Number of Strokes Performed by Hydraulic Plunger or Pump Calculator

✖Total Volume of Liquid Displaced in hydraulic press is defined as the volume the water that is displaced in the cylinder during hydraulic press operation.ⓘ Total Volume of Liquid Displaced [V]			+10% -10%
✖Volume Displaced per Stroke by Plunger is defined as the amount of volume of fluid displaced for movement of the ram from top dead center to bottom dead center.ⓘ Volume Displaced per Stroke by Plunger [V_ps]			+10% -10%

✖Number of strokes performed by plunger is defined as the number of up and down movements of the plunger when a force acts on it to lift the weight.ⓘ Number of Strokes Performed by Hydraulic Plunger or Pump [N_s]

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Number of Strokes Performed by Hydraulic Plunger or Pump

Formula

`"N"_{"s"} = "V"/"V"_{"ps"}`

Example

`"120"="0.018m³"/"1.5E^-4m³"`

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Number of Strokes Performed by Hydraulic Plunger or Pump Solution

STEP 0: Pre-Calculation Summary

Formula Used

Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger
N_s = V/V_ps
This formula uses 3 Variables

Variables Used

Number of Strokes performed by Plunger - Number of strokes performed by plunger is defined as the number of up and down movements of the plunger when a force acts on it to lift the weight.
Total Volume of Liquid Displaced - (Measured in Cubic Meter) - Total Volume of Liquid Displaced in hydraulic press is defined as the volume the water that is displaced in the cylinder during hydraulic press operation.
Volume Displaced per Stroke by Plunger - (Measured in Cubic Meter) - Volume Displaced per Stroke by Plunger is defined as the amount of volume of fluid displaced for movement of the ram from top dead center to bottom dead center.

STEP 1: Convert Input(s) to Base Unit

Total Volume of Liquid Displaced: 0.018 Cubic Meter --> 0.018 Cubic Meter No Conversion Required
Volume Displaced per Stroke by Plunger: 0.00015 Cubic Meter --> 0.00015 Cubic Meter No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

N_s = V/V_ps --> 0.018/0.00015

Evaluating ... ...

N_s = 120

STEP 3: Convert Result to Output's Unit

120 --> No Conversion Required

FINAL ANSWER

120 <-- Number of Strokes performed by Plunger

(Calculation completed in 00.004 seconds)

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< 11 Hydraulic Press Calculators

Weight Lifted by Hydraulic Press given Length of Lever

Go Weight Lifted by Plunger = Force Applied at End of Hydraulic Lever*Length of Load Arm of Hydraulic Lever/Length of Lever*Area of Hydraulic Ram/Area of Plunger of Hydraulic Press

Force Required at End of Hydraulic Lever

Go Force Applied at End of Hydraulic Lever = Weight Lifted by Plunger*Length of Lever/Length of Load Arm of Hydraulic Lever*Area of Plunger of Hydraulic Press/Area of Hydraulic Ram

Work Done by Hydraulic Press

Go Work Done by Hydraulic Press per Second = (Weight Lifted by Plunger*Distance Moved by Weight in Hydraulic Press)/Time to Move Weight in Press

Weight Lifted by Hydraulic Press

Go Weight Lifted by Plunger = (Force on Hydraulic Press Plunger*Area of Hydraulic Ram)/Area of Plunger of Hydraulic Press

Force Acting on Hydraulic Plunger

Go Force on Hydraulic Press Plunger = Weight Lifted by Plunger*Area of Plunger of Hydraulic Press/Area of Hydraulic Ram

Number of Strokes Performed by Hydraulic Plunger or Pump

Go Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger

Volume of Liquid Displaced by Hydraulic Plunger in One Stroke

Go Volume Displaced per Stroke by Plunger = Area of Plunger of Hydraulic Press*Stroke of Hydraulic Plunger

Total Volume of Liquid Displaced in Hydraulic Cylinder

Go Total Volume of Liquid Displaced = Area of Hydraulic Ram*Distance Moved by Weight in Hydraulic Press

Mechanical Advantage of Hydraulic Press given Weight and Force

Go Mechanical Advantage of Hydraulic Press = Weight Lifted by Plunger/Force on Hydraulic Press Plunger

Mechanical Advantage of Hydraulic Press

Go Mechanical Advantage of Hydraulic Press = Area of Hydraulic Ram/Area of Plunger of Hydraulic Press

Leverage of Hydraulic Press

Go Leverage of Hydraulic Lever = Length of Lever/Length of Load Arm of Hydraulic Lever

Number of Strokes Performed by Hydraulic Plunger or Pump Formula

Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger
N_s = V/V_ps

What is stroke in hydraulic cylinders?

The stroke is the amount of travel the piston rod can move in and out. It can be found by subtracting the maximum extended length of the hydraulic cylinder from it's minimum compressed length. Generally the compressed length is given along with the stroke.

How do you calculate strokes per minute?

Convert the number of seconds into minutes (divide by 60). Divide 10 (the number of strokes) by the time in minutes to obtain the pumping speed expressed in strokes per minute (SPM).

How to Calculate Number of Strokes Performed by Hydraulic Plunger or Pump?

Number of Strokes Performed by Hydraulic Plunger or Pump calculator uses Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger to calculate the Number of Strokes performed by Plunger, The Number of strokes performed by hydraulic plunger or pump formula is defined as the movement of ram and cylinder from top dead center to bottom dead center as the volume of fluid is displaced by press to lift the weights. Number of Strokes performed by Plunger is denoted by N_s symbol.

How to calculate Number of Strokes Performed by Hydraulic Plunger or Pump using this online calculator? To use this online calculator for Number of Strokes Performed by Hydraulic Plunger or Pump, enter Total Volume of Liquid Displaced (V) & Volume Displaced per Stroke by Plunger (V_ps) and hit the calculate button. Here is how the Number of Strokes Performed by Hydraulic Plunger or Pump calculation can be explained with given input values -> 120 = 0.018/0.00015.

FAQ

What is Number of Strokes Performed by Hydraulic Plunger or Pump?

The Number of strokes performed by hydraulic plunger or pump formula is defined as the movement of ram and cylinder from top dead center to bottom dead center as the volume of fluid is displaced by press to lift the weights and is represented as N_s = V/V_ps or Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger. Total Volume of Liquid Displaced in hydraulic press is defined as the volume the water that is displaced in the cylinder during hydraulic press operation & Volume Displaced per Stroke by Plunger is defined as the amount of volume of fluid displaced for movement of the ram from top dead center to bottom dead center.

How to calculate Number of Strokes Performed by Hydraulic Plunger or Pump?

The Number of strokes performed by hydraulic plunger or pump formula is defined as the movement of ram and cylinder from top dead center to bottom dead center as the volume of fluid is displaced by press to lift the weights is calculated using Number of Strokes performed by Plunger = Total Volume of Liquid Displaced/Volume Displaced per Stroke by Plunger. To calculate Number of Strokes Performed by Hydraulic Plunger or Pump, you need Total Volume of Liquid Displaced (V) & Volume Displaced per Stroke by Plunger (V_ps). With our tool, you need to enter the respective value for Total Volume of Liquid Displaced & Volume Displaced per Stroke by Plunger and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

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