This Pump System Optimization & Assessment (PSOA) training builds upon intermediate pump and system principles to examine the economics, assessment methods, and optimization strategies used to improve pumping system performance. Designed for professionals seeking to reduce energy and maintenance costs, the course provides focused instruction on pump system economics, life-cycle cost–based optimization, and standardized approaches for assessing and optimizing pumping systems, including an example using hydraulic modeling software. SKU: VLC-PSOAT-04

This course provides participants with an intermediate level understanding of pump and system design, application, and operating behavior. Designed for professionals seeking to expand their technical capability, the course addresses the calculation of system curves, pump total head, and Net Positive Suction Head Available (NPSHA) and Net Positive Inlet Pressure Available (NPIPA), along with pump selection and control methods. The training also examines key design and operational considerations for rotodynamic and positive displacement pumps, including design characteristics, attainable efficiency, impeller trimming, hydraulic and mechanical loading, bearing life, and temperature rise. Additional focus is placed on pump drivers and variable frequency drives, factory testing, installation and commissioning practices, maintenance and troubleshooting, and the impact of operating conditions on reliability and efficiency. SKU: VLC-IPST-04

This Pump System Optimization & Assessment (PSOA) training builds upon intermediate pump and system principles to examine the economics, assessment methods, and optimization strategies used to improve pumping system performance. Designed for professionals seeking to reduce energy and maintenance costs, the course provides focused instruction on pump system economics, life-cycle cost–based optimization, and standardized approaches for assessing and optimizing pumping systems, including an example using hydraulic modeling software. SKU: VLC-PSOAT-03

This course provides participants with an intermediate level understanding of pump and system design, application, and operating behavior. Designed for professionals seeking to expand their technical capability, the course addresses the calculation of system curves, pump total head, and Net Positive Suction Head Available (NPSHA) and Net Positive Inlet Pressure Available (NPIPA), along with pump selection and control methods. The training also examines key design and operational considerations for rotodynamic and positive displacement pumps, including design characteristics, attainable efficiency, impeller trimming, hydraulic and mechanical loading, bearing life, and temperature rise. Additional focus is placed on pump drivers and variable frequency drives, factory testing, installation and commissioning practices, maintenance and troubleshooting, and the impact of operating conditions on reliability and efficiency. SKU: VLC-IPST-03

This Pump System Optimization & Assessment (PSOA) training builds upon intermediate pump and system principles to examine the economics, assessment methods, and optimization strategies used to improve pumping system performance. Designed for professionals seeking to reduce energy and maintenance costs, the course provides focused instruction on pump system economics, life-cycle cost–based optimization, and standardized approaches for assessing and optimizing pumping systems, including an example using hydraulic modeling software. SKU: VLC-PSOAT-02

This webinar presents a high-level step-by-step description of troubleshooting techniques to successfully address vibration issues on rotodynamic pumps. SKU:LW507D

This course provides participants with an intermediate level understanding of pump and system design, application, and operating behavior. Designed for professionals seeking to expand their technical capability, the course addresses the calculation of system curves, pump total head, and Net Positive Suction Head Available (NPSHA) and Net Positive Inlet Pressure Available (NPIPA), along with pump selection and control methods. The training also examines key design and operational considerations for rotodynamic and positive displacement pumps, including design characteristics, attainable efficiency, impeller trimming, hydraulic and mechanical loading, bearing life, and temperature rise. Additional focus is placed on pump drivers and variable frequency drives, factory testing, installation and commissioning practices, maintenance and troubleshooting, and the impact of operating conditions on reliability and efficiency. SKU: VLC-IPST-02

Webinar attendees will gain in-depth insights into critical measurements made on non-rotating components of rotodynamic pumps, including maximum allowable vibration values and acceptance tests. SKU:LW506D

The webinar will cover application considerations, applicable standards, energy regulations and labeling, and a 13-step pump selection guide from initial system design to specification. Attendees will leave with a fundamental understanding of the important considerations involved in pump selection that will result in reliable and efficient operation. SKU: LW103D

This is a discounted bundle of four (4) vibration related webinars: Introduction to Vibration in Rotodynamic Pumps, Troubleshooting Rotodynamic Pump Vibration Issues, Vibration Measurement and Allowable Values for Rotodynamic Pumps, and Vibration Corrective Action Strategies for Pumping Systems. SKU:WB501D