Hydraulic System Calculator

The Hydraulic System Calculator is an essential tool designed for professionals managing hydraulic systems in a variety of sectors that require precise calculations for components such as cylinders, pumps, motors, and pipes. With its ability to handle the complexities of single-acting and double-acting cylinders, users can efficiently carry out accurate designs and evaluations of hydraulic parts.

Featuring advanced options, it simplifies the process of calculating a broad array of critical parameters. Area and volume within a cylinder, as well as the forces of extraction and retraction, velocity, time, outflow, and ratio for both the piston and rod sides of the cylinder, can be computed with ease. The tool enhances user experiences by providing backward compatibility for essential figures like force, time, and velocity.

While working on motors, users have the capability to figure out the flow rate, pressure, displacement, speed, torque, and power. The Pump section allows for the assessment of displacement, flow rate, electric motor power, and overall efficiency. Designed for efficient troubleshooting, it also helps in determining pressure drops around orifices and provides important calculations for piping parameters, such as velocity, cross-sectional area, and Reynolds number, accommodating both absolute and kinematic viscosity.

This versatile solution offers support for both Metric and Imperial units, aligning with international standards such as ISO 3320, ISO 3321, and ISO 4393 for cylinder measurements. Users enjoy the convenience of dynamic result updates while inputting values and can customize outputs thanks to sub-unit preferences.

The Hydraulic System Calculator includes interactive images to aid in understanding cylinder components thoroughly. Results are readily shareable, allowing users to copy to their clipboard or send via email for easy communication and documentation. The calculator is an invaluable asset for those aiming to enhance efficiency and precision in the realm of hydraulic system management.