its center is relatively the lowest!
There shouldn’t be much difference between the two installation methods; it simply depends on the specific conditions at the site!
For homogeneous light fluids, the method of installation has little impact; the main considerations are the location, ease of operation, and aesthetics. For heavy fluids and mixed fluids, it is best to install the inlets axially in order to minimize pipeline resistance and sedimentation issues
Well, I asked the experienced technician today, and he said the same thing: axial feeding can reduce resistance and the deposition of some particles.
Axial feeding reduces the pump’s NPSHr
Are you referring to closing the entire inlet, or installing an eccentric reducer at the inlet?