The rate of flow directly impacts the performance of hydraulic oil by determining the velocity of fluid as well as shear stress and the generation of heat within an entire system. More turbulent flow rates cause more frictional heating and turbulence, which can accelerate oil oxidation and breakdown of viscosity, whereas excessively low flow rates could result in poor lubrication and insufficient heat dissipation. The ability to match the flow rate to the system's specifications is crucial to keeping oil viscosity in check, controlling operating temperature, and increasing the life of components.
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