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Unit Conversions Kinematic & Dynamic Viscosity Conversion Pipe Friction Loss Calculator Line Shaft Bearing Loss Calculator Horizontal Tank Volume Calculator Vertical Tank Volume Calculator Spherical Tank Volume Calculator Atmospheric Pressure Calculator
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  • Definitions & Resources
    • A) Welcome & Introduction
    • B) Acronyms & Definitions
    • C) Pump Types
    • D) References
    • E) Additional Resources
  • Pump Fundamentals
    • A) System Curves
    • B) Pump Curves
    • C) Combined Pump & System Curves
    • D) Pump Principles
    • E) Submergence
  • Fluid Properties
    • A) Water
    • B) Solids and Slurries
    • C) Viscosity
    • D) Other Fluids
  • Fluid Flow
    • A) Pipe Frictional Losses
    • B) Losses in Valves, Fittings, and Bends
    • C) Losses With Other Fluids
    • D) Losses in Nozzles
    • E) Losses With Paper Stock
  • Pipe, Flange & Motor dimensions
    • A) Steel Pipe
    • B) Stainless Steel Pipe
    • C) Ductile Iron Pipe
    • D) Non-Ferrous Pipe and Tube
    • E) Plastic PVC Pipe
    • F) Flange Dimensions
    • G) Motor Dimensions
  • Calculators
    • A) Unit Conversions
    • B) Kinematic & Dynamic Viscosity Conversion
    • C) Pipe Friction Loss Calculator
    • D) Line Shaft Bearing Loss Calculator
    • E) Horizontal Tank Volume Calculator
    • F) Vertical Tank Volume Calculator
    • G) Spherical Tank Volume Calculator
    • H) Atmospheric Pressure Calculator
  • About the HI DATA TOOL
    • Releases
    • Members and Contributors
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  • A) Welcome & Introduction
  • B) Acronyms & Definitions
  • C) Pump Types
  • D) References
  • E) Additional Resources

  • A) System Curves
  • B) Pump Curves
  • C) Combined Pump & System Curves
  • D) Pump Principles
  • E) Submergence

  • A) Water
  • B) Solids and Slurries
  • C) Viscosity
  • D) Other Fluids

  • A) Pipe Frictional Losses
  • B) Losses in Valves, Fittings, and Bends
  • C) Losses With Other Fluids
  • D) Losses in Nozzles
  • E) Losses With Paper Stock

  • A) Steel Pipe
  • B) Stainless Steel Pipe
  • C) Ductile Iron Pipe
  • D) Non-Ferrous Pipe and Tube
  • E) Plastic PVC Pipe
  • F) Flange Dimensions
  • G) Motor Dimensions

  • A) Unit Conversions
  • B) Kinematic & Dynamic Viscosity Conversion
  • C) Pipe Friction Loss Calculator
  • D) Line Shaft Bearing Loss Calculator
  • E) Horizontal Tank Volume Calculator
  • F) Vertical Tank Volume Calculator
  • G) Spherical Tank Volume Calculator
  • H) Atmospheric Pressure Calculator

  • Releases
  • Members and Contributors
Hydraulic Institute DATA TOOL
Knowledge, References and Calculators for Pump Systems Knowledge, References and Calculators for Pump Systems
Hydraulic Institute DATA TOOL

Hydraulic Institute DATA TOOL Releases

2024 - Phase 2 release branded as the HI DATA TOOL

  • Restructured the navigation menu - added preface section covering definitions, pump types, references, and resources. Renamed section headings and reorganized sub-sections.
  • Pump Fundamentals - added educational demonstrators, updated equation formatting, updated most figures, and added a section on submergence.
  • Fluid Properties - minor formatting updates.
  • Fluid Flow - rearranged content in subsections A and B in addition to editorial updates.
  • Pipe, Flange & Motor Dimensions - added subsections A – G covering pipe, flange and NEMA motor dimensions.
  • Calculators - additional unit conversions, updated epsilon values for nonferrous materials in friction loss calculator, added PVC pipe to the friction loss calculator, and added subsections D – H covering line shaft bearing losses, tank volume calculators and elevation effect on atmospheric pressure.

2021 - Phase 1 release branded as the HI Engineering Data Library

  • Initial release

Last updated on July 19th, 2024

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