Get Hydraulic Data For Pump Applications - Psg

This guide provides users with detailed instructions on how to complete the Hydraulic Data For Pump Applications - PSG form online. Whether you are an operator, engineer, or maintenance supervisor, this comprehensive guide will ensure proper submission and data accuracy.

Follow the steps to accurately complete the Hydraulic Data For Pump Applications - PSG form.

1. Press the 'Get Form' button to access the Hydraulic Data For Pump Applications - PSG form and open it for editing.
2. Begin filling out the first section by providing the approximate delivery required in gallons per minute (G.P.M.). This will help determine the suitable pump specifications.
3. Next, enter the pumping temperature of the liquid in degrees Fahrenheit. This information is critical for assessing the pump's compatibility with the specific liquid being used.
4. Indicate the differential pressure required in pounds per square inch (psi). This will assist in calculating the pump's operating capabilities.
5. Record the suction conditions, specifying whether it is measured in inches of mercury for vacuum or psi for pressure. Accurate suction conditions are essential for proper pump operation.
6. Fill in the specific gravity of the liquid being pumped. This value is essential for understanding how the liquid interacts with the pump system.
7. Provide the maximum viscosity of the liquid in seconds Saybolt Universal (SSU). The viscosity will influence the choice of pump design and operational parameters.
8. Detail the type of liquid to be handled, which may include various oil types, chemicals, etc. This will help to determine suitable materials for the pump construction.
9. Specify the type of service, indicating whether it is intermittent duty, semi-continuous duty, or continuous duty. This detail affects the selection of pump operational characteristics.
10. Finally, once all fields are accurately filled, users can save changes, download, print, or share the form as required.

Ensure your pump applications are handled efficiently by completing the Hydraulic Data For Pump Applications - PSG form online today.