Pipe Sizer vs Pump Calculator

The Pipe Sizer App for iOS has been designed to help water piping system engineers and designers quickly and accurately design new piping systems, and analyze existing pipping systems. Quickly size new and analyze existing piping systems on your iPhone or iPad. • Enter flow, friction rate or velocity numbers directly for maximum accuracy. • Use the sliders for quick calculations. • Calculations update live, giving you quick feedback on your design. • Lock flow rate, friction rate or velocity to size the pipe based on your input criteria. • Works for both SI and IP units. • Supports steel, copper and PVC piping. • Includes fluid data for: • Water • Ethylene glycol (10-90% by volume) • Propylene glycol (10-90% by volume) Put your plastic sizing wheel in the drawer. Have a modern design tool with you wherever you go. Note: This application (App) is provided for use by qualified piping system engineers and designers and is not a substitute for appropriate design services. When in doubt, contact a design professional.

Pump Calculator is a professional engineering tool for performing pump power, pump head, and pump capacity calculations using standard hydraulic equations. It is designed for engineers, technicians, maintenance professionals, mechanical engineering students, and anyone involved in pump system design, analysis, sizing, and performance verification. The app provides fast and convenient hydraulic calculations with Metric and Imperial unit support, automatic unit conversion, and clear engineering results. Included Pump Calculators • Pump Power Calculator • Pump Head Calculator • Pump Capacity Calculator Pump Power Calculator Calculate the power requirements of a pump system based on operating conditions and pump efficiency. Calculate: • Hydraulic Power • Shaft Power • Motor Power • Power in kW • Power in HP Input parameters include: • Flow Rate • Fluid Density • Pump Head • Pump Efficiency • Motor Efficiency This calculator can help with pump sizing, motor selection, energy estimation, and preliminary system analysis. Pump Head Calculator Calculate pump head from known operating conditions. Calculate: • Pump Head in meters • Pump Head in millimeters • Pump Head in feet Input parameters include: • Pump Power • Fluid Density • Flow Rate This tool is useful for analyzing existing pump systems, checking operating conditions, and verifying pump performance using available field or design data. Pump Capacity Calculator Calculate pump flow capacity for a given power and pump head. Calculate: • Pump Capacity in m³/hr • Pump Capacity in CFM • Additional flow units for reference Input parameters include: • Pump Power • Fluid Density • Pump Head This calculator can assist with pump selection, flow estimation, and preliminary hydraulic system design. Features • Pump power calculation • Hydraulic power calculation • Shaft power calculation • Motor power calculation • Pump head calculation • Pump capacity calculation • Metric and Imperial units • Automatic unit conversion • Multiple output units • Clear and readable results • Fast engineering calculations • Simple and professional interface • No internet connection required Applications Pump Calculator is useful for: • Pump System Design • Pump Sizing • Motor Selection • Hydraulic System Analysis • Water Pumping Systems • Industrial Pumping • Process Engineering • HVAC Systems • Plant Maintenance • Mechanical Engineering • Fluid Handling Systems • Engineering Education Designed For • Mechanical Engineers • Process Engineers • Maintenance Engineers • Design Engineers • Plant Engineers • Engineering Technicians • Equipment Designers • Maintenance Professionals • Engineering Students Pump Calculator helps simplify common hydraulic calculations and provides quick reference values for pump power, head, capacity, and related operating conditions. Whether you are selecting a pump motor, estimating hydraulic power, checking pump head, or determining flow capacity, Pump Calculator provides a convenient engineering calculation tool for everyday pump system analysis.