Hydraulic Components

The Hydraulic Calculator by Zanthic Innovations is the perfect App for anyone who works with hydraulic circuits. It is an inexpensive, fast and accurate tool for making hydraulic calculations. It works on multiple platforms and provides all the necessary formulas right at your fingertips.

Calculations can be done to solve for operating parameters of cylinders, pumps, motors, hose/pipe pressure losses, line velocities, orifice pressure drops, and much more. Calculations can be done in both metric and imperial units. Other helpful Hydraulic Applications are also available for heat generation, tube design and hydrostatic drive design.

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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 calculator is a flexible tool in which the user can enter any three know values to have the remaining values calculated. Both mechanical and volumetric efficiency values are used.

Calculations can be done in either metric or imperial units.

Basic unit conversions are also available.

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.

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.

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.

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.

Calculation data can be copied to the clipboard for documentation and e-mailing results.

Calculations can be done in both Imperial and metric units.

App Name

Hydraulic Calculator

Hydraulic Cylinder Calculator

Hydraulic Tube Calculator

Hydraulic Heat Calculator

Hydraulic Accumulator Calculator

Hydrostatic Drive Calculator (Coming soon)