How do Hydraulic Ram Work?
A hydraulic ram operates by harnessing the kinetic energy of flowing water to pump a portion of that water to a higher elevation without requiring external power. Initially, water flows into the ram through a drive pipe, gaining velocity as it approaches the device. Once the water reaches a specific speed, the waste valve closes suddenly, creating a pressure surge due to the water hammer effect. This surge forces a portion of the incoming water into the delivery pipe, lifting it to a higher elevation. After the pressure equalizes, the waste valve reopens, allowing more water to enter, and the cycle repeats. This efficient process enables the hydraulic ram to continuously pump water, making it suitable for applications like irrigation and remote water supply systems.
How to Calculate Length of Stroke in Hydraulic Accumulator?
Length of Stroke in Hydraulic Accumulator calculator uses Stroke or Lift of Hydraulic Ram = Volume of Hydraulic Accumulator/Area of Ram of Hydraulic Accumulator to calculate the Stroke or Lift of Hydraulic Ram, Length of Stroke in Hydraulic Accumulator formula is defined as the maximum distance traveled by the piston in a hydraulic accumulator, which is a critical component in hydraulic systems, determining the overall performance and efficiency of the system. Stroke or Lift of Hydraulic Ram is denoted by L symbol.
How to calculate Length of Stroke in Hydraulic Accumulator using this online calculator? To use this online calculator for Length of Stroke in Hydraulic Accumulator, enter Volume of Hydraulic Accumulator (V) & Area of Ram of Hydraulic Accumulator (Arha) and hit the calculate button. Here is how the Length of Stroke in Hydraulic Accumulator calculation can be explained with given input values -> 5.844156 = 0.09009/0.0154.