Application: Centrifugal oil filter.
Problem : RPM is dependent on oil pressure in rotor. as pressure falls RPM 's slow down.A certain Min-Max range of rotations needs to be maintained.
Current soln.:
1)Provide extra rotations using external motor which kicks in whenever RPM falls below a mark.Con: Design changes needed, extra shaft will have to pass through external shell(sealing problems), bunches of electronics(sensors,encoders etc.)
2)Route oil through a smaller compressor which is coupled with a governor so it kicks in when RPM falls below min range and provides extra pressure which in turn takes care of RPM deficit.
Please tell me am i even going in the right direction? I would never post a query without research but i honestly could not find any relevant info. Any help is appreciated.
(*Just to be clear the filter i work with has a rotor inside which is filled with fluid. It has two nozzles diametrically opposite each other. when the pressure reaches a certain mark oil flows in a jet from the nozzles and the rotor starts rotating.oil hits outer shell and leaves particulate matter behind.*)
On a separate note is this a question or a discussion? I do want answers but i also intend to share what info i find or have.