Hydraulic Pump Displacement Calculation

Calculating the displacement of a hydraulic pump is essential for designing and sizing hydraulic systems. In this enlightening YouTube video, viewers are introduced to the process of determining hydraulic pump displacement in cubic inches using a simple formula: displacement = (gpm x 231) / rpm.

Here's a breakdown of the key points covered in the video:

• An explanation of hydraulic pump displacement and its significance in hydraulic system design.
• Understanding the variables involved in the displacement calculation: gallons per minute (gpm) and revolutions per minute (rpm).
• Practical examples demonstrating how to apply the displacement formula to calculate the pump's displacement for various hydraulic applications.
• Considerations for selecting the appropriate pump displacement to meet system requirements, including flow rate and operating speed.
• Tips for optimizing pump selection to achieve desired system performance and efficiency.

By providing clear instructions and examples, the video equips viewers with the knowledge and skills needed to accurately calculate hydraulic pump displacement and make informed decisions when designing hydraulic systems.

Whether you're a hydraulic engineer, technician, or enthusiast seeking to deepen your understanding of hydraulic system design principles, "Hydraulic Pump Displacement Calculation" offers valuable insights and guidance.