This presentation aims to provide engineers with a fundamental understanding of pump model testing for large rotodynamic pumps. SKU: LW 111B

This is a discounted bundle of six (6) pump design related webinars: (1) Axial Thrust in Rotodynamic Pumps: Calculations, Effects, and Mitigation Strategies, (2) Axial Radial Thrust and Shaft Deflection in Rotodynamic Pumps, (3) Shaft Analysis and Bearing Life Calculations in Rotodynamic Pumps, (4) Critical Speed in Rotodynamic Pumps: Dry, Lateral, and Torsional, (5) Model Testing for Large Rotodynamic Pumps & (6) Pump Physical Modifications and the Effects on Hydraulic Performance SKU: WB 100B

This webinar provides guidance on how vibration caused by resonance may persist due to a lack of specification and upfront analysis. SKU: LW511B

This course bundle offers 4 days of online instruction on Pump System Fundamentals (Day 1 & Day 2), Pump System Optimization and Assessment (Day 3), and PSAP Certification Exam Prep (Day 4). It also includes the PSAP certification exam. This course is designed to educate and train pump engineers, sales professionals, energy efficiency professionals, reliability and maintenance personnel, engineering consultants, and technical service professionals on the fundamentals of pump and system design, including system hydraulics and calculations, pump and system curves, system components, factors affecting reliably and energy consumption, and control.

Pump System Fundamentals - Day 1 is designed to provide the core information on pump types, their construction, motors and variable frequency drives, performance curves, system design curves, and how to operate the pump system to meet variable flow and head demand. Pump System Fundamentals - Day 2 is designed to provide the core information on how to effectively select, install, maintain pumps, and operate pump systems efficiently and reliably. This is vital information for anyone working in the pump and fluid handling industry who has technical responsibility for products or product management, technical support, or designs or operates pumping systems. SKU: VC801H

This presentation will provide engineers with an understanding of how physical pump modifications affect hydraulic performance in rotodynamic pumps. SKU: LW 112B

The Pump System Optimization and Assessment course builds on fundamental principles to examine the economics of pumping systems and the strategies to assess and optimize these systems. This course covers a critical skill set that is required to analyze pumping systems, and help improve the sustainability of pump system owners, enabling them to be more profitable. SKU: VC804D

This course will cover the knowledge areas for conducting any pump system assessment and prepare you to take the PSAP Certification Exam by offering a practice exam and sample questions covering the knowledge requirements outlined in the PSAP body of knowledge.

This is a discounted bundle of five (5) waterhammer related webinars: Fundamentals of Waterhammer and Surge Suppression, Waterhammer Evaluation and Surge Suppression Methods, Check Valve Selection to Minimize Waterhammer, Transient Pressure Monitoring: Assessing Waterhammer and Use of Air Valve in Water Systems n Water Systems and Waterhammer (transient) considerations​. SKU: WB500C

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: LW501C

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. LW212A

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. LW207D

Pump system basics is designed to be the starting point for learning the fundamentals of pumps, their components and construction, and how pump systems are operated and controlled. Attendees will leave with an understanding of typical pump components, construction, installation, and maintenance considerations, as well as a detailed understanding of the pump curve and its interaction with the system curve.

This two-part webinar series provides a concise understanding of the pumps system optimization processes and how to conduct successful pump system assessments, which can be implemented by focusing on life cycle cost. SKU: LW203C

This webinar will cover common equations in surge physics and common evaluation methods. SKU: LW502C

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

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: LW504C

This webinar will focus on the application and installation of air valves and where are they frequently used. SKU: LW 512C