Complete Guide to Hydraulic Power Pack Unit Calculation & Working
In this video
In this video, I have explained everything about the Hydraulic Power Pack Unit (HPU)—its working principle, complete component sizing, and all the required formulas. Each step is covered in a logical sequence with a practical example, making it easy to understand and apply in real-world design.
I have also included how to handle variable flow rate requirements and their calculations. Special focus on how to consider the working pressure of the system, with a detailed explanation of the logic behind it.
This video is structured chapter-wise for clarity and depth, covering each aspect of hydraulic power unit design for mechanical design engineers and professionals in automation or SPM design.
👉 Download formula and Datasheets: https://drive.google.com/drive/folder...
Chapters:
00:00 What we learn
02:22 Input Data- Amount of load
03:18 Input Data- Hydraulic Cylinder Full Stroke length
04:16 Input Data- Hydraulic Cylinder Stroke Speed
08:00 Step 1: Considering Hydraulic Working pressure
08:45 Step 2: Calculate Bore diameter of Hydraulic Cylinder
10:23 Step 3: Calculate Flow rate of Hydraulic cylinder
13:53 Step 4.1: Select Flow rate of Hydraulic pump
19:31 Step 4.2: Select Pressure rating of Hydraulic pump
23:03 Step 5: Calculate HPU Motor Power
25:57 Step 6: HPU Motor current rating
26:38 Step 7: HPU oil Reservoir tank sizing
29:02 Hydraulic power pack unit calculation for Variable flow rate
33:35 How to Choose Working pressure of Hydraulic power pack
39:11 What is Hydraulic power pack unit
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