This presentation aims to provide engineers with a fundamental understanding of pump model testing for large rotodynamic pumps. SKU: LW111C

This is a discounted bundle of seven (7) pump design related webinars: (1) Specific Speed and Attainable Efficiency for Rotodynamic Pumps (2) Axial Thrust in Rotodynamic Pumps: Calculations, Effects, and Mitigation Strategies (3) Radial Thrust and Shaft Deflection in Rotodynamic Pumps (4) Shaft Analysis and Bearing Life Calculations in Rotodynamic Pumps (5) Critical Speed in Rotodynamic Pumps: Dry, Lateral, and Torsional (6) Model Testing for Large Rotodynamic Pumps (7) Pump Physical Modifications and the Effects on Hydraulic Performance. SKU: WB100B

Impact of waterhammer must be considered in pump system design to ensure safe operation and equipment integrity. This webinar discusses numerous application areas and how waterhammer can impact equipment integrity. SKU: LW513A

Jeremy Leonard of Oxford Economics will outline their latest macroeconomic and industrial forecasts. He will discuss implications for the global pump market and risks to the forecasts. SKU: LWF-811B

This presentation will provide engineers with an understanding of how physical pump modifications affect hydraulic performance in rotodynamic pumps. Engineers will gain comprehensive insights into trimming, underfilling, vane angle adjustments, and volute/casing modifications. SKU: LW112C

This is a discounted bundle of five (5) waterhammer-related webinars: Understanding the Basics of Waterhammer and Surge Suppression, Waterhammer Evaluation and Surge Suppression Methods, Transient Pressure Monitoring: Assessing Waterhammer, Check Valve Selection to Minimize Waterhammer, and Use of Air Valves in Water Systems and Waterhammer (Transient) Considerations. SKU:WB500D

This webinar will review what can happen as a result of the waterhammer, some basic physics, and ways to account for it in your pumping system design. SKU: LW501D

This training provides detailed definition and instruction on how Net Positive Suction Head Available (NPSHA) is calculated. Various system calculation examples for NPSHA are worked through, which explain any nuance you may need to understand, including, calculations based on pressure measurements, tank levels, and system frictional losses are detailed. SKU: LW212C

This training provides detailed definition and instruction on how Net Positive Suction Head Available (NPSHA) is calculated. Various system calculation examples for NPSHA are worked through, which explain any nuance you may need to understand, including, calculations based on pressure measurements, tank levels, and system frictional losses are detailed. SKU: LW207G

This webinar provides better understanding and addressing nozzle loads in pumping systems. SKU: LW209C

This webinar will go over in detail how pump input power is calculated based on torque and speed measurements, or the measurement of electrical input power. SKU: LW104D

This webinar will cover common equations in surge physics and common evaluation methods. SKU: LW502D

This webinar will look at what transient pressure monitoring is, why it is important, where it can be applied, and some lessons learned through field examples and computer models. SKU: LW 504D

This webinar will provide a summary of all HI laboratory test standards for rotodynamic pumps. The presenter will cover test procedures, setups, and arrangements along with data acquisition, acceptance grades, and instrumentation. Learn the basics of factory performance testing in this live webinar. SKU: LW509F

This webinar addresses how a check valve operates within a system. SKU: LW 503D

This webinar will focus on the application and installation of air valves and where are they frequently used. SKU: LW512D