Hydraulic Calculator

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# Description

The Hydraulic Calculator is an awesome tool for anyone who designs or works with hydraulic circuits. This application provides quick and easy calculations for hydraulic components. Detailed calculations can be done for cylinders, pumps, motors, line velocities, line pressure losses and orifice pressure drops.

The motor & pump calculator are flexible tools in which the user can enter any three known values to have the remaining values calculated. Values include: displacement, oil flow, pressure, rotational speed, torque, and motor power. Both mechanical and volumetric efficiency values are used.

Cylinder characteristics can be entered in a number of different ways. Enter hydraulic flow, cylinder velocity, or stroke time and calculate the other two. User can also enter Hydraulic pressure, extend force or retract force and have the other two calculated.

One application for this is to measure the stroke time of a cylinder. By entering this with the bore diameter and stroke length, the system flow is calculated.

Speed - Torque - Power page: Enter any two values have the third calculated. Unit conversions built into the page.

Calculations can be done in either metric or imperial units.

Results can be copied to the clipboard in a text format for use in e-mails, messages, or other documentation.

Basic unit conversions are also available.

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# What's New

- Reynolds Calculation corrected.

- Added oil density 0.9 SG to the calculation

- Added ability to enter force, time, or velocity to calculate pressure or oil flow in Cylinders.

- Added a Speed / Torque / Power conversion page.

- Added the ability to copy calculation results to the clipboard.

- Added scroll support on Cylinder Screen.

- Changed metric label from ft to m.

- Calculations stayed the same.

- Fixed efficiency bug on motor calculation

- Fixed Displacement Calculation Issue

# Additional information

Updated

March 2, 2014

Size

1.4M

Installs

100 - 500

Current Version

3.0

Requires Android

2.2 and up

Content Rating

Unrated

Content Descriptors

Warning – content has not yet been rated. Unrated apps may potentially contain content appropriate for mature audiences only.

Permissions

Report

Flag as inappropriate Offered By

Zanthic Innovations Inc

Developer

Visit Website Email darren@zanthicinnovations.com

2920 Southridge Rd S
Lethbridge, Ab
T1K 7W5
Canada

# Similar

## Free Hydraulic Calculator

The Free Hydraulic Calculator includes many basic hydraulic calculations. There are no ads in this App.

Cylinder calculations can be done to solve for extension / retraction forces or speeds.

Pump calculations can also be done by entering combinations of displacement, oil flow and pressure to determine values for speed, torque and power. Both mechanical and volumetric efficiencies can be used in these calculations.

Hydraulic line calculations can also be done for fluid velocity, cross sectional area, Reynolds number and pressure drop. The free version is limited to 1” or 25mm line diameters.

Orifice calculations can also be made using three parameters: Oil Flow, Orifice Diameter and Pressure Drop. Enter any two values and have the third calculated.

Speed - Torque - Power page: Enter any two values have the third calculated. Unit conversions built into the page.

Calculations can be done in either metric or imperial units. Basic unit conversions are also available.

Cylinder characteristics can be entered in a number of different ways(Paid version only). Enter hydraulic flow, cylinder velocity, or stroke time and calculate the other two. User can also enter Hydraulic pressure, extend force or retract force and have the other two calculated.

One application for this is to measure the stroke time of a cylinder. By entering this with the bore diameter and stroke length, the system flow is calculated.

Full motor & pump calculation page(Paid version only). The motor & pump calculator are flexible tools in which the user can enter any three known values to have the remaining values calculated. Values include: displacement, oil flow, pressure, rotational speed, torque, and motor power. Both mechanical and volumetric efficiency values are used.

## Channel Hydraulic Calculator

Application designed to make, in a simple way, calculation of geometric and hydraulic characteristics of all types of channels.

It has the possibility of multiple options geometric shapes covering all channels, accounts, ravines. It can even make estimates of river flows, if previously channel shape adapts to the variety of ways that are offered, choosing also the appropriate roughness coefficient, which is predetermined by different materials.

Includes multiple coefficients of friction proven by experience corresponding to different coating materials.

To use, you only need to choose first, the geometry of the water channel, enter the dimensions requested in accordance with the figure, choose the type of coating and the slope by meter horizontal, vertical meter.

It has the possibility of multiple options geometric shapes covering all channels, accounts, ravines. It can even make estimates of river flows, if previously channel shape adapts to the variety of ways that are offered, choosing also the appropriate roughness coefficient, which is predetermined by different materials.

Includes multiple coefficients of friction proven by experience corresponding to different coating materials.

To use, you only need to choose first, the geometry of the water channel, enter the dimensions requested in accordance with the figure, choose the type of coating and the slope by meter horizontal, vertical meter.

## Pipe Hydraulics

About Pipe Hydraulics

Pipe Hydraulics App is developed to assist engineers for a quick calculation for common thermal-hydraulic parameters based on process data, media properties, pipe dimensions, valves and fittings and other obstructions involved in the flow circuit.

In addition to pressure drop and heat transfer coefficient, the App also calculates several other dimensional and non-dimensional parameters which are useful for evaluating a process. These include media property data, Reynolds number, Prandtl number, Nusselt number, friction factor, surface shear stress, etc.

Through a graphical picker, you can select a pipe size from a list of standard NPS pipes, and the App will automatically determine the inside diameter based on pipe ND and pipe schedule. In addition, user can optionally query typical surface roughness values for a list of commonly used pipe materials.

User can choose preferred input and output units directly besides each input box and on the result panel.

## Hydraulic Pumps - Lite

Hydraulic Pumps is an application designed to water pump installers, facilitating the work of flow calculation, pressure gauge and other items in various types of typical installations.

Can now be calculated:

- Load Losses

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***FULL VERSION***

With full versión you can calculate, also:

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a) by simultaneity coefficient

b) by building height and number of housings

- Cooling jacket for submersible motors

- Decorative Waterfalls

- Bearings Calculation

- Swimming Pools

- Anti Waterhammer Tanks

- Anti Cavitation Height

- Geyser Fountains

## Pipe Hydraulics calculator

Pipe Hydraulics calculator is made to help you solve different characteristics for a pipe .

For example if you want to know what Wall thickness you need for your pipe, just input the required data and the minimum Wall thickness will be calculated.

For example if you want to know what Wall thickness you need for your pipe, just input the required data and the minimum Wall thickness will be calculated.

Pipe Hydraulics uses the four Barlow equations to solve Allowable stress , Bursting pressure, Pipe outside diameter and Wall thickness for a pipe.

Pipe Hydraulics is a tool for general calculation !

For best results ask your pipe provider about the exact characteristics of the pipe.

## Hydraulic Accumulator Calc

Sizing hydraulic accumulators can be a difficult task. The formulas are complicated and time consuming to use. The Hydraulic Accumulator Calculator is a helpful tool in determining the correct size required.

Calculations can be made to size the accumulator for the following applications:

- Piston Pump Pulsation Dampening

- Line Shock Suppression

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Calculations can also be done to determine the usable volume in an existing accumulator that is available as an auxiliary power source.

Calculations can be done in both Imperial and metric units.

## Water Headloss Calculator

The Hazen–Williams equation is an empirical formula which calculates pressure drop of water in circular pipes caused by friction. It is used in the design of water pipe systems such as fire sprinkler systems, water supply networks, and irrigation systems.

The Hazen–Williams equation has the advantage that the coefficient C is not a function of the Reynolds number, but it has the disadvantage that it is only valid for water.

Input parameters are flow, pipe diameter, lenght of pipe and C is a roughness coefficient, known as William Hazens coefficient, with values between 90 (more rough pipes) and 140 (smooth pipes, ex PVC).

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If you want to take into account the pressure loss in fittings and valves, and the selection coefficient C for each material, then find our version of the application pro at https://play.google.com/store/apps/details?id=com.transparentblue.headlossplus

## Freddy - Hydraulics App

This app will make all Civil engineers and engineering students happy!

Because FREDDY can solve complicated hydraulic iterations in the chapters:

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- and Seepage

Freddy is a useful tool for:

- Students:

- Designers and builders:

- User on the construction site:

Freddy is characterized by its wide applicability and intuitive operation.

The app is designed for smartphones and specially optimized for tablets.

You are welcome to help improve the translation by submitting suggested changes :)

Thank You.

Suggestions and questions about Freddy at freddy@edr-software.com

## Hydraulic Tube Calculator

This is a handy tool whenever you are designing, spec’ing or working with hydraulic tubing. It can help with safe and accurate hydraulic installations. Calculations include:

- Minimum tube diameter based on flow and line type (Pressure, Return, and Suction).

- Maximum hydraulic pressure based on tube diameter, wall thickness and material type. This calculation can easily be done using one of three methods: Barlow, Boardman, or Lamē. Some insight is given to help the user choose which method is best for the application.

- Minimum forming radius for bending tubes (as per MS-33611). This is an easy calculation, but the page serves as a good reminder or a quick reference.

- Pressure losses within hydraulic lines can also be calculated. Fluid velocity and Reynolds numbers are used to calculate flow parameters (Laminar or Turbulent). Pressure losses can then be calculated over the length of pipe.

All calculations can be done in metric or imperial units.

## Hydraulic Cylinder Calculator

This is a very cool tool for anyone who works with hydraulic cylinders. It can be used to calculate areas and volumes within the cylinder. Extension and retraction forces, times, velocities, and outflows can be calculated.

There is no Calculate button – As dimension and hydraulic flow parameters are entered, results are automatically calculated.

Calculations can be done in either metric or imperial units.

## Hydraulic Pumps

Hydraulic Pumps is an application designed to water pump installers, facilitating the work of flow calculation, pressure gauge and other items in various types of typical installations.

Can now be calculated:

- Load Losses

- Booster Sets for buildings by:

a) Simultaneity coefficient

b) Building height and number of housings

- Section of electrical cable by type of motor start

- Cooling jacket for submersible motors

- Decorative Waterfalls

- Bearings Calculation

- Swimming Pools

- Motor parameters for pumps

- Anti Waterhammer Tanks

- Anti Cavitation height

- Geyser Fountains

- Units Converter

Calculations will be added on future.

## Electrical Symbols

Handy collection of electric symbols in one app.

Perfectly for education, hobby electronics or professionals.

Over 160 Symbols in 16 Categories.

Perfectly for education, hobby electronics or professionals.

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Categories:

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## Hydraulic Heat Calculator

The Hydraulic Heat Calculator is a valuable tool that can help in designing, troubleshooting and correcting heat issues within a system. There are many calculation screens that can be used to determine heat generation from pumps/motors, Tank heat dissipation, Radiator sizing /performance, and others.

Specific Calculations include:

- Enter Oil Volume and Power input to determine rate of temperature change

- Enter system flow, inlet and outlet radiator temperatures to determine radiator performance

- Enter pressure and oil flow to determine temperature increase and heat generated

- Enter motor/pump specs to determine temperature increase and heat generated

- Estimate power required to heat oil tanks in cold environments

- Estimate tank heat dissipation

- Empirical cooling calculation to determine radiator size requirement

All calculations can be done in metric or imperial units.

## Pump Capacity Calculator

This tool calculates the pump capacity required to apply your desired fertilizer product. The calculator uses the speed of application as well as the amount of application in GPA to give a base GPM capacity. This base GPM range required can then be used to select a pump that would best meet your needs.

# More from developer

## Free Hydraulic Calculator

The Free Hydraulic Calculator includes many basic hydraulic calculations. There are no ads in this App.

Cylinder calculations can be done to solve for extension / retraction forces or speeds.

Pump calculations can also be done by entering combinations of displacement, oil flow and pressure to determine values for speed, torque and power. Both mechanical and volumetric efficiencies can be used in these calculations.

Hydraulic line calculations can also be done for fluid velocity, cross sectional area, Reynolds number and pressure drop. The free version is limited to 1” or 25mm line diameters.

Orifice calculations can also be made using three parameters: Oil Flow, Orifice Diameter and Pressure Drop. Enter any two values and have the third calculated.

Speed - Torque - Power page: Enter any two values have the third calculated. Unit conversions built into the page.

Calculations can be done in either metric or imperial units. Basic unit conversions are also available.

Cylinder characteristics can be entered in a number of different ways(Paid version only). Enter hydraulic flow, cylinder velocity, or stroke time and calculate the other two. User can also enter Hydraulic pressure, extend force or retract force and have the other two calculated.

One application for this is to measure the stroke time of a cylinder. By entering this with the bore diameter and stroke length, the system flow is calculated.

Full motor & pump calculation page(Paid version only). The motor & pump calculator are flexible tools in which the user can enter any three known values to have the remaining values calculated. Values include: displacement, oil flow, pressure, rotational speed, torque, and motor power. Both mechanical and volumetric efficiency values are used.

## Hydraulic Accumulator Calc

Sizing hydraulic accumulators can be a difficult task. The formulas are complicated and time consuming to use. The Hydraulic Accumulator Calculator is a helpful tool in determining the correct size required.

Calculations can be made to size the accumulator for the following applications:

- Piston Pump Pulsation Dampening

- Line Shock Suppression

- Thermal Expansion

- Auxiliary Power Source

Calculations can also be done to determine the usable volume in an existing accumulator that is available as an auxiliary power source.

Calculations can be done in both Imperial and metric units.

## Hydraulic Heat Calculator

The Hydraulic Heat Calculator is a valuable tool that can help in designing, troubleshooting and correcting heat issues within a system. There are many calculation screens that can be used to determine heat generation from pumps/motors, Tank heat dissipation, Radiator sizing /performance, and others.

Specific Calculations include:

- Enter Oil Volume and Power input to determine rate of temperature change

- Enter system flow, inlet and outlet radiator temperatures to determine radiator performance

- Enter pressure and oil flow to determine temperature increase and heat generated

- Enter motor/pump specs to determine temperature increase and heat generated

- Estimate power required to heat oil tanks in cold environments

- Estimate tank heat dissipation

- Empirical cooling calculation to determine radiator size requirement

All calculations can be done in metric or imperial units.

## Free Hydraulic Cylinder Calc

This is a very cool tool for anyone who works with hydraulic cylinders. It can be used to calculate areas and volumes within the cylinder. Extension and retraction forces, times, velocities, and outflows can be calculated.

There is no Calculate button – As dimension and hydraulic flow parameters are entered, results are automatically calculated.

Calculations can be done in either metric or imperial units.

## Hydraulic Tube Calculator

This is a handy tool whenever you are designing, spec’ing or working with hydraulic tubing. It can help with safe and accurate hydraulic installations. Calculations include:

- Minimum tube diameter based on flow and line type (Pressure, Return, and Suction).

- Maximum hydraulic pressure based on tube diameter, wall thickness and material type. This calculation can easily be done using one of three methods: Barlow, Boardman, or Lamē. Some insight is given to help the user choose which method is best for the application.

- Minimum forming radius for bending tubes (as per MS-33611). This is an easy calculation, but the page serves as a good reminder or a quick reference.

- Pressure losses within hydraulic lines can also be calculated. Fluid velocity and Reynolds numbers are used to calculate flow parameters (Laminar or Turbulent). Pressure losses can then be calculated over the length of pipe.

All calculations can be done in metric or imperial units.

## Hydraulic Cylinder Calculator

This is a very cool tool for anyone who works with hydraulic cylinders. It can be used to calculate areas and volumes within the cylinder. Extension and retraction forces, times, velocities, and outflows can be calculated.

There is no Calculate button – As dimension and hydraulic flow parameters are entered, results are automatically calculated.

Calculations can be done in either metric or imperial units.