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Thanks a lot. I used to thought that the Swash plate only rotates and cylinder block is steady. But with your actual demo, I cleared my all doubts. Please do one demo on Wobble plate type piston pump. Will be very helpful for understanding.:)
Wonderful Work Pal, This pump is used in the Steering Gear on a ship as well. It can control the flow of oil into the cylinders to get the exact amount of shift on the rudder. Thanks!
I have seen it called a hydrostatic transmission. In a way, it's simple, yet ingenious. I had to stare at the diagrams for hours before I could work out in my mind how they worked.
doodskie999 It does matter. The beauty of axial piston pumps is that by changing the swashplate angle from positive to negative, you can change the direction of the flow, without changing the direction of rotation.
This is good Video to understand the working of piston pump but some pointes are missed out which is as follows, Where is the delivery port int he pump. How flow get vari automaticly by pump when it is required.
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Only problem is in the CC interpretation. There are words that are not what you are saying, for example "Swash-Plate" and many more. But the video is good.
Could super conducting materials be used has bearings and liquid air be forced through pump motor to spin it? I have an idea for a new air conditioning unit.
If swash plate is vertical, where does the pressure of fluid release and how as power pack/prime mover would continue to pump the fluid to this pump but we have no flow in the motor?
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Is it possible for the piston pump with the rpm of 2200 to run with a motor of 1500rpm? When I install this pump of 2200rpm with a motor rpm of 1500, the pressure of the oil drop and hence the machine stop due to not enough pressure to run the machine.