Abstract:
Hydraulic power control systems are a common and important part of mechanical and
agricultural systems. In hydraulic power system design, power, pressure, flow rates, and
mechanism of circuitry are all important factors when analyzing any hydraulic system. Pumps,
electric motors, reservoirs, working fluid properties, hydraulic circuitry, and a large variety of
valves make up a functional hydraulic system. Applications for hydraulic systems vary widely
from automotive, agricultural, mechanical etc. It is the engineers’ job to design a hydraulic
system that will be functional, efficient, and safe. Failure of the hydraulic components while
they are being operated can be very hazardous given their wide range of applications in many
industries. To ensure them to be in proper working condition, (be it hydraulic pumps, valves,
or motors) which is not only necessary for the sake of avoiding any financial damage but also
to avoid any kind of potential human injuries or even human loss before it happens, test
benches are used to check the operational capability and working condition of hydraulic
components. The idea to develop a hydraulic test bench will not only be a viable solution for
testing of hydraulic components but also provide an easy to operate conditions with maximum
output and accuracy.
